Awarded Seal of Excellence
by
European Commission

Quantum Ledger Technology (QLT)

Future-Proofing Blockchain & Cryptocurrencies Against Growing Vulnerabilities & Q-Day Threats


Pitch Deck Research Paper

Quantum Ledger Technology


A novel client-server cybersecurity framework deployed using Solid State System on a Chip (3SoC) powered by Zero Vulnerability Computing (ZVC) technology to deliver a Quantum resistant security to Blockchain/DLT infrastructure

Deploys award-winning Zero Vulnerability Computing (ZVC) cybersecurity framework.
ZVC bans all the 3rd party permissions and is encryption agnostic, thus QC resistant.
ZVC merges all legacy software layers to build Solid-State Software on a Chip (3SoC).
SoC tech can be deployed as a client-server network (Intranet) with zero attack surface.
Segregates the DLT framework from mainstream Internet rendering it inaccessible to legacy devices.
3SoC is robust, light, cost & energy efficient & future ready, ideal for securing any DLT/Exchange infrastructure


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QLT Architecture


End-user device connects to the DLT/ Exchange node installed on the 3SoC server, creating a secure 3SoC tunnel (Fig. 1& 2)
Segregates DLT infrastructure from legacy internet forming an intranet (Fig.1).
Can be used for securing Crypto Exchange infrastructure (Fig.2)
Users are provided with a switchable 3SoC drive (Fig.1)
3SoC server designed to exclusively accept authentication requests from a 3SoC client device.
All other requests from unauthorized peers or hackers with legacy computing devices are declined.
Users can switch over the client device from the legacy Internet mode to the QLT Intranet mode


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Fig.1 QLT Framework for BC Node
Fig.2 QLT Framework for Crypto Exchange

QLT Features!

Encryption-Agnostic Cybersecurity Solution

All the potential PQC solutions claiming Q-Day security have so far failed. Even if any succeeds PQC is resource-intensive and very expensive

QLT is Blockchain/DLT Agnostic

QLT can be deployed to secure any BC/DLT network or any NFT or crypto exchange infrastructure

Holistic Solution for all cybersecurity breaches

QLT protects the blockchain infrastructure/ exchanges against impending threat from Quantum Computers as well as against conventional vulnerabilities.

Pricing & Value for Money: Lowest Price, Highest Value

Easy deployment with minimal changes in current infrastructure and no extravagant costings of deploying costly PQC methods, delivers great value for money

Roadmap

Dec 2023
QLT Client end 3SoC device Prototype
Jan 2024
QLT Token PreSale Starts
Apr 2024
QLT Final Prototype
May 2024
QLT Crowdfunding Campaign
Aug 2024
QLT ICO Launch
Sep 2024
QLT ICO Ends
Oct 2024
QLT Infrastructure Primary Testing
Dec 2024
QLTInfrastructure Final Testing, token release
Jan 2024
QLT mass deployment starts
May 2025
QLT Server End Development


PROJECT MILESTONES


QLT is the result of over two decades of our work in the Cybersecurity field, which began with a 2007 patent that demonstrated a Real Online Card Key (ROCK) device that bypassed the computer OS by running a thin OS on a CD Rom to conduct an online transaction. (US Patent No. 228424B2, filed on August 12, 2002, and issued on June 5, 2007). The technological milestone got its first validation from multiple EU Consortiums that include 6 Cybersecurity Centres of Excellence. The Zero Vulnerability Computing technology that eventually took the shape of QLT, got its first real-world validation by winning an H2020 NGI grant. The major milestones in the development of QLT are listed here;

ICO Token Details

Token Name: QLT1

Total Tokens: 1,000,000,000

Token Presale: Jan 2024 - Feb 2024

Presale Opening Price: $0.01

Capital Target: $1,000,000

ICO Opening Price: $0.1

Capital Target: $20,000,000

Token Distributed: Within 90 days post ICO

Tokens Offered

1B

Hard Cap

$20 million

Soft Cap

$1M

Tokens Distributed

90 Days Post ICO
Buy Token

Team

David Bell

CEO

Corporate strategist, cofounder AlgoShare crypto investor, expert in building and managing crypto networks, adroit in offering executive oversight

Fazal Raheman

Inventor, ZVC

Research scientist, innovator, philanthropist, visionary and serial inventor with over 34 global patents.

Michael Schuette

CTO

Research Scientist, Expert in NAND Flash Memory and Solid State drive technology with over 53 Patents in the same field

Asad Khan

Head, Business Dev

Dynamic and result driven professional with over 15 years of experience in sales,marketing and relationship management in B2C, B2B for corporate & government

Danielle Bell

Head, Social Media

Expert in analyzing engagement data,creating content,identifying trends in interactions, planning and executing digital campaigns for online communities

Tejas Bhagat

Head, Project

Cofounder, EU Grant writer, blockchain enthusiast, architect of deep tech ecosystems, program lead for lab-to-market value creation

Angel Orrantia

CFO, General Counsel

Decades of experience dedicated to helping companies optimize their operations, overcome legal challenges, raise capital, and exit.

Casi Borg

Virtual Spokesperson

A virtual humanoid powered by Collective Artificial Super Intelligence (CASI) & designed to utilize AI in the most safe, secure and ethical manner

Seal Of Excellence


SOE

FAQs

Zero Vulnerability Computing (ZVC) is an encryption-agnostic cybersecurity framework that aims to provide a zero vulnerability and zero attack surface environment for the exchange of information between computers. It is designed to completely obliterate the attack surface of the computing devices, making them robust and energy-efficient.

The 3SoC refers to the Solid State Software on a Chip, which is a key component of the Zero Vulnerability Computing (ZVC) framework. It is a compact system that integrates all the conventional layers of firmware drivers, operating system, and application layer into a secure and energy-efficient chip. The 3SoC is designed to have zero attack surface, making it resilient to cyber threats. In the context of the Quantum-safe Ledger Technology (QLT) framework, the 3SoC servers are used to host blockchain nodes, creating a secure 3SoC tunnel for accessing blockchain infrastructure. Additionally, the 3SoC client device is used as a hardware wallet to securely connect to the blockchain nodes, ensuring a high level of security for blockchain and cryptocurrency transactions.

The 3SoC achieves zero vulnerability by integrating all the conventional layers of firmware drivers, operating system, and application layer into a secure and energy-efficient chip. This integration results in a compact Solid State Software on a Chip that has zero attack surface, making it resilient to cyber threats. By consolidating these layers into a single secure chip, the 3SoC minimizes the potential points of vulnerability that could be exploited by malicious actors. This approach aims to provide a robust and secure environment for computing and communication, particularly in the context of blockchain and cryptocurrency transactions.

Yes, ZVC technology has been tested and validated in several use case scenarios. ZVC won a Seal of Excellence from the European Union's EIC Accelerator program, which indicates that the technology has undergone rigorous evaluation and has been deemed to have high potential for innovation and impact. ZVC was tested in a series of minimalist hardware wallet experiments at Europe's top research centre, IMEC, Belgium, which provided empirical data to support the development of the Quantum-safe Ledger Technology (QLT) framework. Additionally, the 3SoC consortium under the Horizon Europe program is currently exploring QLT among other use cases of ZVC technology. While the research on ZVC and QLT is ongoing, the technology is backed by compelling evidences that demonstrates that it has the potential to revolutionize cybersecurity in the blockchain and cryptocurrency industry.

QLT, or Quantum-safe Ledger Technology, is an innovative approach to securing blockchain and cryptocurrency transactions from potential quantum computer threats. It is based on the Zero Vulnerability Computing (ZVC) framework, which provides a secure environment for information exchange. QLT segregates blockchain infrastructure from the mainstream computing environment, creating a secure 3SoC tunnel for accessing blockchain nodes. This platform-agnostic framework is cost-effective, resource-efficient, and scalable, making it a promising solution for enhancing blockchain and cryptocurrency security.

QLT offers platform agnosticism, cost-effectiveness, resource efficiency, scalability, and regulatory compliance to the blockchain industry. It presents a comprehensive and adaptable solution for enhancing the security and resilience of blockchain and cryptocurrency infrastructures.

Future-Proofing Blockchain & Cryptocurrencies Against Growing Vulnerabilities & Q-Day Threats
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