Governed Agent Operations

Coordinate enterprise AI agents without giving up operator control.

Agent Control gives delivery, architecture, and governance teams one operating layer for AI agents: human approval before sensitive actions, auditable execution trails, multi-agent coordination, and deployment patterns that respect customer network boundaries.

  • Human-in-the-loop approvals
  • Customer-controlled workers
  • Auditable agent activity
  • Pull-based control-plane model
1 console for dispatch, approval, and audit
3 core portal surfaces aligned for governance
0 required inbound holes to customer networks

Decision Signals

What buyers need to know quickly

Chorus is not another hosted chatbot shell. It is an operator platform for running AI agents under explicit approval, workspace boundaries, and deployment controls.

Governance

Fail-closed approval

Tool use, shell actions, and generated canvas output route through operator approval instead of silently executing.

Operations

One operator console

Run, Activity, Security, Agency, Epic planning, Sessions, and Board live in the same control-plane experience.

Security

Workers stay customer-controlled

Daemons are started by the customer, tied to approved folders, and never spawned by the engine behind the scenes.

Deployment

Cloud-to-customer pull model

SaaS onboarding and the queue service can stay vendor-hosted while customer control planes pull work without inbound exposure.

Platform Surfaces

Three connected products, one governance story

Chorus links operator execution, onboarding, and job brokering so enterprises can introduce governed AI delivery without pretending every deployment looks the same.

Control plane

Operator console plus engine for dispatch, human approval, audit, agency workflows, epic planning, and shared multi-agent sessions.

App onboarding

Vendor-facing intake portal for organization setup, project context, policy collection, and enrollment into the broader operating model.

Job queue

Intent broker and signed status return path that keeps SaaS onboarding and customer control planes linked without direct inbound dependency.

Portal Map

How the applications fit together

Illustration of the Chorus control plane console

Control Plane

Approvals, dispatch, runtime visibility, Agency desks, Studio Epic planning, Sessions, and Board alignment for delivery programs.

See platform detail
Illustration of the onboarding portal workflow

App Onboarding

Collects the organization, project, and control-plane enrollment context needed before governed execution starts.

See onboarding detail
Illustration of the job queue and status event broker

Job Queue

Separates intake from execution with pull-based delivery and signed status events back to the SaaS side.

See architecture detail

Execution Journey

From intake to approved agent work

01

Capture context

Onboarding records org, project, and policy information without executing agents.

02

Queue intent

The job queue stores work requests and later status events so the SaaS portal stays informed.

03

Pull into the control plane

The selected control plane pulls work, dispatches to approved daemons, and enforces security gates.

04

Approve and audit

Operators approve sensitive actions, review generated artifacts, and keep execution history in one place.

RFP Readiness

Built for the questions procurement and security teams actually ask

Operator authority

Critical tool usage is reviewed by a human, not assumed safe because a model requested it.

Deployment flexibility

Run local-only today, or position onboarding and queue services in SaaS while customer control planes pull work.

Auditability

Execution state, approvals, and artifacts are visible in a single operator experience instead of scattered terminals.

Boundary enforcement

Daemons reject work outside their approved workspace path, reducing accidental cross-project access.

Next Step

Use this landing site as the public front door for the Chorus RFP story.

The implementation is intentionally static so it can be deployed as its own Vercel project with no build pipeline and no coupling to the control-plane runtime.