Beyond Bitcoin: Bature launches quantum-resistant blockchain to counter future cyberattacks

While much of the world is still exploring the possibilities of quantum computing, a Nigerian blockchain engineer and technology entrepreneur, Bature Garba Badamasi, says he has already developed and launched a blockchain network designed to withstand potential attacks from future quantum computers.

His innovation centres on a quantum-resistant blockchain infrastructure that incorporates ML-DSA digital signatures, a post-quantum cryptographic technology designed to protect digital communications and transactions against potential threats from quantum computing.

Beyond the blockchain network, the project also includes a digital identity platform known as the Digital Identity Multi Planetary Network (DIM Network) and a digital wallet designed to support financial transactions, identity verification and interaction with artificial intelligence agents.

Explaining the thinking behind the innovation, Badamasi identified blockchain technology, artificial intelligence and quantum computing as three major forces shaping the future of the global technology industry.

He noted that although conventional computers currently power most digital activities, quantum computing represents a different approach to processing information, with significant implications for cybersecurity, financial systems and existing encryption technologies.

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According to him, the emergence of sufficiently powerful quantum computers could threaten some of the cryptographic systems currently protecting digital assets and blockchain networks such as Bitcoin, Ethereum and Solana.

This concern, he explained, informed his decision to develop a blockchain with quantum-resistant security built into its architecture.

Badamasi disclosed that he had already implemented ML-DSA signatures in the network, making quantum-resistant cryptography a working part of the system rather than merely a future development plan.

ML-DSA, also known as Module-Lattice-Based Digital Signature Algorithm, is a post-quantum digital signature standard designed to remain secure against attacks from both conventional and sufficiently powerful quantum computers.

He explained that the objective was to prepare for emerging cybersecurity challenges before they become a major threat to existing digital infrastructure.

For Badamasi, the project is not simply about introducing another cryptocurrency but establishing an infrastructure capable of supporting digital assets, smart contracts and other blockchain applications in an era of increasingly advanced computing.

Preparing for the Quantum Computing Era

Badamasi said his decision to develop the technology was influenced by the growing global investment in quantum computing by major technology companies and governments.

The technology is attracting attention because of its potential applications in finance, scientific research, cybersecurity and critical national infrastructure.

He believes countries that make significant progress in quantum computing could gain strategic advantages, but cautioned that the technology could also create serious security challenges if powerful quantum computers become accessible to malicious actors.

Using financial infrastructure as an example, he explained that successful attacks against cryptographic systems vulnerable to quantum computing could have far-reaching consequences for digital assets, financial transactions and interconnected services.

He said his blockchain was developed to address this emerging concern by incorporating post-quantum cryptographic protection into its security framework.

Rather than waiting for quantum computers to become powerful enough to threaten existing systems, Badamasi believes developers should begin preparing digital infrastructure now.

DIM Network and the Future of Digital Identity

Beyond the blockchain network, another major component of the project is the Digital Identity Multi Planetary Network, known as DIM Network.

Badamasi described it as a digital identity platform designed to give individuals verifiable identities and make it easier for them to participate in digital financial systems.

He said the increasing adoption of artificial intelligence and robotics could reshape employment opportunities and economic participation, making reliable digital identity systems increasingly important.

To illustrate how the platform could work, he gave the example of a programme in which several people receive different financial allocations.

Under such a system, each beneficiary could verify the amount received without necessarily gaining access to the financial information of others.

He said the platform incorporates zero-knowledge proof technology, particularly zk-SNARKs, which allows information to be verified without revealing the underlying personal details.

In practical terms, this means a system can confirm that certain information is correct without requiring the individual to disclose all the information itself.

According to Badamasi, the technology could help protect users’ identities and financial details while allowing transactions to be verified.

He said the broader ambition includes supporting future financial arrangements, such as universal basic income programmes and other forms of digital financial distribution.

Digital Wallet Brings Artificial Intelligence into Transactions

The project also includes a digital wallet designed to work with the blockchain network and DIM Network.

Badamasi said the wallet supports digital identity management and financial transactions, while also being developed to accommodate artificial intelligence agents.

One of its proposed capabilities is allowing AI agents to carry out specific tasks and execute transactions within permissions granted to them.

Unlike conventional digital wallets primarily designed for direct human interaction, the new wallet is intended to support both individuals and autonomous AI agents.

This could allow authorised AI agents to interact directly with the blockchain, make decisions within their permitted scope and execute transactions without requiring continuous human intervention.

Badamasi described this as part of the growing agentic AI ecosystem, where artificial intelligence systems are increasingly being developed to perform tasks with varying degrees of autonomy.

The project also features an Integrated Development Environment (IDE), a tool designed to help developers build and deploy applications and execute transactions on the blockchain.

He said the blockchain network and wallet are already live, although some additional features and broader functionalities remain under development.

A Team Effort with Global Ambitions

Badamasi said the innovation was developed through a collaborative effort involving members of his technical team.

He disclosed, however, that he owns 100 per cent of the company behind the project and serves as its Chief Executive Officer.

He also revealed that he was considering launching the project in another country, explaining that its potential impact required careful consideration of deployment and security arrangements.

For him, the ambition goes beyond introducing another blockchain product into an already competitive technology market.

It is about building an integrated digital infrastructure that brings together quantum-resistant security, digital identity, financial transactions, smart contracts and artificial intelligence.

As quantum computing continues to attract global investment and artificial intelligence becomes increasingly integrated into everyday activities, Badamasi’s innovation reflects an effort to address the security and infrastructure demands of the next generation of digital technology.