Integrity Guard 32 digital security technology
Effortless, field-proven, long-term security solution

Simplifying hardware-based security without compromising on performance and reliability with Integrity Guard 32

Centerpiece of modern cybersecurity architecture

In our increasingly digital and connected world, it is more important than ever that sensitive data is processed and stored securely. Secured identities allow information to be exchanged through trusted sources and protect our privacy. Secured authentication between connected devices and the cloud provides confidence that only authorised parties have access to sensitive data. However, privacy and secured authentication solutions face a rapidly evolving threat landscape. Cybercriminals are using increasingly sophisticated attacks based on quantum computing, AI and other technologies. In addition, extensive attack knowledge and ready-to-use tools are easily available online.

Infineon’s answer to these complex security requirements is Integrity Guard 32: the future-proof security architecture includes highly effective fault detection and a self-contained and self-checking dual CPU system.

Integrity Guard 32 – the answer to the rising security challenges of today and tomorrow

Integrity Guard 32 features highly efficient error detection and a self-contained, self-checking dual-CPU system. With its update capability, it is the answer to future security requirements, accelerates certification processes and enables a higher level of security without compromising on performance or reliability

 

 

At the heart of the architecture is a dual CPU core. If one of the CPUs is affected by a fault attack, the second CPU is able to recognize the event immediately and take action. If an attack on both CPUs is detected or another alarm occurs, the chip shuts down immediately.

If data in one of the system memories is changed by a cyber-attack, the Integrity Guards 32 error code check can either repair the data or trigger an alarm. In addition, the content of all system memories is fully encrypted. Even if an attacker succeeds in reading this data, they will not be able to understand the information. This effectively prevents the disclosure of secrets.

 

 

If data in one of the system memories is changed by a cyber-attack, the Integrity Guards 32 error code check can either repair the data or trigger an alarm. In addition, the content of all system memories is fully encrypted. Even if an attacker succeeds in reading this data, they will not be able to understand the information. This effectively prevents the disclosure of secrets.

Benefits of the Integrity Guard 32 security architecture

Almost all security functions are automated in the Integrity Guard 32 security controllers. Integrity Guard 32 also requires less code, which reduces development effort. The open nature of Integrity Guard 32 also simplifies soware programming and enables easy implementation. This means that even less experienced developers can achieve excellent security results.

With their comprehensive digital security features, Integrity Guard 32 controllers overcome the drawbacks of analogue security technologies and offer solid protection of sensitive data against attacks. The dual-CPU approach enables error detection in parallel with ongoing data processing. Energy-efficient crypto accelerators enable fast data encryption, digital signatures and other cryptographic operations, while protecting the system from side-channel, error-induction and physical attacks. The result is maximum security combined with fast transaction times and high efficiency.

The Integrity Guard 32 architecture also allows future hardware expansion, paving the way for product and service life extensions.

Integrity Guard 32 reduces operational costs throughout the product lifecycle by supporting simpler application development with fewer security measures to implement.

Fault detection codes and digital security features can be mathematically modelled. This facilitates safety evaluation and certification, both internally and by third parties. Combined with easy programming and implementation, this significantly reduces time-to-market.

Field-proven security

For almost two decades Infineon has developed, qualified and ramped security controllers based on the Integrity Guard security architecture. By end of November 2024 Infineon sold more than 9,4 billion Integrity Guard products.

With the latest launch of the TEGRION™ security controller family, Infineon is moving to the next level. TEGRION™ is based upon Infineon’s revolutionary security architecture Integrity Guard, shifting the boundaries of hardware security and offer easy implementation, a rapid design-in and time to market, while being ready to support an extended product lifetime.

Integrity Guard 32 is the core of each TEGRION™ security controller

TEGRION™ security controllers combine 32-bit high performance CPUs based on Arm® v8-M with latest gen crypto accelerators, power-optimized 28 nm technology and smart digital security technologies.

Benefit from our broad offering of next gen security controllers for a wide range of smart applications – easy to program and to design-in due to enhanced tool chain and a certified crypto suite.

Enabling innovative delivery forms ideally tailored for payment applications due to rapid communication for fastest execution, ultra-low power consumption and best-in-class security

Learn more

TEGRION™ Payment
SECORA™  Pay on 28nm payment solution using TEGRION™
SECORA™ Pay Green based on TEGRION™

Optimized to support a long product lifetime use in government identification applications with faster time to market while reducing the certification efforts 

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TEGRION™ Government ID
Government ID solutions using TEGRION™