Hardware cybersecurity for optic fiber

Telecommunications, Information & communications technology (ICT), Optical device, Science & engineering

UNMET NEED

Increased network integration and digitalization of industries requires significant trust in the communication platform. At the initial step of all high-level cybersecurity architectures, it is crucial to ensure identification and authentication of the users and devices in the network, without compromising the performances of the communication protocols. To that aim, hardware based Physical Unclonable Functions (PUFs) integrated at the hardware level of the network promised fast and unique securitization. A PUF is a physical device based on inherent and irreproducible randomness stemming from the manufacturing process that provides them with an unclonable and unique “fingerprint”. How to integrate them in high-speed fiber-optic network is the challenge for the next generation of secure architecture.

TECHNOLOGY OVERVIEW

Our PUF technology uses an ultrafast laser exposure to write unique random Bragg gratings into a classical optical fiber. The design of the Bragg gratings was optimized to allow high reliability in authentication combined with long-range sensing. The long-range remote sensing is suitable for easy deployment i.e. interrogator in the central controller and fiber-PUFs in the user-end devices.

Fiber-PUF technology is suitable for zero-trust approach while conserving the high throughput needed in the network. This technology offers an innovative cybersecurity solution based on low-cost integration. Prototype testing demonstrated robust identification with low probability of false reading.

 

COMPETITIVE ADVANTAGES

  • Hardware-level network security
  • Physically unclonable function
  • Ease of integration

 

BUSINESS OPPORTUNITIES

  • Technology available for in-licensing
  • Seeking industrial co-development partner
  • Eligible for government financing for industry/academic maturation program

 

MARKET APPLICATIONS

  • Cybersecurity
  • Zero-trust network
  • Fiber networks and devices
  • Cryptographic key generation

 

IP PROTECTION

  • 2 patents
  • Prototypes & experimental data

CONTACTS

Raman Kashyap

PRINCIPAL INVESTIGATOR
Raman KASHYAP
Full Professor, Department of Electrical Engineering, Department of Engineering Physics
Polytechnique Montréal

Sébastien Prince-Richard

CONTACT PERSON
Project Director, Business Development
Axelys
sebastien.prince-richard@axelys.ca