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AI Infra Readiness Audit

A fixed-scope diagnostic to baseline cost, find reliability risks, and leave you with a plan you can execute.

Typical timeline: 2–3 weeks. Price anchor: $7.5k–$15k.

Prefer reading first? Start with the checklist post: AI Infra Readiness Audit: what I check.

Who this is for

If any of these are true, the audit usually pays for itself.

  • GPU spend is rising and you can’t explain it confidently.
  • Production reliability is shaky (or you’re flying blind on telemetry).
  • You’re considering hybrid/on-prem and need a realistic plan.
  • Releases are risky: unclear rollout/rollback paths, unclear ownership.

What you get

Concrete outputs in writing.

  • Scorecard across cost, reliability, security, operability
  • GPU cost baseline + scaling model
  • Risk register (top failure modes + mitigations)
  • 90-day roadmap (sequenced, owned, executable)

Example artifacts

I optimize for written outputs you can hand to a team: what’s broken (and why), what to do next, and how to verify progress.

Example readiness audit scorecard with category scores and evaluation notes.
Scorecard. Representative output: structure and level of detail.
Example risk register listing risks with impact, likelihood, and mitigations.
Risk register. Representative output: structure and level of detail.
Example 90-day roadmap with phases and deliverables for observability, reliability, cost and scale, and handoff.
90-day roadmap. Representative output: structure and level of detail.

What I need from you

This keeps the audit fast and grounded in reality.

  • A 60-minute architecture walkthrough (current state + constraints)
  • A rough GPU cost breakdown (or billing export) for the last 30–90 days
  • Top incidents / reliability pain points (even if it’s informal)
  • Access to CI/CD + GitOps flow (repos, environments, rollout process)

How it runs

A predictable workflow with written artifacts.

  • Kickoff: constraints, success metrics, scope boundaries
  • Current-state review: workloads, cluster/runtime, deployment flow
  • Cost model: baseline + sensitivity assumptions
  • Reliability review: candidate SLIs/SLOs, failure modes, runbooks
  • Findings review: working session + prioritized decisions
  • Final handoff: report + roadmap + next-step options

FAQ

Short answers, no sales gloss.

What do I get at the end?

A scorecard, a written architecture review, a GPU cost baseline/model, a risk register, and a 90-day roadmap with sequencing and owners.

Do you need access to our production environment?

Usually not. Most audits can be done with read-only visibility plus walkthroughs and exports (billing, telemetry, CI/CD, configs). If hands-on access is needed, we’ll scope it explicitly.

Can our team implement the roadmap without you?

Yes. The deliverable is meant to be executable by your team. If you want help, we can scope phase 2 as a project or a retainer.

What’s your typical engagement start point?

Most engagements start with the Readiness Audit. It gives you an execution plan and de-risks implementation.

Do you build MCP servers and integrations?

Yes. I can build new MCP servers (Go or Python), harden existing ones, and deploy them locally or in Kubernetes with a clean handoff.

Can you help with identity, policy, and audit logging for agents?

Yes. That’s a common blocker for enterprise use. We can scope a “context gateway” so agents access tools as the user (OIDC), with logs and rate limits.

Do you only do on-prem GPU work?

No. I work across cloud, hybrid, and on-prem. The goal is predictable performance, cost, and operations.

How do you price implementation?

Implementation is project-based with clear deliverables and milestones. If you need flexibility, a retainer can work better.

Next steps after the audit

If the roadmap is clear and you want help shipping it, phase 2 is typically a build/stabilization project. If you mainly need senior guidance, a retainer can be a better fit.