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Policy on every agent call and nine services in production: an enterprise AI control plane for a UK software vendor

An EU AI Act readiness platform for governing AI agents in highly regulated industries: policy enforced on every action, a tamper-evident audit trail, per-tenant isolation and customer-owned identity. Hexploits is its core engineering team.

9
Services in production
4+
Agent protocols supported
Every call
Policy-enforced and audited
Zero
Downtime per release
Rolling releases and migrations

In brief

  • Hexploits engineered swarmd.ai’s multi-agent control plane end to end: policy enforcement, audit, identity and tenant isolation for AI agents in regulated industries.
  • Every agent call is checked against versioned customer policy and recorded in a tamper-evident audit trail.
  • Per-tenant SSO against customer-owned identity providers, central credential rotation, and tenant isolation enforced in the database as well as in code.
  • Nine services run in production on Kubernetes with rolling, zero-downtime releases, and the codebase is now run by swarmd.ai’s own engineers.

Client context

swarmd.ai sells a control plane for AI agents to enterprises in regulated industries. It sits between agents, tools and model providers, and enforces policy, audit, identity and spend controls on every call.

What we built

We owned the engineering end to end, from architecture to production.

  • Policy on every action. Customer policies are versioned and applied from tenant level down to a single agent, so the rule in force at any moment can be shown to an auditor.
  • A tamper-evident audit trail. Every call is recorded with its source, destination, outcome and timing, in a log that shows if it has been altered.
  • Enterprise identity. Per-tenant single sign-on against each customer’s own identity provider, central credential rotation and encryption of sensitive data.
  • Tenant isolation. Enforced in the database as well as in application code.
  • Guardrails. Sensitive-data detection, rate limits, spend controls and human approval for consequential steps.
  • Multi-protocol, multi-provider. Several agent protocols, the major model providers and a payments rail behind one control plane. Adding another is an addition, not a rewrite.

Built to scale

  • Container-native services on Kubernetes that scale out independently as load grows.
  • Rolling, feature-flagged releases and zero-downtime database migrations.
  • Logs, metrics and traces correlated across every hop, in place before each feature went live.
  • Automated quality gates, security scanning and end-to-end tests on every release.

The codebase is now run by swarmd.ai’s own engineers.

Results

MeasureResult
Services in production9
Agent protocols supported4+
Policy enforcement and auditEvery agent call
IdentityPer-tenant SSO against customer-owned providers
ReleasesRolling, zero downtime
OwnershipHanded over to the client’s engineers

See the platform at swarmd.ai.

Questions about this engagement

What does the swarmd.ai platform do?
It sits between AI agents, tools and model providers, enforcing policy on every call and recording an audit trail a regulator would accept, with tenant isolation and customer-owned identity.
How is the platform built to scale?
Container-native services on Kubernetes that scale out independently, adapters at every vendor boundary so a new model provider or protocol is an addition rather than a rewrite, and observability in place before each feature goes live.
Which technologies were used?
Java and Spring Boot, Postgres, Next.js and React, Kubernetes, and per-tenant SSO.

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