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Technology
Hardware robustness combined with software flexibility.
Discover the innovative technology behind P4S
P4S SOFTLESS technology is based on a 3-step process and is the result of more than 10 years of research, going against the tide of cybersecurity trends.
This new paradigm allows the design of a new generation network equipments (routers, firewalls, firewalls, encryptors, diodes, etc.), offering unprecedented protection against DDoS attacks, unparalleled encryption performance, flow segmentation for maximum security and a collapse in energy consumption.
Ethernet standards in wired logic
Writing Ethernet standards, cybersecurity processes and algorithms specific to P4S in hardware description language (VHDL).
Implementation on agile hardware
Thanks to FPGA technology, wired logic is implemented in a programmable component that offers unparalleled performance, extremely low latency, and high scalability.
Implementation on an electronic board
All this technology is implemented on an electronic board making it possible to offer the most efficient, secure and easy way to implement SOFTLESS cyber network controllers on the market.
The advantages of SOFTLESS technology
P4S SOFTLESS solution is a disruptive approach to solving network security problems.
No compromises on security
The technology allows 100% of the bandwidth to be used while ensuring security functions.
Encryption 1000 times faster than software
The AES 256 encryption (or decryption) function requires less than 3 µs (versus a few milliseconds per software).
Compliance with Ethernet standards
The P4S solution respects all norms and standards in the field of Ethernet allowing total interoperability with all the equipment of an existing network infrastructure.
Secure by Design & Secure by Default
The design follows a process resulting from the developments of electronic systems in the field of aeronautics. No exploitable software flaws for remote attacks.
Energy and environmental sobriety
The integration of the solution into a single component allows a drastic reduction in consumption on the one hand and the simplicity of designing electronic cards generates a reduced carbon footprint on the other hand.
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