Proteus

Proteus is a one-stop software platform that applies analytics to data created by on-chip Agents™ (IPs), custom tailored to represent and automatically cover a specific design. The Agents monitor, detect and report from within chips, producing readouts that are inferred by machine learning algorithms to provide actionable insights and alerts on the electronic system’s health and performance. This leads to increased levels of performance, quality and reliability. Electronics are taking responsibility of nearly every aspect of our lives, growing in scale and complexity. From the cars we drive and phones we use to the data we consume, they are required to provide mega-functionality and ceaseless use. These complex digital systems are enabled by highly sophisticated architectures, nano-scale manufacturing processes and advanced packaging. However, these technological breakthroughs introduce new industry-wide challenges. Proteus provides visibility into electronics at every stage, providing value to: • Chip and System Manufacturers gain faster time-to-market, higher yields, improved quality, optimized products and increased operational efficiencies • Electronics Service Providers gain predictive maintenance, alerts on faults before they become failures and reduced cost of service Proteus serves the electronics value chain by accompanying chips from design to end-of-life. It aggregates a wide body of data on every chip and system, allowing for bi-directional flow of common information. By providing visibility and correlation, Proteus improves collaboration among Chip Vendors, System Vendors and Service Providers, enabling scale economics, quality and reliability. As such, Proteus is targeted towards companies that either make, integrate or deploy silicon-based electronics. Proteus provides value in ICs with smaller process nodes (28→5nm), addressing the needs of the Datacenter/ AI/ Cloud, Consumer Devices and Automotive industries. The solution manages silicon uncertainties end-to-end, leading to excellence and affordability of electronics. By doing this, customers drive better business results: [1] Improved bottom line: increased profitability through optimized operational efficiencies, streamlined processes and reduction of COGS at every stage. [2] Loss prevention: mitigation of risks in design and production, prevention of stop-ship recalls and service downtime. [3] Increased revenue: increased competitiveness, acceleration of time-to-market and enhanced product development through unique predictive capabilities.