Phinite For Enterprise

Built for organizations that run AI agents in production

Built for organizations that run AI agents in production

Enterprise AI agents need more than a good model. They need somewhere to run that your security team has already approved, permissions that hold at runtime, and a record of every decision they made. Phinite is the Operating System for Multi-Agent AI.

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Trust and compliance

Built to standards your auditors already know

Governance, observability, and access controls that map to the frameworks enterprise risk teams already evaluate against.

Mapped to the NIST AI RMF

Governance in Phinite follows the four functions of the NIST AI Risk Management Framework: govern, map, measure, and manage. Approval gates and version control on one side, execution traces and evaluation on the other.

Security is the barrier, not the ambition

Nearly two-thirds of organizations name security and risk as the top barrier to scaling agentic AI, ahead of regulatory uncertainty and technical limits (McKinsey State of AI). Phinite removes that barrier at the platform layer.

Security

Enterprise security, answered before you ask

The six controls a security review actually tests, and where each one is enforced.

Identity

Single sign-on through your own identity provider, so agent access follows your existing joiner and leaver process.

Identity

Single sign-on through your own identity provider, so agent access follows your existing joiner and leaver process.

Access

Role-based access control enforced at runtime, with separate rights to build, approve, and deploy.

Access

Role-based access control enforced at runtime, with separate rights to build, approve, and deploy.

Credentials

Held centrally and scoped per connected system. Tools are defined once in Dev Studio and drawn from the integration catalog

Credentials

Held centrally and scoped per connected system. Tools are defined once in Dev Studio and drawn from the integration catalog

Isolation

Each team gets its own workspace. Dev, UAT, and Prod run in separate pods with no shared credentials or data.

Isolation

Each team gets its own workspace. Dev, UAT, and Prod run in separate pods with no shared credentials or data.

Audit

An immutable record of every decision, action, approval, and refusal, held with the policy that applied at the time, and exportable.

Audit

An immutable record of every decision, action, approval, and refusal, held with the policy that applied at the time, and exportable.

Boundary

Bring your own model keys, so prompts and completions stay in infrastructure you control.

Boundary

Bring your own model keys, so prompts and completions stay in infrastructure you control.

Approaches

What running enterprise AI agents actually requires

Every organization running agents in production ends up needing the same control plane. The only question is whether you buy it, build it, or find out you needed it during the security review.

Discover features designed to simplify workflows, boost productivity, and improve team collaboration seamlessly.

Requirement
Phinite Enterprise
Build it yourself
Environment separation
Phinite Enterprise
Dev, UAT, and Prod in separate pods, with promotion between them
Build it yourself
You provision and maintain the environments and the promotion path
Access control
Phinite Enterprise
Role-based access control enforced at runtime
Build it yourself
Whatever your wrapper enforces, rebuilt per project
Audit trail
Phinite Enterprise
Immutable record of every decision, action, approval, and refusal
Build it yourself
Whatever you instrument and retain yourself
Execution tracing
Phinite Enterprise
Full traces including reasoning paths, handoffs, and tool calls
Build it yourself
Bring your own tracing stack, correlated by hand
Deployment target
Phinite Enterprise
AWS, Azure, GCP, or your own private cloud
Build it yourself
Anywhere you can run it, once the platform around it exists
Who maintains the control plane
Phinite Enterprise
Phinite
Build it yourself
Your platform team, permanently

Deployment

Cloud-agnostic, private cloud included

Deploy Phinite to AWS, Azure, GCP, or your own private cloud, with data residency options. Nothing ties you to one provider or one model vendor, and no data has to leave a boundary you control to make an agent work.

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Integration

Integrations to power your AI agents

Phinite integrates with the tools you already use so your AI agents can take real action, not just respond.

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Scale

The problem starts at agent number eleven

The first ten agents are a project. The next hundred are an estate, and an estate needs one control plane rather than ten.

One control plane, not ten

One procurement conversation instead of one per team.

  • Every agent visible in a single AI agent registry, including the ones you did not commission

  • Policy set once, applied to agents that do not exist yet

  • The same permissions, audit trail, and evaluation framework whether you run three agents or three hundred

Rollout

How an enterprise deployment actually runs

Three steps, in this order, because the second one is what the review will ask about.

One Workflow

Not a department. One workflow, designed in Agent Graph Studio so the diagram you drew is the thing that runs.

Policy First

Set the policy, the roles, and the approval gates on that one workflow in Governance, so the pattern is already in place when the second team arrives.

Inherit the Pattern

The next workflow inherits the policy set rather than negotiating its own.

FAQs

Questions procurement and security ask

The ones that arrive after the demo, about deployment, access, audit, and cost.

What are enterprise AI agents?

Can we deploy Phinite in our own cloud?

How is access to agents controlled?

What is retained in the audit trail?

Can we cap what an agent is allowed to spend?

Ready to deploy enterprise AI agents at scale?

Bring us your security questionnaire. We would rather answer it now than after the pilot, in a walkthrough covering governance, environments, identity, and private-cloud deployment.