Architecture & technology governanceDecision traceability · target-state control
Architecture & technology governance
Architecture governance keeps complex digital programs coherent, auditable, and executable by making decisions traceable, enforceable, and aligned to target-state control.
Representative KPI signals
100+Formal architecture design reviews
100%Decision traceability via ADR governance
3xAWS / Azure / GCP governance coverage
RegionalDR and resilience architectures implemented
Positioning
This domain demonstrates architecture authority as an evidence-led control function linking governance, platform coherence, and delivery discipline across complex environments.
Representative scope
- Target architecture, transition architecture and standards governance
- Design authority, review boards and exception handling
- Cloud and hybrid backbone coherence
- Resilience, recoverability and platform control points
Operational signals
- Architecture decisions documented through traceable governance instruments
- Target-state blueprints aligned to delivery and operational realities
- Reference patterns supporting secure platform evolution and control consistency
- Reduced architecture drift in stabilised environments
Typical deliverables
- Enterprise architecture blueprints and reference models
- Architecture governance framework and decision register
- Target-state roadmaps, standards and control points
- Architecture review packs and assurance materials
Sector applicability
- Mission-critical institutional platforms
- Banking and regulated financial services
- Government and security environments
- Hybrid and multi-cloud estates
Rationalisation and resilience results
Figures as recorded on named engagements — each one is listed on the Projects page.
US$3.9M
value from integration backbone and portfolio rationalisation — 821 components assessedNATO / NCIA · 2023 – 2024
US$2.6M
savings — 601 applications assessed, 131 retired, 198 consolidatedInnovation Center · 2019 – 2022
99.98%
availability with active-active data centres; RTO < 4h, RPO 15 min (tested)UN HQ / OICT · 2016 – 2019
90%
server virtualisation and the first disaster-recovery centre fail-overNATO HQ / NCIA · 2015 – 2016
What technology governance covers
- Platform coherence. One integration backbone (API / iPaaS / ESB / events) instead of point-to-point links.
- Cloud governance. Landing zones, guardrails and cost controls across Azure, AWS and GCP.
- Resilience by design. RTO / RPO set per service and proven by fail-over tests, not assumed.
- Portfolio hygiene. Regular retire / consolidate cycles with value tracked.
- Decision records. ADRs that explain why — so the next team does not repeat the debate.
Where it was applied
- NATO / NCIA · 2023 – 2024Integration backbone and IAM across classified and unclassified domains; 29 data structures defined.
- EEAS · 2022 – 2023Disaster Recovery Centre design and implementation; network and integration consolidation (US$1.4M savings).
- UN HQ / OICT · 2016 – 2019Hybrid cloud (Azure + AWS) and active-active data centres; 42 networks / 469 devices consolidated (US$2.1M savings).
- IBM · 2009 – 2011IBM Tier 4 data centre (~8,000 m²) from business case to go-live.
Where programmes usually go wrong
- DR plans that have never been tested end to end.
- Every project choosing its own integration pattern.
- Cloud spend growing faster than the services it runs.
- Decommissioning planned but never funded.
Questions worth asking before you fund it
- When did you last fail over a critical service — and how long did it take?
- How many integration patterns are in production today?
- Which systems have no owner and no retirement date?
- Can you show the cost per service, not per server?