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Founder & CEO, Seamium
Building infrastructure for a world of finite energy.
I design systems where energy and compute operate reliably under real-world constraints. My work centers on treating energy as a controllable variable in modern computing rather than a background assumption.
Practical infrastructure for constrained environments.
Energy Coordination
Governing how workloads consume power based on availability
Energy Governance
Systems responding to fluctuating energy behavior
Infrastructure Leadership
Translating system signals into trusted decisions
The Principles
Energy and compute decisions affect shared resources and long-term outcomes beyond individual deployments.
Impact
Reducing fragility in systems that people and institutions depend on.
Discipline
Infrastructure succeeds when systems operate quietly and consistently.
The Origin
Growing up in northeastern Nigeria, power outages were not an inconvenience; they were constant. Schools, hospitals, and businesses operated under persistent uncertainty.
Those early experiences shaped my conviction that energy is the foundational constraint.
I founded Seamium to address this gap. We build governing systems that regulate how workloads consume power, helping infrastructure remain stable even when energy conditions are unpredictable.
Connect
Ways to collaborate and exchange ideas. Engaged with founders, operators, and global technology networks.
Speaking
Available for keynotes, panels, podcasts, and advisory discussions on energy systems and infrastructure.
Partnerships
Open to strategic collaborations focused on energy, compute infrastructure, and large-scale systems.
Business
If your work touches compute, energy, reliability, or cost attribution, I’m happy to compare notes. The best conversations come from real constraints and real operations.
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