Solution Architecture
Context, target state, service boundaries, data ownership, NFRs, risks, trade-offs and implementation decisions.
Explore architecture →Connected capability architecture
Strong systems are built between disciplines.
My capability is not one technology or framework. It is the ability to connect business context, experience, applications, integration, data, security, infrastructure and delivery governance into one coherent solution.
Eight connected domains01 · Shape 02 · Connect 03 · Experience 04 · Protect 05 · Improve 06 · Operate 07 · Govern 08 · Accelerate
The complete solution view.
Each domain can stand alone, but the strongest value comes from understanding how decisions in one area affect the others.
Systems Integration
APIs, webhooks, messaging, identity flows, retries, idempotency, observability and resilient hand-offs.
Explore integration →Digital Platforms
Customer journeys, multi-role portals, administration workspaces, workflow engines, reporting and documents.
See platform evidence →Identity & Security
Authentication, authorisation, role and tenant boundaries, consent, auditability, secure data handling and access control.
Open security view →Legacy Modernisation
Current-state analysis, stabilisation, controlled refactoring, service extraction, migration and continuity.
Explore modernisation →Cloud & Operations
Linux, containers, DNS, SSL, databases, caching, queues, backups, monitoring and recovery controls.
See current operations →Evidence & Assurance
Decision records, approval gates, acceptance criteria, UAT evidence, release controls and production readiness.
See the method →AI-enabled Engineering
Controlled research, analysis, code review, documentation and testing with explicit human approval and evidence.
Explore AI engineering →Technical depth
Enough implementation knowledge to govern real delivery.
Architecture decisions are stronger when they are informed by code structure, schemas, API behaviour, deployment constraints and operational evidence.
- PHP, Symfony and Laravel application ecosystems
- Node.js, TypeScript and modern JavaScript services
- React, Next.js, Vue and Nuxt interface architectures
- PostgreSQL, MySQL, MariaDB and SQL Server
- Redis, RabbitMQ, webhooks and messaging patterns
- Docker, Linux, Nginx, DNS and SSL operations
- JWT, JWKS, RBAC, tenancy and consent controls
- Java service structure and integration literacy
Decision support
What these capabilities help answer.
BuildWhat should the target solution be?
ConnectHow should systems exchange information?
ChangeHow can we modernise without disruption?
ProveHow do we know the solution is ready?
Match the need
Bring the business problem, not a preselected technology.
The first step is understanding what must change, who depends on it and what evidence will prove success.