Commerce

Commerce platforms that hold up under real transaction load

High-throughput transactional architectures, headless platforms, and composable storefronts.

Where commerce platforms hold the business back.

  • A monolithic storefront that slows every release

    Checkout, catalogue and pricing are coupled in one codebase, so each change risks the whole platform and peak trading becomes a freeze period.

  • Order and inventory systems that disagree

    Stock, orders and fulfilment drift out of sync across channels, producing oversells, manual reconciliation and customer-facing errors.

  • Performance that degrades at peak load

    Page speed and checkout reliability fall exactly when traffic and revenue are highest, and capacity is bought rather than designed.

Built to stay fast when traffic peaks.

  1. Headless commerce platforms

    Composable storefronts decoupled from commerce services through stable APIs, so front end and back end ship independently.

    Stable APIs
  2. High-throughput order and payment pipelines

    Event-driven transactional architectures with idempotent processing, queue-backed fulfilment and measured behaviour under load.

    Idempotent
  3. Catalogue, pricing and inventory services

    Microservice boundaries drawn around business capabilities, with a single source of truth for stock and price.

    Single source of truth

Technologies involved

  • Next.js
  • TypeScript
  • Node.js
  • PostgreSQL
  • Redis
  • Kafka
  • Kubernetes

How we work

Commerce work is delivered through one of three engagement models: build, embed or operate.

  • Build
  • Embed
  • Operate

Client endorsement

They rebuilt our booking flow around how guests actually book, and the site stayed up through our busiest season.
Head of Digital, Hospitality

Discuss Commerce with an engineer

Speak directly with a senior engineer about your systems, scope, and timeline.