Zymbit provides hardware security modules and integrated tooling for IoT devices, utilizing secure boot, file system encryption, and tamper sensors to ensure data integrity and device resilience. The company addresses vulnerabilities in IoT endpoints by enabling secure updates and recovery options, protecting against unauthorized access and compromised firmware.
Funding
$2.7M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
IoT devices are vulnerable to unauthorized access, compromised firmware, and data breaches, especially in unattended or remote environments. Traditional security measures often lack the robustness needed to protect against physical tampering and sophisticated cyberattacks targeting edge devices. Maintaining the integrity and resilience of these devices throughout their lifecycle presents a significant challenge.
Solution
Zymbit provides a resilient edge stack comprised of hardware security modules (HSMs) and integrated software tooling that fortifies Linux-based IoT devices against a range of threats. Their solution focuses on secure boot processes, file system encryption, tamper detection, and secure update mechanisms to ensure device integrity and data protection. Zymbit's Bootware simplifies the configuration and management of device-level security features, offering a unified approach to core security, resilient updates, and self-recovery. This modular approach allows for seamless integration at any stage of a project, enhancing device reliability and enabling long-term compliance in zero-trust environments. By combining hardware-based security with software-driven resilience, Zymbit enables organizations to deploy and manage secure, unattended edge devices with confidence.
Target Audience
Zymbit's primary customers include OEMs, integrators, and end-users deploying Linux-based IoT devices in industries such as smart retail, factory automation, agrotech, and diagnostic equipment, particularly those operating in zero-trust environments.
Features
- Hardware-anchored secure boot process to prevent unauthorized firmware execution
- Encrypted file system and user kernel to protect sensitive data at rest
- A/B image management for robust and secure over-the-air (OTA) updates with fallback and recovery options
- Physical tamper sensors that detect and respond to unauthorized physical access attempts
- Cryptographic service engine for secure key generation, storage, and management
- Remote attestation capabilities to verify device identity and integrity
- Integration with Raspberry Pi OS and Ubuntu for ease of deployment
- Support for various compute modules, including Raspberry Pi CM4/CM5 and Zymbit SCM4