Fault Injection Protection IP Cores

Fault Injection Protection IP cores harden hardware implementations against physical attacks that target leakage or fault behavior in modern SoC and ASIC designs.

These IP cores support detection and mitigation of glitching, voltage, clock, EM, and other active fault attacks, helping designers improve resilience in high-assurance and tamper-sensitive products

This catalog allows you to compare Fault Injection Protection IP cores from leading vendors based on protection strength, performance impact, area overhead, and process node compatibility.

Whether you are designing secure controllers, payment devices, automotive security, or trusted embedded systems, you can find the right Fault Injection Protection IP for your application.

 
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Compare 4 Fault Injection Protection IP Cores from 3 vendors

What is Fault Injection Protection IP?

Fault Injection Protection IP is a hardware security block used in SoCs and ASICs to implement detection and mitigation of glitching, voltage, clock, em, and other active fault attacks.

It is especially important in devices that protect keys, identities, payment data, or trusted execution flows against active adversaries.

Main functions of Fault Injection Protection IP

Protection capability

Fault Injection Protection IP provides dedicated hardware support for security-critical operations and policy enforcement.

System-level integration

It is typically deployed alongside Root of Trust, key-management, cryptographic, or interface-security architectures.

Performance and assurance

Dedicated Fault Injection Protection IP helps improve throughput, reduce software overhead, and strengthen security assurance.

Lifecycle relevance

It supports secure manufacturing, deployment, runtime protection, or long-term trust management depending on the use case.

Key features of Fault Injection Protection IP cores

  • Hardware-based security enforcement
  • Lower software overhead
  • Useful in trusted architectures
  • Better integration of security functions
  • Reusable across secure SoC programs

How to choose Fault Injection Protection IP

Selecting the right Fault Injection Protection IP depends on your application and integration requirements:

  • target threat model
  • certification or compliance needs
  • performance and latency requirements
  • integration with the security architecture
  • power and area budget

Applications of Fault Injection Protection IP cores

  • secure controllers
  • payment devices
  • automotive security
  • trusted embedded systems

Compare Fault Injection Protection IP cores from leading vendors

This catalog provides access to a wide range of Fault Injection Protection IP cores from leading semiconductor IP providers.

Use filters to compare solutions based on hardware-based security enforcement, lower software overhead, useful in trusted architectures, and integration requirements.

Frequently asked questions about Fault Injection Protection IP cores

What is Fault Injection Protection IP?

Fault Injection Protection IP is a reusable hardware block used in SoCs and ASICs to implement this function with production-ready integration, verification support, and platform reuse.

What capabilities does Fault Injection Protection IP typically provide?

Typical capabilities include performance-optimized implementation, integration with the surrounding subsystem, configurable feature support, and reuse across multiple SoC or ASIC programs.

Where is Fault Injection Protection IP used?

Fault Injection Protection IP is commonly used in secure controllers, payment devices, automotive security, and trusted embedded systems depending on the target product and architecture.

How do I choose Fault Injection Protection IP?

You should consider supported features, performance targets, power consumption, verification maturity, system integration requirements, and process node compatibility.

Why use dedicated Fault Injection Protection IP instead of building it from scratch?

Using proven Fault Injection Protection IP reduces design risk, shortens development time, and helps teams reach production faster with better interoperability and validation coverage.

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