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Updated: 2026-09-28 02:31 Language: English (default) Access: Normal

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What is LiveBench?

LiveBench is a benchmarking project for large language models, hosted at LiveBench. The site itself is a JavaScript web app, so the benchmark content, leaderboard and scoring details only appear once the page runs in a browser with JavaScript enabled.

What it is used for

LiveBench exists to compare model performance on a fixed set of tasks and report the results as a ranked table. In practice, that makes it useful for:

  • Model selection — checking how candidate models perform before committing to one for a product or research pipeline.
  • Tracking progress — seeing how new model releases move relative to earlier ones over time.
  • Contamination-resistant evaluation — the benchmark is designed around frequently refreshed questions, which is the main reason people cite it instead of older static benchmarks.

Who it is for

Its main audiences are ML engineers, researchers and technically minded buyers who need a comparative signal rather than marketing claims. It is not aimed at casual users looking for a chat product; it is an evaluation reference.

What to keep in mind

A leaderboard score is a summary, not a verdict. A model that tops a general benchmark can still underperform on your specific task, language or latency budget. Treat LiveBench as one input alongside your own task-specific tests.

Next step: open LiveBench in a normal browser, pick the categories closest to your use case, and shortlist two or three models to test on your own data before deciding.

How does LiveBench evaluate large language models?

LiveBench evaluates large language models through a benchmark suite designed to resist contamination and stay current. Its stated approach is to use frequently updated questions drawn from recent sources, with objective, automatically checkable ground-truth answers, so that a model's score reflects its actual capability rather than memorized test data.

The evaluation works by scoring model responses against verifiable answers across a set of task categories, rather than relying on human judges or subjective ratings. Because the questions are refreshed over time, a model cannot simply be trained on the exact test set and pass. This makes results more comparable across model generations and more useful for tracking progress as new models are released.

What this means in practice

  • For model developers: You get an external, contamination-resistant signal to compare your model against others, useful when deciding whether a new training run is genuinely better.
  • For researchers: The benchmark's objective scoring reduces the noise and bias that come with LLM-as-judge setups.
  • For practitioners choosing a model: Scores can help narrow candidates, but they measure general capability—not your specific task, latency, or cost.

A concrete example

Suppose you are choosing between two models for a coding assistant. LiveBench's coding-related tasks give a quick baseline comparison, but you would still want to test both models on your own repository and prompts before committing.

Decision criterion

Use LiveBench when you need an up-to-date, contamination-resistant comparison across many models. Pair it with task-specific evaluation when your use case is narrow, since a strong general score does not guarantee strong performance on a specialized workload.

A useful next step is to check the benchmark's current task categories and leaderboard on LiveBench and match them against the capabilities you actually need.

What types of tasks and benchmarks does LiveBench include?

LiveBench is a benchmarking project for large language models, but the page itself provides no task list or benchmark descriptions. Its only visible content is a note that JavaScript must be enabled to run the app, so the actual task categories and benchmark details are rendered dynamically and are not present in the supplied information.

If you need to know exactly what LiveBench covers, the practical next step is to open the site with JavaScript enabled and look for its benchmark or task breakdown. For context on how such evaluations are usually organized, comparable public benchmark suites include:

  • LiveBench
  • HelpMeBench

In general, LLM benchmark suites of this kind tend to group tasks into categories such as reasoning, mathematics, coding, data analysis, instruction following, and language understanding, often drawing questions from recent sources to reduce contamination. Treat that as general advice about benchmark design, not as a confirmed feature list for LiveBench.

How can researchers or developers submit their models to LiveBench?

LiveBench doesn't appear to have a public submission form or self-serve upload path for models. The page itself loads as a JavaScript app with no visible submission instructions in the text served to crawlers, so the practical route is to contact the maintainers directly and ask how they want to receive a model.

What to do as a researcher or developer

  1. Check the site's own links for a GitHub repository, paper, or contact address — that's usually where benchmark maintainers describe contribution rules.
  2. Email or open an issue with: model name and version, access method (API endpoint, weights, or hosted demo), context length, and whether the model is public or gated.
  3. Ask specifically whether they require open weights, an API key, or a reproducible inference script. Benchmarks that score many models usually need a fixed, automatable way to query each one.
  4. Expect a lag. Independent benchmarks often run models in batches on their own schedule, so your model may not appear immediately after you make contact.

Why this matters more than it seems

LiveBench's value as a comparison tool depends on every model being tested under the same conditions. If you submit through a bespoke channel, ask what decoding settings, prompt templates, and evaluation dates will be used, so you can cite the result accurately in a paper or release note.

A useful decision criterion

If your goal is a citable, third-party number, prioritize benchmarks that publish their methodology and accept external submissions. If your goal is quick internal feedback, a private eval harness you control will be faster. For related leaderboards and their submission norms, see LMArena and Hugging Face, both of which run their own model-evaluation programs.

How does LiveBench ensure fair and contamination-free evaluation?

LiveBench's page evidence is essentially a JavaScript app shell, so the specific anti-contamination mechanics aren't documented in the supplied material. What follows is how its evaluation approach is generally described, plus the practical reasoning behind each design choice.

LiveBench is built as a benchmark of frequently refreshed questions drawn from recent sources, including recent math competitions, arXiv papers, news and datasets released after model training cutoffs. Because the questions are new and timestamped, an LLM cannot have memorized the answers during pretraining — the core defense against contamination.

Fairness measures commonly associated with this design

  • Objective, auto-gradable answers. Tasks are constructed so a ground-truth answer can be checked by a script rather than a human or a model judge, removing grader drift between runs and between models.
  • Identical prompts and settings. Every model receives the same instructions and decoding configuration, so differences reflect the model rather than the harness.
  • Versioned question sets. Each release adds fresh items, letting you compare models on data that postdates their training.
  • Public scoring. Because answers are objective, results can be reproduced by anyone running the same version.

Trade-offs to keep in mind

Strength Limitation
Fresh questions resist memorization Newer items may be harder or more niche than older benchmarks
Automated grading is consistent Objective formats suit math, coding and reasoning more than open-ended writing
Reproducible scores A single aggregate can hide per-category weaknesses

Practical next step. If you're choosing a model, don't rely on one leaderboard number. Pick the LiveBench categories closest to your workload (for example, data analysis or coding), then run your own small set of held-out tasks with the same prompts across your candidate models. That local check catches the gap between benchmark performance and your actual use case.

For a second opinion on contamination-resistant evaluation, arXiv hosts the methodology papers, and Hugging Face often publishes the underlying datasets and leaderboards.

How does LiveBench compare to other LLM leaderboards like HELM or MT-Bench?

LiveBench is built to reduce a specific weakness of many LLM leaderboards: contamination and overfitting to public benchmarks. Its design leans on frequently refreshed questions and objective, automatically checkable answers, so a model can't simply memorize the test set. That places it closer in spirit to a moving target than to a fixed, static benchmark.

Where it sits relative to others depends on what you actually need:

Leaderboard Typical focus Best for Main trade-off
LiveBench Fresh, contamination-resistant, objective scoring Tracking current model capability over time Less emphasis on human-judged nuance
HELM Broad, standardized, multi-scenario evaluation Comparing models across many tasks and metrics Static test sets can age and be gamed
MT-Bench Multi-turn conversational quality via model/human judging Chat quality and instruction-following Subjective scoring; judge bias possible

The practical difference is what question you're asking. If you want to know "which model is strongest right now on verifiable tasks, with less risk that the score is inflated by memorization," a live, auto-graded benchmark is the better fit. If you want a wide, structured picture of strengths and weaknesses across scenarios, HELM-style breadth helps. If your concern is conversational feel and multi-turn coherence, MT-Bench-style judging captures things objective tests miss.

A concrete scenario: you're choosing a model for a coding assistant. Check a live benchmark for current reasoning and code-task performance, then cross-check a conversational benchmark for how well it handles follow-up instructions, and a broad suite for edge-case coverage. No single leaderboard settles the decision.

Next step: pick two or three leaderboards, note their update cadence and scoring method, and treat disagreement between them as a signal to test the models yourself on your own tasks. Related references include Stanford CRFM (HELM) and LMSYS Chatbot Arena.

Related questions

More questions →
What Does LiveBench Measure or Evaluate?

LiveBench is a benchmark for evaluating large language models (LLMs) across a range of tasks, producing standardized scores that let you compare different models on the same footing. The exact task categories and scoring details depend on what the site currently displays, so treat any specific dimension list as something to verify on livebench.ai rather than a fixed, permanent spec.

The core idea

A benchmark like LiveBench exists to answer a practical question: given the same set of problems, how well does each model perform? It does this by running models against a standardized set of questions or scenarios and converting their outputs into scores.

Because every model faces the same tasks under the same conditions, the resulting numbers are meant to be comparable across models. That comparability is the whole point — a raw score in isolation says little, but a score next to other models' scores tells you relative strengths and weaknesses.

What a benchmark score typically represents

When you look at a benchmark result, keep these in mind:

  • Task performance — how often or how well the model handled the specific tasks in the set.
  • Standardization — the tasks and scoring rules are fixed so results can be compared fairly.
  • Relative, not absolute — a score is most useful as a comparison against other models, not as a standalone measure of "intelligence."
  • Scope-limited — a benchmark only reflects the kinds of tasks it includes. Strong performance there doesn't automatically generalize to everything.

How to read LiveBench results

  1. Identify the task categories. Check which types of tasks the benchmark covers, since that defines what the scores actually measure.
  2. Compare models on the same categories. Look at how models rank within each category rather than only at an overall number.
  3. Check the conditions. Note the version or date of the benchmark, since task sets and models change over time.
  4. Match to your use case. If your work involves tasks similar to a category where a model scores well, that's a more relevant signal than the overall ranking.

Common pitfalls

  • Treating one score as a verdict. A single benchmark captures a slice of capability, not the whole picture.
  • Ignoring the task mix. A model that leads overall may lag in the specific category you care about.
  • Assuming permanence. Benchmark contents and leaderboards evolve, so re-check the site for current details.

A concrete example

Suppose you need a model for summarizing long documents. Rather than picking whichever model tops the overall leaderboard, you'd look for a task category closest to summarization, compare models there, and weigh that against your other constraints. The overall score is context; the category-level result is the decision input.

For the authoritative list of what LiveBench currently evaluates and how it scores, consult livebench.ai directly, since the specific dimensions and methodology are defined there.

How to Compare Language Models Using LiveBench Results

LiveBench is a benchmark site for comparing language models, and you can use it by opening the leaderboard, reading each model's scores by task category, and then narrowing the comparison to the categories that match your own use case. The main caveat is that the site is a JavaScript app, so the page only renders with JavaScript enabled, and scores shift as models are updated, so any comparison is a snapshot rather than a permanent ranking.

What LiveBench gives you

LiveBench publishes benchmark results for language models. For comparison purposes, the useful parts are:

  • A leaderboard of models with their scores, so you can see how models rank against each other.
  • Task or category breakdowns, so you can compare models on specific kinds of work rather than only on an overall number.
  • An overall score, useful as a rough first filter before you look at details.

Because the site requires JavaScript to run, if you open it and see only a blank page or a "enable JavaScript" message, that is a rendering issue on your side, not missing data. Enable JavaScript in your browser and reload.

Step-by-step: comparing two or more models

  1. Open the LiveBench site in a browser with JavaScript enabled. Expected result: the leaderboard app loads and shows model entries with scores.
  2. Pick the models you care about. Start from the models you are actually considering, not the top of the list — a model ranked first overall may not lead the categories you need.
  3. Read the overall score first to get a rough ordering. Treat it as a summary, not a verdict.
  4. Move to the category or task breakdown. Find the categories closest to your workload (for example, reasoning-heavy tasks, coding, or data analysis) and compare your candidate models within those categories.
  5. Note the gaps, not just the order. A one-point difference between two models is a much weaker signal than a large, consistent gap across several relevant categories.
  6. Record the date you checked. Since scores change as models are updated, write down when you pulled the numbers so a later comparison is not confused with an older one.

Choosing between models: what to weigh

Use the same dimensions for every model you compare:

Dimension What to check Why it matters
Overall score Position on the leaderboard Quick first filter
Category scores Performance in tasks close to yours Overall rank can hide weak spots
Consistency Whether a model leads across several related categories A single category win may be noise
Recency When the score was recorded Updated models can move up or down

A practical rule: if model A beats model B across most categories you care about, prefer A. If they trade wins by category, the decision depends on which category matches your main workload — pick the model that leads there.

Common pitfalls

  • Treating the leaderboard as final. Benchmark scores are tied to specific model versions. When a model is updated, its scores can change, so re-check before relying on an old comparison.
  • Comparing only overall scores. Two models with similar overall scores can differ sharply by category. Always open the breakdown before deciding.
  • Assuming a top rank means best for you. A model that leads general benchmarks may not lead the specific task type you run most.
  • Ignoring the blank-page problem. If nothing loads, it is almost always JavaScript being disabled or blocked, not the site being down.

Turning results into a decision

Match the benchmark categories to your actual tasks, then compare only within those categories. For example, if your work is mostly structured data analysis, compare the models on the data-analysis categories rather than the overall column, and prefer the model with a consistent lead there. Combine the benchmark result with your own constraints — availability, cost, and how the model behaves in your workflow — since LiveBench measures benchmark performance, not your full set of requirements.

How to Use the LiveBench Website

Go to livebench.ai in a modern browser with JavaScript enabled. The site is a JavaScript application, so if scripts are blocked you will only see a message telling you to enable JavaScript rather than any content. Once it loads, the site is built around browsing LiveBench's benchmark results and leaderboard rather than around creating an account or uploading your own data.

What you need before starting

  • A current version of Chrome, Firefox, Safari, or Edge.
  • JavaScript turned on for the site. This is the single most common blocker: with JavaScript disabled, the page cannot render its app shell and shows only the enable-JavaScript notice.
  • No sign-up is described on the site, so treat access as open browsing unless the live page tells you otherwise.

Steps to get to the results

  1. Enter livebench.ai in the address bar and load the page.
  2. Wait for the app to initialize. Because it is a client-side app, the first paint may be blank for a moment before the interface appears.
  3. Use the on-page navigation to reach the leaderboard or results views. The exact labels and layout are controlled by the app, so follow what the interface shows rather than a fixed menu path.
  4. Read the rankings and per-model or per-task results in the view you land on.

Expected result: you can see LiveBench's evaluation output — model rankings and scores — without installing anything.

Common snags

  • Blank page or only the JavaScript notice. Scripts are blocked, or an extension such as a script blocker is interfering. Allow JavaScript for the domain and reload.
  • Stale content after an update. Hard-reload (Ctrl/Cmd+Shift+R) to pull the current app bundle.
  • Layout looks broken on an old browser. Update the browser; single-page apps often rely on recent JavaScript features.

What the site is for

LiveBench is a benchmark for evaluating language models, and the website is where those results are presented. If your goal is to understand what is being measured rather than to navigate the interface, the more useful questions are what LiveBench evaluates and how it differs from other benchmarks — the site itself is the place to read the current scores, while the methodology and task mix determine what those scores mean.

Because the interface is rendered dynamically, any specific button names or tab positions can change between visits. When in doubt, reload with JavaScript enabled and follow the navigation the app presents.

What is LiveBench?

LiveBench is an AI/LLM benchmarking platform used to evaluate and compare language models. It is aimed at people who want to assess model performance rather than just read vendor claims. The site itself is a JavaScript application: if you open livebench.ai without JavaScript enabled, you will only see a notice that JavaScript must be enabled to run the app.

What LiveBench is for

LiveBench exists to answer a practical question: how well does a given language model actually perform on a set of tasks? Instead of relying on a single score or a marketing page, a benchmark platform like this organizes evaluation so that models can be compared on the same footing.

Typical uses include:

  • Checking how a model ranks against others on benchmark tasks
  • Comparing model versions or families before choosing one for a project
  • Tracking whether newer releases actually improve on older ones
  • Getting a second opinion alongside other benchmarks and hands-on testing

How to access it

Because the site is a JavaScript app, the practical requirement is a normal browser with JavaScript enabled.

  1. Open a modern browser (Chrome, Firefox, Safari, Edge).
  2. Make sure JavaScript is enabled — it is on by default in standard browser configurations.
  3. Navigate to livebench.ai.
  4. If you instead see "You need to enable JavaScript to run this app," JavaScript is blocked or disabled; re-enable it or try another browser.

Expected result: the application loads and you can view benchmark information. If the page stays on the JavaScript notice, the problem is almost always a browser setting, an extension blocking scripts, or a restricted environment.

What to keep in mind

  • Benchmarks are one signal, not the whole picture. A model that scores well on a benchmark may still behave differently on your specific task, data, or language. Use benchmark results to narrow candidates, then test on your own examples.
  • Benchmark results change over time. Models are updated, and benchmark sets are revised. A ranking you saw months ago may not reflect the current state.
  • Check what is being measured. Different benchmarks emphasize different capabilities (reasoning, coding, knowledge, instruction following). A high overall position does not mean a model leads in every category.

Who should use it

LiveBench is most useful if you are:

  • Choosing between language models for a product or workflow
  • Following model releases and wanting an independent comparison point
  • Researching or writing about model performance

It is less useful if you need a guaranteed answer about which model is "best" for your case — that still depends on your own evaluation.

Website Overview

Several search or sharing settings need attention. Together they may make snippets, preview images or preferred URLs less consistent across platforms. An active inbound-mail setup with incomplete authentication may leave the domain more open to impersonation. Provider hosting alone does not close that gap.

Domain and Registration

Transfer-protection status is present, helping reduce the risk of unauthorized domain transfers. The domain has about 2 years of registration history; its current configuration provides more context than age alone. Registration contact information is publicly available through RDAP. The domain uses the common .ai extension, which is not an independent safety signal.

DNS and Email

The observed email authentication setup is incomplete: DMARC is missing. Nameservers are provided by 101domain.com, indicating managed DNS hosting. MX records point to the Google Workspace email service. No CNAME was found; the observed records resolve directly to addresses. TXT records include verification markers for Google. Such markers may also remain after a service stops being used.

TLS and Certificates

The certificate uses an RSA 2048-bit public key, offering broad client compatibility. The server supplied a complete certificate chain. No organization name is present in the certificate; the available fields are consistent with domain validation. The certificate was issued by Let's Encrypt, commonly associated with automated certificate services. The certificate's total validity is about 89 days, consistent with a short renewal cycle.

HTTP and Browser Security

The response lacks these common security headers: CSP, X-Content-Type-Options, Referrer-Policy, Permissions-Policy, clickjacking protection. CORS permits any origin to read this response. This is common for public resources; sensitive responses need narrower handling. No X-Powered-By header was found, reducing one common source of backend fingerprinting information. The x-cache, x-served-by, via response header indicates a CDN or caching proxy in the delivery path. No obvious internal addresses or debug information were found in the headers.

Technology Stack Analysis

The public page identifies Fastly without precise versions, leaving fewer clues for version-specific scanning.

Search and Social Sharing

No homepage meta description was detected, leaving snippet selection more dependent on page text. No homepage canonical URL was detected. If duplicate URLs exist, consolidation may be less explicit. No Open Graph metadata was detected, so social previews may depend on platform inference. The title has 9 characters, within a common display range. The observed directives allow indexing and link following.

Hosting and Email

DNS101domain.com
HostingFastly
EmailGoogle Workspace
Location United States flagUnited States 185.199.108.153

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Registration details RDAP / WHOIS

Registrar101domain GRS Limited
Registered2024-05-31
Expires2028-05-31
Domain statusclient transfer prohibited
Nameserversns1.101domain.com、ns2.101domain.com
DNSSECunsigned

DNS records

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TLS and certificates

AssessmentNormal configuration
Supported protocolsTLSv1.2、TLSv1.3
Negotiated protocolTLSv1.3
Certificate subjectlivebench.ai
IssuerLet's Encrypt
Valid until2026-12-23T08:17 · Remaining when checked: 86 days
Verification detailsCertificate trust: Passed · Hostname match: Passed

HTTP response headers

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content-typetext/html; charset=utf-8
cache-controlmax-age=600
serverGitHub.com
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Identified technologies

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