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Service 06 · Reliability & Governance

AI Infrastructure & DevOps

The deployment, monitoring, and compliance layer that keeps your AI fast, available, and auditable under real load.

Tamper-evident AI logsCost & latency telemetryZero-downtime rollbacks
AI Infrastructure & DevOps — telemetry, cryptographic audit trails, and production reliability
The problem

A model that works in a notebook and a model that survives production traffic and regulatory audits are different engineering problems. Without autoscaling, observability, and tamper-evident logging, an AI feature is one incident away from an outage.

Our approach

We build the reliability and evidence layer beneath your AI system: deployment and autoscaling, cost and latency observability on every model call, cryptographic action sealing, and an incident runbook so a rollback is a decision, not a scramble.

Use cases
  • Standing up deployment and autoscaling for an AI feature going into production for the first time
  • Adding cryptographic audit logs (via PegBit Witness) so compliance teams can verify what your AI did
  • Adding cost and latency observability so model spend is a dashboard, not a monthly surprise
  • Building the incident runbook and rollback plan before, not after, a bad deploy
Representative stack
Containerised deploys and CI/CD pipelinesPegBit Witness SHA-256 action sealing & observabilityServerless and edge runtimes where they fit the load profileCost and latency dashboards scoped to model calls
How we engage

Often paired with an AI System Architecture engagement — the architecture is what you build, this is what keeps it up and auditable.

Where you can see it

This is the discipline behind PegBit Witness (tamper-evident SHA-256 sealing for every AI prompt, completion and agent action) and the infrastructure keeping PegBit Core serving ExamSurf and Sydence in production.

Have a problem shaped like this?

Tell us what you’re building and we’ll scope where AI Infrastructure & DevOps fits.