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COONTEC Appoints Junseop Kim, Key Developer Behind Alyac, to Strengthen AI Security Product Development and Commercialization

COONTEC has appointed Junseop Kim, who led the development of Alyac, as Head of Cybersecurity Technology to strengthen AI security product planning, development, and commercialization.

Newsroom

COONTEC Unveils National R&D Demonstration for Smart Ship Cybersecurity

COONTEC unveiled a national R&D demonstration for smart ship cybersecurity, using two virtual vessels and real attack scenarios to validate detection, response, inspection evidence, and a CRI-based cyber resilience assessment model.

COONTEC Demonstrates Maritime Cyber Resilience Platform in Live Test

COONTEC conducted a live maritime cyber resilience demonstration using TeraGRID Maritime (TGM) and KR-CRP, validating real attack scenarios and IACS UR E26 compliance workflows.

COONTEC Wins Minister of Korea AeroSpace Administration Award at 2025 K Aerospace Open Innovation

COONTEC received the Minister of Korea AeroSpace Administration Award at the 2025 K Aerospace Open Innovation, recognizing the competitiveness of FastVLabs-based digital twin and vECU technology for aviation software development and validation.

COONTEC and Kookmin University Defense Technology Protection Research Institute Sign MOU to Strengthen Software-Based Defense Technology Security

COONTEC has signed an MOU with Kookmin University’s Defense Technology Protection Research Institute to strengthen software-based defense technology security through anti-tampering R&D and industry-academia collaboration.

Technical Insights

2026-08-24

Why Embedded Software Testing Can No Longer Rely on Traditional Methods

Explore the limitations of hardware-dependent embedded software testing and how FastVLabs enables full virtualization and automation for earlier functional safety and cybersecurity validation.

Understanding the Rules Is Not Enough for AI

Key Message The fact that an AI achieved its goal does not guarantee safety. Organizations must independently verify whether it acted using approved information, privileges, tools, and policy-defined paths.

AI Has Moved Beyond “Answering” — It Has Started “Acting”

AI Agent security is not simply about protecting Prompts and Responses. Organizations must be able to observe the entire execution path across Prompt · Context · Memory · Reasoning · Tool Call · Action · Audit and, when necessary, enforce controls before an actual action is executed.

AI Model Supply Chain Security: Why Static Analysis Alone Is Not Enough | COONTEC

An AI model is more than just a file. Organizations must verify not only its origin and integrity, but also its actual behaviour and potential for data leakage.

Can BESS Cybersecurity Testing Start Before Hardware Is Ready?

As BESS cybersecurity becomes increasingly important, virtual BMS and PCS environments enable manufacturers to validate embedded control software earlier, more safely, and repeatedly before full hardware integration.

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.