Identity and Access Management for citizen-facing government services
When the "user" is the public, identity gets harder, not easier — national scale, zero tolerance for compromise, and a level of public trust that has to be earned by the architecture itself, not just claimed in a policy document.
Why this sector is different
Government identity problems split into two very different halves: internal workforce access — the same governance discipline every regulated sector needs — and external, citizen-facing identity, which is a different problem entirely. Authenticating millions of citizens claiming a service, verifying who they are without ever meeting them, and doing it at a security bar that can't afford to fail, is closer to national infrastructure than to a typical enterprise IAM programme.
That work is usually federation-heavy — proving identity once, then trusting that proof consistently across services — built on the same standards (SAML, OAuth/OIDC) used everywhere else, but deployed at a scale and public-trust threshold most private-sector programmes never have to meet.
The parts of IAM that matter most in government
Strategy & Identity Acceleration
Subject Matter Expert-level architecture design for identity solutions that have to work at national scale, first time.
See Strategy & Identity Acceleration →Cloud Governance & Federation
SAML 2.0 and OAuth/OIDC-based identity federation, built to authenticate citizens securely without compromising the systems behind it.
See Cloud Governance →Legacy Modernisation & Cloud Migration
Moving established government identity infrastructure onto cloud-based authentication and federation without disrupting a live public service.
See Legacy Modernisation & Cloud Migration →Compliance & Audit Readiness
Security policy and identity assurance built to the standard the public sector — and public scrutiny — actually demands.
See Compliance & Audit Readiness →Delivery experience, not promises
Years of domain experience
Advisory & consulting projects
Countries worldwide
Go-live implementations