Architecture and integration
Architecture-agnostic protection that works with your platform, toolchain, and constraints โ no source code, no redesign, no disruption.
Compatible by design
Emproof Nyx is built for the real-world complexity of embedded systems: from microcontrollers running bare-metal programs or real-time operating systems, to high-performance Linux-based control units. Its architecture-agnostic design and binary-level integration make it compatible with the platforms, toolchains, and constraints that define modern embedded development.
Commonly used platforms
Emproof Nyx is actively deployed across a wide range of embedded architectures, including:
ARM Cortex-M/A/R: For automotive, industrial, and medical MCUs
Infineon TriCore and Renesas RH850: For processors in safety-critical systems
x86 / x86_64 / AARCH64: For general embedded systems and edge computing platforms
RISC-V: Support for standard ISA extensions with the option to support custom ISAs as customisations
Embedded Linux environments: From industrial gateways to next-gen connected devices
While these examples reflect typical deployment environments, Emproof Nyx can adapt to your architecture. So whether you’re working with vendor binaries, legacy code, or modern edge stacks, Emproof Nyx fits.
How integration works
Emproof Nyx is designed to fit easily into your existing workflow:
Toolchain compatibility
- Works with all compilers including GCC, LLVM/Clang
- No changes needed to your build environment
Binary-level protection
- Works directly on compiled binaries โ no source code required
- Ideal for protecting third-party, legacy, and already-deployed firmware
Flexible deployment
- Apply protection during development, integration, or post-deployment
- Helps you achieve compliance with security mandates like the EU CRA and US Cyber Trust Mark, even for legacy devices
Key advantages
Architecture-agnostic
Easily integrates with your existing platform
No redesign required
Keep your toolchain, build process, and production flow intact
Works at the binary level
No source code access or modifications needed
Minimal overhead
High-level security that fits into resource-constrained embedded devices
Still have questions about compatibility?
Contact us today to discuss your specific requirements
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