Unified Silicon Runtime Architecture

Runtime Power Intelligence | Runtime Security
Functional Safety | Silicon Lifetime Integrity

Discover More Get in Touch

"We cannot build the future of angstrom era system-on-chip (SoC) with methods created in the micron era."

— Ben Zaryouh, Founder & CEO, VegaSemi

COMPNAY

Runtime Silicon Intelligence for the AI Era

VegaSemi is a semiconductor technology company pioneering execution-coupled runtime silicon intelligence for advanced AI, automotive, cloud, and edge SoCs.

Our Unified Silicon Runtime Architecture™ enables chips to observe, interpret, and respond to real operating conditions across power management, functional safety, security, test diagnostics, reliability, and silicon lifecycle management.

By observing the real functional fabric of silicon during operation, VegaSemi enables chips to adapt to actual runtime conditions instead of relying on design-time assumptions, static tables, or indirect proxy sensors.

Explore Technology Technical Resources
TECHNOLOGY

A Unified Runtime Foundation for Modern SoCs

VegaSemi’s Unified Silicon Runtime Architecture™ brings power, safety, security, structural diagnostics, reliability, and lifecycle management into one execution-coupled runtime framework.

Modern SoC design has historically evolved through fragmented domain-specific solutions. Power management, functional safety, manufacturing test, in-field diagnostics, security, reliability, and silicon lifecycle management often rely on separate monitors, flows, assumptions, and control mechanisms.

VegaSemi creates a common technology foundation that combines hardware IP, design flows, runtime control, structural diagnostic techniques, in-situ observability, and system-level architecture to enable silicon to observe, interpret, and respond to real operating conditions from within the functional execution fabric.

Explore Products Technical Resources
USRA — Unified Silicon Runtime Architecture
⚡

Power

Runtime power and timing optimization through execution-coupled control.

🛡

Safety

Runtime integrity and diagnostic awareness for safety-critical SoCs.

✓

Diagnostics

Structural visibility connecting manufacturing test, in-field validation, and SLM.

🔒

Security

Physical-layer runtime integrity awareness and attack-resilience support.

PRODUCTS

Products Built on a Unified Runtime Foundation

VegaSemi products translate the Unified Silicon Runtime Architecture™ into focused solutions for runtime power management, functional safety, structural diagnostics, and physical-layer security.

Runtime Silicon Intelligence

One common foundation. Multiple product domains. A unified runtime architecture transforming silicon behavior into actionable intelligence across power, safety, diagnostics, and security.

⚡
Runtime Power

VegaPower™

Runtime power intelligence for execution-coupled margin observation, adaptive voltage control, droop response, and guardband reduction.

Learn More →
🛡
Functional Safety

VegaSafe™

Runtime functional safety intelligence for structural integrity awareness, latent-fault support, and common-cause failure visibility.

Learn More →
✓
Test & Diagnostics

VegaTest™

Runtime structural diagnostics connecting manufacturing test, system-level test, in-field validation, reliability, and silicon lifecycle management.

Learn More →
🔒
Security

VegaSecure™

Physical-layer runtime security intelligence for execution integrity, abnormal timing behavior, and fault-injection resilience.

Learn More →
Resources

Technical Insights for Runtime Silicon Intelligence

Explore VegaSemi white papers, architecture briefs, and technical resources covering the transition from fragmented, static semiconductor control toward execution-coupled runtime silicon intelligence.

Architecture-Driven Resources

Technical material for advanced SoC teams evaluating runtime power, safety, diagnostics, security, and lifecycle-aware silicon intelligence.

◆
Architecture Brief

Unified Silicon Runtime Architecture™

Foundational architecture connecting power, safety, security, diagnostics, reliability, and lifecycle management through a unified runtime intelligence layer.

Learn More →
⚡
White Paper

VegaPower™ White Paper

Runtime power intelligence for advanced SoCs operating under dynamic workload, voltage, thermal, and aging conditions.

Learn More →
🛡
White Paper

VegaSafe™ White Paper

Runtime functional safety intelligence for heterogeneous, safety-critical, and mission-critical SoC platforms.

Learn More →
✓
White Paper

VegaTest™ White Paper

Runtime structural diagnostics spanning manufacturing, system-level test, in-field validation, reliability, and silicon lifecycle management.

Learn More →
View All Resources →
Updates

News

May 2026

VegaTest™ — Runtime Structural Diagnostics for Advanced Semiconductor Systems

Modern SoC validation is becoming increasingly fragmented across factory test, SLT, in-field diagnostics, telemetry, SLM, reliability, and RAS.

Advanced nodes, AI workloads, chiplets, automotive systems, and silent data corruption risks are creating failure mechanisms that depend heavily on real runtime conditions.

VegaTest™ introduces a continuous runtime-aware structural integrity framework spanning manufacturing, deployment, and operational lifetime. It combines structural diagnostic rigor, runtime-aware orchestration, execution-coupled validation, and coordinated factory-to-field deployment while reducing dependence on fragmented scan-heavy infrastructures.

VegaTest™ extends conventional DFT methodologies into a more runtime-aware and lifecycle-oriented diagnostics framework, with potential impact across test cost, diagnostic quality, yield and binning efficiency, escape reduction, silent data corruption risk, and lifecycle integrity visibility.

Download White Paper →

May 2026

VegaSafe™ — Runtime Functional Safety Intelligence for Modern SoCs

As heterogeneous, compute-intensive SoCs move deeper into mission-critical applications, functional safety can no longer rely only on duplication-heavy architectures.

These applications include automotive, robotics, industrial automation, aerospace, and Physical AI systems, where fragmented diagnostic methods increasingly struggle to address modern silicon complexity.

VegaSafe™ enables unified runtime structural safety for modern silicon, supporting active fault detection and latent fault management within a coordinated framework. It strengthens existing lockstep-based architectures through runtime observability, common-cause monitoring, and latent-fault support, while also enabling a single-core lockstep-equivalent path for future systems.

VegaSafe™ is a key realization of VegaSemi’s unified runtime silicon intelligence architecture, purpose-built for heterogeneous, safety-critical, power-constrained systems.

Download White Paper →

January 2026

VegaPower™ — Runtime Power Intelligence for Modern SoCs

As compute-intensive SoCs operate closer to physical limits, power management and power integrity can no longer rely on static margins or coarse-grain control.

Real workloads, fast transients, environmental variation, and silicon aging demand a fundamentally different approach.

VegaPower™ technology enables ultra-fine-grain AVFS tightly coupled with real-time power integrity intelligence, forming a unified runtime power management framework at the silicon level. By continuously observing workload behavior and supply conditions in the field, VegaPower™ enables SoCs to operate at optimal efficiency while maintaining stable, reliable power delivery under all operating conditions.

VegaPower™ is the first realization of VegaSemi's unified runtime silicon intelligence architecture—purpose-built for the angstrom era of power-constrained, compute-intensive systems.

Download White Paper →

Reach Out

Contact

✉

Email

For partnerships, technical discussions, or investment inquiries:

contact@vegasemi.com
📍

Location

9191 Towne Centre Drive, Suite 150
San Diego, CA 92122