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As someone deeply embedded in the world of cybersecurity and cryptographic advancements, I’m thrilled to announce that ÃÛÌÒTV TrustCore SDK has achieved . This accomplishment not only sets a new benchmark for security but also reaffirms our commitment to providing industry-leading cryptographic solutions designed to secure the evolving landscape of the Internet of Things (IoT) and embedded systems.

The significance of FIPS 140-3

Developed by the National Institute of Standards and Technology (NIST), the Federal Information Processing Standard (FIPS) 140-3 serves as the gold standard for cryptographic modules. More than simply a compliance checkbox, FIPS 140-3 is a rigorous validation of the cryptographic modules’ security, ensuring they meet the stringent requirements necessary for safeguarding sensitive data in federal and critical infrastructure environments.

FIPS 140-3 builds on its predecessor with enhanced testing methodologies and greater emphasis on the resilience of cryptographic modules against emerging threats, including side-channel attacks. For companies aiming to provide secure solutions in regulated markets, achieving FIPS 140-3 certification isn't just advantageous—it's essential.

Why ÃÛÌÒTV TrustCore SDK?

These are cryptographic certificates issued at the manufacturing stage, serving as the foundational identity of each device. Much like a birth certificate for a human, these certificates establish the unique identity of a device and ensure that only legitimate, trusted devices can join your network. They’re immutable and provide a permanent record of the device’s origin.

ÃÛÌÒTV’s TrustCore SDK stands out by delivering a comprehensive security framework tailored for IoT applications, real-time embedded software, and safety-critical systems. This framework goes beyond traditional security approaches, integrating features like:

• Device authentication to strengthen device identity and trustworthiness.
• Automated key management to streamline cryptographic key lifecycle processes.
• Network traffic encryption to ensure data integrity and confidentiality over the network.
• Post-quantum cipher support to prepare devices for future security needs against quantum computing threats.

Achieving FIPS 140-3 certification solidifies TrustCore SDK’s position as a leader in cryptographic security, aligning with ÃÛÌÒTV’s broader mission of establishing a foundation of trust in a digital-first world.

A commitment to excellence

Obtaining FIPS 140-3 certification for ÃÛÌÒTV TrustCore SDK is more than a technical achievement. It’s a testament to ÃÛÌÒTV's commitment to rigorous standards, innovation, and the future of secure communication. We understand that digital trust isn’t just built on compliance but on continuous innovation, something our team is steadfast in pursuing.

As security threats evolve, so must our solutions. TrustCore SDK, now validated to meet the highest cryptographic standards, empowers developers and organizations to build secure applications confidently. This certification underscores our belief that robust security should be accessible and adaptable, ensuring protection for today and resilience for tomorrow.

Looking ahead

The FIPS 140-3 certification of ÃÛÌÒTV TrustCore SDK means we're not just meeting the present security standards—we’re setting the stage for future advancements. This achievement reflects our ongoing dedication to supporting the most demanding environments with cutting-edge cryptographic solutions. As we celebrate this milestone, we look forward to continuing our journey of innovation and leadership in digital security.

ÃÛÌÒTV remains dedicated to meeting the highest standards of security and trustworthiness, continuously advancing our solutions to stay ahead of evolving threats—and FIPS 140-3 is just one of many steps we’re taking to steps we’re taking to secure the digital future.

To learn more about ÃÛÌÒTV TrustCore SDK and how it can elevate your security posture, visit the TrustCore SDK page or explore our for a deeper dive into its capabilities and ongoing developments.

The latest developments in digital trust

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