Once engineering and product stop being the bottleneck, trust becomes the bottleneck. Founder Oluwafemi Ofobutu explains why more documents is the wrong answer.
Investors ask for evidence. Enterprise customers ask for security. Regulators ask for proof. StackWeaver builds the layer that makes all three continuous.
Over the years, I've observed something interesting. Many regulated fintechs reach a point where engineering is no longer the problem. Product isn't the problem either. Trust becomes the problem. That's the point where investors ask for evidence. Enterprise customers ask for security. Regulators ask for proof. Most companies respond by creating more documents, more spreadsheets, and more manual work. I believe that's the wrong direction. I'm Oluwafemi Ofobutu, founder of StackWeaver, and we're building trust infrastructure for African fintechs so trust isn't assembled before an audit. It is continuously demonstrated through the way systems operate every day.
Oluwafemi Ofobutu is a trust infrastructure engineer, compliance strategist, and entrepreneur focused on one question:
**How should regulated technology companies prove trust in an era where software, AI, and regulation evolve faster than audits?**
His work sits at the intersection of engineering, quality assurance, security, governance, and compliance. Rather than treating compliance as documentation produced at the end of a project, he advocates engineering systems that generate verifiable evidence continuously throughout the software lifecycle.
That philosophy became **StackWeaver**.
Under his leadership, StackWeaver introduced **Trust Infrastructure** as a distinct category for regulated technology companies, alongside foundational frameworks including the **Trust Engineering Operating Model (TEOM)**, the **Trust Engineering Maturity Model (TEMM)**, **Evidence Architecture**, and **Evidence-Native Systems**—a body of work designed to help organizations make trust measurable, repeatable, and operational.
Before founding StackWeaver, Oluwafemi built experience across software quality engineering, information security, ESG, cloud infrastructure, and technology operations. Those disciplines now converge into a single mission: helping regulated businesses move faster without compromising trust.
His research and writing focus on compliance engineering, continuous evidence generation, AI governance, operational trust, and the future of regulation across Africa.
The operating model for the Trust Engineering discipline — five pillars that keep the system running as a continuous loop.
Explore TEOM →Measure where your organisation sits on the maturity curve — and what it takes to reach the next level.
Take the TEMM assessment →How traceable, timestamped evidence is produced continuously from the systems your team already runs.
See the Evidence Architecture →The maturity model is free, takes minutes, and tells you exactly where your trust posture stands — before an auditor does.