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Next-gen Zero Trust Cybersecurity for critical systems, connected devices, and integrated IoT networks.
Smart, connected devices are already an integral part of our lives, in business and at home. And, with the advent of 5G and Satellite-based networks this will scale multi-fold. However, 5G Networks and the Internet of Things are opening up previously closed systems to remote access & control. And, existing security solutions are unable to keep pace, scale up and address the security challenges facing the emerging 5G and IoT world.
Block Armour is stepping up to address this solution with IoT Armour - a next-gen Zero Trust cybersecurity solution for connected devices, critical systems and integrated IoT networks. The solution is powered by Software Defined Perimeter (SDP) architecture and private Blockchain technology and was featured as one of the Top 25 innovations worldwide in cybersecurity by Accenture.
The solution harness digital signatures - not just IP address - to identify, authenticate and authorize devices, thus making it well suited for today’s distributed and hybrid enterprise IT ecosystems as well as smart city, Industry 4.0 and 5G security use cases. All communications is secured using 4096-bit RSA encryption.
.. for users, connected devices and central servers/services.
.. with micro segmentation and fine-grain access control.
.. between connected devices and IoT systems.
.. stored securely on the Blockchain for instant analysis.
Zero Trust security for critical systems, connected IoT devices, and integrated smart city networks
Delivering the next-generation ultra-secure enterprise and government networks over 5G
Zero Trust security for new age software defined satellite networks and space systems
Block Armour solutions utilize Blockchain-based digital signatures to identify, authenticate and authorize devices, thus making it well suited for smart city, and wide-area networks like 5G and satellite network security use cases.
with SDP Architecture
for IoT Sensors
for instant visibility
across IT and OT systems