Get knowledge in before the plan hardens
Late surprises are usually missing people and missing ideas, not missing slides. Lower the cost of speaking while change is still cheap, and give credit when someone else’s knowledge changes the design.
The work is people, goals, and decisions
Architecture is technical system design — boundaries, data, contracts, failure, rollout — plus the leadership to align people on those choices against a measurable goal.
AI Works Best When Engineers Lead
AI gives engineers more reach when people set purpose, direct the work, exercise judgment, and own what happens next.
Domain-Driven Design in TypeScript
Put strategic and tactical DDD together in TypeScript
Trace one enterprise seat-allocation request through shared language, a bounded context, an aggregate, a transaction, and a domain event.
Domain-Driven Design in TypeScript
Connect the domain model to tenant-safe persistence
Learn where DDD repositories end and infrastructure safeguards begin when enforcing tenant isolation in a shared-schema database.
Taking a proof of concept to production
How to turn a successful experiment into software a team can test, release, operate, and support.
Domain-Driven Design in TypeScript
Coordinate long-running work with domain events
Learn how domain events, a transactional outbox, and a process manager let a DDD workflow resume tenant onboarding after failures.
Modernizing legacy systems without a big-bang rewrite
A team-centered, risk-driven approach to finding seams, preserving behavior, shipping vertical slices, and retiring old code with evidence.
Domain-Driven Design in TypeScript
Use bounded contexts to define model ownership
Learn how bounded contexts and a context map keep onboarding, identity, entitlements, and provisioning from collapsing into one enterprise model.
Domain-Driven Design in TypeScript
Learn DDD by modeling enterprise SaaS onboarding
Learn how Domain-Driven Design turns a complicated SaaS onboarding workflow into shared language, explicit business rules, and a model the team can trust.
Cross-service handoffs
Transactional outbox, transport choices, webhooks, contracts, and when brokers fit. Work that leaves your database commit.
Choose the right durable-work shape
How to choose inbox, outbox, projection, CDC, and saga patterns when implementing durable work in Postgres.
A practical guide to durable work in Postgres
Choose and build Postgres-backed work queues with leases, idempotent handlers, competing consumers, outbox delivery, and dead letters.
Designing safe cross-system data reconciliation
A team case study in replacing risky manual SQL investigations with explainable detection, controlled correction, rollback, and audit workflows.