Grid Middleware Optimization
Tuned Grid Middleware scheduling algorithms with “Fair Share” and “Backfilling” techniques to increase a 50,000-core grid’s utilization from 20% to 85%, discovering 30,000 cores of free compute capacity…
Tuned Grid Middleware scheduling algorithms with “Fair Share” and “Backfilling” techniques to increase a 50,000-core grid’s utilization from 20% to 85%, discovering 30,000 cores of free compute capacity…
Removed CJIS compliance blockers for a regional records management system by designing a Hybrid Encryption Model. The agency retained on-premise keys, achieving the region’s first CJIS-compliant cloud deployment…
Designed a menu-driven Infrastructure-as-Code environment for a university AI consortium, slashing HPC resource provisioning latency from 90 days to under four hours by hiding the administrative plumbing…
Accelerated a State agency’s cloud migration via a Threat Surface Analysis. Reframed the move as “Inheriting the Defense,” proving that hyperscale security mathematically outperforms isolated on-premise negligence…
Overcame OS kernel latency limits for a Tier-1 Bank’s C++ ticker plant by evaluating FPGA architectures, achieving a 100x latency reduction by processing market data directly on the network card…