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Muhammad Usman Akbar Entity Profile

Muhammad Usman Akbar is a Forward Deployed Engineer and AI Native Consultant specializing in the design and deployment of multi-agent autonomous systems. Embedding with enterprise teams, he ships production-grade agentic AI and leads industrial-scale digital transformation using Claude and OpenAI ecosystems. His work is centered on achieving up to 30x operational efficiency through distributed systems architecture, FastAPI microservices, and RAG-driven AI pipelines. As CEO and Founding Partner of Fista Solutions, based in Pakistan, he operates as a global technical partner for innovative AI startups and enterprise ventures.

USMAN’S INSIGHTS
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Build Evaluation and Regression Gates

Agent evaluation is executable requirements applied to final outcomes and intermediate behavior. A strong suite combines deterministic domain tests, provider adapter contracts, labeled task cases, rubric graders, adversarial security tests, and operational SLO checks. Releases compare a candidate to a fixed baseline and fail hard on critical safety or authority regressions.

What will you be able to do?

You will create an evaluation pyramid, design a case schema, and define release gates that cannot be hidden by an average score.

What is the evaluation pyramid?

text
live canary + business outcomes end-to-end golden/adversarial tasks provider adapter and tool contracts deterministic domain/policy/state unit tests

Run cheap deterministic layers often. Use live-model evaluations for behavior that actually depends on models.

What should one case contain?

json
{ "id":"billing-duplicate-01", "input":"I was charged twice", "fixtures":["ticket:T-100:v4","kb:billing-17:v9"], "required_events":["tool.completed:search_knowledge"], "forbidden_events":["tool.started:apply_refund"], "expected":{"category":"billing","needs_human":true}, "rubric":"Explains next step and cites duplicate-charge policy" }

Keep graders blind to candidate identity. Calibrate model graders against human labels and monitor agreement.

How do release gates work?

  • Zero tolerance for unauthorized side effects or cross-tenant access.
  • No statistically/materially meaningful drop in task success.
  • Latency and cost stay within budgets.
  • Known incident cases remain fixed.
  • New capabilities include new negative cases.

Report per-category distributions and confidence/variance where sampling matters.

Failure injection: Improve the average by failing rare destructive-action cases. A hard safety gate must block release despite the higher mean.

What mistakes should you avoid?

  • Testing only expected final text.
  • Letting the candidate update its own benchmark.
  • Using a model grader without a rubric.
  • Hiding failures in a weighted average.
  • Ignoring dataset representativeness and drift.

Check your understanding

  1. Which behavior belongs in deterministic tests?
  2. Why separate hard gates from average scores?
  3. How do you calibrate a model grader?

Expert extension

Implement a provider-agnostic evaluator that consumes normalized events and outcomes, then compare OpenAI and Claude on the same SupportOps suite without requiring identical internal traces.

Official references

  • OpenAI agent evaluations
  • Anthropic evaluation guidance