AI · Review
ActiveKlavis AI Review 2026: RL Environments and Agent Training Data
Klavis AI is a Y Combinator-backed company that builds reinforcement-learning environments and training data for AI labs, alongside open-source MCP tooling. It is an AI infrastructure vendor rather than a crypto protocol, and its pricing is sold on request.
By the DappsAtlas editorial team · Updated
DappsAtlas score
7.0/10
Good
Our verdict on Klavis Ai
7.0/10Klavis AI suits AI labs and agent developers who need stateful, verifiable environments and task data for post-training or evaluation. Its strength is a clear approach: real repositories, live tools and deterministic checks that score actual outcomes. The caveat is opacity around cost, team, customers and security practices, since pricing is quoted on request. It is not a crypto product, so readers looking for a token or on-chain protocol will not find one here.
Score breakdown
How Klavis Ai scores
- Security
- n/a
- Ease of use
- n/a
- Fees
- n/a
- Features
- 7.5/10
Scores run from 0 to 10 and are based only on facts we could verify. Where information was missing we mark the score n/a rather than guess.
What is Klavis Ai?
Klavis AI describes itself as a builder of environments for intelligence. It produces reinforcement-learning environments and training data for AI labs that want models to do real work, not just answer prompts. Its stated domains are long-horizon coding, AI4Science, AI4AI, knowledge work and agentic tool use.
The homepage organizes the offer into three parts: environments to act in, data to learn from, and outcomes to verify. It also lists research output, including the Multi-step-SWE benchmark for evolving codebases and an evaluation of tool use on Notion and GitHub tasks from MCPMark. A separate open-source line provides MCP integrations that link agents to outside tools.
This is an AI infrastructure company, not a crypto protocol. No token, blockchain or on-chain product is mentioned. The homepage says it is backed by Y Combinator; team, funding and customer details are not published there.
How Klavis Ai works
Reinforcement learning trains a model by letting it act and then rewarding outcomes. Klavis AI supplies the setting for that process. An environment is a runnable workspace, such as a Python repository with dependencies and test tooling, where an agent can edit files, run tests and see results.
Each task is paired with a verifier. The homepage gives an illustrative task in the Harbor format: an instruction file, an environment folder and a test script. In the example, the agent must modernize a Python package without breaking its public interface, and tests check API compatibility and regressions. The reward comes from what actually happened, not from a model's opinion of the answer.
Tasks can unfold over time. In the coding example, each change becomes part of the next challenge as requirements accumulate. Labs can use the resulting trajectories and scores for post-training and for reproducible evaluation of agents.
7 features
Key features
01
Stateful RL environments
Docker-based setups with real repositories, live tools and persistent state, where agents can try, fail and retry across multiple steps.
02
Custom training data
Tasks and trajectories across coding, science, AI research and professional work, built around the capabilities a lab wants its model to learn.
03
Outcome verifiers
Programmatic checks, deterministic tests and task-specific rubrics used to score outcomes and make progress measurable.
04
Five task domains
Environments cover long-horizon coding, AI4Science, AI4AI, knowledge work and agentic tool use.
05
Multi-step-SWE benchmark
A benchmark for coding agents on a codebase that evolves through successive requirements, with a paper and leaderboard.
06
Open-source MCP tools
Open-source MCP integrations and developer tooling that connect agents to outside services, with a public GitHub repository.
07
Strata evaluation work
An evaluation of tool use on Notion and GitHub tasks from the MCPMark benchmark, published as an evaluation report.
Pros and cons
What we like
- Clear focus on verifiable outcomes, using programmatic checks, deterministic tests and rubrics
- Covers multi-step work such as evolving codebases, not only single prompts
- Publishes research artifacts, including a benchmark with a paper and leaderboard
- Open-source MCP integrations are available in a public GitHub repository
- Backed by Y Combinator, according to the homepage
Watch out for
- No public price list: pricing for the sandbox environment is quoted on request after talking to the team
- Aimed at AI labs, so individual users and hobbyists have little to use directly
- No audits, certifications or security documentation are published on the homepage
- No team, funding amounts or customer names are listed on the homepage
- No on-chain component or token is described, so it has little overlap with typical crypto dApps
Klavis Ai fees
Klavis AI does not publish prices. Its sandbox environment pricing page says costs are custom and that buyers should contact the team to discuss their needs and get a tailored quote.
The open-source MCP tooling is hosted in a public repository, but the terms of any hosted or commercial tiers are not stated on the homepage. Anyone budgeting for environments or datasets would need to request a quote.
Is Klavis Ai safe?
Klavis AI is a business-to-business service, so the main risks are commercial and data-related rather than smart-contract risk. No audits, security certifications or compliance reports are listed on the homepage. Buyers sharing proprietary codebases or datasets should ask about data handling, isolation and contract terms before engaging.
The site links to legal, privacy, terms and cookies pages. No incidents are mentioned. Because the product is not a financial service, it does not custody user funds, and it has no regulatory status related to crypto.
5 steps
How to get started with Klavis Ai
- 1
Decide which domain you need: long-horizon coding, AI4Science, AI4AI, knowledge work or agentic tool use.
- 2
Read the Multi-step-SWE benchmark paper and the Strata evaluation report to judge the quality of the company's work.
- 3
Use the Get Data or Talk to our team buttons on the homepage to describe what your model should learn next.
- 4
Discuss task format, verifiers and delivery, and request a custom quote for the environments or sandbox.
- 5
If you only need agent-to-tool connections, explore the open-source MCP integrations in the public GitHub repository.
Who Klavis Ai is for
Klavis AI is for AI labs and research teams that train or evaluate agent models and want custom environments, tasks and verifiers. Developers who need to connect agents to external tools may also find the open-source MCP integrations useful. It is not aimed at retail crypto users or traders.
Klavis Ai FAQs
What does Klavis AI do?
Klavis AI builds RL environments and training data for AI labs. These cover long-horizon coding, AI4Science, AI4AI, knowledge work and agentic tool use. It also maintains open-source integrations that connect AI agents to external tools through MCP.
Is Klavis AI a crypto project or does it have a token?
The project does not describe a token, a blockchain deployment or any on-chain mechanism. It presents itself as an AI data and environments company, so it is not a typical crypto or DeFi project.
How much does Klavis AI cost?
The company does not publish a price list. Its pricing page for the sandbox environment says costs are custom and handled by contacting the team to discuss specific needs.
Who backs Klavis AI?
The homepage says it is backed by Y Combinator. Details on investors, funding amounts and team members are not published there.
What is the Multi-step-SWE benchmark?
Multi-step-SWE is a benchmark the company describes for coding agents working on software that keeps changing. Agents face one codebase with successive requirements, and a paper and leaderboard are listed as available.
Who is Klavis AI for?
Mostly AI labs and teams that train or evaluate agent models. Developers building agents that call external tools may also use the open-source MCP integrations, which are hosted in a public GitHub repository.
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How we checked
Sources
No public sources were recorded for this review.
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