Trust & Assurance
Something is wrong. You can feel it. You just can't see it yet.
Where complexity has outrun visibility
The problems that bring people to GAPASK are rarely the problems they call about.
A system failing every 30 minutes turns out to be a dependency nobody owned. A technology platform headed for litigation turns out to be a team that stopped trusting each other. A public safety network running at full capacity turns out to be a router that nobody knew had existed since the 1990's.
The gap is always there. Finding it before it becomes an incident, a lawsuit, or a headline is what we do.
Who calls us
Not a title. A situation.
You are responsible for systems you cannot fully see. You have passed the audits. You have the monitoring tools. And you still cannot say with confidence that things will hold when it matters most.
The vendor assessments tell you what the vendor wants you to know. The compliance reports tell you what you did right last year. Nobody is telling you where the gaps are right now.
We bring visibility and trust back to complex, high-stakes systems across telecom, connected services — including health and energy — cloud, and public safety — working with organizations worldwide and supporting federal and provincial agencies across the National Capital Region and Ontario.
How we work
Most engagements begin with an Outcome Alignment Review — a structured assessment of where your systems' designed behavior diverges from what they actually do under operational conditions. It produces a findings document, not a vendor recommendation. From there, organizations typically move to architecture advisory, regulatory positioning, or standards alignment work — depending on what the review surfaces.
The first conversation is sixty minutes. No paperwork first.
Rajesh Murthy — GAPASK
conception through field operations
IEEE 2944 and IEEE 2933.2
Telecom, Energy, Cloud, Health, Manufacturing, Public Safety
Chair, IEEE 2994 (IoT Security Assessment Frameworks) and IEEE 2933.2 (TIPPSS Framework for Clinical IoT and Remote Subject Monitoring). Peer reviewer, IEEE Transactions on Neural Networks and Learning Systems and Springer Complex Intelligent Systems. Contributing author across seven published book chapters including — Advanced Technologies for Humanity and Maritime Transportation Systems, New Prairie Press / Kansas State University Libraries.