Your agent can read invoices. It can never issue refunds.

[Company] sits between your agents and everything they call. Per endpoint, per action, with hard nevers that no prompt can talk around.

Book a 20-min demo Or send a spec: get your access map →

Connected services · via MCP

notion.pages.searchopenread · granted by role
stripe.invoices.listopenread · granted by role
posthog.insights.queryopenread · granted by role

Yours · via OpenAPI spec

GET /invoicesopenread · granted by role
GET /customers/{id}openread · granted by role
POST /refundsneverno undo · locked by default

support-agent-01 · one key

Every agent gets one key.

It opens only the doors its job needs. It leaves a record of everything it does. Revoking it is one action, not a hunt through six services.

notion google docs gmail posthog stripe internal-api

support-agent-01 sk_live_a91xK4mQ7vTf2Lp8 one key · notion, google docs, gmail, posthog, stripe, internal-api

Your MCP servers have a gateway. Your internal APIs have nothing.

Agent gateways stop at the services you connect. Your agents don’t. The risky calls hit your own endpoints. [Company] reads your OpenAPI spec and puts both worlds behind one scoped key per agent.

Example: your map is built from your spec and your connected servers.

MCP servers

notionmcp
stripemcp
posthogmcp

Yours · OpenAPI spec

GET /invoicesapi
GET /customers/{id}api
POST /refundsapi

one MCP connector · tool_search

[company] classifies every endpoint · scopes by role · records every call

Your agent doesn’t need 300 tools. It needs the right 3.

Five MCP servers load ~55,000 tokens of tool definitions before the first question. [Company] gives your agent one search tool: tool search with deferred loading, org-wide. It returns the three that match, with permission already applied.

the same agent’s context window, two ways

no context bloat ~55k → ~2k tokens up front · 312 definitions → 4

Five servers, wired straight in

every definition, loaded up front

system prompt

notion.pages.search notion.databases.query gdocs.documents.get gmail.threads.list gmail.messages.send stripe.invoices.list stripe.refunds.create posthog.insights.query posthog.events.export api.customers.get api.invoices.list … + 300 more definitions

what’s left for the actual task

312 definitions · ~55k tokens, before the first question

Through [Company]

definitions arrive when asked for

system prompt

search_tools1 definition

context left for work

stripe.invoices.listreturned GET /invoicesreturned GET /customers/{id}returned

appended at the end · cached prefix intact

Live in a day.

Point.

Connect MCP servers; paste an OpenAPI spec for anything that’s yours. No credentials needed for the first report.

Read.

[Company] classifies every endpoint: read, write, and the calls with no undo.

Scope.

Create each agent’s key from a role. Widen by approval, revoke in one click.

See what your agents can touch.

Book a 20-minute demo and we’ll walk your endpoints, including the ones with no undo.

Or send us an OpenAPI spec and you’ll get back a map of everything your agents can reach. No credentials, nothing installed.
Send a spec →

Built for the enterprise.

SOC 2 Type I HIPAA GDPR

SSO: SAML and OIDC. Sign-in stays with your identity provider.
SCIM provisioning: Accounts follow your directory: joiners added, leavers removed.
Role-based access: The same roles that scope agent keys govern who may grant them.
Audit log export: Every recorded call is exportable. Stream it to your SIEM.
Encryption: In transit and at rest, always on.
Data residency: Choose the region your data lives in.
VPC / self-hosted: Run inside your own network when the cloud won’t do.
SLA & support: 99.9% uptime SLA with a named support channel.