mfkdf-benchmark/index.html at main · multifactor/mfkdf-benchmark · GitHub

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<!doctype html>
<html lang="en">
  <head>
    <meta charset="utf-8" />
    <meta name="viewport" content="width=device-width, initial-scale=1" />
    <link rel="stylesheet" href="https://cdnjs.cloudflare.com/ajax/libs/bootswatch/5.1.3/zephyr/bootstrap.min.css" integrity="sha512-gmJFuKTEQw6aHC2cWdrmdEHYw/M/8+bfsKmsJCcQ5hoI7WoOtkQ9hs7P0fqpBGRHHqBBJMibeCfhmk8So5qYUw==" crossorigin="anonymous" referrerpolicy="no-referrer"/>
    <link rel="stylesheet" href="https://cdnjs.cloudflare.com/ajax/libs/font-awesome/6.1.1/css/all.min.css" integrity="sha512-KfkfwYDsLkIlwQp6LFnl8zNdLGxu9YAA1QvwINks4PhcElQSvqcyVLLD9aMhXd13uQjoXtEKNosOWaZqXgel0g==" crossorigin="anonymous" referrerpolicy="no-referrer" />
    <link rel="stylesheet" href="style.css" />
    <title>MFKDF Browser Benchmark</title>
  </head>
  <body>
    <div class="splash-bg">
        <div class="bg-image"></div>
        <div class="card text-start p-0 overflow-hidden border-0">
          <div class="p-4-5">
            <h3>MFKDF Benchmark</h3>
            <p class="mt-3 mb-3">An official browser-based benchmark for MFKDF, including threshold MFKDF and all supported factors.</p>
            <a class="btn btn-success m-0 mt-0" href="#" id="start"><i class="fa fa-play"></i>&nbsp; Run Now</a>
            <div id="progress" style="display: none;">
              <div class="progress">
                <div class="progress-bar" id="bar"></div>
              </div>
              <p id="status" class="mb-0">Starting benchmark...</p>
            </div>
            <div id="results" style="display: none;">
              <table class="table">
                <thead>
                  <tr>
                    <th><b>Results</b></th>
                    <th>Setup Time</th>
                    <th>Derive Time</th>
                  </tr>
                </thead>
                <tbody id="rows">

                </tbody>
              </table>
            </div>
          </div>
        </div>
    </difv>
    <script src="https://ajax.googleapis.com/ajax/libs/jquery/3.6.3/jquery.min.js"></script>
    <script src="buffer.js"></script>
    <script src="mfkdf.min.js"></script>
    <script>
      $("#start").click(() => {
        $("#start").slideUp();
        $("#progress").slideDown();
        run();
      });

      const Buffer = buffer.Buffer;

      const hms1 = async (data, message) => {
        const key = await window.crypto.subtle.importKey(
          "raw",
          data,
          {
            name: "HMAC",
            hash: { name: "SHA-1" },
          },
          false,
          ["sign"]
        );
        const signature = await window.crypto.subtle.sign("HMAC", key, message);
        return signature;
      }

      var logstr = "";

      const log = (str) => {
        logstr += str + "\n";
      }

      const out = document.getElementById('out');
      const flush = () => {
        console.log(logstr);
        logstr = "";
      }

      var res = {};
      const clear = () => {
        logstr = "";
        console.clear();
        res = {};
      }

      const times = {};
      const start = (rn, name) => {
        times[rn + " " + name] = performance.now();
      }

      const end = (rn, name) => {
        time = (performance.now() - times[rn + " " + name])
        if (!res[name]) res[name] = []
        res[name].push(time)
        log(rn + " " + name + " " + time);
      }

      const mfkdf_all = async (rn) => {
        rn = "mfkdf_all " + rn;
        const keyPair = await window.crypto.subtle.generateKey(
          { hash: 'SHA-256', modulusLength: 2048, name: 'RSA-OAEP', publicExponent: new Uint8Array([1, 0, 1]) },
          true,
          ['encrypt', 'decrypt']
        )
        const init = await mfkdf.setup.key([
          await mfkdf.setup.factors.password('password')
        ], { kdf: 'hkdf' })

        start(rn, "full")
        start(rn, "setup full")
        start(rn, "setup factor password")
        const passwordSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.password('password'), init.key)
        end(rn, "setup factor password")

        start(rn, "setup factor hmacsha1")
        const hmacsha1Setup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.hmacsha1(), init.key)
        end(rn, "setup factor hmacsha1")

        start(rn, "setup factor hotp")
        const hotpSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.hotp({ secret: Buffer.from('hello world') }), init.key)
        end(rn, "setup factor hotp")

        start(rn, "setup factor ooba")
        const oobaSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.ooba({ key: keyPair.publicKey, params: {} }), init.key)
        end(rn, "setup factor ooba")

        start(rn, "setup factor question")
        const questionSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.question('fido'), init.key)
        end(rn, "setup factor question")

        start(rn, "setup factor totp")
        const totpSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.totp({ secret: Buffer.from('hello world'), time: 1650430806597, window: 2920 }), init.key)
        end(rn, "setup factor totp")

        start(rn, "setup factor uuid")
        const uuidSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.uuid({ uuid: '9b1deb4d-3b7d-4bad-9bdd-2b0d7b3dcb6d' }), init.key)
        end(rn, "setup factor uuid")

        start(rn, "setup key")
        const setup = await mfkdf.setup.key([
          passwordSetup, hmacsha1Setup, hotpSetup, oobaSetup, questionSetup, totpSetup, uuidSetup
        ], { kdf: 'hkdf' })
        end(rn, "setup key")
        end(rn, "setup full")

        const secret = setup.outputs.hmacsha1.secret
        const challenge = Buffer.from(setup.policy.factors[1].params.challenge, 'hex')
        const response = await hms1(secret, challenge)
        const next = setup.policy.factors[3].params.next
        const decrypted = await window.crypto.subtle.decrypt({ name: 'RSA-OAEP' }, keyPair.privateKey, Buffer.from(next, 'hex'))
        const json = JSON.parse(Buffer.from(decrypted).toString())
        const code = json.code

        start(rn, "derive full")
        start(rn, "derive factor password")
        const password = await mfkdf.stage.factor.derive(mfkdf.derive.factors.password('password'), setup.policy.factors[0].params, setup.key)
        end(rn, "derive factor password")

        start(rn, "derive factor hmacsha1")
        const hmacsha1 = await mfkdf.stage.factor.derive(mfkdf.derive.factors.hmacsha1(Buffer.from(response)), setup.policy.factors[1].params, setup.key)
        end(rn, "derive factor hmacsha1")

        start(rn, "derive factor hotp")
        const hotp = await mfkdf.stage.factor.derive(mfkdf.derive.factors.hotp(365287), setup.policy.factors[2].params, setup.key)
        end(rn, "derive factor hotp")

        start(rn, "derive factor ooba")
        const ooba = await mfkdf.stage.factor.derive(mfkdf.derive.factors.ooba(code), setup.policy.factors[3].params, setup.key)
        end(rn, "derive factor ooba")

        start(rn, "derive factor question")
        const question = await mfkdf.stage.factor.derive(mfkdf.derive.factors.question('fido'), setup.policy.factors[4].params, setup.key)
        end(rn, "derive factor question")

        start(rn, "derive factor totp")
        const totp = await mfkdf.stage.factor.derive(mfkdf.derive.factors.totp(528258, { time: 1650430943604 }), setup.policy.factors[5].params, setup.key)
        end(rn, "derive factor totp")

        start(rn, "derive factor uuid")
        const uuid = await mfkdf.stage.factor.derive(mfkdf.derive.factors.uuid('9b1deb4d-3b7d-4bad-9bdd-2b0d7b3dcb6d'), setup.policy.factors[6].params, setup.key)
        end(rn, "derive factor uuid")

        start(rn, "derive key")
        const derive = await mfkdf.derive.key(setup.policy, {
          password, hmacsha1, hotp, ooba, question, totp, uuid
        })
        end(rn, "derive key")
        end(rn, "derive full")
        end(rn, "full")

        log(rn + " setup " + setup.key.toString('hex'))
        log(rn + " derive " + derive.key.toString('hex'))
        flush()
      }

      const mfkdf_3 = async (rn) => {
        rn = "mfkdf_3 " + rn;
        const init = await mfkdf.setup.key([
          await mfkdf.setup.factors.password('password')
        ], { kdf: 'hkdf' })

        start(rn, "mfkdf_3_3 full")
        start(rn, "mfkdf_3_3 setup full")
        start(rn, "setup factor password")
        const passwordSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.password('password'), init.key)
        end(rn, "setup factor password")

        start(rn, "setup factor hotp")
        const hotpSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.hotp({ secret: Buffer.from('hello world') }), init.key)
        end(rn, "setup factor hotp")

        start(rn, "setup factor uuid")
        const uuidSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.uuid({ uuid: '9b1deb4d-3b7d-4bad-9bdd-2b0d7b3dcb6d' }), init.key)
        end(rn, "setup factor uuid")

        start(rn, "mfkdf_3_3 setup key")
        const setup = await mfkdf.setup.key([
          passwordSetup, hotpSetup, uuidSetup
        ], { kdf: 'hkdf' })
        end(rn, "mfkdf_3_3 setup key")
        end(rn, "mfkdf_3_3 setup full")

        start(rn, "mfkdf_3_3 derive full")
        start(rn, "derive factor password")
        const password = await mfkdf.stage.factor.derive(mfkdf.derive.factors.password('password'), setup.policy.factors[0].params, setup.key)
        end(rn, "derive factor password")

        start(rn, "derive factor hotp")
        const hotp = await mfkdf.stage.factor.derive(mfkdf.derive.factors.hotp(365287), setup.policy.factors[1].params, setup.key)
        end(rn, "derive factor hotp")

        start(rn, "derive factor uuid")
        const uuid = await mfkdf.stage.factor.derive(mfkdf.derive.factors.uuid('9b1deb4d-3b7d-4bad-9bdd-2b0d7b3dcb6d'), setup.policy.factors[2].params, setup.key)
        end(rn, "derive factor uuid")

        start(rn, "mfkdf_3_3 derive key")
        const derive = await mfkdf.derive.key(setup.policy, {
          password, hotp, uuid
        })
        end(rn, "mfkdf_3_3 derive key")
        end(rn, "mfkdf_3_3 derive full")
        end(rn, "mfkdf_3_3 full")

        log(rn + " setup " + setup.key.toString('hex'))
        log(rn + " derive " + derive.key.toString('hex'))
        flush()
      }

      const mfkdf_2_3 = async (rn) => {
        rn = "mfkdf_2_3 " + rn;
        const init = await mfkdf.setup.key([
          await mfkdf.setup.factors.password('password')
        ], { kdf: 'hkdf' })

        start(rn, "mfkdf_2_3 full")
        start(rn, "mfkdf_2_3 setup full")
        start(rn, "setup factor password")
        const passwordSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.password('password'), init.key)
        end(rn, "setup factor password")

        start(rn, "setup factor hotp")
        const hotpSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.hotp({ secret: Buffer.from('hello world') }), init.key)
        end(rn, "setup factor hotp")

        start(rn, "setup factor uuid")
        const uuidSetup = await mfkdf.stage.factor.setup(mfkdf.setup.factors.uuid({ uuid: '9b1deb4d-3b7d-4bad-9bdd-2b0d7b3dcb6d' }), init.key)
        end(rn, "setup factor uuid")

        start(rn, "mfkdf_2_3 setup key")
        const setup = await mfkdf.setup.key([
          passwordSetup, hotpSetup, uuidSetup
        ], { kdf: 'hkdf', threshold: 2 })
        end(rn, "mfkdf_2_3 setup key")
        end(rn, "mfkdf_2_3 setup full")

        start(rn, "mfkdf_2_3 derive full")
        start(rn, "derive factor password")
        const password = await mfkdf.stage.factor.derive(mfkdf.derive.factors.password('password'), setup.policy.factors[0].params, setup.key)
        end(rn, "derive factor password")

        start(rn, "derive factor hotp")
        const hotp = await mfkdf.stage.factor.derive(mfkdf.derive.factors.hotp(365287), setup.policy.factors[1].params, setup.key)
        end(rn, "derive factor hotp")

        start(rn, "mfkdf_2_3 derive key")
        const derive = await mfkdf.derive.key(setup.policy, {
          password, hotp
        })
        end(rn, "mfkdf_2_3 derive key")
        end(rn, "mfkdf_2_3 derive full")
        end(rn, "mfkdf_2_3 full")

        log(rn + " setup " + setup.key.toString('hex'))
        log(rn + " derive " + derive.key.toString('hex'))
        flush()
      }

      const setStatus = (txt, pct) => {
        $("#status").text(txt);
        $("#bar").width(pct*100 + '%');
      }

      const mean = array => array.reduce((a, b) => a + b) / array.length;

      const run = async () => {
        await mfkdf_3(0);
        await mfkdf_2_3(0);
        await mfkdf_all(0);
        clear();

        const N = 100;
        for (let i = 1; i <= N; i++) {
          setStatus("Testing MFKDF performance... (" + i + "/" + N + ")", i / 300);
          await mfkdf_3(i);
        }
        for (let i = 1; i <= N; i++) {
          setStatus("Testing threshold MFKDF performance... (" + i + "/" + N + ")", (i + 100) / 300);
          await mfkdf_2_3(i);
        }
        for (let i = 1; i <= N; i++) {
          setStatus("Testing factor performance... (" + i + "/" + N + ")", (i + 200) / 300);
          await mfkdf_all(i);
        }

        $("#rows").append(`<tr>
          <td>3-of-3 MFKDF</td>
          <td>x̄ = ${(mean(res['mfkdf_3_3 setup full'])).toFixed(1)} ms</td>
          <td>x̄ = ${(mean(res['mfkdf_3_3 derive full'])).toFixed(1)} ms</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>2-of-3 MFKDF</td>
          <td>x̄ = ${(mean(res['mfkdf_2_3 setup full'])).toFixed(1)} ms</td>
          <td>x̄ = ${(mean(res['mfkdf_2_3 derive full'])).toFixed(1)} ms</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>UUID Factor</td>
          <td>x̄ = ${(mean(res['setup factor uuid'])*1000).toFixed(1)} µs</td>
          <td>x̄ = ${(mean(res['derive factor uuid'])*1000).toFixed(1)} µs</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>HMAC-SHA1 Factor</td>
          <td>x̄ = ${(mean(res['setup factor hmacsha1'])*1000).toFixed(1)} µs</td>
          <td>x̄ = ${(mean(res['derive factor hmacsha1'])*1000).toFixed(1)} µs</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>Security Question Factor</td>
          <td>x̄ = ${(mean(res['setup factor question'])*1000).toFixed(1)} µs</td>
          <td>x̄ = ${(mean(res['derive factor question'])*1000).toFixed(1)} µs</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>Password Factor</td>
          <td>x̄ = ${(mean(res['setup factor password'])*1000).toFixed(1)} µs</td>
          <td>x̄ = ${(mean(res['derive factor password'])*1000).toFixed(1)} µs</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>HOTP Factor</td>
          <td>x̄ = ${(mean(res['setup factor hotp'])*1000).toFixed(1)} µs</td>
          <td>x̄ = ${(mean(res['derive factor hotp'])*1000).toFixed(1)} µs</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>OOBA Factor</td>
          <td>x̄ = ${(mean(res['setup factor ooba'])).toFixed(1)} ms</td>
          <td>x̄ = ${(mean(res['derive factor ooba'])).toFixed(1)} ms</td>
        </tr>`);

        $("#rows").append(`<tr>
          <td>TOTP Factor</td>
          <td>x̄ = ${(mean(res['setup factor totp'])).toFixed(1)} ms</td>
          <td>x̄ = ${(mean(res['derive factor totp'])).toFixed(1)} ms</td>
        </tr>`);

        $("#progress").slideUp();
        $("#results").slideDown();
      }
    </script>
  </body>
</html>