FIPS 140-3 Validated Software
CryptoComply
RTOS
Post-Quantum Ready Cryptography for
VxWorks and Real-Time Operating Systems
Secure Your Real-Time Operating Systems with FIPS 140-3 Validated Cryptography
Deploy trusted, standards-based cryptography in mission-critical embedded systems without sacrificing performance, reliability, or deterministic execution.
CryptoComply RTOS brings SafeLogic’s proven FIPS 140-3 validated cryptography to real-time operating systems, enabling software developers to meet today’s security and compliance requirements while preparing for the transition to post-quantum cryptography.
Built for Real-Time Systems
Embedded software developers face unique cryptographic challenges. Unlike enterprise software, RTOS environments operate with strict timing requirements, limited memory, constrained processing resources, and product lifecycles that often span decades.
CryptoComply RTOS is purpose-built to solve these challenges by delivering trusted cryptography optimized specifically for real-time operating systems. It provides the same cryptographic foundation trusted across the CryptoComply product family while minimizing footprint and maximizing performance for embedded environments.
FIPS 140-3 Validated Cryptography for VxWorks
The initial release supports Wind River® VxWorks®, one of the industry’s most widely deployed RTOS platforms, with engineering services available for additional real-time operating systems and custom embedded environments.
Features and Benefits of
CryptoComply RTOS
FIPS 140-3 Validated Cryptography
Deploy cryptographic software built on SafeLogic's trusted FIPS 140-3 validated technology to meet federal, defense, and regulated industry requirements.
Built for Real-Time Performance
Optimized for deterministic workloads with a small memory footprint suitable for resource-constrained embedded systems.
User Space & Kernel Space Support
Integrate validated cryptography wherever your architecture requires it, whether operating in user space or directly within the kernel.
Crypto-Agile Architecture
Prepare for evolving cryptographic standards without requiring extensive application redesign or disrupting long-lived deployments.
Post-Quantum Ready
Begin your migration today with hybrid cryptography, CAVP-tested post-quantum algorithms, and support for CNSA 2.0-aligned deployments.
Flexible Deployment
Supports deployment strategies focused on both Common Criteria and FIPS environments, providing flexibility for evolving certification requirements.
Optional ESV-Validated Entropy
Support stronger entropy assurance in applicable real-time and embedded environments with an optional ESV-validated entropy source.
OpenSSL-Compatible Integration
Integrate validated cryptography into supported RTOS applications using familiar OpenSSL-compatible interfaces.
Prepare for the Post-Quantum Transition
The transition to post-quantum cryptography extends well beyond enterprise IT.
Embedded systems, operational technology, networking equipment, and long-lifecycle platforms must also evolve to support emerging cryptographic standards while continuing to meet today’s compliance requirements.
CryptoComply RTOS helps organizations begin the PQC transition with:
Hybrid cryptographic deployments
CAVP-tested post-quantum algorithms, with CMVP validation planned
CNSA 2.0 algorithm support
Crypto-agile architecture
Future-ready migration path toward quantum-resistant cryptography
Rather than forcing major architectural changes, CryptoComply RTOS enables organizations to modernize cryptography while preserving the deterministic performance and reliability expected from real-time operating systems.
CryptoComply RTOS Key Features
- FIPS 140-3 validated classical cryptography
- CAVP-tested post-quantum algorithms
- Hybrid cryptography support
- CNSA 2.0 aligned algorithms
- User space and kernel space operation
- Optimized for real-time workloads
- Small embedded memory footprint
- Crypto-agile architecture
- Common Criteria and FIPS deployment support
- Engineering services for additional RTOS platforms
Get The Definitive Guide to FIPS 140-3 Certification & Validation
Download our free eBook covering the whole process, requirements, and strategies for success.
Why Choose SafeLogic?
For over a decade, the world’s leading technology companies have trusted SafeLogic to deliver compliant cryptography that accelerates certification and simplifies cryptographic modernization.
CryptoComply RTOS extends that trusted foundation into real-time operating systems, giving embedded software developers access to:
- Proven FIPS 140-3 validated cryptography
- Enterprise-grade software support
- Ongoing maintenance and compliance updates
- Post-quantum migration expertise
- Engineering services for custom platforms and RTOS environments
With SafeLogic, organizations can deploy trusted cryptography today while building a practical path toward tomorrow’s quantum-resistant future.
Frequently Asked Questions
Which real-time operating systems are currently supported?
The initial release supports Wind River® VxWorks®. SafeLogic also provides engineering services for additional RTOS environments and customer-specific platform integrations.
Does CryptoComply RTOS support post-quantum cryptography?
Yes. CryptoComply RTOS includes CAVP-tested post-quantum algorithms, hybrid cryptographic modes, and CNSA 2.0-aligned algorithm support to help organizations begin their PQC migration.
Can CryptoComply RTOS run in kernel space?
Yes. CryptoComply RTOS supports both user space and kernel space operations, allowing developers to integrate validated cryptography wherever it is needed.
Does CryptoComply RTOS provide FIPS 140-3 validated cryptography?
Yes. CryptoComply RTOS is built upon SafeLogic’s FIPS 140-3 validated cryptographic technology, providing organizations with trusted, standards-based cryptography for embedded systems.
Ready to Secure Your Embedded Platforms?
Call us at 844.436.2797 or complete the form now to speak with one of our experts.
