Domain > claesai.mauricengo.com

More information on this domain is in AlienVault OTX

DNS Resolutions

Date	IP Address
2025-11-18	192.185.21.183 (ClassC)

HTTP/1.1 200 OKDate: Tue, 18 Nov 2025 09:13:36 GMTServer: ApacheUpgrade: h2,h2cConnection: UpgradeLast-Modified: Wed, 21 Feb 2018 02:30:24 GMTAccept-Ranges: bytesContent-Length: 13915Vary: Accept-EncodingContent-Type: text/html

!doctype html>html langen>head>meta charsetUTF-8>script srchttps://ajax.googleapis.com/ajax/libs/jquery/3.2.1/jquery.min.js>/script>script srcmodernizr-2.0.6.js>/script>link hrefhttps://fonts.googleapis.com/css?familyOpen+Sans:300,400 relstylesheet>script typetext/javascript>window.addEventListener(load, windowLoadHandler, false);//for debug messagesvar Debugger  function() {};Debugger.log  function(message) {  try {    console.log(message);  } catch (exception) {    return;  }};function windowLoadHandler() {  canvasApp();}function canvasSupport() {  return Modernizr.canvas;}function canvasApp() {  if (!canvasSupport()) {    return;  }  var theCanvas  document.getElementById(canvasOne);  var context  theCanvas.getContext(2d);  var displayWidth;  var displayHeight;  var timer;  var wait;  var count;  var numToAddEachFrame;  var particleList;  var recycleBin;  var particleAlpha;  var r, g, b;  var fLen;  var m;  var projCenterX;  var projCenterY;  var zMax;  var turnAngle;  var turnSpeed;  var sphereRad, sphereCenterX, sphereCenterY, sphereCenterZ;  var particleRad;  var zeroAlphaDepth;  var randAccelX, randAccelY, randAccelZ;  var gravity;  var rgbString;  //we are defining a lot of variables used in the screen update functions globally so that they dont have to be redefined every frame.  var p;  var outsideTest;  var nextParticle;  var sinAngle;  var cosAngle;  var rotX, rotZ;  var depthAlphaFactor;  var i;  var theta, phi;  var x0, y0, z0;  // listen  var analyser;  var frequencyArray;  var soundAllowed  function(stream) {    var audioContent  new AudioContext();    var audioStream  audioContent.createMediaStreamSource(stream);    analyser  audioContent.createAnalyser();    audioStream.connect(analyser);    analyser.fftSize  1024;    frequencyArray  new Uint8Array(analyser.frequencyBinCount);    init();  };  var soundNotAllowed  function(error) {    h.innerHTML  You must allow your microphone.;    console.log(error);  };  navigator.getUserMedia({ audio: true }, soundAllowed, soundNotAllowed);  //  init();  function init() {    wait  1;    count  wait - 1;    numToAddEachFrame  8;    //particle color    r  255;    g  46;    b  136;    rgbString  rgba( + r + , + g + , + b + ,; //partial string for color which will be completed by appending alpha value.    particleAlpha  1; //maximum alpha    displayWidth  theCanvas.width;    displayHeight  theCanvas.height;    fLen  320; //represents the distance from the viewer to z0 depth.    //projection center coordinates sets location of origin    projCenterX  displayWidth / 2;    projCenterY  displayHeight / 2;    //we will not draw coordinates if they have too large of a z-coordinate (which means they are very close to the observer).    zMax  fLen - 2;    particleList  {};    recycleBin  {};    //random acceleration factors - causes some random motion    randAccelX  0.1;    randAccelY  0.1;    randAccelZ  0.1;    gravity  0; //try changing to a positive number (not too large, for example 0.3), or negative for floating upwards.    particleRad  2.5;    sphereRad  280;    sphereCenterX  0;    sphereCenterY  0;    sphereCenterZ  -3 - sphereRad;    //alpha values will lessen as particles move further back, causing depth-based darkening:    zeroAlphaDepth  -750;    // turnSpeed  2 * Math.PI / 1600; //the sphere will rotate at this speed (one complete rotation every 1600 frames).    turnAngle  0; //initial angle    timer  setInterval(onTimer, 1000 / 24);  }  function onTimer() {    analyser.getByteFrequencyData(frequencyArray);    //if enough time has elapsed, we will add new particles.    count++;    if (count > wait) {      count  0;      for (i  0; i  numToAddEachFrame; i++) {        theta  Math.random() * 2 * Math.PI;        phi  Math.acos(Math.random() * 2 - 1);        x0  sphereRad * Math.sin(phi) * Math.cos(theta);        y0  sphereRad * Math.sin(phi) * Math.sin(theta);        z0  sphereRad * Math.cos(phi);        //We use the addParticle function to add a new particle. The parameters set the position and velocity components.        //Note that the velocity parameters will cause the particle to initially fly outwards away from the sphere center (after        //it becomes unstuck).        var p  addParticle(          x0,          sphereCenterY + y0,          sphereCenterZ + z0,          0.002 * x0,          0.002 * y0,          0.002 * z0        );        //we set some envelope parameters which will control the evolving alpha of the particles.        p.attack  50;        p.hold  50;        p.decay  160;        p.initValue  0;        p.holdValue  particleAlpha;        p.lastValue  0;        //the particle will be stuck in one place until this time has elapsed:        p.stuckTime  80 + Math.random() * 20;        p.accelX  0;        p.accelY  gravity;        p.accelZ  0;      }    }    //update viewing angle    //turnAngle  (turnAngle + turnSpeed) % (2 * Math.PI);    //turnAngle  0;    turnSpeed  frequencyArray0 / 2000;    if (turnSpeed  0) {      turnSpeed  2 * Math.PI / 1600;    }    turnAngle  (turnAngle + turnSpeed) % (2 * Math.PI);    sinAngle  Math.sin(turnAngle);    cosAngle  Math.cos(turnAngle);    //background fill    context.fillStyle  #1c1c1c;    context.fillRect(0, 0, displayWidth, displayHeight);    //update and draw particles    p  particleList.first;    while (p ! null) {      //before list is altered record next particle      nextParticle  p.next;      //update age      p.age++;      //if the particle is past its stuck time, it will begin to move.      if (p.age > p.stuckTime) {        p.velX + p.accelX + randAccelX * (Math.random() * 2 - 1);        p.velY + p.accelY + randAccelY * (Math.random() * 2 - 1);        p.velZ + p.accelZ + randAccelZ * (Math.random() * 2 - 1);        p.x + p.velX;        p.y + p.velY;        p.z + p.velZ;      }      /*			We are doing two things here to calculate display coordinates.			The whole display is being rotated around a vertical axis, so we first calculate rotated coordinates for			x and z (but the y coordinate will not change).			Then, we take the new coordinates (rotX, y, rotZ), and project these onto the 2D view plane.			*/      rotX  cosAngle * p.x + sinAngle * (p.z - sphereCenterZ);      rotZ  -sinAngle * p.x + cosAngle * (p.z - sphereCenterZ) + sphereCenterZ;      m  fLen / (fLen - rotZ);      p.projX  rotX * m + projCenterX;      p.projY  p.y * m + projCenterY;      //update alpha according to envelope parameters.      if (p.age  p.attack + p.hold + p.decay) {        if (p.age  p.attack) {          p.alpha             (p.holdValue - p.initValue) / p.attack * p.age + p.initValue;        } else if (p.age  p.attack + p.hold) {          p.alpha  p.holdValue;        } else if (p.age  p.attack + p.hold + p.decay) {          p.alpha             (p.lastValue - p.holdValue) /              p.decay *              (p.age - p.attack - p.hold) +            p.holdValue;        }      } else {        p.dead  true;      }      //see if the particle is still within the viewable range.      if (        p.projX > displayWidth ||        p.projX  0 ||        p.projY  0 ||        p.projY > displayHeight ||        rotZ > zMax      ) {        outsideTest  true;      } else {        outsideTest  false;      }      if (outsideTest || p.dead) {        recycle(p);      } else {        //depth-dependent darkening        depthAlphaFactor  1 - rotZ / zeroAlphaDepth;        depthAlphaFactor           depthAlphaFactor > 1            ? 1            : depthAlphaFactor  0 ? 0 : depthAlphaFactor;        context.fillStyle  rgbString + depthAlphaFactor * p.alpha + );        //draw        context.beginPath();        context.arc(p.projX, p.projY, m * particleRad, 0, 2 * Math.PI, false);        context.closePath();        context.fill();      }      p  nextParticle;    }  }  function addParticle(x0, y0, z0, vx0, vy0, vz0) {    var newParticle;    var color;    //check recycle bin for available drop:    if (recycleBin.first ! null) {      newParticle  recycleBin.first;      //remove from bin      if (newParticle.next ! null) {        recycleBin.first  newParticle.next;        newParticle.next.prev  null;      } else {        recycleBin.first  null;      }    } else {      //if the recycle bin is empty, create a new particle (a new ampty object):      newParticle  {};    }    //add to beginning of particle list    if (particleList.first  null) {      particleList.first  newParticle;      newParticle.prev  null;      newParticle.next  null;    } else {      newParticle.next  particleList.first;      particleList.first.prev  newParticle;      particleList.first  newParticle;      newParticle.prev  null;    }    //initialize    newParticle.x  x0;    newParticle.y  y0;    newParticle.z  z0;    newParticle.velX  vx0;    newParticle.velY  vy0;    newParticle.velZ  vz0;    newParticle.age  0;    newParticle.dead  false;    if (Math.random()  0.5) {      newParticle.right  true;    } else {      newParticle.right  false;    }    return newParticle;  }  function recycle(p) {    //remove from particleList    if (particleList.first  p) {      if (p.next ! null) {        p.next.prev  null;        particleList.first  p.next;      } else {        particleList.first  null;      }    } else {      if (p.next  null) {        p.prev.next  null;      } else {        p.prev.next  p.next;        p.next.prev  p.prev;      }    }    //add to recycle bin    if (recycleBin.first  null) {      recycleBin.first  p;      p.prev  null;      p.next  null;    } else {      p.next  recycleBin.first;      recycleBin.first.prev  p;      recycleBin.first  p;      p.prev  null;    }  }}/script>title>Claes AI/title>style typetext/css>	* {margin:0;padding:0;}	body, html {		width: 100%;		height: 100%;	}	html {  box-sizing: border-box;	}	*, *:before, *:after {	  box-sizing: inherit;	}	body {overflow:hidden;color:#bfcfb2;font-family: Open Sans, sans-serif;transition: all 0.5s ease;}  body.blur {    filter:  contrast(110%);  }	h4 {font-family: sans-serif; color:#555555; font-size:16px;}	h3 {font-family: sans-serif; color:#555555;}	p {font-family: sans-serif; color:#888888; font-size:14px;}	a {font-family: sans-serif; color:#d15423; text-decoration:none;}  .visualizer {    font-size: 90vh;    height: 1em;    position: relative;    z-index: 1;    vertical-align: top;  }  .visualizer__content {    position: relative;    top:0;    left: 50%;    transform: translateX(-50%);    height: 100%;    width: 1em;  }	canvas {width: 100%;height: 100%;}  .results-wrap {    position: fixed;    top:0;    right:0;    bottom:0;    left:0;    z-index:3;  }  .results-content {    display: table;    height: 100%;    width: 100%;  }  .results {    display: table-cell;    vertical-align: top;    text-align: center;    font-weight: 300;    font-size:2.5vw;    letter-spacing: 0.3em;    padding-top: 10%;  }  .results.is-active {    letter-spacing: 0.1em;  }  .results::first-letter {    text-transform: uppercase;  }  .gradient {    background: rgba(0,0,0,0);    background: -moz-radial-gradient(center, ellipse cover, rgba(0,0,0,0) 0%, rgba(0,0,0,0) 48%, rgba(0,0,0,1) 100%);    background: -webkit-gradient(radial, center center, 0px, center center, 100%, color-stop(0%, rgba(0,0,0,0)), color-stop(48%, rgba(0,0,0,0)), color-stop(100%, rgba(0,0,0,1)));    background: -webkit-radial-gradient(center, ellipse cover, rgba(0,0,0,0) 0%, rgba(0,0,0,0) 48%, rgba(0,0,0,1) 100%);    background: -o-radial-gradient(center, ellipse cover, rgba(0,0,0,0) 0%, rgba(0,0,0,0) 48%, rgba(0,0,0,1) 100%);    background: -ms-radial-gradient(center, ellipse cover, rgba(0,0,0,0) 0%, rgba(0,0,0,0) 48%, rgba(0,0,0,1) 100%);    background: radial-gradient(ellipse at center, rgba(0,0,0,0) 0%, rgba(0,0,0,0) 48%, rgba(0,0,0,1) 100%);    filter: progid:DXImageTransform.Microsoft.gradient( startColorstr#000000, endColorstr#000000, GradientType1 );    position:fixed;    z-index: 2;    top:50%;    transform: translateY(-50%);    left:0;    width: 100%;    height:100%;    padding-top:100%;    opacity: 0.5;  }  .bg {    position:fixed;    z-index: 0;    top:0;    right:0;    bottom:0;    left:0;    background-color:#1c1c1c;  }  /*.mood {    position:fixed;    z-index: 4;    top:0;    right:0;    bottom:0;    left:0;    mix-blend-mode: multiply;    background:red;  }*//style>/head>body>  div classbg>/div>  div classgradient>/div>  div classmood>/div>  div classresults-wrap>    div classresults-content>      div classresults>CLAES/div>    /div>  /div>  div classvisualizer>    div classvisualizer__content>      canvas idcanvasOne width900 height900>        Your browser does not support HTML5 canvas.      /canvas>    /div>  /div>  script srcspeech.js>/script>/body>/html>

Port 443

HTTP/1.1 200 OKDate: Tue, 18 Nov 2025 09:13:37 GMTServer: ApacheUpgrade: h2,h2cConnection: UpgradeLast-Modified: Wed, 21 Feb 2018 02:30:24 GMTAccept-Ranges: bytesContent-Length: 13915Vary: Accept-EncodingContent-Type: text/html

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Domain > claesai.mauricengo.com

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