Ravi Monani Book a session A selection of platforms, methodologies, and research - each described by the impact it delivered.
An in-house platform that automates microcode and firmware integration for CPU-core programs, with built-in checks and onboarding for new core patches.
A patch-based methodology that deploys silicon workarounds and tuning without a firmware re-spin or reboot.
An analytics dashboard providing design-to-firmware traceability and automated test-plan synthesis.
A re-engineered, gated, stakeholder-owned release pipeline with a register-verification framework and expanded regression matrix to intercept defects earlier.
An internal harness for CPU-virtualization execution that isolated pre-tape-out silicon issues across multiple hypervisor paths and enabled rapid fix-and-retest cycles.
A machine-learning tool for data-center post-silicon validation that clusters failures and extracts signatures to help automate triage.
A unified automation and remote-orchestration framework enabling multi-site co-validation of server platforms.
A discrete-time chaotic encryption core for resource-limited IoT, taken from model to 45nm CMOS and FPGA demonstrators.