
In an increasingly connected world, security isn’t optional, it’s essential: from safeguarding sensitive data to verifying identities, robust authentication and cybersecurity are the foundation of digital trust. In an era of zero-trust architectures - where no user or device is trusted by default and every access request must be continuously verified, even inside the corporate network, organizations often face a tough trade-off between strong security and smooth usability.
Core principles like authentication, encryption, and secure storage protect systems and data across enterprise, government, the public sector, and critical infrastructure, from industrial IoT to healthcare and smart cities, while dedicated security hardware adds tamper-resistant protection that keeps usability and security in balance and makes zero trust easier to implement and manage at scale.
Authentication is fundamental to digital trust, ensuring only authorized individuals can access critical systems—from personal data to national infrastructure. In finance, it prevents fraud; in healthcare, it protects patient privacy; in manufacturing and aviation, it secures operations and continuity. As digital transformation accelerates, strong authentication enables secure innovation across industries.
Regulations like KRITIS-V, DORA, NIS2, the Cyber Resilience Act (CRA), and OMB M-22-09 highlight the growing global mandate for robust identity and access management. Together, they reinforce a fundamental truth: cybersecurity is not a feature, but a prerequisite for a functioning digital society. By aligning with them, organizations not only meet compliance requirements but also strengthen trust, protect identities, and ensure long-term operational security in an increasingly interconnected world.
A security certification that ensures a device complies with FIDO (Fast Identity Online) standards for strong, passwordless authentication, protecting against phishing and credential theft.
A widely used contactless smart card technology based on RFID, developed by NXP, commonly used for secure access control, public transport, and cashless payment systems.
A U.S. government standard that defines security requirements for cryptographic modules, ensuring encryption hardware/software is robust enough for use in federal systems and regulated industries.
A short-range wireless technology that enables secure, contactless communication between devices—used in payments, access cards, and data exchange, typically within a range of a few centimetres.

Embedded hardware-based security is essential in protecting systems at their core, offering robust, tamper-resistant protection that software alone cannot guarantee.
At Swissbit, we enable cybersecurity through a range of certified hardware and cloud solutions - including our Security Upgrade Kit, Point of Sales Signing modules, and Hardware Security Modules (HSMs). These solutions support industries with high security and compliance demands: retailers use signing modules for legally compliant transaction logging, industrial IoT systems rely on HSMs for secure device identities, and critical infrastructure operators use upgrade kits to strengthen their systems. Across sectors, from manufacturing to finance, we provide the foundation for trusted, hardware-anchored cybersecurity.
Swissbit security products are manufactured in Berlin, Germany. European manufacturing provides supply chain transparency and traceability critical for deploying hardware security modules in defense, financial services, and government applications where component origins must be verifiable.
Swissbit has developed hardware security solutions for industrial applications for over a decade. Our security portfolio spans FIPS-certified hardware security modules, FIDO authentication keys, and embedded security designed for long lifecycles in industrial automation, medical devices, and critical infrastructure.
Secure sensitive data, citizen services, and critical infrastructure against cyber threats and unauthorized access.
Protect transactions, customer identities, and comply with regulations KRITIS-V, DORA, NIS2, CRA, OMB M-22-09
Safeguard patient records, medical devices, and ensure compliance with HIPAA, GDPR, and other regulations.
Secure Industrial IoT, smart factories, and operational technology from cyberattacks and sabotage.
Enable secure payments, protect POS terminals, and meet legal standards like TSE (Germany).
Ensure secure access to vehicles, infrastructure, and digital systems in airports, rail, and shipping.
Protect network infrastructure and customer data from increasingly sophisticated cyber threats.
Guard power grids, water systems, and energy facilities against cyber disruptions.
Software vulnerabilities expose your systems to credential theft and firmware attacks. Protect your infrastructure with Swissbit's hardware security modules, authentication keys, and embedded security solutions.