Awakast
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Product Engineering

Product engineering for AI applications and important workflows

Take ownership of the product layer around an AI feature or operational process: interfaces, integrations, release discipline and the engineering details that make it dependable.

Use this when the product layer needs experienced ownership

Good fit

A real product constraint needs solving

  • You are integrating AI, replacing a fragile workflow or shipping a product with meaningful operational consequences.
  • There is an accountable product or technical owner on your side.
  • You need architecture and delivery ownership—not only individual tickets.

Bring to the brief

The context that makes planning useful

  • The user journey, existing system and decision the product must support.
  • Known integrations, data boundaries, reliability concerns and deadline.
  • Who will own the product after the first release.

Receive

A product foundation your team can use

  • A practical architecture and implementation plan.
  • Release, observability and handover work proportionate to the product risk.
  • Clear decisions on what to build now, defer or simplify.
Product
architecture and delivery ownership
Integrated
frontend, backend and operations
Release-ready
testing, deployment and observability
Maintainable
handover and next iterations

Built from proven components, not from scratch

The fastest path to production isn't reinventing the wheel. We use Supabase for auth and database, established cloud platforms for hosting, battle-tested libraries for everything repetitive. Our engineering time goes into your product logic, not infrastructure plumbing.

This means faster delivery and — critically — an application your team can maintain and extend without us. We optimize for your independence, not our recurring contract.

Architecture decisions documented before any code is written
Clear API contracts between frontend and backend from day one
Dependencies documented so trade-offs and ownership stay visible
Infrastructure-as-code so your team can reproduce any environment

What we deliver

  • Discovery & technical architecture (week 1)
  • UI/UX design in Figma with client review
  • Production-ready frontend (React / Next.js / TypeScript)
  • Backend API with OpenAPI spec and full documentation
  • Database design, migration strategy, and backup plan
  • Third-party integrations (auth, payments, CRM, email)
  • Cloud infrastructure, CI/CD pipeline, staging environment
  • QA, security review, performance testing
  • Monitoring, logging, alerting setup
  • Long-term post-launch partnership

Technology we work with

Opinionated choices chosen for production reliability, maintainability, and the size of the talent pool available to you after we're done.

Frontend

React
Next.js
TypeScript
Tailwind CSS

Backend

Python
Node.js
FastAPI
PostgreSQL

Platform

Supabase
Firebase
Appwrite
Prisma

Cloud

AWS
GCP
Azure
Docker / K8s

AI layer

OpenAI
Anthropic
Mistral
LangChain

Tooling

GitHub Actions
Datadog
Sentry
Playwright

How we work together

Three engagement models depending on where you are. Scope is always agreed upfront — no surprises mid-project.

Focused product release

Scope-dependent

A bounded release around one user outcome, with an architecture and delivery plan agreed before build.

Product Build

Phased delivery

A product programme with several modules and integrations, sequenced around operational risk and user evidence.

Team Extension

Ongoing

Senior engineers embedded in your team. We contribute to architecture, code, and product decisions — not just tickets.

Choose a more specific path when one exists

AI inside an existing product

Integrate an AI workflow or RAG

For reliable retrieval, evaluation and human-review design around a working product.

Explore AI workflow integration →

New product opportunity

Launch a focused AI MVP

For a defined user problem that needs a bounded first release and clear product ownership.

Explore AI MVP delivery →

Ready to build your product?

Share the workflow, product constraint and current system. We will use it to identify the most useful product-engineering path.