Raising the bar on security in embedded designs
Devices are becoming smarter and more connected, which is cause for more security concerns. Today, companies are facing design challenges to ensure strong security levels in their IoT devices and safeguard device integrity.
Governments and regulatory instances are raising awareness about the importance of IoT device security and have set high standards to streamline the approach.
- Embedded developers are faced with new challenges:
- The need to comply with different regulations within several new certification schemes
- Increasing scalability requirements
- The multiple MCU development frameworks and real-time operating systems used in the devices today, which increase complexity levels when it comes to security
- The lack of security expertise and the need to increase their skills, which requires time and money
Stronger, more scalable security for your embedded systems
STM32Trust simplifies your approach to security. STM32 MCUs and MPUs put security at the center of the equation between developers and market regulations.
The security implementations are developed by ST in the context of security assurance and in compliance with the security schemes. They also aim to match the different requirements of the industry standards on different levels to provide more scalability.
The STM32Trust solution provides developers with a robust, multilevel strategy to enhance security in their new product designs. It is based on our STM32 microcontrollers and microprocessors, combined with our STSAFE secure elements.
With a set of 12 security functions offering hardware, software, and design services from ST and third parties, STM32Trust complies with the new requirements of national regulations and security standards for applications.
Fast track your design journey with certified security
- STM32Trust relies on several security certification schemes to increase your level of confidence in the security implementations, including:
- Platform Security Assurance (PSA) defined by Arm®
- Security Evaluation Standard for IoT Platforms (SESIP) defined by Global Platform
The STSAFE secure elements supported by STM32Trust are Common Criteria EAL5+ certified.
This assurance level allows designers to use our security framework with more confidence and meet the application requirements of their security standards, such as PCI, UL-2900, IEC 62443, ETSI EN 303 645, FIPS-140-2, IoXT and many others.
提高嵌入式设计的安全性标准
随着设备的智能化水平和互联程度越来越高，由此产生的安全问题也日益增多。如今，各公司在设计过程中都面临着挑战，即如何确保物联网设备达到很高的安全性，以及如何保护设备的完整性。
政府和监管机构正在设法提高公众对物联网设备安全性的认识，并制定了高标准来简化实现安全性的途径。
- 需要符合多种新的认证架构下的不同规定
- 需要提高可扩展性
- 如今的设备中往往使用多种MCU开发框架和实时操作系统，这又提高了实现安全性的复杂程度
- 安全相关专业人员匮乏，人员技能有待提升，解决这些问题需要投入时间和资金
提升嵌入式系统的安全性和可扩展性
STM32Trust可简化实现安全性的途径。STM32 MCU和MPU将安全性置于核心地位，助力开发人员满足市场监管要求。
安全实现方案是由意法半导体在安全保证及符合安全架构的前提下开发出来的。此外，它们还满足不同级别工业标准的不同要求，以提高可扩展性。
STM32Trust解决方案为开发人员提供了稳健的多层次策略，以增强新产品设计的安全性。该解决方案依托我们的STM32微控制器和微处理器，并结合了我们的STSAFE安全元件。
STM32Trust包含12项安全功能，可提供来自意法半导体和第三方合作伙伴的硬件、软件和设计服务，符合国家法规和应用安全标准的新要求。