Skip to content
Allerin, go to homepage
For engineering and platform leaders

AI strategy consulting from the team accountable for the build

AI strategy consulting is worth paying for when it ends in decisions your engineers can build: which use cases to fund, what architecture and controls each one needs, and how it reaches production. At Allerin, senior engineers make that diagnosis, and the same team is accountable for the build. For a company-wide transformation program, a large firm is the better fit.

Which AI strategy question are you actually asking?

Nobody searches for a strategy deck. Engineering leaders arrive with one of five concrete problems, and each already has a fixed-scope answer at Allerin, run by the people who would build the fix. Find yours and skip the sprint.

“Leadership wants us to get ahead of AI and will not say what that means.”

A two-week lab. Senior engineers pick the one use case worth testing, build a working prototype against your data, and end with a build, park or pivot call you can defend upstairs. You also get a plain split of which data is ready now, which can be made ready with effort, and which is not worth it.

Duration: 2 weeks

“Our LLM system costs too much or answers wrong.”

A fixed-scope audit of your real usage data: where the tokens go, where retrieval fails, which calls should never reach the expensive model. It ends in a fix plan with the leak measured, not estimated. Start with the free three-minute diagnostic; if that already tells you what you need, take its roadmap and run.

Duration: 2 to 3 weeks

“We need the platform and controls before more teams ship AI.”

One control plane for the models every team calls: routing by cost and latency policy, per-team budgets with hard caps, guardrails that block unsafe actions, and an audit record of what each agent did. The platform readiness check tells you in five minutes where the gaps are today.

Duration: 3 to 5 weeks

“Security, legal or a customer wants proof our AI is controlled.”

Controls mapped to SOC 2, NIST AI RMF, HIPAA and CJIS, with the evidence an auditor or a customer can check: prompt injection, model theft and data poisoning covered, and the records to show it. Startups with an enterprise deal on hold get the SOC 2 fast track.

Duration: 4 to 8 weeks

“Our pilot works in the demo and stalls before production.”

A production path with gates: the new system runs beside the current one and its outputs are compared, then it takes 5% of traffic, then 25%, then all of it, with monitoring at each step and a rollback that works. The comparison page explains why pilots stall; the MLOps service runs the path.

What you get instead of a strategy deck

One artifact per route, each something an engineer can act on the next morning.

The mandate
A build, park or pivot call backed by a working prototype, plus the data split: ready now, ready with effort, not worth it. Enough to tell the board "not yet" with evidence.
LLM cost and accuracy
A measured fix plan from your real usage exports, written so any competent team can execute it.
Platform and controls
A reference architecture with enforced controls, budgets and audit records, not a policy document.
Security proof
Control evidence an auditor or a customer can check, mapped to the frameworks they ask about.
The stalled pilot
A production path with evaluation gates at each traffic step and a rollback plan that has been exercised.

What you own when we leave

The most upvoted question in every buyer thread is “who owns it after launch?” The answer here is one word: you. When an engagement ends you own everything, the code, the models and the infrastructure. It arrives documented and tested, with runbooks, architecture docs and training sessions for your team, and the partner exits cleanly.

That is the same promise the comparison pages make, stated here so it is concrete. Read the partner versus in-house page for what it looks like at the end of a build.

Why the diagnosis should come from the team that builds it

A strategy written by people who will never build it carries no cost of being wrong. A diagnosis made by the engineers who will be accountable for the build does: every recommendation becomes their own scope, their own KPI gate and their own rollback plan. That is why Allerin does not sell a strategy sprint, and why every route above ends in a fixed-scope engagement the same team runs. The long version, with the trade-offs on both sides, is on the boutique versus Big 4 page.

Proof competitors cannot copy

Only things already published on this site, each one checkable.

  • A free diagnostic that models your actual stack (foundation model, vector store, orchestration) with four deterministic scoring models and hands you a two-page PDF. Competitors offer quizzes.

    Run the diagnostic
  • The audit's own honesty. Its FAQ says "The estimate tells you whether to look. The audit tells you what to fix," and "If the diagnostic already tells you what you need, take the roadmap and run."

    Read the audit page
  • A published measurement method: the windows, formulas and artifacts behind every number we report, agreed before work starts.

    How we measure
  • Runnable evidence you can download: a model rollback demonstration and an agent guardrails workflow with expiring approvals. Both synthetic, both yours to run.

    Resources
  • 100+ AI and ML systems built, almost all still running in production. Several have run for more than six years; the retired ones were business decisions, not technical failures.

    Customer stories

Outcomes that began as a diagnosis

When a large consultancy is the better choice

A company-wide transformation program across many business units, a multi-year roadmap that needs change management in every region, or a board that wants a global brand on the cover: that is a large firm's work, and our comparison page says so. Allerin's ground is narrower: the engineering decisions that decide whether a given AI system ships and keeps running. If your question is the first kind, take the large firm. If it is the second, the routes above are the fastest way to an answer.

Answer the first questions yourself

Questions engineering leaders ask

Frequently asked questions

Name the one use case that would matter if it worked, then test it in two weeks with a working prototype rather than a workshop. The lab ends in a build, park or pivot call with evidence, which is the plan you can take back upstairs. If you cannot name a use case yet, the AI production readiness assessment is a five-minute first pass.
With a split, not a verdict: which data is ready now, which can be ready with a named amount of effort, and which is not worth it for this use case. The lab produces that split against your real data, so "not yet" arrives with a date and a cost instead of an opinion.
The real question is who owns the system after launch. A partner engagement should end with your team owning the code, the models and the runbooks, and knowing how to run them. An in-house team should start with a problem that justifies five senior hires. The comparison page walks through timelines, costs and survival rates for both.
Because the KPIs are agreed before work starts, with the measurement window and the formula written down. The method is published on the how-we-measure page, and every engagement reports against it.
Every engagement has a fixed scope and a fixed price you agree before work starts. The diagnostic is free. Published durations: the audit runs two to three weeks and the lab two weeks.
Everything the engagement produced. The audit's fix plan is written so any competent team can execute it, yours or ours. The lab's prototype and data split are yours. There is no obligation to build with Allerin.
Ask who will write the code, ask for a production system they shipped that is still running, and ask what you own when they leave. The evaluation checklist on the boutique versus Big 4 page covers the rest.

Bring the question, not the deck

Thirty minutes with a senior architect to name the problem and the fixed-scope answer, or three minutes with the diagnostic to see the leak in your own stack.