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AI App & Chatbot Development

AI products that actually ship — not slide-deck demos.

LLM-integrated apps, chat assistants, voice workflows, and automation systems built on Gemini, OpenAI, and Claude with the surrounding product engineering done right.

Problems I solve

  • Prompt prototypes that never become a real product
  • Hallucinations, prompt injection, and cost spikes in production
  • No retrieval layer, no evals, no observability around the model
  • Vendor lock-in to a single provider with no fallback

What I can build

  • Conversational assistants (chat + voice) with grounded retrieval
  • Multi-model fallback chains (Gemini → Claude → OpenAI)
  • Tool use, function calling, and agentic workflows
  • RAG pipelines + vector databases
  • Prompt + cost observability, eval harnesses
  • Streaming UX with proper error / timeout handling

Process

  1. 01

    Define the AI surface

    Decide which problems the model actually solves versus what stays deterministic. Spec the inputs, outputs, and failure modes.

  2. 02

    Build with guardrails first

    System prompt, scope rules, fallback chain, and evals land before the feature ships — not after the first incident.

  3. 03

    Productionise

    Cost dashboards, latency budgets, prompt version control, and a rollback story for prompt or model changes.

Deliverables

  • Production AI feature integrated into your product
  • Model-fallback + timeout + retry behaviour configured
  • Prompt + eval test suite
  • Cost and usage observability

Tech stack

  • Gemini
  • OpenAI
  • Claude
  • Vercel AI SDK
  • Next.js
  • NestJS
  • PostgreSQL
  • pgvector

Relevant case studies

FAQ

Frequently asked questions

Which model do you recommend?
It depends on the workload. Most production systems benefit from a multi-tier fallback (cheap-fast primary, capable fallback, last-resort recovery). Lock-in to one provider is a risk, not a feature.
Can you build something like the assistant on this site?
Yes — the chatbot on owais-ali.com is built with the same patterns: server-only API key, lazy-loaded UI, deterministic intent classification, lead-form integration, full analytics.
How do you control AI costs?
Per-message size caps, per-conversation history caps, output-token budgets, temperature tuning, and dashboards on token spend. No surprises at month-end.

Ready to scope your ai app project?

Share a few details and I'll come back with a focused read on scope, architecture, and timeline.