PROTECTED IOT AUTHENTICATION
To communicate with an IoT, it must be uniquely identified and authenticated. The WISeKey tamperproof vault contains the IoT device’s unique private keys and enables these private keys to be used for identification and authentication. The WISeKey PKI enables the lifecycle of the IoT device’s identity to be managed with its corresponding digital certificate.
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PROTECTED IOT COMMUNICATION
The transmission of IoT data must be protected against eavesdropping, tampering and replay. The WISeKey tamperproof vault enables data transmission to be encrypted and uniquely signed so that cloud, edge servers, server platforms, MCUs and MPUs can safely rely on it. The WISeKey PKI enables encryption keys and the keys for ephemeral key exchange to be renewed on a periodic basis.
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PROTECTED IOT CONTROL
The control of IoT devices through remote commands must be protected against hostile take-over and rogue users. The WISeKey tamperproof vault protects against unauthorized commands, unauthorized access, and unauthorized configuration changes. In fact, WISeKey enables the IoT device to meet the high security requirements of the FIPS140-3 and Common Criteria standards.
SECURE CLOUD ONBOARDING
Adding the WISeKey secure element to IoT devices makes it possible to deploy them at massive scale in public areas by regular technicians with little administrative privileges. Since the provenance of the IoT device and the lifecycle of the IoT device can be managed using WISeKey INeS, only trusted IoT devices will be able to participate. Read more >>
SECURE ACCESS CONTROL
Embedding the WISeKey secure element in a USB dongle, allows access to IoT applications and data to be protected using multifactor authentication of the user. This enables protection against man-in-the-middle attacks, phishing attacks, and ransomware attacks.
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