Founder’s Profile
Mr. Ramachandran Palappalayam Rakkiyannan (Ram)
Founder & Principal – Allziva
Ram is a systems and safety engineering professional with more than 16 years of progressive experience helping safety-critical technologies move from design to real-world deployment. His work spans aerospace, automotive autonomy, battery and energy systems, semiconductors, robotics, and AI-enabled autonomous systems.
Across his career, Ram has contributed to high-accountability programs at NVIDIA, General Motors, XALT Energy, Bombardier Aerospace, Rockwell Collins, and UTC Aerospace/HCL. His work has focused on functional safety, system and software safety, certification readiness, hazard analysis, validation evidence, and operational risk management for systems where failures can carry real human, financial, and infrastructure consequences.
At NVIDIA, Ram works on autonomous safety certification for AI-driven autonomous systems. His role includes safety-process assessments, safety-compliance reviews, training, gap analysis, and support for engineering activities aligned with safety standards such as ISO 26262, IEC 61508, and related functional-safety frameworks. NVIDIA’s 2021 National Interest Exception support letter recognized his role as critical to automotive safety projects and tied his work to U.S. critical infrastructure.
Ram founded Allziva to bring this safety discipline to the next generation of physical AI systems, including humanoid robotics, autonomous vehicles, autonomous trucking, intelligent industrial automation, and human-machine collaborative systems. Allziva’s mission is to help innovators build systems that are not only intelligent, but safe, reliable, certifiable, and ready for real-world use.
Philosophy
What shaped Allziva’s philosophy most is not the technology itself, but
what Ram repeatedly observed after deployment: systems often fail not because they were
poorly designed, but because ownership, processes, and accountability weaken over time.
His expertise covers:
- AI safety and deployment assurance
- Autonomous systems and robotics safety
- Functional safety under ISO 26262, IEC 61508, and ISO 21448/SOTIF
- Hazard analysis, FMEA, FTA, SOTIF, and safety-case development
- Certification readiness and validation evidence management
- System architecture, operational risk, and long-term reliability