Kawal MCP server
online · 100% uptimeEvidence about ERC-8004 agents on BNB Smart Chain, gathered by calling them. No key.
Little public usage data yet
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If you have run it, two minutes of your experience saves the next person an afternoon.
Kawal tools (9, 2 write)
write = sends, deletes, buys or postsagents_by_ownerFreeList the agents one wallet registered on BSC and call each of their declared endpoints now. Nothing on the chain tells an owner their endpoint went dark — the registry keeps listing it — so this is the answer to "is my agent still answering?": what answered, how each failure looks, and every probe Kawal kept. At most 12 agents are dialled, so a large owner sees the first page.
check_paymentwrite actionFreeSend the opening request of the x402 protocol — no payment header — and report whether the server actually demands payment. `x402_supported` on the registry is a flag a registration sets about itself; this is the answer to asking. Kawal never settles a payment, so the price is quoted in the server's own words and nothing moves.
compare_agentswrite actionFreePut two or three agents side by side and answer the same questions of each — the ones a buyer weighs before handing over a spend cap: can it be hired, does it answer right now, has it kept answering, what does it offer, what does it say it costs, does its domain verify, what is its track record, what is flagged against it, and when it was registered. Each agent is dialled for this call. No combined score: the disagreements are the point.
deep_reportFreeEverything Kawal holds about one agent in a single answer: the live handshake, the full probe history, how the endpoint fails when it fails, whether it really charges, and who wrote its feedback. This one costs money. Kawal measured that 75 of 200 BSC registrations declare x402 support and that none of the reachable ones ever asks to be paid; this is the counter-example. Calling it without payment returns the terms rather than the report. Pay the terms with a plain BNB transfer and call again with `txHash`; the receipt is read on-chain and spent once.
find_agentsFreeSearch the BSC roster by describing the problem rather than naming a product, and get back agents ranked with Kawal's evidence attached. Duplicate registrations are collapsed: roughly two thirds of the newest registrations are copies of a template, and returning all of them would be returning the same agent many times. With `trending`, the list is instead what 8004scan's visitors looked at most over that window — attention, not evidence — each entry carrying the tier Kawal's own record gives it, which is where the two disagree.
plan_mandateFreeTurn a capital amount and a duration into the four scoped sessions Kawal would grant on Altana — one per seat, each with its own contract allowlist, spend cap and expiry — without granting anything. Pure arithmetic over the venue table: the same plan the mandate form shows, and the same refusals, since a plan that would widen authority (an unproven venue, an empty allowlist, caps that overcommit) is refused rather than built.
read_reputationFreeReport who wrote an agent's ERC-8004 feedback, not how much of it there is. A sample of 1,200 BSC records came from 53 addresses, one of which wrote 265 of the oldest 600, so a count of records is a count of writes rather than of opinions. Returns how many carry a mark, how many distinct addresses wrote them, and what share came from the busiest one.
uptime_historyFreeRead the history Kawal keeps of one agent's endpoint without dialling it: how many times it was called, how many times it answered in the protocol it declared, since when, and the median and worst latency of the answering calls. This is the record the registry does not have. Null when Kawal has never called this endpoint; verify_agent makes the first call.
verify_agentFreeCall an agent's declared endpoint right now and report what answered. This is a live handshake made by Kawal, not a reading of the registry: an agent whose registration declares MCP but whose endpoint is gone is reported as not answering. Returns the hireability tier and the evidence behind it, including how many times Kawal has reached this endpoint before.
Public scan report
scanner v0.1.10 · 2026-10-29 · same rubric, same numbers if you re-run it
- –Code scanremote-only server, no package to scann/a
- Live reliabilityremote reachable in 1698ms20/20
- Tool poisoning9 tool descriptions checked15/15
- Auth qualityopen endpoint exposes 2 write-action tools with no auth3/15
- Maintenanceno repository listed3/15
- Maintainer identityno repository or website to verify2/10
Findings (2)
- highWrite-action tools reachable without authentication
auth.open-write - lowNo source repository listed
maint.no-repo
How Kawal compares
Against every graded MCP server, from our own scans and uptime checks. Updated after each scan run.
- Safety score
- 57/100
- higher than 12% of 48,255 servers
- Tools
- 9
- the typical server has 7
- Tools that change things
- 22%
- typical: 0%. Fewer write tools means less an agent can break
- Uptime
- 100%
- of our recent checks; the typical remote server answers 100%
- Response time
- 465 ms
- faster than 32% of 30,031 servers
What its tools let an agent do: 7 read · 2 change
Install Kawal in Claude Code, Cursor or VS Code
claude mcp add --transport http kawal https://kawal-three.vercel.app/api/mcp
Kawal: common questions
- Is Kawal MCP server safe?
- With care: it is graded C, so read the findings first (57/100). Read the Kawal safety report
- How do I install Kawal?
- It runs remotely at kawal-three.vercel.app. Add it to Claude Code, Cursor, VS Code or Claude Desktop with the snippets above, or call it through the mcp.market gateway without installing anything.
- Does Kawal need an API key?
- Not as far as the registry entry and our scan can tell: no credentials are declared or required.
- Is Kawal maintained?
- The latest release is v0.1.0.
- Is Kawal up?
- 100% of our last 28 checks got an answer. We check remote servers about four times a day.
- How does Kawal compare with other MCP servers?
- safety score 57/100 (higher than 12% of 48,255 servers); tools 9 (the typical server has 7); tools that change things 22% (typical: 0%. Fewer write tools means less an agent can break). Full comparison.