Transforming SoC Complexity into Targeted, Actionable Intelligence Across the Entire Chip and System Lifecycle
As AI adoption accelerates, chip manufacturers face increasing pressure to deliver higher performance while optimizing power, ensuring reliability, and extending product lifespan. This blog explores proteanTecs end-to-end solutions engineered to tackle the escalating complexity in high-performance, service-critical systems.
Based on unique telemetry, proteanTecs’ targeted portfolio delivers purpose-built AI/ML solutions that address new realities of surging workload demands, chiplet-based architectures, evolving power and performance management schemes, and the complexities of process, application and environment.
proteanTecs solutions portfolio addresses six key challenges
proteanTecs portfolio is structured around six key challenges:
- Power & Performance – Unlocking scale with dynamic power and performance optimization.
- Reliability, Availability & Serviceability (RAS) – Detecting and preventing faults during operation before they impact users.
- Functional Safety & Diagnostics – Enhancing safety profiles with on-the-road predictive monitoring and diagnostics.
- Chip Production – Improving quality, time-to-market, and yield from design through final test.
- System Production – Enabling faster, smarter system ramp and high-volume testing with actionable deep data insights.
- Advanced Packaging – Ensuring chiplet and interconnect integrity for next-generation 2.5D/3D designs.
Workload demand and specialization are creating a profound transformation in how value is created in the semiconductor ecosystem. New architectures, diversified operating models, and verticalization are reshaping not only engineering challenges, but also the economics of the industry. proteanTecs has shaped its solutions offering based on vast real-world deployments and deep insight into customer challenges. The portfolio translates rich telemetry into targeted, value-driven intelligence, helping organizations align new business realities, optimize at scale, and address evolving, segmented priorities.
At the core of proteanTecs’ solutions is the company’s unique embedded on-chip technology, which generates deep telemetry data to monitor critical parameters from within the silicon, at test and in the field. This is supported by the company’s Hardware Monitoring System, providing monitors, sensors, and a robust infrastructure for seamless access and control across design, test, and operational flows.
Hardware Monitoring System facilitates access to on-chip monitoring from sensing to insights.
proteanTecs monitors are on-chip hardware IP blocks designed to continuously observe and measure a chip’s behavior in real time. Embedded directly into silicon, they extract high-resolution parametric data across critical domains such as timing margin, maximum cycle to cycle jitter, local IR drop, lifetime acceleration stress, signal integrity, aging effects, delay and process signatures. The monitors extract essential data related to a chip's quality and health, and enable power reduction, failure prevention, and performance optimization.
Actionable insights and decisions are provided at every stage, including qualification, characterization, validation, production testing, and in-field operation. The solutions span the full stack, from real-time hardware actions and in-firmware decision-making to advanced analytics, monitoring, and diagnostics in software.
proteanTecs’ technology is trusted by leaders in AI, Cloud, Data center, Automotive, Telecom, and Mobile markets, with deployment in more than 150 devices. Developed through years of close collaboration with leading technology companies and strategic ecosystem partners, the solutions consistently deliver quantifiable, production-scale impact including up to 15% lower power consumption, 10% performance gains, 10°C temperature reduction, continuous 24/7 failure prevention, up to 30% faster time-to-market, and up to one year of extended device lifetime.
