Are these production systems or prototypes?
Both. Some are production-grade architecture concepts validated through real programmes; others are prototype demonstrators at various maturity levels. Each project page describes its status clearly.
Portfolio of digital public infrastructure, governance frameworks and advanced AI demonstrators — structured, accountable and delivery-relevant.
Each project is a proof point for a different mix of architecture, governance, cybersecurity and technical validation — showing how PiR2-IT defines the target state, clarifies the control model and validates what matters early.
Identity, interoperability, service orchestration, assurance and public trust for programmes that need secure digital services at scale.
How complex programmes are structured, governed and made executable when delivery is blocked by fragmentation or weak control logic.
Taking AI, autonomy or sensor fusion from concept to governed technical validation without abandoning evidence, safety or reviewability.
DLT, Zero Trust and AI-supported trust architecture for identity, interoperability and review-ready public services at national scale.
Execution-ready governance methodology and institutional model turning reform intent into structured, measurable execution.
Governed autonomous systems architecture showing how modular AI-enabled platforms can remain reviewable, constrained and trustworthy.
Sensor fusion and autonomous mobility demonstrator focused on evidence, resilience and audit-ready AI engineering in demanding environments.
AI-driven publishing-governance ecosystem for editorial excellence, multilingual compliance and content performance at scale for international institutions.
Each project draws on one or more service capabilities. The same architectural logic applies across public sector, regulated enterprise, defence and advanced engineering contexts.
Relevant to DPI trust platform and governance framework projects — target state design, integration patterns and delivery alignment.
Relevant to UAS demonstrator and sensor fusion platform — Zero Trust, threat-informed design and security-by-design integration.
Relevant to all projects — AI operating model, responsible AI controls, explainability and production-ready governance, including the eAI-PR / MAPE publishing ecosystem.
Relevant to DPI and governance framework projects — programme control, accountability architecture and decision traceability.
Relevant to UAS and sensor fusion projects — disciplined prototype architecture, validation planning and transition readiness.
Banking, defence, public sector and digital infrastructure — the same architectural discipline applied across regulated environments.
Both. Some are production-grade architecture concepts validated through real programmes; others are prototype demonstrators at various maturity levels. Each project page describes its status clearly.
Yes. The architectural logic, governance models and control approaches apply across banking, defence, public sector and complex regulated environments — not just the specific contexts shown.
Use the contact form on any project page or email [email protected] directly. Describe the environment, challenge and what you want to explore — that shapes what's worth discussing.
Yes — each project is a proof point for specific service capabilities. The service pages describe what ongoing advisory and delivery work looks like for each area.
Share the environment, constraints and objectives — and we can explore what the right engagement looks like.