AI Security
Control model, agent, and prompt supply chains and runtime execution paths.
AI Security · Software Validation · Critical Infrastructure Security
AI Security,Software Validation,Critical Infrastructure Security
COONTEC designs and implements AI security, embedded software validation, and critical infrastructure security for mission-critical organizations.
- AI Security
- Software Validation
- Critical Infrastructure Security
What COONTEC Does
Core Value
COONTEC's business is organized around three technical domains.
Software Validation
Validate embedded software behavior and quality through virtualization-based test environments.
Critical Infrastructure
Build security visibility and controls for OT/ICS, maritime, and dedicated-network environments.
Core Platforms
Featured Platforms
COONTEC's core platforms for validation, AI security, and supply-chain security.
Product Solutions
Industry Solutions
Specialized solutions aligned with industry operating constraints and security requirements.
Applied Industries
Industries
COONTEC technologies apply across automotive, aerospace, maritime, railway, public-sector, and critical infrastructure environments.
Trust Factors
Why COONTEC
Beyond business categories, these are the execution capabilities required for mission-critical programs.
Functional Safety
Structure requirements and validation workflows with safety standards in mind.
Cyber Security
Reflect SBOM, supply-chain, and OT/ICS security requirements in system architecture.
Embedded Software
Work across embedded execution environments and virtualization-based validation flows.
AI Security
Design policy, traceability, and audit structures for model and agent execution.
Mission-Critical Systems
Support staged validation and operation for systems where downtime has high impact.
Global Collaboration
Maintain documentation, communication, and technical response standards for cross-region work.
Engineering Notes
Technical Insights
Technical perspectives on validation, security, and operations from COONTEC's product and industry work.
01
Embedded Software
Secure-ALPS: Embedded Runtime Self-Protection for Advanced Software Security
Secure-ALPS is an embedded self-protection platform designed to defend applications against reverse engineering, binary tampering, debugging, and runtime attacks. Combining ALPS-Shield and ALPS-Crypto, the platform delivers multi-layered protection through obfuscation, anti-debugging, integrity verification, resource encryption, Secure Boot, and white-box cryptography for mission-critical embedded systems.
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02
Embedded Software
TAP: The Lingua Franca of Embedded Testing — A Language-Independent Verification Environment with FastVLabs
In embedded projects where tests written in C, Python, Shell, and other languages coexist, fragmented test results are a familiar headache. Here's how to combine TAP — a standard protocol battle-tested over 38 years — with the FastVLabs virtual environment to build a unified, language-independent test reporting pipeline.
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Project Consultation
Start a Project Consultation
Share your AI security, software validation, or critical infrastructure security challenge, and we will help define a practical adoption scope.
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