What is the difference between Air Force TFPGA vs Sternum Runtime Protection?

**Air Force TFPGA**: FPGA trust assessment tool for detecting hardware Trojans and counterfeits. built by GrammaTech. headquartered in United States. Core capabilities include FPGA self-characterization testing, Statistical analysis of circuit characteristics, Hardware Trojan detection.. **Sternum Runtime Protection**: Agentless runtime security for IoT/embedded devices using EIV™ tech. built by Sternum. headquartered in Israel. Core capabilities include EIV™ binary instrumentation for firmware auto-profiling and integrity verification across all exploitation paths, Agentless deployment integrated into firmware build, testing, and deployment process with 1–3% CPU overhead, Prevention of memory corruption and code manipulation attacks (buffer overflows, command injections, execution flow manipulations).. Both serve the Industrial Control System Security market but differ in approach, feature depth, and target audience.

What features do Air Force TFPGA vs Sternum Runtime Protection offer?

**Air Force TFPGA** differentiates with FPGA self-characterization testing, Statistical analysis of circuit characteristics, Hardware Trojan detection. **Sternum Runtime Protection** differentiates with EIV™ binary instrumentation for firmware auto-profiling and integrity verification across all exploitation paths, Agentless deployment integrated into firmware build, testing, and deployment process with 1–3% CPU overhead, Prevention of memory corruption and code manipulation attacks (buffer overflows, command injections, execution flow manipulations).

Who makes Air Force TFPGA vs Sternum Runtime Protection?

**Air Force TFPGA** is developed by GrammaTech. **Sternum Runtime Protection** is developed by Sternum. Vendor maturity, funding stage, and team size can be important factors when evaluating long-term viability and support quality.

Is Air Force TFPGA a good alternative to Sternum Runtime Protection?

Air Force TFPGA and Sternum Runtime Protection serve similar Industrial Control System Security use cases: both are Industrial Control System Security tools. Review the feature comparison above to determine which fits your requirements.

Air Force TFPGA vs Sternum Runtime Protection (2026) | Compare Industrial Control System Security Tools

Air Force TFPGA

FPGA trust assessment tool for detecting hardware Trojans and counterfeits

Industrial Control System Security

Commercial

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Sternum Runtime Protection

Agentless runtime security for IoT/embedded devices using EIV™ tech.

Industrial Control System Security

Commercial

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Side-by-Side Comparison

Feature

Air Force TFPGA

Sternum Runtime Protection

Pricing Model

Commercial

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Core Features

FPGA self-characterization testing
Statistical analysis of circuit characteristics
Hardware Trojan detection
Counterfeit part identification
Re-used and recycled part detection
Anomaly detection and flagging
Operation without golden reference models
Supply chain trust assessment

EIV™ binary instrumentation for firmware auto-profiling and integrity verification across all exploitation paths
Agentless deployment integrated into firmware build, testing, and deployment process with 1–3% CPU overhead
Prevention of memory corruption and code manipulation attacks (buffer overflows, command injections, execution flow manipulations)
Zero-day and one-day vulnerability mitigation without patching
Software supply chain protection covering third-party libraries (encryption, authentication, OTA, communication)
Cloud platform with XDR-like threat detection for IoA and IoC (unauthorized access, DDoS, brute force)
Detailed attack forensics with root cause analysis context for each mitigated attack
Continuous real-time security monitoring with dashboards and SOC/SIEM/SOAR data sourcing

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SIEM

SOAR

SOC

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Air Force TFPGA vs Sternum Runtime Protection: 2026 Comparison

Air Force TFPGA

Sternum Runtime Protection

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