Architecting Super Intelligence: Multi-Agent Systems and Cognitive Frameworks
An exploration of agentic AI topologies, tool-use orchestration, and formal cognitive verification in superintelligent systems.
Architecting production agentic AI systems and exploring the path toward superintelligence.
I lead engineering for distributed clinical platforms in Singapore while pursuing an MSc in Computer Science (focusing on AI) at the University of Illinois Urbana-Champaign. My writing explores cognitive agent architectures, empirical scaling laws, and the systems discipline required to deploy deterministic AI in mission-critical environments.
Core Focus
An exploration of agentic AI topologies, tool-use orchestration, and formal cognitive verification in superintelligent systems.
An exploration of agentic AI topologies, tool-use orchestration, and formal cognitive verification in superintelligent systems.
Examining mathematical alignment models, reward modeling, and failure modes in autonomous superintelligent architectures.
Why raw parameter compute scaling is yielding to compound AI systems and multi-agent coordination.