A Quantum Leap in Cyber SecurityAddressing the challenges of the Post-Quantum Era

Prof. Hagai Eisenberg

The Racah Institute of Physics

The Hebrew University of Jerusalem

From Quantum Science

to Quantum Technology

The emergence of

Quantum TheoryThe Solvay Meeting (1927)

17 out of 29 are Nobel Prize winners

The First Quantum Revolution

The first transistor (1947)

The first laser (1960)

Current computer chip

Current micro laser array

Facebook computer farm

The Information Revolution

The Second Quantum Revolution

Quantum computing Quantum communication Quantum sensing

LiDAR

MRI

Computational based encryption is broken

Traditional computationalcryptography

is based on mathand soon will be

extinct

Data being transmitted today is at risk since it can be

stored today and hacked later

Quantum computing will enable hackers to crack all known

computational methods used today

Copyright QuantLR © 2019

Time is running out…

SolutionFuture proof real-time cryptography

Everlasting security regardless of technology advance

An eavesdropping attempt is immediately detected

Protocol self adapts to maintain security

Quantum-Safe Authentication

Quantum Key Distribution (QKD)

providesultimate security

Math is hard to breaknot for quantum computers

Physics is Impossible

Copyright QuantLR © 2019

Go to Market

Optical Fiber Communication Equipment Vendors

Optical Fiber Communication Infrastructure Providers

Easily integrated as an add-on Module to other products

Affordable networking equipment (x10 cheaper)

Market Segments

5G NETWORKS GOVERNMENT DATA CENTERS CRITICAL INFRASTRUCTURE

FINANCE

Market & Research Publication: “QKD will be a $25 Billion Market by 2025”

Milestones & Use of Funds

POC

First field POC

Prototype

First Commercial Product

08/2019 05/202111/2019 09/2020

$4.6MSeeking

$0.85M

10/2018

The Team

Chief Scientist

Prof. Hagai Eisenberg

CEO

Yanir Farber

CTO

Dr. Nitzan Livneh

VP Marketing

Carmi Bogot

Thank you

Hagai

Eisenberg