Security Technology Platform-EE Awards-EE Times

Product：TrustME Secure Flash

Recommended reasons： In today's interconnected world, electronic devices play an integral role in our daily lives. From consumer gadgets to critical infrastructure components, these devices rely heavily on flash memory for storing essential code and data. As such, safeguarding these assets from malicious cyber threats has become paramount. Flash memories are the backbone of modern electronic platforms, housing vital assets such as code, private data, and company credentials. However, the ubiquity of these devices has also made them attractive targets for hackers. Accessing the content of flash devices or permanently modifying the system code stored in the flash are two of the more common attacks seen today. Standard flash devices have no means of protection from unauthorized access and modification. Hackers can leverage these vulnerabilities to access end-users' private data, orchestrate large-scale attacks on corporate infrastructure via networking and IoT devices, and even engage in acts of sabotage and espionage against government infrastructure. Recognizing the gravity of these challenges, Winbond Electronics Corporation has pioneered the development and introduction of a comprehensive range of TrustME^® Secure Flash devices. These cutting-edge solutions are engineered to protect assets and create secure platforms for Winbond customers, safeguarding end users in various domains. Winbond's Secure Flash devices service a wide array of applications, including consumer IoT, Industrial IoT, servers, networking, and automotive sectors. This versatility makes them an indispensable component in fortifying electronic devices across industries. Winbond is deeply committed to safeguarding its customers against emerging cybersecurity threats. To prepare for the impending post-quantum era, Winbond has introduced Secure Flash devices fortified with post-quantum cryptography (PQC). This ensures that customers will continue to enjoy robust protection in an ever-evolving cybersecurity landscape.

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STMicroelectronics

Product：ST4SIM-300, GSMA eSIM IoT system-on-chip solution for IoT environment

Recommended reasons： The ST4SIM-300 is an embedded SIM solution designed for IoT applications. It is compliant with the GSMA SGP.32 eSIM for IoT specification and is eSA certified. Thanks to its remote SIM provisioning (RSP) capabilities, it allows easy management of SIM profiles across large fleets of devices. It also supports remote switching between network providers, eliminating the need to physically replace SIM cards. ST4SIM-300 is well-suited for devices with limited user interfaces and constrained network environments, simplifying deployment in typical IoT scenarios. It simplifies cellular connectivity adoption for device manufacturers by offering greater convenience and flexibility. The product is available in multiple package options—card plug-in, MFF2, and WLCSP—and comes in both IoT and industrial-grade variants.

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Nuvoton Technology Corporation

Product：NuMicro^® M2354 Series – IoT Security MCU with Chip-Level Physical Security, Ultra-low Power Performance, and Complies with International Mainstream IoT Security Standards

Recommended reasons： 1. Secure Boot with DICE: Secure Boot with DICE implemented in Mask ROM establishes a hardware Root of Trust using ECC P-521, ensuring that the entire boot process is cryptographically verified and protected from unauthorized modification. 2. NuSMP 2.0 Integration: With NuSMP 2.0 integrated, the platform delivers a comprehensive security framework that is fully compliant with PSA Level 3 and SESIP Level 3 certifications, aligns with the EU Cyber Resilience Act (CRA), and enables robust protection against both physical and logical attacks throughout the system lifecycle. 3. Ultra-Low Power Consumption: Consumes only 89.3 μA/MHz in LDO mode and 39.6 μA/MHz in DC-DC mode. The Standby Power-Down mode consumes less than 2 μA while Deep Power-Down mode consumes just 0.5 μA with VBAT and can drop as low as 0.1 μA without VBAT. These optimizations significantly extend battery life and meet the demands of long-term IoT operation. 4. Compact Footprint: Offers WLCSP49 small package option, providing cost-effective Root of Trust (RoT) with compact footprint. Ideal for space-constrained applications. 5. Comprehensive crypto accelerators: Supports standard cryptographic functions including FIPS PUB 197/180/180-2/180-4 and NIST SP 800-38A, ensuring secure and efficient hardware acceleration.

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Jmem Technology Co., Ltd.

Product：ArgusNPU - PQC-based Secure Edge AI Processor

Recommended reasons： To address rising hardware security risks and the standardization of post-quantum cryptography (PQC), Jmem Tek introduces “ArgusNPU PQC-based Secure Edge AI Processor,” the world’s first edge AI inference platform with an integrated chip-level PQC security module. The system supports the following PQC algorithms: Dilithium, Kyber, and XMSS, with backward compatibility for EdDSA and ECDH to meet international cryptography standards. Built-in neural and vector engines accelerate AI inference. AES hardware encryption secures runtime data and resists side-channel attacks. Key Features: 1. Sensor Data Encryption: Real-time encryption of input data to prevent interception. 2. OTA with PQC: On-chip PQC accelerators secure remote model updates against tampering and malware injection. 3. On-Chip Data Security: Encrypted DRAM storage prevents reverse engineering and data leaks, addressing security blind spots in traditional chips. 4. Encrypted AI Detection: Enables secure on-device detection of people, vehicles, and objects. Application: Defense UAVs, smart surveillance, V2X systems, industrial control, and AIoT. Jmem Tek is currently collaborating with domestic and international drone manufacturers for deployment and validation

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Axiado

Product：Axiado Trusted Control/Compute Unit (TCU)

Recommended reasons： Axiado’s Trusted Control/Compute Unit (TCU) is a first-of-its-kind security processor purpose-built to address the escalating cyber threats facing today’s hyperscale infrastructure. Unlike traditional solutions that patch vulnerabilities with fragmented software or disparate hardware, the TCU enforces real-time, AI-accelerated security policies directly at the silicon layer. It combines a Baseboard Management Controller (BMC), Root of Trust (RoT), Trusted Platform Module (TPM), firewall, secure networking, telemetry, and machine learning engines into one cohesive System-on-Chip (SoC)—a revolutionary shift that significantly reduces the system attack surface and response latency. At the core of this innovation is hardware-enforced zero trust. TCU creates a secure enclave from boot through runtime, continuously monitoring for anomalies and autonomously isolating threats such as firmware tampering, ransomware, and supply chain attacks. The chip also enables Dynamic Thermal Management (DTM), optimizing power and cooling in AI data centers—reducing energy consumption by up to 50%. What sets TCU apart isn’t just the functionality, but the real-world traction. In 2024–2025, Axiado’s TCU was integrated into servers for NVIDIA’s Blackwell AI platform and adopted by key players like Pegatron, GIGABYTE, Intel, AMD, and Arm. This validates its role not just as a secure co-processor, but as a foundational building block for the next generation of intelligent infrastructure. In short, Axiado’s TCU replaces complexity with convergence, transforming platform protection from a patchwork of reactive defenses into a unified, proactive, and programmable system embedded in silicon.

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DAINVI Limited

Product：iRekon™: Redefining Community Security with Zero-Touch AI Recognition

Recommended reasons： iRekon™: Redefining Community Security with Zero-Touch AI Recognition iRekon™ is a next-generation AI-powered facial recognition solution designed for dynamic human communities – whether in office buildings, industrial parks, or shared public spaces. It redefines access control by focussing on people, not places. Our unique "Zero-Touch Identity" system eliminates the need for manual registration—people are automatically recognised and assigned a secure digital identity through passive facial capture. Key Features: • Invisible AI Assistance: iRekon™ acts as a silent co-pilot for security personnel. Using a traffic-light interface (Green–Blue–Red), it provides real-time visual cues to help guards assess trust levels at a glance. • No Registration Required: The system automatically learns and categorises faces, reducing onboarding friction and increasing user acceptance. • Community-Centric Intelligence: Tailored for gated communities, iRekon™ supports blacklist/whitelist matching, anomaly detection, and visitor tracking. • Hybrid Deployment: Built on a containerised architecture, it supports both cloud and on-premise deployment, ensuring flexibility and data sovereignty. Technology Highlights: • AI-Powered Face Clustering: Rapidly groups and identifies individuals based on behavioural patterns and frequency of appearance. • Real-Time Alerts: Instantly notifies guards of suspicious activity or blacklisted individuals. • Seamless Integration: Easily connects with existing access control systems, reducing implementation time and cost. • iRekon™ empowers community managers to enhance security, reduce manpower dependency, and deliver a smarter, safer living experience.

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NXP Semiconductors

Product：NXP EdgeLock^® SE052F: Secure Element with FIPS 140-3 Level 3 Certification

Recommended reasons： As the need for security increases, and more government agencies require FIPS certification, manufacturers are using NIST FIPS compliance to meet regulatory requirements and indicate advanced security capabilities. The EdgeLock SE052F is a ready-to-use platform for secure Industrial IoT operations, runs cryptographic functionality and is the first hardware Secure Element certified to the latest version of FIPS 140-3 with Level 3, providing out-of-the-box FIPS compliance. Designed as a turnkey solution, it simplifies delivery of secure, differentiated industrial IoT devices. With the EdgeLock SE052F, devices targeting smart city, smart factory, healthcare and other industrial use cases can provide highly secure functionality while complying with the latest FIPS requirements.

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Alta Sicuro Technology Limited

Product：SECURUSTIK HARDWARE ENCRYPTION

Recommended reasons： Securustik is a patented USB-based secure authentication and data storage platform developed by Alta Sicuro Technology Limited. Designed for high-security environments such as government agencies, critical infrastructure, and enterprise networks, Securustik integrates hardware-based security with plug-and-play usability. Key features include: - Dual-authentication: Combines biometric fingerprint verification with onboard secure element encryption. - Tamper-resistant architecture: Any attempt to disassemble or physically probe the device triggers auto-wipe and lockout. Partitioned storage: Public and private zones with access policies managed via a secure management console. - Secure Boot & Firmware Signing: Prevents unauthorized firmware modifications. - Cross-platform support for Windows, macOS, and Linux, with optional integration into enterprise identity systems (e.g., Active Directory). Unlike conventional USB security keys, Securustik adds high-speed encrypted storage with fine-grained access control. It is ideal for secure file transfer, air-gapped environments, and critical identity access use cases.

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