PaceEval operates as an all-in-one
technical screening & live interview platform
designed to eliminate multi-hour coding homework in favor of rapid.

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

test('binary search', () => {

async fn evaluate(candidate) {

}

guard.onTabSwitch(() => warn());

stream.pipe(recorder);

cargo test --workspace

return runs.filter(r => r.ok).length;

if (timer.expired) autoSubmit();

return <IDE lang='python' />;

expect(search(arr, 7)).toBe(3);

let score = grade(&candidate);

SELECT * FROM scorecards

replay.playFrom(0);

type Track = 'dev' | 'design';

pytest -q assessments/

}

export default function Screen() {

}

});

Ok(score)

WHERE session_id = $1;

const pace = 30 * 60 * 1000;

npm run assess --live

function score(runs) {

const session = await startLive();

useWebRTC(roomId);

test('binary search', () => {

async fn evaluate(candidate) {

Technical Screening

Live in-browser code editor/IDE (JavaScript, React, Python, Rust) with execution, auto-graded test cases, and terminal access.

Live Meeting

Integrated Video & Voice Meeting: Built-in WebRTC video conferencing alongside the test environment—no external Zoom or Google Meet links required.

Team Security Meeting

Run secure hiring-team sessions inside PaceEval. Built-in WebRTC keeps interviewers and candidates in one protected room beside the assessment—no external Zoom or Google Meet links, so conversation and evaluation stay in a controlled environment.

In-session collaboration

Hiring managers join the same live room, watch progress in real time, and ask follow-ups without leaving the test environment—keeping signal, security, and conversation together.

Resume Assessment

When an applicant uploads their resume, the platform generates a practical competency assessment based on their job role, skills, and experience. This allows for the evaluation of actual communication skills, judgment, attention to detail, and role-specific competencies before proceeding with the hiring process.

By transforming resumes into practical, role-specific assessments, this approach enables employers to recruit talent more quickly.

Here's why tech-heavy companies scale engineering hiring with PaceEval

Recruiter

Hiring Manager

Candidate

Reduce time-to-hire

Involve the right stakeholders at the right time in one simple yet powerful screening tool. Find top candidates faster and cut wasted cycles—so hiring moves at PaceEval speed, not homework pace.

Ready to cut homework from hiring?

Stand up PaceEval for your next technical screen. Content and flows stay easy to update as you grow.

support@paceeval.com

PaceEval operates as an all-in-onetechnical screening & live interview platformdesigned to eliminate multi-hour coding homework in favor of rapid.

Technical Screening

Live Meeting

Team Security Meeting

In-session collaboration

Resume Assessment

Here's why tech-heavy companies scale engineering hiring with PaceEval

Reduce time-to-hire

Ready to cut homework from hiring?

PaceEval operates as an all-in-one
technical screening & live interview platform
designed to eliminate multi-hour coding homework in favor of rapid.