Enterprise | Swytchcode

Your agents can't reach the systems that run the business.

The APIs that hold your revenue, customer, and financial data carry years of versions, specs that were never finished, and sequences nobody documented. Swytchcode gives your agents the implementation knowledge those systems never published—then governs every action they run in production.

Microsoft](/content/apis/microsoft/index.html) Google Cloud](/content/apis/google-cloud/index.html) Siemens](/content/apis/siemens/index.html) Sage Intacct](/content/apis/sage-intacct/index.html) Atlassian](/content/apis/atlassian/index.html) Datadog](/content/apis/datadog/index.html) DocuSign](/content/apis/docusign/index.html) HubSpot](/content/apis/hubspot/index.html) PayPal](/content/apis/paypal/index.html) Modern Treasury](/content/apis/modern-treasury/index.html) GitLab](/content/apis/gitlab/index.html) Box](/content/apis/box/index.html)

The enterprise problem

Every team rediscovers the same API from scratch.

As agents move from demos into production, integration logic fragments across teams, with no consistent execution boundary.

01

Knowledge that was never written down

Which endpoint, which version, in what order, with which field combination. The documentation does not say, and the engineers who know are not on your agent team.

02

Credentials scattered across agent code

Secrets and token handling spread through agent code, wrappers, and environments, with no single place to revoke or rotate.

03

Retries that duplicate real actions

A blind retry against a system of record can post the entry twice. A partial failure can leave two systems disagreeing, with nothing to reconcile against.

04

No record of what actually ran

Reconstructing what an agent requested, what policy allowed, what executed, and what came back requires instrumenting every application separately.

One execution boundary

The implementation knowledge, then the execution boundary.

Find the right path first

Swytchcode maps the business workflow you need to run to the endpoints, sequence, and field combinations that actually complete it, before your agent starts guessing.

Centralize authentication

Credentials stay out of agent code and model context. One controlled path to every API.

Enforce policy before execution

Swytchcode decides whether a requested action is allowed, needs approval, or gets blocked.

Standardize reliable execution

Retries, idempotency, and schema validation live at the runtime layer, not in every agent, with a structured record of what was requested, what ran, and what came back.

How teams use Swytchcode

One runtime, adopted team by team.

Security & platform teams

Own the policy manifest and approval workflow once, enforced identically for every agent.

Application teams

Call approved integrations from CLI, MCP, or SDK without building auth or retries per project.

Compliance & audit teams

Pull structured execution records for any agent action without instrumenting each application.

Built for your architecture

One runtime across agents, apps, and APIs.

Use the LLM your team prefers. MCP supplies integration context, the CLI runs governed execution, and JavaScript and Python SDKs are available where you need them—without a separate SDK for every service.

FAQ

Questions enterprise teams ask

What is Swytchcode's execution boundary?

Does Swytchcode support SSO and enterprise identity providers?

Can Swytchcode run on-premise or in our own VPC?

How does Swytchcode prevent duplicate side effects from agent retries?

What compliance and audit capabilities does Swytchcode provide?

How is Swytchcode different from building our own agent-to-API middleware?

Which AI agent frameworks and IDEs does Swytchcode support?

Does this work with our older vendor systems?

How do we get started with Swytchcode Enterprise?