Quantum Safe Mobile Encryption Technology

Introductions

Switzerland: QRCrypto SA
Num. IDE CHE-227.362.690
Chief Executive Officer, Manager, QRC AAA
Eng. Stiepan Aurélien Kovac, Msc. ICT Security
ISO/IEC 9797-1, DIN SPEC 4997 & ITU-T X.1197Amd1 Editor
ISO/IEC JTC1/SC27 Rep. for the Global Cybersecurity Index

Switzerland: Strategic advisor & group chairman
Professor Davor Pavuna
Ph.D in Quantum Physics, Professor Emeritus in Physics (EPFL, Switzerland), 45 years of R&D Worldwide.
Multi-Award Strategic Advisor to 39 government boards, institutions and corporations worldwide: Green Technologies, Tesla Free Energy, Fractal Water & BioRejuvenation, Artificial Intelligence & Quantum Computing.
Superconductivity textbook(1992), Over 390 articles, 36 books, Over 300 invited lectures.
Co-chair of 48 conferences.
Tesla World Foundation President

Switzerland : Chief Operations Officer
James Amoah BSc, MSc
Cutting-edge visionary, turnaround operations & manufacturing executive
30+ years driving operational value better than the competition for F500 companies.
Experience transforming multimillion dollar global operations profitably
Author of two international business thrillers.

About Us

Features of QRCrypto SA:

Full cyber digital protection including Quantum-resistant cryptography, plug in with low Capex
Secure mobile banking and payment
Security for critical infrastructures

Benefits of QRCrypto SA:

Backwards compatible with existing server infrastructure (cost)
Secure mobile banking and payment
Security for critical infrastructures
Highest security now, and post quantum, tailored to your needs (service)
Stronger security than all competitors including IBM, Amazon etc.
Based on extended AES (eAES®) (quality)
Energy and environment efficient
Provides 4G/5G/6G full interoperability and baseline 2G/3G protection

The Problem

Quantum Apocalypse: towards total e-insecurity

Quantum computers pose a significant threat to modern cryptography, the cornerstone of digital security. The two most widely adopted public-key- cryptography systems, RSA & ECC, are trivially breakable by sufficiently large general-purpose quantum computers using Shor’s algorithm [Sho97] . With Grover’s, algorithm, symmetric cipher security (such as AES) is halved [NIST IR 8105]. AES alone was considered to have a $250’000’000’000 benefit to society in ‘18. By 2023, this could exponentiate to Trillions if the transition to quantum resistant solutions is handled properly, or vanish in the contrary case, effectively sending our society back to the XIX. century.

The effect on security is so significant that the recent report [Nat19] on quantum computing by the US National Academy of Sciences highlighted the urgency in one of its key findings:

Key Findings

Even if a quantum computer that can decrypt current cryptographic ciphers is more than a decade off, the hazard of such a machine is high enough—and the time frame for transitioning to a new security protocol is sufficiently long and uncertain—that prioritization of the development, standardization, and deployment of post-quantum cryptography is critical for minimizing the chance of a potential security and privacy disaster.

Research Opinion

In 2023, the first quantum computers able to crack existing cryptography should be commercially available. (IBM’s research chief, now CEO, Arvind Krishna, 2018)

The Quantum Challenge

Why is quantum computing important?

Quantum computing can have profound advantages over classical computing.

Classical Computing

Bits are 0's amd 1's that is on state or off state.

VS

Quantum Computing

Qubits are the basic unit and their value can be 1, 0, or 1 and 0 simultaneously, overlapping (superposition) and intertwining (entanglement) according to the laws of physics.

The Implications

Large Scale Communications Security Disaster

Technically, it amounts to answer the following questions, which is mandatory to have sufficient safety margins for secure communications:

How long should encryption remain safe ? (x years)
How long does it take to reorganize existing infrastructure with largescale quantum safe solutions? (y years)
How long does it take to build powerful quantum computers on a commercial scale (or any other major advance) ? (z years)

Security Concern if x + y > z (equation by Prof. Mosca, University of Waterloo, Canada)

Modern cryptography systems which are the cornerstone of computer and communications security, from the Data Encryption Standard (DES) that uses a 56-bit key, followed by an improved 128-bit key Triple-DES standard and then the Advanced Encryption Standard (AES) which is the widely used symmetric cryptosystem, implemented on most of the computers in the world and is the backbone of the worlds secure communications systems and complemented by asymmetric cryptosystems, are under threat.

The Solutions

Forward thinking solutions that are energy-efficient, quantum-safe, 5G+ compatible and enable future-proof communications and public infrastructure, as well as (mobile) financial transactions & private data protection.

Dynamic Quantum SAFETY

QR SIM card & software for quantum resistant payment, communications and data with eAES®.

5G+ compatible

Works on 5G and 6G networks and is also backwards- compatible. Lawful interception alone remains possible.

ITU-T Standards

Patented good practice in ITU-T X.1811 (quantum safe 5G); enables X.1197 Amd1 (quantum safe IPTV).

Why does your organization need Quantum-Resistant Cryptography now?

Current SIM cards are vulnerable to attack, from both current and quantum computing.

With our technology, your systems are ready to resist tomorrow’s “quantum computing” attacks, which dramatically speed up current attack techniques.

Our Technology

Safe M-Pay & Fintech

Security for Fintech services & m-payments

First to Market

1st implementation of its kind, giving you a strong advantage

Patented SIM

Unique patent making 5G, below and beyond secure for all

Transcendent Security & Business Continuity

Dramatic reduction of post quantum threats

Quantum Safe Ubiquitous Encryption Technology

Full range protection, 2G to 6G

Agenda