Resolucao197_AR_eletronica.htm

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')format("woff");}.ff1{font-family:ff1;line-height:1.002930;font-style:normal;font-weight:normal;visibility:visible;}
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 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
/* globals VBArray, PDFJS */

'use strict';

// Initializing PDFJS global object here, it case if we need to change/disable
// some PDF.js features, e.g. range requests
if (typeof PDFJS === 'undefined') {
  (typeof window !== 'undefined' ? window : this).PDFJS = {};
}

// Checking if the typed arrays are supported
// Support: iOS<6.0 (subarray), IE<10, Android<4.0
(function checkTypedArrayCompatibility() {
  if (typeof Uint8Array !== 'undefined') {
    // Support: iOS<6.0
    if (typeof Uint8Array.prototype.subarray === 'undefined') {
        Uint8Array.prototype.subarray = function subarray(start, end) {
          return new Uint8Array(this.slice(start, end));
        };
        Float32Array.prototype.subarray = function subarray(start, end) {
          return new Float32Array(this.slice(start, end));
        };
    }

    // Support: Android<4.1
    if (typeof Float64Array === 'undefined') {
      window.Float64Array = Float32Array;
    }
    return;
  }

  function subarray(start, end) {
    return new TypedArray(this.slice(start, end));
  }

  function setArrayOffset(array, offset) {
    if (arguments.length < 2) {
      offset = 0;
    }
    for (var i = 0, n = array.length; i < n; ++i, ++offset) {
      this[offset] = array[i] & 0xFF;
    }
  }

  function TypedArray(arg1) {
    var result, i, n;
    if (typeof arg1 === 'number') {
      result = [];
      for (i = 0; i < arg1; ++i) {
        result[i] = 0;
      }
    } else if ('slice' in arg1) {
      result = arg1.slice(0);
    } else {
      result = [];
      for (i = 0, n = arg1.length; i < n; ++i) {
        result[i] = arg1[i];
      }
    }

    result.subarray = subarray;
    result.buffer = result;
    result.byteLength = result.length;
    result.set = setArrayOffset;

    if (typeof arg1 === 'object' && arg1.buffer) {
      result.buffer = arg1.buffer;
    }
    return result;
  }

  window.Uint8Array = TypedArray;
  window.Int8Array = TypedArray;

  // we don't need support for set, byteLength for 32-bit array
  // so we can use the TypedArray as well
  window.Uint32Array = TypedArray;
  window.Int32Array = TypedArray;
  window.Uint16Array = TypedArray;
  window.Float32Array = TypedArray;
  window.Float64Array = TypedArray;
})();

// URL = URL || webkitURL
// Support: Safari<7, Android 4.2+
(function normalizeURLObject() {
  if (!window.URL) {
    window.URL = window.webkitURL;
  }
})();

// Object.defineProperty()?
// Support: Android<4.0, Safari<5.1
(function checkObjectDefinePropertyCompatibility() {
  if (typeof Object.defineProperty !== 'undefined') {
    var definePropertyPossible = true;
    try {
      // some browsers (e.g. safari) cannot use defineProperty() on DOM objects
      // and thus the native version is not sufficient
      Object.defineProperty(new Image(), 'id', { value: 'test' });
      // ... another test for android gb browser for non-DOM objects
      var Test = function Test() {};
      Test.prototype = { get id() { } };
      Object.defineProperty(new Test(), 'id',
        { value: '', configurable: true, enumerable: true, writable: false });
    } catch (e) {
      definePropertyPossible = false;
    }
    if (definePropertyPossible) {
      return;
    }
  }

  Object.defineProperty = function objectDefineProperty(obj, name, def) {
    delete obj[name];
    if ('get' in def) {
      obj.__defineGetter__(name, def['get']);
    }
    if ('set' in def) {
      obj.__defineSetter__(name, def['set']);
    }
    if ('value' in def) {
      obj.__defineSetter__(name, function objectDefinePropertySetter(value) {
        this.__defineGetter__(name, function objectDefinePropertyGetter() {
          return value;
        });
        return value;
      });
      obj[name] = def.value;
    }
  };
})();


// No XMLHttpRequest#response?
// Support: IE<11, Android <4.0
(function checkXMLHttpRequestResponseCompatibility() {
  var xhrPrototype = XMLHttpRequest.prototype;
  var xhr = new XMLHttpRequest();
  if (!('overrideMimeType' in xhr)) {
    // IE10 might have response, but not overrideMimeType
    // Support: IE10
    Object.defineProperty(xhrPrototype, 'overrideMimeType', {
      value: function xmlHttpRequestOverrideMimeType(mimeType) {}
    });
  }
  if ('responseType' in xhr) {
    return;
  }

  // The worker will be using XHR, so we can save time and disable worker.
  PDFJS.disableWorker = true;

  Object.defineProperty(xhrPrototype, 'responseType', {
    get: function xmlHttpRequestGetResponseType() {
      return this._responseType || 'text';
    },
    set: function xmlHttpRequestSetResponseType(value) {
      if (value === 'text' || value === 'arraybuffer') {
        this._responseType = value;
        if (value === 'arraybuffer' &&
            typeof this.overrideMimeType === 'function') {
          this.overrideMimeType('text/plain; charset=x-user-defined');
        }
      }
    }
  });

  // Support: IE9
  if (typeof VBArray !== 'undefined') {
    Object.defineProperty(xhrPrototype, 'response', {
      get: function xmlHttpRequestResponseGet() {
        if (this.responseType === 'arraybuffer') {
          return new Uint8Array(new VBArray(this.responseBody).toArray());
        } else {
          return this.responseText;
        }
      }
    });
    return;
  }

  Object.defineProperty(xhrPrototype, 'response', {
    get: function xmlHttpRequestResponseGet() {
      if (this.responseType !== 'arraybuffer') {
        return this.responseText;
      }
      var text = this.responseText;
      var i, n = text.length;
      var result = new Uint8Array(n);
      for (i = 0; i < n; ++i) {
        result[i] = text.charCodeAt(i) & 0xFF;
      }
      return result.buffer;
    }
  });
})();

// window.btoa (base64 encode function) ?
// Support: IE<10
(function checkWindowBtoaCompatibility() {
  if ('btoa' in window) {
    return;
  }

  var digits =
    'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=';

  window.btoa = function windowBtoa(chars) {
    var buffer = '';
    var i, n;
    for (i = 0, n = chars.length; i < n; i += 3) {
      var b1 = chars.charCodeAt(i) & 0xFF;
      var b2 = chars.charCodeAt(i + 1) & 0xFF;
      var b3 = chars.charCodeAt(i + 2) & 0xFF;
      var d1 = b1 >> 2, d2 = ((b1 & 3) << 4) | (b2 >> 4);
      var d3 = i + 1 < n ? ((b2 & 0xF) << 2) | (b3 >> 6) : 64;
      var d4 = i + 2 < n ? (b3 & 0x3F) : 64;
      buffer += (digits.charAt(d1) + digits.charAt(d2) +
                 digits.charAt(d3) + digits.charAt(d4));
    }
    return buffer;
  };
})();

// window.atob (base64 encode function)?
// Support: IE<10
(function checkWindowAtobCompatibility() {
  if ('atob' in window) {
    return;
  }

  // https://github.com/davidchambers/Base64.js
  var digits =
    'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=';
  window.atob = function (input) {
    input = input.replace(/=+$/, '');
    if (input.length % 4 === 1) {
      throw new Error('bad atob input');
    }
    for (
      // initialize result and counters
      var bc = 0, bs, buffer, idx = 0, output = '';
      // get next character
      buffer = input.charAt(idx++);
      // character found in table?
      // initialize bit storage and add its ascii value
      ~buffer && (bs = bc % 4 ? bs * 64 + buffer : buffer,
        // and if not first of each 4 characters,
        // convert the first 8 bits to one ascii character
        bc++ % 4) ? output += String.fromCharCode(255 & bs >> (-2 * bc & 6)) : 0
    ) {
      // try to find character in table (0-63, not found => -1)
      buffer = digits.indexOf(buffer);
    }
    return output;
  };
})();

// Function.prototype.bind?
// Support: Android<4.0, iOS<6.0
(function checkFunctionPrototypeBindCompatibility() {
  if (typeof Function.prototype.bind !== 'undefined') {
    return;
  }

  Function.prototype.bind = function functionPrototypeBind(obj) {
    var fn = this, headArgs = Array.prototype.slice.call(arguments, 1);
    var bound = function functionPrototypeBindBound() {
      var args = headArgs.concat(Array.prototype.slice.call(arguments));
      return fn.apply(obj, args);
    };
    return bound;
  };
})();

// HTMLElement dataset property
// Support: IE<11, Safari<5.1, Android<4.0
(function checkDatasetProperty() {
  var div = document.createElement('div');
  if ('dataset' in div) {
    return; // dataset property exists
  }

  Object.defineProperty(HTMLElement.prototype, 'dataset', {
    get: function() {
      if (this._dataset) {
        return this._dataset;
      }

      var dataset = {};
      for (var j = 0, jj = this.attributes.length; j < jj; j++) {
        var attribute = this.attributes[j];
        if (attribute.name.substring(0, 5) !== 'data-') {
          continue;
        }
        var key = attribute.name.substring(5).replace(/\-([a-z])/g,
          function(all, ch) {
            return ch.toUpperCase();
          });
        dataset[key] = attribute.value;
      }

      Object.defineProperty(this, '_dataset', {
        value: dataset,
        writable: false,
        enumerable: false
      });
      return dataset;
    },
    enumerable: true
  });
})();

// HTMLElement classList property
// Support: IE<10, Android<4.0, iOS<5.0
(function checkClassListProperty() {
  var div = document.createElement('div');
  if ('classList' in div) {
    return; // classList property exists
  }

  function changeList(element, itemName, add, remove) {
    var s = element.className || '';
    var list = s.split(/\s+/g);
    if (list[0] === '') {
      list.shift();
    }
    var index = list.indexOf(itemName);
    if (index < 0 && add) {
      list.push(itemName);
    }
    if (index >= 0 && remove) {
      list.splice(index, 1);
    }
    element.className = list.join(' ');
    return (index >= 0);
  }

  var classListPrototype = {
    add: function(name) {
      changeList(this.element, name, true, false);
    },
    contains: function(name) {
      return changeList(this.element, name, false, false);
    },
    remove: function(name) {
      changeList(this.element, name, false, true);
    },
    toggle: function(name) {
      changeList(this.element, name, true, true);
    }
  };

  Object.defineProperty(HTMLElement.prototype, 'classList', {
    get: function() {
      if (this._classList) {
        return this._classList;
      }

      var classList = Object.create(classListPrototype, {
        element: {
          value: this,
          writable: false,
          enumerable: true
        }
      });
      Object.defineProperty(this, '_classList', {
        value: classList,
        writable: false,
        enumerable: false
      });
      return classList;
    },
    enumerable: true
  });
})();

// Check console compatibility
// In older IE versions the console object is not available
// unless console is open.
// Support: IE<10
(function checkConsoleCompatibility() {
  if (!('console' in window)) {
    window.console = {
      log: function() {},
      error: function() {},
      warn: function() {}
    };
  } else if (!('bind' in console.log)) {
    // native functions in IE9 might not have bind
    console.log = (function(fn) {
      return function(msg) { return fn(msg); };
    })(console.log);
    console.error = (function(fn) {
      return function(msg) { return fn(msg); };
    })(console.error);
    console.warn = (function(fn) {
      return function(msg) { return fn(msg); };
    })(console.warn);
  }
})();

// Check onclick compatibility in Opera
// Support: Opera<15
(function checkOnClickCompatibility() {
  // workaround for reported Opera bug DSK-354448:
  // onclick fires on disabled buttons with opaque content
  function ignoreIfTargetDisabled(event) {
    if (isDisabled(event.target)) {
      event.stopPropagation();
    }
  }
  function isDisabled(node) {
    return node.disabled || (node.parentNode && isDisabled(node.parentNode));
  }
  if (navigator.userAgent.indexOf('Opera') !== -1) {
    // use browser detection since we cannot feature-check this bug
    document.addEventListener('click', ignoreIfTargetDisabled, true);
  }
})();

// Checks if possible to use URL.createObjectURL()
// Support: IE
(function checkOnBlobSupport() {
  // sometimes IE loosing the data created with createObjectURL(), see #3977
  if (navigator.userAgent.indexOf('Trident') >= 0) {
    PDFJS.disableCreateObjectURL = true;
  }
})();

// Checks if navigator.language is supported
(function checkNavigatorLanguage() {
  if ('language' in navigator) {
    return;
  }
  PDFJS.locale = navigator.userLanguage || 'en-US';
})();

(function checkRangeRequests() {
  // Safari has issues with cached range requests see:
  // https://github.com/mozilla/pdf.js/issues/3260
  // Last tested with version 6.0.4.
  // Support: Safari 6.0+
  var isSafari = Object.prototype.toString.call(
                  window.HTMLElement).indexOf('Constructor') > 0;

  // Older versions of Android (pre 3.0) has issues with range requests, see:
  // https://github.com/mozilla/pdf.js/issues/3381.
  // Make sure that we only match webkit-based Android browsers,
  // since Firefox/Fennec works as expected.
  // Support: Android<3.0
  var regex = /Android\s[0-2][^\d]/;
  var isOldAndroid = regex.test(navigator.userAgent);

  // Range requests are broken in Chrome 39 and 40, https://crbug.com/442318
  var isChromeWithRangeBug = /Chrome\/(39|40)\./.test(navigator.userAgent);

  if (isSafari || isOldAndroid || isChromeWithRangeBug) {
    PDFJS.disableRange = true;
    PDFJS.disableStream = true;
  }
})();

// Check if the browser supports manipulation of the history.
// Support: IE<10, Android<4.2
(function checkHistoryManipulation() {
  // Android 2.x has so buggy pushState support that it was removed in
  // Android 3.0 and restored as late as in Android 4.2.
  // Support: Android 2.x
  if (!history.pushState || navigator.userAgent.indexOf('Android 2.') >= 0) {
    PDFJS.disableHistory = true;
  }
})();

// Support: IE<11, Chrome<21, Android<4.4, Safari<6
(function checkSetPresenceInImageData() {
  // IE < 11 will use window.CanvasPixelArray which lacks set function.
  if (window.CanvasPixelArray) {
    if (typeof window.CanvasPixelArray.prototype.set !== 'function') {
      window.CanvasPixelArray.prototype.set = function(arr) {
        for (var i = 0, ii = this.length; i < ii; i++) {
          this[i] = arr[i];
        }
      };
    }
  } else {
    // Old Chrome and Android use an inaccessible CanvasPixelArray prototype.
    // Because we cannot feature detect it, we rely on user agent parsing.
    var polyfill = false, versionMatch;
    if (navigator.userAgent.indexOf('Chrom') >= 0) {
      versionMatch = navigator.userAgent.match(/Chrom(e|ium)\/([0-9]+)\./);
      // Chrome < 21 lacks the set function.
      polyfill = versionMatch && parseInt(versionMatch[2]) < 21;
    } else if (navigator.userAgent.indexOf('Android') >= 0) {
      // Android < 4.4 lacks the set function.
      // Android >= 4.4 will contain Chrome in the user agent,
      // thus pass the Chrome check above and not reach this block.
      polyfill = /Android\s[0-4][^\d]/g.test(navigator.userAgent);
    } else if (navigator.userAgent.indexOf('Safari') >= 0) {
      versionMatch = navigator.userAgent.
        match(/Version\/([0-9]+)\.([0-9]+)\.([0-9]+) Safari\//);
      // Safari < 6 lacks the set function.
      polyfill = versionMatch && parseInt(versionMatch[1]) < 6;
    }

    if (polyfill) {
      var contextPrototype = window.CanvasRenderingContext2D.prototype;
      contextPrototype._createImageData = contextPrototype.createImageData;
      contextPrototype.createImageData = function(w, h) {
        var imageData = this._createImageData(w, h);
        imageData.data.set = function(arr) {
          for (var i = 0, ii = this.length; i < ii; i++) {
            this[i] = arr[i];
          }
        };
        return imageData;
      };
    }
  }
})();

// Support: IE<10, Android<4.0, iOS
(function checkRequestAnimationFrame() {
  function fakeRequestAnimationFrame(callback) {
    window.setTimeout(callback, 20);
  }

  var isIOS = /(iPad|iPhone|iPod)/g.test(navigator.userAgent);
  if (isIOS) {
    // requestAnimationFrame on iOS is broken, replacing with fake one.
    window.requestAnimationFrame = fakeRequestAnimationFrame;
    return;
  }
  if ('requestAnimationFrame' in window) {
    return;
  }
  window.requestAnimationFrame =
    window.mozRequestAnimationFrame ||
    window.webkitRequestAnimationFrame ||
    fakeRequestAnimationFrame;
})();

(function checkCanvasSizeLimitation() {
  var isIOS = /(iPad|iPhone|iPod)/g.test(navigator.userAgent);
  var isAndroid = /Android/g.test(navigator.userAgent);
  if (isIOS || isAndroid) {
    // 5MP
    PDFJS.maxCanvasPixels = 5242880;
  }
})();

// Disable fullscreen support for certain problematic configurations.
// Support: IE11+ (when embedded).
(function checkFullscreenSupport() {
  var isEmbeddedIE = (navigator.userAgent.indexOf('Trident') >= 0 &&
                      window.parent !== window);
  if (isEmbeddedIE) {
    PDFJS.disableFullscreen = true;
  }
})();
</script>
<script>
(function(){/*
 pdf2htmlEX.js: Core UI functions for pdf2htmlEX 
 Copyright 2012,2013 Lu Wang <coolwanglu@gmail.com> and other contributors 
 https://github.com/coolwanglu/pdf2htmlEX/blob/master/share/LICENSE 
*/
var pdf2htmlEX=window.pdf2htmlEX=window.pdf2htmlEX||{},CSS_CLASS_NAMES={page_frame:"pf",page_content_box:"pc",page_data:"pi",background_image:"bi",link:"l",input_radio:"ir",__dummy__:"no comma"},DEFAULT_CONFIG={container_id:"page-container",sidebar_id:"sidebar",outline_id:"outline",loading_indicator_cls:"loading-indicator",preload_pages:3,render_timeout:100,scale_step:0.9,key_handler:!0,hashchange_handler:!0,view_history_handler:!0,__dummy__:"no comma"},EPS=1E-6;
function invert(a){var b=a[0]*a[3]-a[1]*a[2];return[a[3]/b,-a[1]/b,-a[2]/b,a[0]/b,(a[2]*a[5]-a[3]*a[4])/b,(a[1]*a[4]-a[0]*a[5])/b]}function transform(a,b){return[a[0]*b[0]+a[2]*b[1]+a[4],a[1]*b[0]+a[3]*b[1]+a[5]]}function get_page_number(a){return parseInt(a.getAttribute("data-page-no"),16)}function disable_dragstart(a){for(var b=0,c=a.length;b<c;++b)a[b].addEventListener("dragstart",function(){return!1},!1)}
function clone_and_extend_objs(a){for(var b={},c=0,e=arguments.length;c<e;++c){var h=arguments[c],d;for(d in h)h.hasOwnProperty(d)&&(b[d]=h[d])}return b}
function Page(a){if(a){this.shown=this.loaded=!1;this.page=a;this.num=get_page_number(a);this.original_height=a.clientHeight;this.original_width=a.clientWidth;var b=a.getElementsByClassName(CSS_CLASS_NAMES.page_content_box)[0];b&&(this.content_box=b,this.original_scale=this.cur_scale=this.original_height/b.clientHeight,this.page_data=JSON.parse(a.getElementsByClassName(CSS_CLASS_NAMES.page_data)[0].getAttribute("data-data")),this.ctm=this.page_data.ctm,this.ictm=invert(this.ctm),this.loaded=!0)}}
Page.prototype={hide:function(){this.loaded&&this.shown&&(this.content_box.classList.remove("opened"),this.shown=!1)},show:function(){this.loaded&&!this.shown&&(this.content_box.classList.add("opened"),this.shown=!0)},rescale:function(a){this.cur_scale=0===a?this.original_scale:a;this.loaded&&(a=this.content_box.style,a.msTransform=a.webkitTransform=a.transform="scale("+this.cur_scale.toFixed(3)+")");a=this.page.style;a.height=this.original_height*this.cur_scale+"px";a.width=this.original_width*this.cur_scale+
"px"},view_position:function(){var a=this.page,b=a.parentNode;return[b.scrollLeft-a.offsetLeft-a.clientLeft,b.scrollTop-a.offsetTop-a.clientTop]},height:function(){return this.page.clientHeight},width:function(){return this.page.clientWidth}};function Viewer(a){this.config=clone_and_extend_objs(DEFAULT_CONFIG,0<arguments.length?a:{});this.pages_loading=[];this.init_before_loading_content();var b=this;document.addEventListener("DOMContentLoaded",function(){b.init_after_loading_content()},!1)}
Viewer.prototype={scale:1,cur_page_idx:0,first_page_idx:0,init_before_loading_content:function(){this.pre_hide_pages()},initialize_radio_button:function(){for(var a=document.getElementsByClassName(CSS_CLASS_NAMES.input_radio),b=0;b<a.length;b++)a[b].addEventListener("click",function(){this.classList.toggle("checked")})},init_after_loading_content:function(){this.sidebar=document.getElementById(this.config.sidebar_id);this.outline=document.getElementById(this.config.outline_id);this.container=document.getElementById(this.config.container_id);
this.loading_indicator=document.getElementsByClassName(this.config.loading_indicator_cls)[0];for(var a=!0,b=this.outline.childNodes,c=0,e=b.length;c<e;++c)if("ul"===b[c].nodeName.toLowerCase()){a=!1;break}a||this.sidebar.classList.add("opened");this.find_pages();if(0!=this.pages.length){disable_dragstart(document.getElementsByClassName(CSS_CLASS_NAMES.background_image));this.config.key_handler&&this.register_key_handler();var h=this;this.config.hashchange_handler&&window.addEventListener("hashchange",
function(a){h.navigate_to_dest(document.location.hash.substring(1))},!1);this.config.view_history_handler&&window.addEventListener("popstate",function(a){a.state&&h.navigate_to_dest(a.state)},!1);this.container.addEventListener("scroll",function(){h.update_page_idx();h.schedule_render(!0)},!1);[this.container,this.outline].forEach(function(a){a.addEventListener("click",h.link_handler.bind(h),!1)});this.initialize_radio_button();this.render()}},find_pages:function(){for(var a=[],b={},c=this.container.childNodes,
e=0,h=c.length;e<h;++e){var d=c[e];d.nodeType===Node.ELEMENT_NODE&&d.classList.contains(CSS_CLASS_NAMES.page_frame)&&(d=new Page(d),a.push(d),b[d.num]=a.length-1)}this.pages=a;this.page_map=b},load_page:function(a,b,c){var e=this.pages;if(!(a>=e.length)&&(e=e[a],!e.loaded&&!this.pages_loading[a])){var e=e.page,h=e.getAttribute("data-page-url");if(h){this.pages_loading[a]=!0;var d=e.getElementsByClassName(this.config.loading_indicator_cls)[0];"undefined"===typeof d&&(d=this.loading_indicator.cloneNode(!0),
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IV<span class="_ _4"></span>, do Regimento Int<span class="_ _1"></span>erno, <span class="_ _1"></span>torna </span></span></div><div class="t m0 x0 h2 ya ff1 fs0 fc0 sc0 ls4 ws13">pú<span class="_ _0"></span>blico que o COMITÊ GEST<span class="_ _1"></span>OR DA INFRAESTRUTURA<span class="_ _0"></span> DE CHA<span class="_ _3"></span>V<span class="_ _0"></span>ES PÚBLICA<span class="_ _0"></span>S BRASILEIR<span class="_ _0"></span>A, n<span class="_ _0"></span>o ex<span class="_ _3"></span>ercício das </div><div class="t m0 x0 h2 yb ff1 fs0 fc0 sc0 ls5 ws14">comp<span class="_ _1"></span>et<span class="_ _1"></span>ências pr<span class="_ _3"></span>evis<span class="_ _1"></span>tas<span class="_ _3"></span> no art. 4°<span class="_ _3"></span> da Medida Pr<span class="_ _3"></span>ovis<span class="_ _1"></span>ória n°<span class="_ _3"></span> 2.20<span class="_ _3"></span>0<span class="_ _0"></span><span class="ls1 ws1">-<span class="ls3 ws15">2, de<span class="_ _0"></span> 24 de<span class="_ _0"></span> agosto de 2001,<span class="_ _0"></span> em reun<span class="_ _0"></span>ião </span></span></div><div class="t m0 x0 h2 yc ff1 fs0 fc0 sc0 ls5 wsc">ordin<span class="_ _1"></span>ária,<span class="_ _1"></span> re<span class="_ _1"></span>a<span class="lse ws3">liz<span class="_ _1"></span>ada em s<span class="_ _3"></span>essão por videoc<span class="_ _3"></span>onfer<span class="_ _3"></span>ência em <span class="ls3 ws2">16<span class="ls1 ws1"> <span class="lsf ws4">d<span class="_ _0"></span>e <span class="lsd ws16">nov<span class="_ _3"></span>embr<span class="_ _3"></span>o<span class="ls1 ws1"> <span class="ls3 ws4">de<span class="_ _0"></span> 2021, e</span> </span></span></span></span></span></span></div><div class="t m0 x0 h2 yd ff1 fs0 fc0 sc0 ls1 ws1"> </div><div class="t m0 x0 h2 ye ff2 fs0 fc0 sc0 lsc ws10">CONSI<span class="_ _0"></span>DERAN<span class="_ _0"></span>DO<span class="ff1 ls1 ws1"> <span class="_ _5"> </span><span class="ls5 ws17">o r<span class="_ _3"></span>elat<span class="_ _3"></span>ó<span class="_ _0"></span>rio<span class="_ _1"></span> final <span class="_ _3"></span>do Grupo <span class="_ _1"></span>de T<span class="_ _4"></span>r<span class="_ _3"></span>ab<span class="_ _0"></span>a<span class="_ _1"></span>lho T<span class="_ _4"></span>é<span class="_ _1"></span>cnic<span class="_ _3"></span>o <span class="ls1 ws1">- <span class="_ _5"></span><span class="ls10 ws18">GTT AR ELETRÔNICA,<span class="_ _0"></span> </span></span><span class="ws19">ins<span class="_ _3"></span>tituído pel<span class="_ _3"></span>a </span></span></span></div><div class="t m0 x0 h2 yf ff1 fs0 fc0 sc0 ls5 ws1a">Portaria<span class="_ _3"></span> ITI nº<span class="_ _1"></span> 16,<span class="_ _1"></span> de 0<span class="_ _1"></span>3 <span class="_ _3"></span>d<span class="_ _0"></span>e<span class="_ _1"></span> setembr<span class="_ _3"></span>o de 20<span class="_ _1"></span>21,<span class="_ _1"></span> com <span class="_ _1"></span>a fi<span class="_ _1"></span>nalida<span class="_ _1"></span>de de<span class="_ _3"></span> analisar<span class="_ _1"></span> a v<span class="_ _1"></span>iabili<span class="_ _1"></span>dade e<span class="ls11 ws1b">, </span></div><div class="t m0 x0 h2 y10 ff1 fs0 fc0 sc0 lsd ws1c">eve<span class="_ _1"></span>ntua<span class="_ _3"></span>lmente,<span class="_ _3"></span> elabo<span class="_ _1"></span>ra<span class="_ _1"></span>r <span class="_ _1"></span>prop<span class="_ _1"></span>ost<span class="_ _1"></span>a de<span class="_ _1"></span> re<span class="_ _3"></span>gulament<span class="_ _3"></span>ação <span class="_ _3"></span>dos <span class="_ _1"></span>proce<span class="_ _1"></span>dim<span class="_ _3"></span>entos <span class="_ _3"></span>e req<span class="_ _3"></span>uisito<span class="_ _1"></span>s t<span class="_ _1"></span>écni<span class="_ _1"></span>co<span class="_ _3"></span>s para<span class="_ _3"></span> a </div><div class="t m0 x0 h2 y11 ff1 fs0 fc0 sc0 ls5 wsc">operaci<span class="_ _1"></span>onalizaçã<span class="_ _3"></span>o de Autori<span class="_ _3"></span>dade de <span class="_ _3"></span>R<span class="_ _0"></span>egis<span class="_ _1"></span>tro Elet<span class="_ _1"></span>rônic<span class="_ _1"></span>a, <span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y12 ff1 fs0 fc0 sc0 ls1 ws1"> </div><div class="t m0 x0 h2 y13 ff2 fs0 fc0 sc0 ls10 ws1d">RESOL<span class="_ _3"></span>VEU<span class="ff1 ls1 ws1">: </span></div><div class="t m0 x0 h2 y14 ff2 fs0 fc0 sc0 ls3 ws1e">Art. 1°<span class="_ _0"></span><span class="ff1 ls1 ws1f">  <span class="ls0 ws20">Esta Re<span class="_ _0"></span>so<span class="_ _0"></span>luç<span class="_ _0"></span>ão</span><span class="ws1">, <span class="_ _6"> </span><span class="ls5 ws21">para<span class="_ _3"></span> regul<span class="_ _3"></span>amentar<span class="_ _1"></span> os <span class="_ _1"></span>proc<span class="_ _1"></span>edimen<span class="_ _3"></span>tos e<span class="_ _3"></span> requis<span class="_ _1"></span>it<span class="_ _1"></span>os <span class="lsc ws22">técnico<span class="_ _0"></span>s pa<span class="_ _0"></span>ra a<span class="_ _3"></span> </span></span></span></span></div><div class="t m0 x0 h2 y15 ff1 fs0 fc0 sc0 ls5 ws23">oper<span class="_ _3"></span>acionaliz<span class="_ _3"></span>ação d<span class="_ _3"></span>e Autori<span class="_ _3"></span>dade de<span class="_ _3"></span> Regis<span class="_ _3"></span>tro Elet<span class="_ _1"></span>r<span class="_ _3"></span>ônica<span class="_ _1"></span> na IC<span class="_ _1"></span>P<span class="ls1 ws1">-</span><span class="wsd">Br<span class="_ _1"></span>asil<span class="ls12 ws24">, a<span class="_ _1"></span>ltera os se<span class="_ _0"></span>guintes d<span class="_ _0"></span>oc<span class="_ _0"></span>ume<span class="_ _0"></span>ntos da </span></span></div><div class="t m0 x0 h2 y16 ff1 fs0 fc0 sc0 ls6 ws6">ICP<span class="ls1 ws1">-<span class="ls5 wsd">Bras<span class="_ _3"></span>il<span class="ls1 ws1">: </span></span></span></div><div class="t m0 x0 h2 y17 ff1 fs0 fc0 sc0 ls6 ws6">I <span class="ls1 ws1">- <span class="lse ws25">Critérios e Pr<span class="_ _3"></span>ocedimen<span class="_ _3"></span>tos para<span class="_ _3"></span> Credencia<span class="_ _3"></span>mento das En<span class="_ _1"></span>tidades In<span class="_ _3"></span>tegr<span class="_ _1"></span>ant<span class="_ _3"></span>es da ICP<span class="ls1 ws1">-<span class="ls5 wsd">B<span class="_ _3"></span>rasil <span class="ls1 ws1">– <span class="_ _0"></span><span class="ls13 ws26">DOC</span>-<span class="ls6 ws6">ICP</span>-<span class="ls3 ws2">03, </span></span></span></span></span></span></div><div class="t m0 x0 h2 y18 ff1 fs0 fc0 sc0 ls5 wsc">apro<span class="_ _3"></span>vado pe<span class="_ _3"></span>la <span class="fc1 ls3 ws4">Reso<span class="_ _0"></span>lução n<span class="_ _0"></span>° 178, d<span class="_ _0"></span>e 20 de ou<span class="_ _0"></span>tub<span class="_ _0"></span>r<span class="_ _3"></span>o<span class="_ _0"></span> de 2020</span></div><div class="t m0 x3 h2 y19 ff1 fs0 fc0 sc0 ls1 ws1">; </div><div class="t m0 x0 h2 y1a ff1 fs0 fc0 sc0 ls6 ws6">II <span class="ls1 ws1">- <span class="ls5 ws27">Requis<span class="_ _3"></span>itos Mínimos<span class="_ _3"></span> p<span class="_ _0"></span>ar<span class="_ _3"></span>a as P<span class="_ _1"></span>olític<span class="_ _3"></span>as de Certific<span class="_ _3"></span>ados na<span class="_ _3"></span> <span class="_ _0"></span>ICP<span class="ls1 ws1">-</span><span class="wsd">Br<span class="_ _1"></span>asil<span class="_ _3"></span> <span class="_ _7"> </span><span class="ls1 ws1">-<span class="_ _1"></span> <span class="_ _7"> </span><span class="ls13 ws26">DOC</span>-<span class="ls6 ws6">ICP</span>-<span class="_ _1"></span><span class="ls5 ws27">04,<span class="_ _1"></span> ap<span class="_ _0"></span>r<span class="_ _1"></span>ov<span class="_ _3"></span>ado pela<span class="_ _3"></span> </span></span></span></span></span></div><div class="t m0 x0 h2 y1b ff1 fs0 fc1 sc0 ls3 ws4">Resol<span class="_ _0"></span>ução<span class="_ _0"></span> n° 179, d<span class="_ _0"></span>e 20 de ou<span class="_ _0"></span>tubro<span class="_ _0"></span> de 2020</div><div class="t m0 x4 h2 y1c ff1 fs0 fc0 sc0 ls14 ws28">; e<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y1d ff1 fs0 fc0 sc0 ls6 ws6">III <span class="ls1 ws1">- <span class="ls5 wsc">Requis<span class="_ _3"></span>itos Mínimos<span class="_ _3"></span> para<span class="_ _3"></span> as Decla<span class="_ _1"></span>raç<span class="_ _3"></span>ões d<span class="_ _1"></span>e Pr<span class="_ _1"></span>át<span class="_ _1"></span>icas d<span class="_ _3"></span>e Certific<span class="_ _3"></span>ação das A<span class="_ _3"></span>utori<span class="_ _1"></span>dades<span class="_ _1"></span> Certific<span class="_ _3"></span>adoras<span class="_ _1"></span> da<span class="_ _3"></span> </span></span></div><div class="t m0 x0 h2 y1e ff1 fs0 fc0 sc0 ls6 ws6">ICP<span class="ls1 ws1">-<span class="ls5 wsd">Bras<span class="_ _3"></span>il <span class="_ _0"></span><span class="ls1 ws1">- <span class="ls13 ws26">DOC</span>-<span class="ls6 ws6">ICP</span>-</span><span class="wsc">05<span class="_ _3"></span>, aprov<span class="_ _3"></span>ado pela <span class="_ _3"></span><span class="fc1 ls3 ws4">Reso<span class="_ _0"></span>lu<span class="_ _0"></span>ção n°<span class="_ _0"></span> 177, de 20 d<span class="_ _0"></span>e outu<span class="_ _0"></span>bro de 2020</span></span></span></span></div><div class="t m0 x5 h2 y1f ff1 fs0 fc0 sc0 ls1 ws1">. </div><div class="t m0 x0 h2 y20 ff2 fs0 fc0 sc0 lsc ws10">Art. <span class="_ _5"> </span><span class="ls1 ws1">2<span class="_ _1"></span>°<span class="ff1 ws29">  <span class="_ _0"></span><span class="ls0 ws19">O a<span class="_ _0"></span>n<span class="_ _0"></span>ex<span class="_ _1"></span>o d<span class="_ _0"></span>a <span class="fc1 ls3 ws2a">Reso<span class="_ _0"></span>lução<span class="_ _0"></span> n° 178, de 20 d<span class="_ _0"></span>e outub<span class="_ _0"></span>ro de 2020</span><span class="ls13 ws2b">, DOC<span class="ls1 ws1">-<span class="ls6 ws6">ICP</span>-</span></span><span class="ls5">03<span class="_ _3"></span>, passa a vi<span class="_ _1"></span>gor<span class="_ _3"></span>ar c<span class="_ _3"></span>o<span class="_ _0"></span>m<span class="_ _1"></span> as<span class="_ _3"></span> </span></span></span></span></div><div class="t m0 x0 h2 y21 ff1 fs0 fc0 sc0 lse ws3">seguint<span class="_ _3"></span>es alter<span class="_ _3"></span>ações:<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y22 ff1 fs0 fc0 sc0 ls5 wsc">“1.<span class="_ _1"></span>2 P<span class="_ _3"></span>ara o pr<span class="_ _3"></span>esent<span class="_ _3"></span>e documen<span class="_ _3"></span>to apl<span class="_ _1"></span>icam<span class="ls1 ws1">-<span class="_ _3"></span><span class="ls12 ws2c">se<span class="_ _0"></span> os se<span class="_ _0"></span>gui<span class="_ _0"></span>ntes con<span class="_ _0"></span>ceit<span class="_ _0"></span>os: <span class="ls1 ws1"> </span></span></span></div><div class="t m0 x6 h2 y23 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>....<span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y24 ff1 fs0 fc0 sc0 lsc ws10">c) <span class="ls6 ws6">.........<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.........<span class="_ _0"></span><span class="ls1 ws1"> </span></span></div><div class="t m0 x7 h2 y25 ff1 fs0 fc0 sc0 ls15 ws2d">c.1<span class="_ _3"></span>) AR ELET<span class="_ _1"></span>RÔNI<span class="_ _1"></span>CA <span class="ls1 ws1">- <span class="_ _8"></span><span class="ls3 ws2e">a AR nos term<span class="_ _0"></span>os da MP 2.<span class="_ _0"></span>200</span>-<span class="ls3 ws2e">2/2<span class="_ _0"></span>001, q<span class="_ _0"></span>ue<span class="_ _0"></span> ex<span class="_ _3"></span>ercerá<span class="_ _0"></span> sua atrib<span class="_ _0"></span>uição </span></span></div><div class="t m0 x7 h2 y26 ff1 fs0 fc0 sc0 ls5 ws2f">de iden<span class="_ _1"></span>tific<span class="_ _3"></span>ar e c<span class="_ _3"></span>adast<span class="_ _1"></span>rar<span class="_ _3"></span> usuários<span class="_ _1"></span> ICP<span class="ls1 ws1">-<span class="_ _3"></span><span class="ls5 ws2f">Brasil<span class="_ _3"></span> de<span class="ls1 ws1"> <span class="_ _7"> </span></span>f<span class="_ _3"></span>orma <span class="_ _3"></span>não pr<span class="_ _3"></span>esencial,<span class="_ _1"></span> por c<span class="_ _3"></span>anal<span class="_ _1"></span> de </span></span></div><div class="t m0 x7 h2 y27 ff1 fs0 fc0 sc0 lse ws30">at<span class="_ _3"></span>end<span class="_ _0"></span>iment<span class="_ _3"></span>o<span class="_ _0"></span> 10<span class="_ _1"></span>0% eletr<span class="_ _1"></span>ônico<span class="_ _1"></span>, aut<span class="_ _3"></span>omatiz<span class="_ _3"></span>a<span class="_ _0"></span>do, s<span class="_ _1"></span>em int<span class="_ _1"></span>erve<span class="_ _1"></span>nção humana, <span class="_ _1"></span>ent<span class="_ _3"></span>en<span class="_ _0"></span>da<span class="ls1 ws1">-<span class="ls12 ws31">se, sem<span class="_ _0"></span> </span></span></div><div class="t m0 x7 h2 y28 ff1 fs0 fc0 sc0 lse ws32">a i<span class="_ _0"></span>nt<span class="_ _3"></span>ermediação de um agent<span class="_ _3"></span>e de <span class="_ _0"></span>regis<span class="_ _1"></span>tr<span class="_ _3"></span>o. <span class="_ _0"></span>T<span class="_ _4"></span>rat<span class="_ _3"></span>a<span class="ls1 ws1">-<span class="lsd ws1c">se d<span class="_ _3"></span>e um a<span class="_ _3"></span>utos<span class="_ _3"></span>servi<span class="_ _1"></span>ço<span class="_ _3"></span>, a ser<span class="_ _3"></span> us<span class="_ _1"></span>ufruí<span class="_ _1"></span>do<span class="_ _3"></span> </span></span></div><div class="t m0 x7 h2 y29 ff1 fs0 fc0 sc0 ls5 wsc">pelo c<span class="_ _1"></span>idadão in<span class="_ _3"></span>ter<span class="_ _3"></span>essado em<span class="_ _1"></span> obt<span class="_ _3"></span>er um ce<span class="_ _3"></span>rtificado<span class="_ _1"></span> digita<span class="_ _3"></span>l ICP<span class="ls1 ws1">-</span><span class="wsd">Br<span class="_ _3"></span>asil.<span class="ls1 ws1"> </span></span></div><a class="l" href="https://repositorio.iti.gov.br/resolucoes/Resolucao178_DOC-ICP-03.htm"><div class="d m1" style="border-style:none;position:absolute;left:126.596000px;bottom:321.187000px;width:220.120000px;height:20.649000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="https://repositorio.iti.gov.br/resolucoes/Resolucao179_DOC-ICP-04.htm"><div class="d m1" style="border-style:none;position:absolute;left:54.450000px;bottom:285.891000px;width:220.119000px;height:20.648000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="https://repositorio.iti.gov.br/resolucoes/Resolucao177_DOC-ICP-05.htm"><div class="d m1" style="border-style:none;position:absolute;left:243.971000px;bottom:250.594000px;width:220.120000px;height:20.648000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="https://repositorio.iti.gov.br/resolucoes/Resolucao178_DOC-ICP-03.htm"><div class="d m1" 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<div id="pf2" class="pf w0 h0" data-page-no="2"><div class="pc pc2 w0 h0"><img class="bi x1 y2a w2 h3" alt="" src="data:image/png;base64,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"/><div class="t m0 x6 h2 y2b ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>........<span class="_ _3"></span><span class="lsb wse">” (NR)<span class="ls1 ws1"> </span></span></div><div class="t m0 x0 h2 y2 ff1 fs0 fc0 sc0 lse ws32">“4.2<span class="_ _1"></span>.2.4 Em qu<span class="_ _1"></span>alquer d<span class="_ _1"></span>as hip<span class="_ _1"></span>ótes<span class="_ _1"></span>es de d<span class="_ _3"></span>escredenciamen<span class="_ _1"></span>to<span class="_ _3"></span> d<span class="_ _0"></span>e A<span class="_ _3"></span>R dever<span class="_ _3"></span>ão ser<span class="_ _3"></span> obedecidos os<span class="_ _3"></span> seguint<span class="_ _1"></span>es<span class="_ _1"></span> </div><div class="t m0 x0 h2 y2c ff1 fs0 fc0 sc0 ls7 ws2c">p<span class="_ _0"></span>roc<span class="_ _0"></span>ed<span class="_ _0"></span>i<span class="_ _0"></span>me<span class="_ _0"></span>nto<span class="_ _0"></span>s:<span class="_ _0"></span> <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y2d ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>....<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y2e ff1 fs0 fc0 sc0 ls6 ws6">b)............<span class="_ _0"></span>.............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.............<span class="_ _0"></span>.....<span class="_ _0"></span>.... <span class="ls1 ws1"> </span></div><div class="t m0 x7 h2 y2f ff1 fs0 fc0 sc0 ls5 ws33">i. r<span class="_ _1"></span>ev<span class="_ _1"></span>og<span class="_ _1"></span>ar<span class="_ _4"></span>,<span class="_ _3"></span> em at<span class="_ _3"></span>é 3 (tr<span class="_ _3"></span>ês) <span class="_ _3"></span>d<span class="_ _0"></span>ias <span class="_ _3"></span>úteis,<span class="_ _1"></span> no sis<span class="_ _3"></span>tema<span class="_ _1"></span> de c<span class="_ _1"></span>ertific<span class="_ _3"></span>ação<span class="_ _1"></span>, os<span class="_ _3"></span> aces<span class="_ _1"></span>sos dos<span class="_ _3"></span> </div><div class="t m0 x7 h2 y30 ff1 fs0 fc0 sc0 lsd ws34">equi<span class="_ _1"></span>pamen<span class="_ _3"></span>tos<span class="_ _3"></span> de<span class="_ _1"></span> AR<span class="_ _3"></span> e as<span class="_ _3"></span> aut<span class="_ _3"></span>oriz<span class="_ _3"></span>ações<span class="_ _3"></span> dos<span class="_ _3"></span> agen<span class="_ _3"></span>te<span class="_ _1"></span>s de<span class="_ _3"></span> reg<span class="_ _3"></span>ist<span class="_ _3"></span>ro<span class="_ _1"></span>,<span class="_ _1"></span> incl<span class="_ _3"></span>uindo<span class="_ _3"></span> soluç<span class="_ _3"></span>õe<span class="lsf ws35">s e </span></div><div class="t m0 x7 h2 y31 ff1 fs0 fc0 sc0 ls5 wsc">autoriz<span class="_ _3"></span>ações<span class="_ _1"></span> de A<span class="_ _3"></span>R ELETR<span class="_ _1"></span>ÔNICA, d<span class="_ _3"></span>a AR d<span class="_ _1"></span>escr<span class="_ _3"></span>edenciada;<span class="ls1 ws1"> </span></div><div class="t m0 x7 h2 y32 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>..........<span class="_ _0"></span>..<span class="_ _4"></span><span class="lsb wse">” (NR<span class="_ _0"></span>) <span class="ls1 ws1"> </span></span></div><div class="t m0 x0 h2 y33 ff2 fs0 fc0 sc0 lsc ws10">Art. <span class="_ _5"> </span><span class="ls1 ws1">3<span class="_ _1"></span>°<span class="ff1 ws29">  <span class="_ _0"></span><span class="ls0 ws19">O a<span class="_ _0"></span>n<span class="_ _0"></span>ex<span class="_ _1"></span>o d<span class="_ _0"></span>a <span class="fc1 ls9 ws36">Resol<span class="_ _3"></span>ução n°<span class="_ _3"></span> <span class="_ _0"></span>17<span class="ls1 ws1">9<span class="_ _1"></span><span class="ls3 ws2a">, de 20 d<span class="_ _0"></span>e outub<span class="_ _0"></span>ro de 2020</span></span></span></span></span></span></div><div class="t m0 x8 h2 y34 ff1 fs0 fc0 sc0 ls13 ws2b">, DOC<span class="ls1 ws1">-<span class="ls6 ws6">ICP</span>-<span class="ls3 ws2">04<span class="ls5 ws19">, pass<span class="_ _3"></span>a a vigor<span class="_ _3"></span>ar c<span class="_ _3"></span>o<span class="_ _0"></span>m<span class="_ _1"></span> as<span class="_ _3"></span> </span></span></span></div><div class="t m0 x0 h2 y35 ff1 fs0 fc0 sc0 lse ws3">seguint<span class="_ _3"></span>es alter<span class="_ _3"></span>ações:<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y36 ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls5 ws14">7.1<span class="_ _3"></span>.<span class="_ _0"></span>4.1<span class="_ _1"></span>. O nome<span class="_ _1"></span> do t<span class="_ _3"></span>itular do<span class="_ _3"></span> certific<span class="_ _1"></span>ado<span class="_ _1"></span>, c<span class="_ _3"></span>onst<span class="_ _3"></span>ante <span class="_ _3"></span>do camp<span class="_ _1"></span>o “<span class="ff3 lsf ws4">Sub<span class="_ _0"></span>je<span class="_ _0"></span>c<span class="_ _0"></span>t</span><span class="ls8 ws1b">”<span class="_ _4"></span>, deverá ado<span class="_ _0"></span>tar<span class="_ _0"></span> o “<span class="ff3 ls16 ws37">Dis<span class="_ _1"></span>tinguishe<span class="_ _1"></span>d </span></span></span></div><div class="t m0 x0 h2 y37 ff3 fs0 fc0 sc0 ls12 ws28">Na<span class="_ _0"></span>me<span class="ff1 ls3 ws4">” (D<span class="_ _0"></span>N) do<span class="_ _0"></span> padrão ITU X<span class="_ _0"></span>.500/IS<span class="_ _0"></span>O 959<span class="_ _0"></span>4, co<span class="_ _0"></span>mo exemplo, da segu<span class="_ _0"></span>inte forma<span class="_ _0"></span>: <span class="ls1 ws1"> </span></span></div><div class="t m0 x9 h2 y38 ff1 fs0 fc0 sc0 ls17 ws38">C =<span class="_ _0"></span> BR <span class="ls1 ws1"> </span></div><div class="t m0 x9 h2 y39 ff1 fs0 fc0 sc0 ls6 ws9">O = ICP<span class="ls1 ws1">-<span class="ls5 wsd">Br<span class="_ _1"></span>asil <span class="ls1 ws1"> </span></span></span></div><div class="t m0 x9 h2 y3a ff1 fs0 fc0 sc0 lse ws3">OU = nome <span class="_ _3"></span>d<span class="_ _0"></span>a AC<span class="_ _3"></span> emitent<span class="_ _3"></span>e <span class="ls1 ws1"> </span></div><div class="t m0 x9 h2 y3b ff1 fs0 fc0 sc0 ls5 wsc">OU = CNP<span class="_ _4"></span>J <span class="_ _3"></span>da AR q<span class="_ _1"></span>ue re<span class="_ _3"></span>aliz<span class="_ _1"></span>ou a<span class="_ _1"></span> iden<span class="_ _1"></span>tific<span class="_ _1"></span>aç<span class="_ _1"></span>ão <span class="ls1 ws1"> </span></div><div class="t m0 x9 h2 y3c ff1 fs0 fc0 sc0 ls5 ws39">OU = T<span class="_ _1"></span>ipo<span class="_ _1"></span> de i<span class="_ _3"></span>d<span class="_ _0"></span>ent<span class="_ _1"></span>ific<span class="_ _3"></span>ação ut<span class="_ _3"></span>ilizada<span class="_ _3"></span> (pre<span class="_ _1"></span>sencial, v<span class="_ _3"></span>ideocon<span class="_ _1"></span>f<span class="_ _1"></span>erê<span class="_ _3"></span>ncia, AR<span class="_ _3"></span> ELETR<span class="_ _3"></span>ÔNICA ou c<span class="_ _3"></span>ertificad<span class="_ _3"></span>o </div><div class="t m0 x9 h2 y3d ff1 fs0 fc0 sc0 ls5 wsd">digit<span class="_ _3"></span>al) <span class="ls1 ws1"> </span></div><div class="t m0 x9 h2 y3e ff1 fs0 fc0 sc0 ls5 ws19">CN = nome d<span class="_ _3"></span>o titular <span class="_ _3"></span>d<span class="_ _0"></span>o certif<span class="_ _3"></span>icado em<span class="_ _1"></span> c<span class="_ _1"></span>ertific<span class="_ _3"></span>ad<span class="_ _0"></span>o de <span class="_ _3"></span>pessoa fís<span class="_ _1"></span>ica; em<span class="_ _1"></span> um c<span class="_ _1"></span>erti<span class="_ _1"></span>ficado <span class="_ _3"></span>d<span class="_ _0"></span>e <span class="_ _1"></span>pessoa<span class="_ _3"></span> </div><div class="t m0 x9 h2 y3f ff1 fs0 fc0 sc0 ls5 ws3a">jurídic<span class="_ _3"></span>a, deve<span class="_ _3"></span>rá cont<span class="_ _3"></span>er o n<span class="_ _1"></span>ome em<span class="_ _1"></span>pres<span class="_ _3"></span>arial const<span class="_ _3"></span>ant<span class="_ _3"></span>e do Cadast<span class="_ _1"></span>r<span class="_ _3"></span>o Nacional <span class="_ _1"></span>de P<span class="_ _3"></span>essoa Jurí<span class="_ _3"></span>dica<span class="_ _1"></span> </div><div class="t m0 x9 h2 y40 ff1 fs0 fc0 sc0 ls5 ws3b">(CNP<span class="_ _4"></span>J);<span class="_ _1"></span> em um cert<span class="_ _1"></span>ific<span class="_ _3"></span>ado de eq<span class="_ _1"></span>uipame<span class="_ _3"></span>nto ou <span class="_ _1"></span>aplic<span class="_ _1"></span>açã<span class="_ _1"></span>o, o<span class="_ _3"></span> identif<span class="_ _3"></span>icador C<span class="_ _1"></span>N dev<span class="_ _3"></span>erá co<span class="_ _3"></span>nt<span class="_ _1"></span>er o UR<span class="_ _1"></span>L<span class="_ _1"></span> </div><div class="t m0 x9 h2 y41 ff1 fs0 fc0 sc0 ls5 ws3c">corr<span class="_ _3"></span>espondent<span class="_ _3"></span>e ou o n<span class="_ _0"></span>ome<span class="_ _1"></span> da <span class="_ _0"></span>aplic<span class="_ _3"></span>ação<span class="ls1 ws1">” <span class="_ _3"></span><span class="lsb wsc">(N<span class="_ _0"></span>R)<span class="ls1 ws1"> </span></span></span></div><div class="t m0 x0 h2 y42 ff2 fs0 fc0 sc0 lsc ws10">Art. <span class="_ _5"> </span><span class="ls1 ws1">4<span class="_ _1"></span>°<span class="ff1 ws29">  <span class="_ _0"></span><span class="ls0 ws19">O a<span class="_ _0"></span>n<span class="_ _0"></span>ex<span class="_ _1"></span>o d<span class="_ _0"></span>a <span class="fc1 ls9 ws36">Resol<span class="_ _3"></span>ução n°<span class="_ _3"></span><span class="ls1 ws1"> <span class="_ _5"> </span><span class="ls3 ws2a">177, de 20 de ou<span class="_ _0"></span>tubro de 2020</span></span></span></span></span></span></div><div class="t m0 x8 h2 y43 ff1 fs0 fc0 sc0 ls13 ws2b">, DOC<span class="ls1 ws1">-<span class="ls6 ws6">ICP</span>-<span class="ls5 ws19">05<span class="_ _3"></span>, passa a vi<span class="_ _1"></span>gor<span class="_ _3"></span>ar c<span class="_ _1"></span>om as<span class="_ _3"></span> </span></span></div><div class="t m0 x0 h2 y44 ff1 fs0 fc0 sc0 lse ws3">seguint<span class="_ _3"></span>es alter<span class="_ _3"></span>ações:<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y45 ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls6 ws9">1.3.2.1 ...........<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>........ <span class="_ _0"></span></span> </div><div class="t m0 x6 h2 y46 ff1 fs0 fc0 sc0 ls5 wsc">a) r<span class="_ _3"></span>elação <span class="_ _1"></span>de to<span class="_ _3"></span>das as ARs<span class="_ _3"></span> credenci<span class="_ _3"></span>adas; e<span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y47 ff1 fs0 fc0 sc0 lsd ws3d">b) r<span class="_ _3"></span>elaç<span class="_ _3"></span>ão <span class="_ _1"></span>de<span class="_ _1"></span> ARs<span class="_ _3"></span> que<span class="_ _1"></span> t<span class="_ _1"></span>en<span class="_ _1"></span>ham<span class="_ _1"></span> se<span class="_ _1"></span> des<span class="_ _3"></span>cr<span class="_ _3"></span>edencia<span class="_ _3"></span>do da<span class="_ _3"></span> cad<span class="_ _1"></span><span class="ls0 ws3e">ei<span class="_ _0"></span>a da AC<span class="_ _0"></span>, com re<span class="_ _0"></span>spec<span class="_ _0"></span>ti<span class="_ _0"></span>va d<span class="_ _0"></span>ata do </span></div><div class="t m0 x6 h2 y48 ff1 fs0 fc0 sc0 lse ws3f">descr<span class="_ _3"></span>ed<span class="_ _0"></span>enciamen<span class="_ _3"></span>to.<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y49 ff1 fs0 fc0 sc0 ls5 wsc">1.3<span class="_ _3"></span>.<span class="_ _0"></span>3 Titular<span class="_ _3"></span>es do c<span class="_ _1"></span>ertific<span class="_ _3"></span>ado<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y4a ff1 fs0 fc0 sc0 ls6 ws9">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _4"></span>” (N<span class="_ _0"></span>R)<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y4b ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls5 wsc">3.2<span class="_ _3"></span>.<span class="_ _0"></span>3 Aut<span class="_ _3"></span>enticaçã<span class="_ _3"></span>o da iden<span class="_ _1"></span>ti<span class="_ _1"></span>dade de<span class="_ _1"></span> um <span class="_ _3"></span>in<span class="_ _0"></span>div<span class="_ _1"></span>íduo<span class="ls1 ws1"> </span></span></div><a class="l" href="https://repositorio.iti.gov.br/resolucoes/Resolucao179_DOC-ICP-04.htm"><div class="d m1" style="border-style:none;position:absolute;left:155.729000px;bottom:538.266000px;width:229.276000px;height:14.648000px;background-color:rgba(255,255,255,0.000001);"></div></a><a class="l" href="https://repositorio.iti.gov.br/resolucoes/Resolucao177_DOC-ICP-05.htm"><div class="d m1" style="border-style:none;position:absolute;left:155.729000px;bottom:273.187000px;width:229.276000px;height:20.649000px;background-color:rgba(255,255,255,0.000001);"></div></a></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf3" class="pf w0 h0" data-page-no="3"><div class="pc pc3 w0 h0"><div class="t m0 x0 h2 y2b ff1 fs0 fc0 sc0 lse ws40">Nest<span class="_ _3"></span>e i<span class="_ _0"></span>t<span class="_ _1"></span>em d<span class="_ _3"></span>evem ser <span class="_ _3"></span>d<span class="_ _0"></span>ef<span class="_ _3"></span>i<span class="_ _0"></span>nidos os<span class="_ _3"></span> p<span class="_ _0"></span>r<span class="_ _1"></span>ocedimen<span class="_ _3"></span>tos empr<span class="_ _3"></span>egados p<span class="_ _3"></span>el<span class="_ _0"></span>as <span class="_ _3"></span>AR vinculadas a<span class="_ _3"></span> uma AC<span class="_ _3"></span> p<span class="_ _0"></span>ar<span class="_ _3"></span>a a </div><div class="t m0 x0 h2 y4c ff1 fs0 fc0 sc0 ls5 ws2f">identif<span class="_ _1"></span>icaç<span class="_ _3"></span>ão e<span class="_ _1"></span> ca<span class="_ _1"></span>dastr<span class="_ _3"></span>ament<span class="_ _3"></span>o inici<span class="_ _3"></span>ais d<span class="_ _1"></span>e um i<span class="_ _3"></span>ndivíduo<span class="_ _1"></span> na ICP<span class="_ _1"></span><span class="ls1 ws1">-<span class="ls5 ws2f">Br<span class="_ _3"></span>asil.<span class="_ _1"></span> Ess<span class="_ _3"></span>a con<span class="_ _1"></span>firmaç<span class="_ _1"></span>ão d<span class="_ _1"></span>eve<span class="_ _1"></span>rá<span class="_ _3"></span> ser </span></span></div><div class="t m0 x0 h2 y4d ff1 fs0 fc0 sc0 ls5 ws41">re<span class="_ _1"></span>aliza<span class="_ _3"></span>d<span class="_ _0"></span>a me<span class="_ _1"></span>diant<span class="_ _3"></span>e a pres<span class="_ _3"></span>ença fís<span class="_ _3"></span>ica do in<span class="_ _3"></span>ter<span class="_ _3"></span>essado ou por um dos<span class="_ _1"></span> pr<span class="_ _3"></span>ocedimen<span class="_ _1"></span>t<span class="_ _1"></span>os<span class="_ _1"></span> list<span class="_ _3"></span>ado<span class="_ _0"></span>s nas<span class="_ _1"></span> alíne<span class="_ _3"></span>as </div><div class="t m0 x0 h2 y4e ff1 fs0 fc0 sc0 ls5 ws14">abaix<span class="_ _3"></span>o, q<span class="_ _3"></span>ue deve<span class="_ _3"></span>rão<span class="_ _1"></span> ass<span class="_ _1"></span>egur<span class="_ _1"></span>ar <span class="_ _3"></span>nível <span class="_ _1"></span>de s<span class="_ _3"></span>eguranç<span class="_ _3"></span>a equiv<span class="_ _3"></span>alente<span class="_ _3"></span> à f<span class="_ _3"></span>orma pr<span class="_ _1"></span>ese<span class="_ _3"></span>n<span class="_ _0"></span>cial,<span class="_ _3"></span> gar<span class="_ _3"></span>antindo<span class="_ _1"></span> a v<span class="_ _3"></span>alidaç<span class="_ _3"></span>ão </div><div class="t m0 x0 h2 y4f ff1 fs0 fc0 sc0 ls5 ws14">das mes<span class="_ _1"></span>mas in<span class="_ _1"></span>f<span class="_ _3"></span>o<span class="_ _0"></span>r<span class="_ _1"></span>mações<span class="_ _3"></span> de ide<span class="_ _1"></span>ntif<span class="_ _1"></span>icaçã<span class="_ _3"></span>o e <span class="_ _1"></span>biométric<span class="_ _3"></span>as, med<span class="_ _3"></span>iante<span class="_ _1"></span> o em<span class="_ _3"></span>prego<span class="_ _1"></span> de t<span class="_ _3"></span>ecnologias<span class="_ _3"></span> eletr<span class="_ _3"></span>ônicas<span class="_ _3"></span> </div><div class="t m0 x0 h2 y50 ff1 fs0 fc0 sc0 ls12 ws2c">segu<span class="_ _0"></span>ras d<span class="_ _0"></span>e co<span class="ls5 wsc">munic<span class="_ _3"></span>ação,<span class="_ _3"></span> inter<span class="_ _3"></span>ação<span class="_ _3"></span>, doc<span class="_ _1"></span>umen<span class="_ _3"></span>tação e<span class="_ _3"></span> tra<span class="_ _1"></span>t<span class="_ _1"></span>amen<span class="_ _3"></span>to biomét<span class="_ _1"></span>ric<span class="_ _3"></span>o: <span class="ls1 ws1"> </span></span></div><div class="t m0 x6 h2 y51 ff1 fs0 fc0 sc0 lse ws3">a) por mó<span class="_ _1"></span>dulo de <span class="_ _1"></span>AR eletr<span class="_ _3"></span>ônico, e<span class="_ _3"></span>x<span class="_ _1"></span>clusiv<span class="_ _3"></span>ament<span class="_ _3"></span>e n<span class="_ _0"></span>os c<span class="_ _3"></span>asos previ<span class="_ _1"></span>stos <span class="_ _3"></span>neste r<span class="_ _3"></span>egulamen<span class="_ _1"></span>to; <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y52 ff1 fs0 fc0 sc0 lsd ws42">b) por<span class="_ _3"></span> mei<span class="_ _1"></span>o de<span class="_ _1"></span> vide<span class="_ _3"></span>oconf<span class="_ _3"></span>er<span class="_ _3"></span>ênc<span class="_ _1"></span>ia, c<span class="_ _3"></span>onf<span class="_ _3"></span>or<span class="_ _1"></span>me pr<span class="_ _3"></span>oce<span class="_ _1"></span>dimen<span class="_ _3"></span>tos<span class="_ _3"></span> e re<span class="_ _3"></span>quisi<span class="_ _3"></span>tos t<span class="_ _3"></span>écnic<span class="_ _1"></span>os<span class="_ _3"></span> def<span class="_ _1"></span>ini<span class="_ _1"></span>dos em<span class="_ _3"></span> </div><div class="t m0 x6 h2 y53 ff1 fs0 fc0 sc0 ls0 ws0">In<span class="_ _0"></span>str<span class="_ _0"></span>u<span class="_ _0"></span>ção<span class="_ _0"></span> Nor<span class="_ _0"></span>mat<span class="_ _0"></span>i<span class="wsc">va<span class="_ _0"></span> da <span class="_ _0"></span>AC <span class="_ _0"></span>R<span class="_ _0"></span>aiz<span class="_ _0"></span>; o<span class="_ _0"></span>u <span class="ls1 ws1"> </span></span></div><div class="t m0 x6 h2 y54 ff1 fs0 fc0 sc0 lsd ws43">c)<span class="_ _1"></span> por <span class="_ _1"></span>AR<span class="_ _1"></span> EL<span class="_ _1"></span>ETR<span class="_ _3"></span>ÔNICA,<span class="_ _3"></span> conf<span class="_ _3"></span>orme<span class="_ _3"></span> pr<span class="_ _3"></span>ocedi<span class="_ _1"></span>men<span class="_ _1"></span>t<span class="_ _3"></span>os e r<span class="_ _3"></span>equi<span class="_ _1"></span>sit<span class="_ _3"></span>os t<span class="_ _1"></span>écni<span class="_ _3"></span>cos<span class="_ _1"></span> de<span class="_ _1"></span>fi<span class="_ _3"></span>nidos e<span class="_ _1"></span>m I<span class="_ _3"></span>nstruç<span class="_ _3"></span>ão<span class="_ _1"></span> </div><div class="t m0 x6 h2 y55 ff1 fs0 fc0 sc0 ls5 wsc">Normat<span class="_ _1"></span>iv<span class="_ _1"></span>a da A<span class="_ _3"></span>C Raiz.<span class="_ _3"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y56 ff1 fs0 fc0 sc0 ls6 ws9">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _4"></span>” (N<span class="_ _0"></span>R)<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y57 ff1 fs0 fc0 sc0 ls5 ws41">“3.<span class="_ _1"></span>2.3.1<span class="_ _1"></span>.1 Na hipótes<span class="_ _3"></span>e <span class="_ _0"></span>de ident<span class="_ _1"></span>ific<span class="_ _3"></span>ação p<span class="_ _1"></span>osi<span class="ls9 ws44">tiv<span class="_ _3"></span>a por<span class="_ _3"></span> meio <span class="_ _3"></span>d<span class="_ _0"></span>o pr<span class="_ _3"></span>oc<span class="_ _1"></span>ess<span class="_ _3"></span>o b<span class="_ _0"></span>i<span class="_ _1"></span>ométr<span class="_ _3"></span>ico da<span class="_ _3"></span> ICP<span class="ls1 ws1">-<span class="ls5 ws41">Br<span class="_ _3"></span>asil,<span class="_ _3"></span> <span class="_ _0"></span>ou por </span></span></span></div><div class="t m0 x0 h2 y58 ff1 fs0 fc0 sc0 lsd ws45">meio<span class="_ _3"></span> de <span class="_ _3"></span>proce<span class="_ _1"></span>ss<span class="_ _3"></span>o de<span class="_ _1"></span> A<span class="_ _1"></span>R EL<span class="_ _1"></span>ET<span class="_ _1"></span>RÔN<span class="_ _1"></span>ICA,<span class="_ _3"></span> fic<span class="_ _1"></span>a<span class="_ _1"></span> dispe<span class="_ _3"></span>nsada<span class="_ _3"></span> a <span class="_ _1"></span>apr<span class="_ _1"></span>es<span class="_ _1"></span>ent<span class="_ _3"></span>açã<span class="_ _3"></span>o de<span class="_ _3"></span> qual<span class="_ _1"></span>que<span class="_ _1"></span>r do<span class="_ _1"></span>s<span class="_ _3"></span> docum<span class="_ _1"></span>en<span class="_ _3"></span>tos<span class="_ _3"></span> </div><div class="t m0 x0 h2 y59 ff1 fs0 fc0 sc0 ls5 wsb">elenca<span class="_ _1"></span>dos no it<span class="_ _3"></span>em 3.2<span class="_ _1"></span>.3.1 e a e<span class="_ _1"></span>tapa de <span class="_ _3"></span>verific<span class="_ _3"></span>ação. As<span class="_ _1"></span> evidênc<span class="_ _3"></span>ias desse pr<span class="_ _3"></span>ocesso f<span class="_ _3"></span>arão p<span class="_ _1"></span>art<span class="_ _1"></span>e do doss<span class="_ _1"></span>iê </div><div class="t m0 x0 h2 y5a ff1 fs0 fc0 sc0 ls1 ws1">e<span class="lse ws3">letrô<span class="_ _3"></span>n<span class="_ _0"></span>ico d<span class="_ _3"></span>o requeren<span class="_ _3"></span>te.<span class="_ _4"></span>” (NR)<span class="_ _3"></span><span class="ls1 ws1"> </span></span></div><div class="t m0 x0 h2 y5b ff1 fs0 fc0 sc0 ls6 ws6">“<span class="_ _4"></span>....................<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y5c ff1 fs0 fc0 sc0 ls6 ws9">3.2.3.1.8 ........<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>..........<span class="_ _0"></span>..........<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y5d ff1 fs0 fc0 sc0 ls5 ws14">3.2<span class="_ _3"></span>.<span class="_ _0"></span>3.1<span class="_ _1"></span>.8.1 No c<span class="_ _1"></span>aso<span class="_ _1"></span> de <span class="_ _3"></span>AR ELE<span class="_ _1"></span>TRÔNI<span class="_ _1"></span>CA, a<span class="_ _1"></span> bas<span class="_ _1"></span>e of<span class="_ _1"></span>icial<span class="_ _1"></span> naci<span class="_ _1"></span>onal, <span class="_ _3"></span>a ser de<span class="_ _3"></span>finid<span class="ls0 ws46">a po<span class="_ _0"></span>r Inst<span class="_ _0"></span>ru<span class="_ _0"></span>çã<span class="_ _0"></span>o No<span class="_ _0"></span>rm<span class="_ _0"></span>ati<span class="_ _0"></span>va da </span></div><div class="t m0 x0 h2 y5e ff1 fs0 fc0 sc0 ls5 ws47">AC Raiz, <span class="_ _3"></span>dever<span class="_ _3"></span>á t<span class="_ _1"></span>er como<span class="_ _3"></span> requis<span class="_ _1"></span>ito t<span class="_ _3"></span>écnico a g<span class="_ _3"></span>ar<span class="_ _1"></span>anti<span class="_ _3"></span>a de indivi<span class="_ _3"></span>d<span class="_ _0"></span>ualiz<span class="_ _3"></span>ação <span class="_ _3"></span>unívoca <span class="_ _3"></span>dos cidadãos,<span class="_ _3"></span> </div><div class="t m0 x0 h2 y5f ff1 fs0 fc0 sc0 ls5 ws3c">biométr<span class="_ _1"></span>ica<span class="_ _1"></span> e biográ<span class="_ _1"></span>fica,<span class="_ _3"></span> <span class="_ _0"></span>a níve<span class="_ _1"></span>l nacional.<span class="_ _3"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y60 ff1 fs0 fc0 sc0 ls3 ws2">3.2.<span class="_ _0"></span>3.2</div><div class="t m0 xa h2 y61 ff1 fs1 fc0 sc0 ls1 ws1"> <span class="fs0 ls6 ws6">..........<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>...............<span class="_ _0"></span>.<span class="_ _0"></span></span><span class="fs0"> </span></div><div class="t m0 x0 h2 y62 ff1 fs0 fc0 sc0 ls3 ws2e">3.2.<span class="_ _0"></span>3.2.<span class="_ _0"></span>1 É <span class="ls5 ws48">obrig<span class="_ _3"></span>atór<span class="_ _3"></span>io <span class="_ _0"></span>o pr<span class="_ _3"></span>eenchimen<span class="_ _1"></span>t<span class="_ _1"></span>o dos seguint<span class="_ _3"></span>es camp<span class="_ _3"></span>o<span class="_ _0"></span>s do<span class="_ _3"></span> <span class="_ _0"></span>certific<span class="_ _3"></span>ado de um<span class="_ _1"></span>a pessoa físic<span class="_ _3"></span>a com<span class="_ _1"></span> </span></div><div class="t m0 x0 h2 y63 ff1 fs0 fc0 sc0 ls12 ws2c">as i<span class="_ _0"></span>nforma<span class="_ _0"></span>ções con<span class="_ _0"></span>stantes no<span class="_ _0"></span>s do<span class="_ _0"></span>cum<span class="_ _0"></span>ent<span class="_ _1"></span>os a<span class="_ _0"></span>pre<span class="_ _0"></span>sentado<span class="_ _0"></span>s: <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y64 ff1 fs0 fc0 sc0 lse ws3">a) nome co<span class="_ _3"></span>mp<span class="_ _0"></span>let<span class="_ _3"></span>o, sem <span class="_ _3"></span>ab<span class="_ _0"></span>r<span class="_ _1"></span>eviações</div><div class="t m0 xb h4 y65 ff1 fs2 fc0 sc0 ls1 ws1">1</div><div class="t m0 x4 h2 y66 ff1 fs0 fc0 sc0 ls14 ws49">; <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y67 ff1 fs0 fc0 sc0 lsd ws4a">b) dat<span class="_ _3"></span>a de nas<span class="_ _1"></span>cim<span class="_ _1"></span>ent<span class="_ _3"></span>o</div><div class="t m0 xc h4 y68 ff1 fs2 fc0 sc0 ls1 ws1">2</div><div class="t m0 xd h2 y69 ff1 fs0 fc0 sc0 ls14 ws28">; e <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y6a ff1 fs0 fc0 sc0 ls5 wsc">c) C<span class="_ _1"></span>adastr<span class="_ _3"></span>o de P<span class="_ _3"></span>essoa <span class="_ _1"></span>Física<span class="_ _3"></span> (CPF)</div><div class="t m0 xe h4 y6b ff1 fs2 fc0 sc0 ls1 ws1">3</div><div class="t m0 xf h2 y6c ff1 fs0 fc0 sc0 ls6 ws6">. <span class="ls1 ws1"> </span></div><div class="t m0 x0 h4 y6d ff1 fs2 fc0 sc0 ls1 ws1">3</div><div class="t m0 x10 h2 y6e ff1 fs0 fc0 sc0 ls7 ws4b">No<span class="_ _0"></span> c<span class="_ _0"></span>amp<span class="_ _0"></span>o <span class="ff3 ls16 ws4c">Subject Altern<span class="_ _3"></span>ative Name<span class="ff1 ls12 ws4d">, nas 11 (o<span class="_ _0"></span>n<span class="_ _0"></span>z<span class="_ _1"></span>e) po<span class="_ _0"></span>siçõe<span class="_ _0"></span>s subse<span class="_ _0"></span>qu<span class="_ _0"></span>entes às 8 (o<span class="_ _0"></span>ito<span class="_ _0"></span>) posi<span class="_ _0"></span>çõe<span class="_ _0"></span>s </span></span></div><div class="t m0 x0 h2 y6f ff1 fs0 fc0 sc0 ls5 wsc">re<span class="_ _1"></span>serv<span class="_ _3"></span>adas à dat<span class="_ _3"></span>a de nas<span class="_ _1"></span>cimen<span class="_ _1"></span>t<span class="_ _1"></span>o, o<span class="_ _3"></span> Cadas<span class="_ _1"></span>tr<span class="_ _3"></span>o<span class="_ _0"></span> de P<span class="_ _3"></span>essoa <span class="_ _3"></span>Física (<span class="_ _1"></span>CPF) <span class="ls1 ws1">- <span class="ls3 ws4">OID 2.16.7<span class="_ _0"></span>6.1.<span class="_ _0"></span>3.1.<span class="_ _0"></span></span> </span></div><div class="t m0 x0 h2 y70 ff1 fs0 fc0 sc0 ls3 ws4e">3.2.<span class="_ _0"></span>3.2.<span class="_ _0"></span>1.1 No<span class="_ _0"></span> caso<span class="_ _0"></span> de<span class="_ _0"></span> AR<span class="_ _0"></span> ELETRÔN<span class="_ _0"></span>ICA<span class="_ _0"></span>, as i<span class="_ _0"></span>nforma<span class="_ _0"></span>çõe<span class="_ _0"></span>s elen<span class="_ _0"></span>cada<span class="_ _0"></span>s no<span class="_ _0"></span> item 3.2.<span class="_ _0"></span>3<span class="ls5 ws17">.2.1 s<span class="_ _3"></span>erão inf<span class="_ _3"></span>ormadas </span></div><div class="t m0 x0 h2 y71 ff1 fs0 fc0 sc0 ls5 ws4f">pelo r<span class="_ _3"></span>equeren<span class="_ _3"></span>te do c<span class="_ _3"></span>ertifica<span class="_ _3"></span>d<span class="_ _0"></span>o digit<span class="_ _3"></span>al e <span class="_ _3"></span>d<span class="_ _0"></span>ev<span class="_ _3"></span>erão s<span class="_ _3"></span>er verif<span class="_ _1"></span>ica<span class="_ _3"></span>d<span class="_ _0"></span>as n<span class="_ _1"></span>a bas<span class="_ _1"></span>e oficial<span class="_ _3"></span> nacional <span class="_ _3"></span>defini<span class="_ _1"></span>da por<span class="_ _1"></span> </div><div class="t m0 x0 h2 y72 ff1 fs0 fc0 sc0 ls0 ws0">In<span class="_ _0"></span>str<span class="_ _0"></span>u<span class="_ _0"></span>ção<span class="_ _0"></span> Nor<span class="_ _0"></span>mat<span class="_ _0"></span>iva<span class="_ _0"></span> da AC R<span class="_ _0"></span>A<span class="_ _0"></span>IZ d<span class="_ _0"></span>a ICP<span class="_ _0"></span><span class="ls1 ws1">-<span class="ls5 wsd">Br<span class="_ _3"></span>asil.<span class="ls1 ws1"> </span></span></span></div><div class="t m0 x0 h2 y73 ff1 fs0 fc0 sc0 ls3 ws2">3.2.<span class="_ _0"></span>3.2.<span class="_ _0"></span>2 <span class="ls6 ws6">........<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>..........<span class="_ _0"></span>..........<span class="_ _0"></span>.............<span class="_ _0"></span>...<span class="ls1 ws1">  </span></span></div><div class="t m0 x6 h2 y74 ff1 fs0 fc0 sc0 ls5 wsc">a) númer<span class="_ _3"></span>o de<span class="_ _1"></span> Identif<span class="_ _3"></span>icação<span class="_ _3"></span> Social <span class="ls1 ws1">- <span class="ws2">NIS (PI<span class="_ _3"></span>S<span class="_ _0"></span>, P<span class="_ _4"></span>ASEP ou CI);<span class="_ _1"></span> <span class="ws1"> </span></span></span></div><div class="t m0 x6 h2 y75 ff1 fs0 fc0 sc0 ls7 ws25">b<span class="_ _0"></span>) nú<span class="_ _0"></span>m<span class="_ _0"></span>ero<span class="_ _0"></span> do<span class="_ _0"></span> Regi<span class="_ _0"></span>st<span class="_ _0"></span>ro G<span class="_ _0"></span>eral<span class="_ _0"></span> <span class="ls1 ws1">- <span class="ls9 ws49">RG<span class="_ _1"></span> do ti<span class="_ _1"></span>t<span class="_ _1"></span>ular e<span class="_ _1"></span> órg<span class="_ _3"></span>ão e<span class="_ _3"></span>xped<span class="_ _3"></span>idor; <span class="_ _1"></span><span class="ls1 ws1"> </span></span></span></div><div class="t m0 x6 h2 y76 ff1 fs0 fc0 sc0 lsd ws26">c)<span class="_ _1"></span> númer<span class="_ _3"></span>o d<span class="_ _1"></span>o Ca<span class="_ _3"></span>dastr<span class="_ _3"></span>o <span class="lsc ws10">Especí<span class="_ _0"></span>fico<span class="ls1 ws1"> <span class="ls8 ws50">do<span class="_ _0"></span> INS<span class="_ _0"></span>S (CEI<span class="_ _0"></span>) o<span class="_ _0"></span>u CAE<span class="_ _0"></span>PF<span class="_ _0"></span>; </span> </span></span></div><div class="t m0 x6 h2 y77 ff1 fs0 fc0 sc0 ls5 wsc">d) númer<span class="_ _3"></span>o do Tít<span class="_ _1"></span>ulo <span class="_ _3"></span>d<span class="_ _0"></span>e El<span class="_ _3"></span>eitor; Z<span class="_ _3"></span>ona Ele<span class="_ _1"></span>it<span class="_ _1"></span>oral;<span class="_ _3"></span> Seção; M<span class="_ _1"></span>unicíp<span class="_ _3"></span>io e U<span class="lse ws3">F do<span class="_ _1"></span> Título <span class="_ _1"></span>de Eleito<span class="_ _3"></span>r; e <span class="ls1 ws1"> </span></span></div><div class="t m0 x6 h2 y78 ff1 fs0 fc0 sc0 ls5 ws19">e) n<span class="_ _1"></span>úmero<span class="_ _3"></span> de hab<span class="_ _1"></span>ilitaç<span class="_ _3"></span>ão ou<span class="_ _1"></span> iden<span class="_ _1"></span>tific<span class="_ _1"></span>aç<span class="_ _3"></span>ão pr<span class="_ _1"></span>ofiss<span class="_ _3"></span>ion<span class="_ _0"></span>al e<span class="_ _1"></span>mit<span class="_ _1"></span>ido <span class="_ _1"></span>por c<span class="_ _1"></span>onselh<span class="_ _3"></span>o de c<span class="_ _1"></span>las<span class="_ _3"></span>se ou ór<span class="_ _1"></span>g<span class="_ _1"></span>ão </div><div class="t m0 x6 h2 y79 ff1 fs0 fc0 sc0 lse ws3f">compet<span class="_ _3"></span>ente.<span class="_ _1"></span> <span class="ls1 ws1"> </span></div></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf4" class="pf w0 h0" data-page-no="4"><div class="pc pc4 w0 h0"><div class="t m0 x0 h2 y2b ff1 fs0 fc0 sc0 ls3 ws2">3.2.<span class="_ _0"></span>3.2.<span class="_ _0"></span>3<span class="ls6 ws6">............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>.............<span class="_ _0"></span><span class="ls1 ws1"> </span></span></div><div class="t m0 x0 h2 y7a ff1 fs0 fc0 sc0 ls3 ws51">3.2.<span class="_ _0"></span>3.2.<span class="_ _0"></span>3.1 No<span class="_ _0"></span> caso<span class="_ _0"></span> de<span class="_ _0"></span> AR ELETRÔ<span class="_ _0"></span>NIC<span class="_ _0"></span>A, só<span class="_ _0"></span> será<span class="ls1 ws1"> <span class="_ _9"> </span><span class="lsd ws43">adm<span class="_ _3"></span>itido o <span class="_ _3"></span>pree<span class="_ _1"></span>nch<span class="_ _3"></span>iment<span class="_ _3"></span>o de out<span class="_ _3"></span>ros<span class="_ _1"></span> cam<span class="_ _3"></span>pos, c<span class="_ _3"></span>ujos<span class="_ _3"></span> </span></span></div><div class="t m0 x0 h2 y7b ff1 fs0 fc0 sc0 ls5 wsb">dados in<span class="_ _3"></span>forma<span class="_ _3"></span>d<span class="_ _0"></span>os <span class="_ _3"></span>p<span class="_ _0"></span>el<span class="_ _1"></span>o re<span class="_ _3"></span>qu<span class="_ _0"></span>er<span class="_ _1"></span>ent<span class="_ _3"></span>e do c<span class="_ _3"></span>ertific<span class="_ _3"></span>ad<span class="_ _0"></span>o d<span class="_ _3"></span>igital <span class="_ _3"></span>p<span class="_ _0"></span>oss<span class="_ _1"></span>am ser <span class="_ _3"></span>verific<span class="_ _3"></span>ados n<span class="_ _1"></span>a bas<span class="_ _1"></span>e oficial<span class="_ _3"></span> nacional<span class="_ _3"></span> </div><div class="t m0 x0 h2 y7c ff1 fs0 fc0 sc0 lsd ws26">de<span class="_ _1"></span>finid<span class="_ _3"></span>a por I<span class="_ _3"></span>nstr<span class="_ _3"></span>ução<span class="_ _3"></span> Norma<span class="_ _1"></span>tiv<span class="_ _3"></span>a da<span class="_ _3"></span> AC R<span class="_ _3"></span>AIZ da<span class="_ _3"></span> ICP<span class="ls1 ws1">-<span class="ls5 wsd">Br<span class="_ _3"></span>asil.<span class="_ _4"></span><span class="ls18 ws52">” (<span class="_ _0"></span>N<span class="_ _0"></span>R<span class="_ _0"></span>)<span class="ls1 ws1"> </span></span></span></span></div><div class="t m0 x0 h2 y7d ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls3 ws2">3.2.<span class="_ _0"></span>8.2<span class="ls6 ws6">..<span class="_ _0"></span>.............<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>.....<span class="_ _0"></span>.................<span class="_ _0"></span>...</span></span> </div><div class="t m0 x0 h2 y6 ff1 fs0 fc0 sc0 ls6 ws53">3.2.8.2.1 No<span class="_ _0"></span> c<span class="_ _1"></span>aso de AR ELETR<span class="_ _3"></span>Ô<span class="_ _0"></span>NICA, p<span class="_ _0"></span>or se tra<span class="_ _3"></span>tar de pr<span class="_ _3"></span>o<span class="_ _0"></span>cedime<span class="_ _0"></span>n<span class="_ _1"></span>to automa<span class="_ _1"></span>tizado, sem <span class="_ _1"></span>intervenção d<span class="_ _1"></span>e </div><div class="t m0 x0 h2 y7e ff1 fs0 fc0 sc0 ls5 ws48">agen<span class="_ _1"></span>te<span class="_ _1"></span> de<span class="_ _3"></span> regis<span class="_ _1"></span>tr<span class="_ _1"></span>o,<span class="_ _3"></span> o dis<span class="_ _1"></span>post<span class="_ _3"></span>o n<span class="_ _1"></span>o it<span class="_ _3"></span>em 3.<span class="_ _1"></span>2.8<span class="_ _3"></span>.<span class="_ _0"></span>2 se<span class="_ _1"></span>rá<span class="_ _3"></span> regulam<span class="_ _3"></span>entado<span class="_ _3"></span> por In<span class="_ _3"></span>struçã<span class="_ _1"></span>o <span class="_ _3"></span>Normativ<span class="_ _3"></span>a da A<span class="_ _3"></span>C Raiz<span class="ls19 ws2d">.”<span class="_ _0"></span> </span></div><div class="t m0 x0 h2 y7f ff1 fs0 fc0 sc0 lsb wsc">(NR)<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y80 ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls3 ws2">3.2.<span class="_ _0"></span>8.3<span class="ls6 ws6">..<span class="_ _0"></span>.............<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>.....<span class="_ _0"></span>.................<span class="_ _0"></span>...</span></span> </div><div class="t m0 x0 h2 ya ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>..........<span class="_ _0"></span>........<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y81 ff1 fs0 fc0 sc0 ls9 ws54">3.<span class="_ _1"></span>2.8.<span class="_ _1"></span>3.3 No<span class="_ _3"></span> caso<span class="_ _3"></span> de AR<span class="_ _3"></span> ELET<span class="_ _3"></span>RÔNICA, t<span class="_ _3"></span>odos<span class="_ _1"></span> os <span class="_ _3"></span>dados f<span class="_ _3"></span>ornec<span class="_ _3"></span>idos<span class="_ _3"></span> p<span class="_ _0"></span>el<span class="_ _1"></span>o us<span class="_ _3"></span>uário,<span class="_ _3"></span> biog<span class="_ _3"></span>rá<span class="_ _3"></span>ficos<span class="_ _1"></span> e <span class="ws55">bi<span class="_ _3"></span>ométr<span class="_ _1"></span>icos<span class="_ _3"></span>, </span></div><div class="t m0 x0 h2 y82 ff1 fs0 fc0 sc0 ls5 wsb">bem c<span class="_ _3"></span>o<span class="_ _0"></span>mo<span class="_ _1"></span>, <span class="_ _3"></span>os res<span class="_ _3"></span>u<span class="_ _0"></span>lt<span class="_ _3"></span>ados das<span class="_ _1"></span> c<span class="_ _3"></span>o<span class="_ _0"></span>nsult<span class="_ _3"></span>as d<span class="_ _1"></span>e v<span class="_ _1"></span>erific<span class="_ _1"></span>aç<span class="_ _1"></span>ão del<span class="_ _3"></span>es na <span class="_ _1"></span>base<span class="_ _1"></span> oficial<span class="_ _3"></span> nacional r<span class="_ _3"></span>egulamen<span class="_ _3"></span>ta<span class="_ _1"></span>da por<span class="_ _3"></span> </div><div class="t m0 x0 h2 yd ff1 fs0 fc0 sc0 ls0 ws19">In<span class="_ _0"></span>str<span class="_ _0"></span>u<span class="_ _0"></span>ção<span class="_ _0"></span> Nor<span class="_ _0"></span>mat<span class="_ _0"></span>iva<span class="_ _0"></span> da AC R<span class="_ _0"></span>A<span class="_ _0"></span>IZ da I<span class="_ _0"></span>CP<span class="_ _0"></span><span class="ls1 ws1">-<span class="lse ws32">Br<span class="_ _3"></span>asil, dev<span class="_ _3"></span>erão ser ma<span class="_ _3"></span>ntidos em ar<span class="_ _3"></span>quivo (<span class="_ _1"></span>dossiê) do r<span class="_ _3"></span>espectivo<span class="_ _3"></span> </span></span></div><div class="t m0 x0 h2 y83 ff1 fs0 fc0 sc0 ls5 ws33">titular<span class="_ _3"></span> do cer<span class="_ _1"></span>tific<span class="_ _1"></span>ado<span class="_ _1"></span>, ob<span class="_ _3"></span>serv<span class="_ _1"></span>adas as<span class="_ _3"></span> co<span class="lsd ws56">nd<span class="_ _1"></span>içõe<span class="_ _1"></span>s<span class="_ _3"></span> defi<span class="_ _1"></span>nida<span class="_ _1"></span>s <span class="_ _3"></span>em r<span class="_ _3"></span>egulam<span class="_ _3"></span>ent<span class="_ _1"></span>o e<span class="_ _3"></span>dit<span class="_ _1"></span>ado <span class="_ _3"></span>por i<span class="_ _3"></span>nstru<span class="_ _3"></span>ção<span class="_ _3"></span> </span></div><div class="t m0 x0 h2 y84 ff1 fs0 fc0 sc0 ls5 wsc">normat<span class="_ _1"></span>iva <span class="_ _3"></span>da AC Ra<span class="_ _3"></span>iz que de<span class="_ _1"></span>fin<span class="_ _1"></span>a as <span class="_ _1"></span>car<span class="_ _3"></span>act<span class="_ _3"></span>erísticas<span class="_ _3"></span> mínimas <span class="_ _3"></span>d<span class="_ _0"></span>e<span class="_ _1"></span> segur<span class="_ _3"></span>ança <span class="_ _1"></span>par<span class="_ _3"></span>a as AR<span class="_ _3"></span> d<span class="_ _0"></span>a I<span class="_ _1"></span>CP<span class="ls1 ws1">-</span><span class="wsd">Br<span class="_ _1"></span>asil.<span class="_ _4"></span><span class="ls18 ws52">” (N<span class="_ _0"></span>R<span class="_ _0"></span>)<span class="ls1 ws1"> </span></span></span></div><div class="t m0 x0 h2 y10 ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls3 ws2">3.2.<span class="_ _0"></span>8.4<span class="ls6 ws6">..<span class="_ _0"></span>.............<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>.....<span class="_ _0"></span>.................<span class="_ _0"></span>...</span></span> </div><div class="t m0 x0 h2 y85 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>..........<span class="_ _0"></span>........<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y86 ff1 fs0 fc0 sc0 ls5 ws19">3.2<span class="_ _3"></span>.<span class="_ _0"></span>8.4<span class="_ _1"></span>.2 No c<span class="_ _1"></span>aso d<span class="_ _1"></span>e AR EL<span class="_ _3"></span>ETRÔNICA,<span class="_ _1"></span> fic<span class="_ _3"></span>a dispensad<span class="_ _3"></span>a a ve<span class="_ _1"></span>rificaç<span class="_ _3"></span>ão bi<span class="_ _1"></span>ométri<span class="_ _3"></span>ca do r<span class="_ _3"></span>equer<span class="_ _1"></span>ent<span class="_ _3"></span>e jun<span class="_ _1"></span>to ao<span class="_ _3"></span> </div><div class="t m0 x0 h2 y13 ff1 fs0 fc0 sc0 ls5 wsc">Sist<span class="_ _3"></span>ema Biomé<span class="_ _1"></span>tric<span class="_ _3"></span>o da ICP<span class="ls1 ws1">-</span>Br<span class="_ _3"></span>asil.<span class="_ _4"></span>” (N<span class="_ _3"></span>R)<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y87 ff1 fs0 fc0 sc0 ls5 wsc">“4.<span class="_ _1"></span>1 Solicit<span class="_ _3"></span>ação do<span class="_ _1"></span> certif<span class="_ _3"></span>icado<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y15 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y88 ff1 fs0 fc0 sc0 ls6 ws6">a)..........<span class="_ _0"></span>..............<span class="_ _0"></span>.............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>.......<span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y17 ff1 fs0 fc0 sc0 lsd ws24">b) o<span class="_ _3"></span> uso de<span class="_ _3"></span> cert<span class="_ _3"></span>ifica<span class="_ _3"></span>do dig<span class="_ _1"></span>it<span class="_ _3"></span>al q<span class="_ _1"></span>ue t<span class="_ _3"></span>enha<span class="_ _1"></span> r<span class="_ _3"></span>equisi<span class="_ _3"></span>tos d<span class="_ _3"></span>e seg<span class="_ _3"></span>ura<span class="_ _1"></span>nç<span class="_ _3"></span>a, no <span class="_ _3"></span>mínimo<span class="_ _3"></span>, e<span class="_ _1"></span>quiv<span class="_ _4"></span>alent<span class="_ _3"></span>es ao<span class="_ _3"></span> de </div><div class="t m0 x6 h2 y18 ff1 fs0 fc0 sc0 ls5 ws39">um certif<span class="_ _3"></span>icado de t<span class="_ _1"></span>ipo A3,<span class="_ _1"></span> a aut<span class="_ _3"></span>enticaç<span class="_ _3"></span>ão biométr<span class="_ _3"></span>ica do ag<span class="_ _3"></span>ente<span class="_ _1"></span> de reg<span class="_ _1"></span>istr<span class="_ _3"></span>o r<span class="_ _1"></span>esponsá<span class="_ _3"></span>vel <span class="_ _1"></span>pelas<span class="_ _1"></span> </div><div class="t m0 x6 h2 y89 ff1 fs0 fc0 sc0 ls5 ws17">solicit<span class="_ _3"></span>ações d<span class="_ _3"></span>e emiss<span class="_ _3"></span>ão<span class="_ _0"></span> e<span class="_ _1"></span> de r<span class="_ _3"></span>evog<span class="_ _3"></span>ação<span class="_ _3"></span> de certif<span class="_ _1"></span>ic<span class="_ _3"></span>ad<span class="_ _0"></span>os;<span class="_ _3"></span> ou quand<span class="_ _3"></span>o<span class="_ _0"></span> da<span class="_ _3"></span> emissão <span class="_ _1"></span>par<span class="_ _3"></span>a servidor<span class="_ _3"></span>es </div><div class="t m0 x6 h2 y8a ff1 fs0 fc0 sc0 ls5 ws19">públicos<span class="_ _1"></span> da a<span class="_ _3"></span>tiva<span class="_ _1"></span> e m<span class="_ _1"></span>ilitar<span class="_ _3"></span>es da U<span class="_ _3"></span>n<span class="_ _0"></span>ião<span class="_ _3"></span>, Es<span class="_ _3"></span>tados e D<span class="_ _3"></span>istrit<span class="_ _1"></span>o F<span class="_ _3"></span>ed<span class="_ _0"></span>e<span class="_ _1"></span>ral,<span class="_ _3"></span> por serv<span class="_ _1"></span>idor p<span class="_ _3"></span>ú<span class="_ _0"></span>blic<span class="_ _1"></span>o e mil<span class="_ _3"></span>itar<span class="_ _3"></span> </div><div class="t m0 x6 h2 y8b ff1 fs0 fc0 sc0 ls12 ws2c">au<span class="_ _0"></span>tori<span class="_ _0"></span>zado p<span class="_ _0"></span>elos si<span class="_ _0"></span>stema<span class="_ _0"></span>s de gestão<span class="_ _0"></span> <span class="_ _1"></span>de<span class="_ _0"></span> pessoa<span class="_ _0"></span>l d<span class="_ _0"></span>os órgãos com<span class="_ _0"></span>petentes;  <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y8c ff1 fs0 fc0 sc0 ls5 ws23">c) um t<span class="_ _3"></span>ermo <span class="_ _3"></span>d<span class="_ _0"></span>e<span class="_ _1"></span> titul<span class="_ _1"></span>aridade<span class="_ _3"></span> assinado<span class="_ _1"></span> digi<span class="_ _3"></span>talmen<span class="_ _3"></span>te pe<span class="_ _1"></span>lo ti<span class="lsd ws1b">t<span class="_ _1"></span>ul<span class="_ _1"></span>ar<span class="_ _1"></span> do c<span class="_ _3"></span>ertif<span class="_ _1"></span>ica<span class="_ _3"></span>do o<span class="_ _1"></span>u pe<span class="_ _3"></span>lo r<span class="_ _1"></span>esp<span class="_ _3"></span>onsá<span class="_ _1"></span>v<span class="_ _3"></span>el </span></div><div class="t m0 x6 h2 y8d ff1 fs0 fc0 sc0 ls5 ws3a">pelo c<span class="_ _1"></span>ertific<span class="_ _3"></span>ado,<span class="_ _3"></span> no cas<span class="_ _3"></span>o de<span class="_ _3"></span> certificad<span class="_ _3"></span>o de <span class="_ _3"></span>p<span class="_ _0"></span>ess<span class="_ _3"></span>oa jurídic<span class="_ _3"></span>a, con<span class="_ _1"></span>f<span class="_ _3"></span>orme o<span class="_ _3"></span> adendo r<span class="_ _3"></span>ef<span class="_ _3"></span>eren<span class="_ _1"></span>te<span class="_ _3"></span> ao </div><div class="t m0 x6 h2 y8e ff1 fs0 fc0 sc0 ls5 ws23">TERM<span class="_ _1"></span>O DE TI<span class="_ _1"></span>TUL<span class="_ _1"></span>ARID<span class="_ _1"></span>ADE [4<span class="_ _3"></span>] específ<span class="_ _1"></span>ico<span class="_ _1"></span>, e<span class="_ _1"></span>, ainda,<span class="_ _3"></span> quando emis<span class="_ _3"></span>são par<span class="_ _3"></span>a servidor<span class="_ _3"></span> público <span class="_ _1"></span>da a<span class="_ _3"></span>tiva<span class="_ _3"></span> </div><div class="t m0 x6 h2 y8f ff1 fs0 fc0 sc0 ls5 ws3a">e milit<span class="_ _3"></span>ar da União<span class="_ _3"></span>, Est<span class="_ _3"></span>ados e<span class="ls1 ws1">  </span>Distr<span class="_ _3"></span>ito F<span class="_ _3"></span>edera<span class="_ _1"></span>l pela au<span class="_ _1"></span>tor<span class="_ _1"></span>idade de<span class="_ _1"></span>signad<span class="_ _1"></span>a f<span class="_ _1"></span>orm<span class="_ _1"></span>alment<span class="_ _3"></span>e pelos </div><div class="t m0 x6 h2 y90 ff1 fs0 fc0 sc0 lse ws3">órg<span class="_ _3"></span>ãos compet<span class="_ _3"></span>entes<span class="_ _1"></span>; e <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y91 ff1 fs0 fc0 sc0 ls5 ws41">d) o dis<span class="_ _1"></span>pos<span class="_ _1"></span>to n<span class="_ _3"></span>a alínea ‘<span class="_ _3"></span>b’ e a <span class="_ _1"></span>assina<span class="_ _3"></span>tura<span class="_ _1"></span> do t<span class="_ _3"></span>ermo de tit<span class="_ _3"></span>u<span class="_ _0"></span>lar<span class="_ _1"></span>idade, <span class="_ _3"></span>n<span class="_ _0"></span>o c<span class="_ _3"></span>aso de <span class="_ _1"></span>AR EL<span class="_ _3"></span>ETRÔNICA,<span class="_ _1"></span> </div><div class="t m0 x6 h2 y92 ff1 fs0 fc0 sc0 lse ws57">por se tr<span class="_ _1"></span>at<span class="_ _3"></span>ar de proc<span class="_ _1"></span>edimen<span class="_ _3"></span>to automa<span class="_ _3"></span>tizado<span class="_ _3"></span>, sem int<span class="_ _1"></span>erve<span class="_ _1"></span>nção de ag<span class="_ _1"></span>ent<span class="_ _3"></span>e de r<span class="_ _3"></span>eg<span class="ls7 ws58">i<span class="_ _0"></span>st<span class="_ _0"></span>ro, s<span class="_ _0"></span>erão </span></div><div class="t m0 x6 h2 y93 ff1 fs0 fc0 sc0 ls5 wsc">re<span class="_ _1"></span>gulament<span class="_ _3"></span>ados p<span class="_ _3"></span>o<span class="_ _0"></span>r In<span class="_ _1"></span>str<span class="_ _1"></span>ução <span class="_ _3"></span>Normativ<span class="_ _3"></span>a da AC <span class="_ _3"></span>Raiz.<span class="_ _4"></span>” (N<span class="_ _1"></span>R)<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y94 ff1 fs0 fc0 sc0 ls6 ws6">“<span class="_ _4"></span>....................<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y95 ff1 fs0 fc0 sc0 ls3 ws4">4.1.<span class="_ _0"></span>2.2 Ob<span class="_ _0"></span>ri<span class="_ _0"></span>gações da<span class="_ _0"></span> AC<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y96 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y97 ff1 fs0 fc0 sc0 ls6 ws6">a)..........<span class="_ _0"></span>..............<span class="_ _0"></span>.............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>.......<span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y98 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _0"></span><span class="ls1 ws1"> </span></div></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
<div id="pf5" class="pf w0 h0" data-page-no="5"><div class="pc pc5 w0 h0"><div class="t m0 x6 h2 y99 ff1 fs0 fc0 sc0 ls5 ws23">y) g<span class="_ _3"></span>aran<span class="_ _1"></span>tir que t<span class="_ _1"></span>odas as<span class="_ _3"></span> aprov<span class="_ _3"></span>ações<span class="_ _3"></span> d<span class="_ _0"></span>e so<span class="_ _3"></span>licitaç<span class="_ _3"></span>ão<span class="_ _0"></span> de c<span class="_ _3"></span>ertificad<span class="_ _1"></span>os se<span class="_ _1"></span>jam r<span class="_ _3"></span>ealizadas<span class="_ _1"></span> por age<span class="_ _1"></span>nt<span class="_ _3"></span>e de</div><div class="t m0 x6 h2 y9a ff1 fs0 fc0 sc0 lse ws3">reg<span class="_ _1"></span>istr<span class="_ _3"></span>o<span class="_ _0"></span> e es<span class="_ _3"></span>tações<span class="ls1 ws1"> <span class="_ _1"></span><span class="ls5 wsc">de tr<span class="_ _3"></span>abalho a<span class="_ _3"></span>u<span class="_ _0"></span>t<span class="_ _1"></span>oriz<span class="_ _3"></span>ados, ou <span class="_ _1"></span>por AR<span class="_ _1"></span> ELE<span class="_ _1"></span>TRÔNI<span class="_ _1"></span>CA.<span class="_ _4"></span><span class="ls6 ws6">” <span class="lsb wsc">(NR<span class="_ _0"></span>)</span></span></span></span></div><div class="t m0 x0 h2 y9b ff1 fs0 fc0 sc0 ls3 ws4">4.1.<span class="_ _0"></span>2.4 Ob<span class="_ _0"></span>ri<span class="_ _0"></span>gações da<span class="_ _0"></span>s ARs<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 y9c ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y9d ff1 fs0 fc0 sc0 ls6 ws6">a)..........<span class="_ _0"></span>..............<span class="_ _0"></span>.............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>......<span class="_ _0"></span>.......<span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y9e ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 y9f ff1 fs0 fc0 sc0 lsd ws34">e) m<span class="_ _1"></span>ant<span class="_ _3"></span>er <span class="_ _3"></span>a con<span class="_ _3"></span>for<span class="_ _1"></span>mi<span class="_ _3"></span>dade <span class="_ _1"></span>dos s<span class="_ _3"></span>eus<span class="_ _1"></span> pr<span class="_ _3"></span>oces<span class="_ _3"></span>sos,<span class="_ _1"></span> pr<span class="_ _1"></span>ocedi<span class="_ _1"></span>men<span class="_ _3"></span>tos<span class="_ _1"></span> e a<span class="_ _3"></span>tivi<span class="_ _3"></span>dades<span class="_ _3"></span> com<span class="_ _1"></span> as <span class="_ _3"></span>normas<span class="_ _3"></span>,</div><div class="t m0 x6 h2 ya0 ff1 fs0 fc0 sc0 ls5 ws19">crit<span class="_ _3"></span>érios, pr<span class="_ _1"></span>átic<span class="_ _3"></span>as e r<span class="_ _3"></span>egr<span class="_ _3"></span>as est<span class="_ _3"></span>abeleci<span class="_ _3"></span>d<span class="_ _0"></span>as <span class="_ _3"></span>p<span class="_ _0"></span>ela<span class="_ _1"></span> AC v<span class="_ _1"></span>inc<span class="_ _1"></span>ulada<span class="_ _1"></span> e pela<span class="_ _3"></span> ICP<span class="ls1 ws1">-</span>Br<span class="_ _3"></span>asil, em e<span class="_ _3"></span>special c<span class="_ _3"></span>om o</div><div class="t m0 x6 h2 ya1 ff1 fs0 fc0 sc0 ls5 ws47">cont<span class="_ _1"></span>ido <span class="_ _3"></span>em r<span class="_ _1"></span>egulam<span class="_ _1"></span>entos<span class="_ _3"></span> edit<span class="_ _3"></span>ados por<span class="_ _3"></span> instr<span class="_ _1"></span>uções<span class="_ _3"></span> normat<span class="_ _1"></span>ivas<span class="_ _3"></span> da A<span class="_ _3"></span>C Raiz<span class="_ _3"></span> que <span class="_ _3"></span>d<span class="_ _0"></span>e<span class="_ _1"></span>finam<span class="_ _1"></span> os</div><div class="t m0 x6 h2 ya2 ff1 fs0 fc0 sc0 ls5 ws14">proc<span class="_ _1"></span>edimen<span class="_ _3"></span>tos oper<span class="_ _3"></span>acionais<span class="_ _3"></span> para AR E<span class="_ _1"></span>LETR<span class="_ _3"></span>ÔNICA e as car<span class="_ _3"></span>act<span class="_ _1"></span>eríst<span class="_ _1"></span>ic<span class="_ _1"></span>as mínim<span class="_ _3"></span>as de se<span class="_ _1"></span>guranç<span class="_ _3"></span>a par<span class="_ _3"></span>a</div><div class="t m0 x6 h2 ya3 ff1 fs0 fc0 sc0 ls0 ws0">as A<span class="_ _0"></span>R<span class="_ _0"></span> da IC<span class="_ _0"></span>P<span class="ls1 ws1">-<span class="ls5 wsc">Brasil,<span class="_ _1"></span> bem<span class="_ _3"></span> como os P<span class="_ _1"></span>rinc<span class="_ _1"></span>ípi<span class="_ _3"></span>os e Crit<span class="_ _1"></span>ér<span class="ls1a ws59">io<span class="_ _0"></span>s <span class="ff3 ls1b ws5a">W<span class="_ _0"></span>e<span class="_ _8"></span>b<span class="_ _8"></span>Tr<span class="_ _0"></span>u<span class="_ _8"></span>s<span class="_ _0"></span>t<span class="_ _8"></span></span><span class="ls1 ws1"> <span class="ls3 ws4">pa<span class="_ _0"></span>ra AR [5];</span></span></span></span></span></div><div class="t m0 x6 h2 ya4 ff1 fs0 fc0 sc0 ls6 ws9">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>.......<span class="_ _4"></span>” (N<span class="_ _0"></span>R)<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 ya5 ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls3 ws2">5.4.<span class="_ _0"></span>1.6 <span class="ls6 ws6">.....<span class="_ _0"></span>.............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.......<span class="_ _0"></span>.................<span class="_ _0"></span>....<span class="_ _0"></span></span></span> </div><div class="t m0 x0 h2 ya6 ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>..........<span class="_ _0"></span>..........<span class="_ _0"></span><span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 ya7 ff1 fs0 fc0 sc0 ls5 ws5b">5.4<span class="_ _3"></span>.<span class="_ _0"></span>1.6<span class="_ _1"></span>.1 No caso de emis<span class="_ _3"></span>sões r<span class="_ _3"></span>ealizad<span class="_ _1"></span>as<span class="_ _3"></span> p<span class="_ _0"></span>or AR ELE<span class="_ _1"></span>TR<span class="_ _1"></span>ÔNICA, o r<span class="_ _3"></span>egistr<span class="_ _3"></span>o<span class="_ _0"></span> e<span class="_ _1"></span>letr<span class="_ _1"></span>ônic<span class="_ _1"></span>o em ar<span class="_ _3"></span>quivos<span class="_ _3"></span> d<span class="_ _0"></span>e<span class="_ _1"></span> </div><div class="t m0 x0 h2 ya8 ff1 fs0 fc0 sc0 ls6 ws9">aud<span class="_ _0"></span>itoria pr<span class="_ _1"></span>evisto n<span class="_ _1"></span>o item 5.4.1.6 deve co<span class="_ _1"></span>nt<span class="_ _1"></span>empl<span class="_ _0"></span>ar os seguintes ev<span class="_ _3"></span>e<span class="_ _0"></span>ntos: <span class="ls1 ws1"> </span></div><div class="t m0 x6 h2 ya9 ff1 fs0 fc0 sc0 lsb wsc">a) <span class="ls18 ws38">d<span class="_ _0"></span>ata<span class="_ _0"></span> <span class="_ _0"></span><span class="ls9 ws49">e<span class="_ _1"></span> hor<span class="_ _3"></span>a das <span class="_ _3"></span>oper<span class="_ _3"></span>ações, s<span class="_ _3"></span>incr<span class="_ _3"></span>oniz<span class="_ _1"></span>adas<span class="_ _3"></span> com a F<span class="_ _3"></span>ont<span class="_ _3"></span>e Conf<span class="_ _3"></span>iá<span class="ls8 ws50">vel do T<span class="_ _4"></span>e<span class="_ _0"></span>mpo<span class="_ _0"></span> (FCT<span class="_ _0"></span>) da I<span class="_ _0"></span>CP<span class="ls1 ws1">-<span class="ls5 wsc">Br<span class="_ _1"></span>asil; e</span></span></span></span></span></div><div class="t m0 x6 h2 yaa ff1 fs0 fc0 sc0 lsb wsc">b)<span class="_ _7"> </span><span class="ls0 ws5c">a <span class="_ _a"></span><span class="ls5 ws41">ass<span class="_ _1"></span>ociação<span class="_ _3"></span> da AR<span class="_ _3"></span> ELETR<span class="_ _1"></span>ÔNICA q<span class="_ _1"></span>ue r<span class="_ _3"></span>ealizou<span class="_ _3"></span> a vali<span class="_ _3"></span>dação <span class="_ _1"></span>e apr<span class="_ _3"></span>ov<span class="_ _1"></span>ação<span class="_ _1"></span> e o<span class="_ _3"></span> certi<span class="_ _1"></span>ficado<span class="_ _3"></span> ger<span class="_ _3"></span>ado,</span></span></div><div class="t m0 x6 h2 yab ff1 fs0 fc0 sc0 ls5 wsc">na f<span class="_ _1"></span>orma r<span class="_ _3"></span>egulamen<span class="_ _3"></span>tada <span class="_ _3"></span>po<span class="_ _0"></span>r<span class="_ _1"></span> Instr<span class="_ _3"></span>ução N<span class="_ _3"></span>o<span class="_ _0"></span>rma<span class="_ _3"></span>tiva da A<span class="_ _3"></span>C Raiz<span class="ls19 ws2d">.”<span class="_ _8"></span> <span class="ls0 ws5c">(NR<span class="_ _0"></span>)</span></span></div><div class="t m0 x0 h2 yac ff1 fs0 fc0 sc0 ls1 ws1">“<span class="ls3 ws2">6.5.<span class="_ _0"></span>3 <span class="ls6 ws6">........<span class="_ _0"></span>..............<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>.............<span class="_ _0"></span>..........<span class="_ _0"></span>........<span class="_ _0"></span></span></span> </div><div class="t m0 x0 h2 yad ff1 fs0 fc0 sc0 ls6 ws6">.................<span class="_ _0"></span>......<span class="_ _0"></span>..............<span class="_ _0"></span>.......<span class="_ _0"></span>..............<span class="_ _0"></span>.........<span class="_ _0"></span>..........<span class="_ _0"></span>.......<span class="ls1 ws1"> </span></div><div class="t m0 x0 h2 yae ff1 fs0 fc0 sc0 lsd ws5d">6.<span class="_ _1"></span>5.3<span class="_ _1"></span>.3<span class="_ _1"></span> Naquil<span class="_ _3"></span>o que <span class="_ _1"></span>cou<span class="_ _3"></span>ber<span class="_ _4"></span>,<span class="_ _3"></span> os r<span class="_ _1"></span>equi<span class="_ _1"></span>s<span class="_ _3"></span>itos es<span class="_ _3"></span>pecif<span class="_ _1"></span>ica<span class="_ _3"></span>dos em<span class="_ _3"></span> reg<span class="_ _3"></span>ulame<span class="_ _1"></span>nt<span class="_ _3"></span>o ed<span class="_ _3"></span>itado<span class="_ _1"></span> por<span class="_ _3"></span> <span class="ls6 ws6">Instrução </span></div><div class="t m0 x0 h2 yaf ff1 fs0 fc0 sc0 ls13 ws26">Normativ<span class="_ _1"></span>a <span class="_ _9"> </span><span class="ls5 ws5b">da A<span class="_ _1"></span>C Raiz<span class="_ _3"></span> que defi<span class="_ _3"></span>na as c<span class="_ _1"></span>ar<span class="_ _3"></span>acter<span class="_ _1"></span>ístic<span class="_ _1"></span>as mí<span class="_ _3"></span>nimas de s<span class="_ _1"></span>egur<span class="_ _1"></span>ança <span class="_ _3"></span>par<span class="_ _1"></span>a as<span class="_ _1"></span> AR<span class="ls1 ws1">s <span class="_ _9"> </span><span class="ls8 ws5e">da IC<span class="_ _0"></span>P</span>-</span><span class="wsd">Bras<span class="_ _1"></span>il </span></span></div><div class="t m0 x0 h2 yb0 ff1 fs0 fc0 sc0 ls5 wsc">deve<span class="_ _1"></span>m ser <span class="_ _3"></span>aplicados<span class="_ _3"></span> às AR<span class="ls1 ws1">s <span class="ls15 ws6">EL<span class="_ _1"></span>ETR<span class="_ _3"></span>ÔNICAS.<span class="_ _4"></span>” (<span class="_ _1"></span>NR)<span class="_ _1"></span><span class="ls1 ws1"> </span></span></span></div><div class="t m0 x0 h2 yb1 ff2 fs0 fc0 sc0 lsc ws10">Art. <span class="_ _0"></span><span class="ls1 ws1">5°<span class="ff1 ws2">  <span class="ls8 ws9">Fica<span class="_ _0"></span></span><span class="ws1">m <span class="ls7 ws2c">ap<span class="_ _0"></span>ro<span class="ls18 ws38">va<span class="_ _0"></span>da<span class="_ _0"></span><span class="ls12 ws28">s:<span class="_ _0"></span></span></span></span> </span></span></span></div><div class="t m0 x0 h2 yb2 ff1 fs0 fc0 sc0 ls6 ws6">I <span class="ls1 ws1">- <span class="ls9 ws5f">a ver<span class="_ _3"></span>são 7.1<span class="_ _3"></span> do documen<span class="_ _3"></span>to D<span class="_ _1"></span>OC<span class="ls1 ws1">-<span class="ls6 ws6">ICP</span>-<span class="ls3 ws2">03 <span class="_ _7"> </span></span>– <span class="_ _2"> </span><span class="lse ws8">Critérios e Pr<span class="_ _3"></span>ocedimentos<span class="_ _1"></span> par<span class="_ _1"></span>a Cr<span class="_ _3"></span>ed<span class="_ _0"></span>enciamen<span class="_ _3"></span>to das<span class="_ _3"></span> </span></span></span></span></div><div class="t m0 x0 h2 yb3 ff1 fs0 fc0 sc0 ls8 ws50">Enti<span class="_ _0"></span>da<span class="_ _0"></span>d<span class="_ _0"></span>es Integ<span class="_ _0"></span>rantes da I<span class="_ _0"></span>CP<span class="ls1 ws1">-<span class="ls5 wsd">Brasil;<span class="_ _3"></span><span class="ls1 ws1"> </span></span></span></div><div class="t m0 x0 h2 yb4 ff1 fs0 fc0 sc0 ls6 ws6">II <span class="ls1 ws1">- <span class="ls9 ws38">a ver<span class="_ _3"></span>são 8<span class="_ _1"></span>.1<span class="_ _1"></span> do docum<span class="_ _1"></span>ent<span class="_ _3"></span>o DOC<span class="ls1 ws1">-<span class="ls6 ws6">ICP</span>-<span class="ls3 ws2">04 </span>– <span class="_ _0"></span><span class="ls5 ws14">Requis<span class="_ _1"></span>it<span class="_ _1"></span>os Mínimos<span class="_ _1"></span> par<span class="_ _3"></span>a as P<span class="_ _3"></span>olíticas<span class="_ _1"></span> de C<span class="_ _3"></span>ertificad<span class="_ _3"></span>os na ICP<span class="ls1 ws1">-</span></span></span></span></span></div><div class="t m0 x0 h2 yb5 ff1 fs0 fc0 sc0 ls5 wsd">Bras<span class="_ _3"></span>il<span class="ls14 ws28">; e<span class="ls1 ws1"> </span></span></div><div class="t m0 x0 h2 yb6 ff1 fs0 fc0 sc0 ls6 ws6">III <span class="ls1 ws1">- <span class="ls3 ws60">a v<span class="_ _0"></span>ersão<span class="_ _0"></span> 6.2 d<span class="ls9 ws61">o documen<span class="_ _3"></span>to DOC<span class="ls1 ws1">-<span class="_ _3"></span><span class="ls6 ws6">IC<span class="_ _0"></span>P<span class="ls1 ws1">-<span class="ls3 ws2">05 <span class="_ _5"> </span></span>– <span class="_ _5"> </span><span class="ls5 ws3b">Req<span class="_ _1"></span>uisitos<span class="_ _1"></span> Mínim<span class="_ _1"></span>os par<span class="_ _3"></span>a as Declar<span class="_ _3"></span>aç<span class="_ _3"></span>ões de Prá<span class="_ _3"></span>ticas de<span class="_ _3"></span> </span></span></span></span></span></span></span></div><div class="t m0 x0 h2 yb7 ff1 fs0 fc0 sc0 ls5 wsc">Certif<span class="_ _1"></span>icação<span class="_ _3"></span> das Au<span class="_ _1"></span>torida<span class="_ _3"></span>des Certific<span class="_ _3"></span>ador<span class="_ _3"></span>as da ICP<span class="ls1 ws1">-</span><span class="wsd">Br<span class="_ _3"></span>asil.<span class="_ _1"></span><span class="ls1 ws1"> </span></span></div><div class="t m0 x0 h2 yb8 ff1 fs0 fc0 sc0 ls1 ws1">§<span class="_ _2"> </span><span class="ls3 ws2">1° <span class="_ _0"></span></span><span class="ws62">  <span class="_ _0"></span><span class="ls5 ws23">A i<span class="_ _1"></span>dentif<span class="_ _1"></span>icaç<span class="_ _3"></span>ão da v<span class="_ _3"></span>ers<span class="_ _1"></span>ão de<span class="_ _3"></span>ver<span class="_ _1"></span>á se<span class="_ _3"></span>r <span class="ls0 ws5c">at<span class="_ _0"></span>ua<span class="_ _0"></span>li<span class="_ _0"></span>zada <span class="_ _8"></span><span class="lsd ws1b">no<span class="_ _1"></span> pr<span class="_ _3"></span>eâmb<span class="_ _1"></span>ulo e<span class="_ _3"></span> inc<span class="_ _3"></span>luída <span class="_ _3"></span>no c<span class="_ _3"></span>ontr<span class="_ _3"></span>ole de<span class="_ _3"></span> ve<span class="_ _1"></span>r<span class="_ _1"></span>sões<span class="_ _3"></span> do</span></span></span></span></div><div class="t m0 x0 h2 yb9 ff1 fs0 fc0 sc0 lsd ws4a">ane<span class="_ _3"></span>xo<span class="_ _1"></span> da<span class="ls7 ws25">s re<span class="_ _0"></span>s<span class="ls5 wsd">pectiv<span class="_ _3"></span>as <span class="ls17 ws63">Re<span class="_ _0"></span>solu<span class="_ _0"></span>ç<span class="ls12 ws28">õe<span class="_ _0"></span>s.</span></span></span></span></div><div class="t m0 x0 h2 yba ff1 fs0 fc0 sc0 ls5 wsc">§ 2°<span class="_ _1"></span>  A iden<span class="_ _1"></span>tific<span class="_ _3"></span>ação d<span class="_ _3"></span>a ver<span class="_ _3"></span>são dev<span class="_ _1"></span>er<span class="_ _3"></span>á ser <span class="_ _1"></span>at<span class="_ _1"></span>ualiza<span class="_ _1"></span>da no<span class="_ _1"></span> arti<span class="_ _1"></span>go 2°<span class="_ _1"></span> das<span class="_ _1"></span> res<span class="_ _3"></span>pectivas<span class="_ _3"></span> Res<span class="_ _3"></span>olu<span class="_ _0"></span>ções<span class="_ _1"></span>.</div><div class="t m0 x0 h2 ybb ff2 fs0 fc0 sc0 lsc ws10">Art. <span class="_ _0"></span><span class="ls1 ws1">6°<span class="ff1 ws2">  <span class="lse ws64">Est<span class="_ _3"></span>a Resoluç<span class="_ _1"></span>ão entr<span class="_ _1"></span>a em vigor em 1° de <span class="lsd ws16">dez<span class="_ _3"></span>embr<span class="_ _3"></span>o<span class="ls1 ws1"> <span class="ls3 ws4">de 2021.<span class="_ _0"></span></span> </span></span></span></span></span></div><div class="t m0 x11 h2 ybc ff2 fs0 fc0 sc0 lsc ws59">OR<span class="_ _0"></span>LANDO<span class="_ _0"></span> OLIVEIR<span class="_ _0"></span>A DOS SAN<span class="_ _0"></span>T<span class="_ _3"></span>O<span class="_ _0"></span>S<span class="ls1 ws1"> </span></div></div><div class="pi" data-data='{"ctm":[1.000000,0.000000,0.000000,1.000000,0.000000,0.000000]}'></div></div>
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