ARMchain enhances Ethereum with quantum resistant blockchain features, EVM compatibility, and post quantum cryptography, creating a future-proof blockchain technology ecosystem for scalable dApps.
The evolution of blockchain landscape has accelerated since the launch of Ethereum. Not only did Ethereum pioneer but also introduced of a paradigm which expanded and resulted in widespread adoption
With growing adoption and the new challenges emerging that Ethereum is facing, the ecosystem requires a future-proof infrastructure - which is where ARMchain enters the picture.
Thing is, ARMchain is a quantum resistant blockchain that has features which prepare for the demands of tomorrow. Not as a competitor, but as a complement to Ethereum. By leveraging the strengths of Ethereum’s existing ecosystem and introducing quantum-enhanced security alongside, ARMchain positions itself as the strategic bridge to the next generation of blockchain technology as an EVM compatible blockchain.
Today, let’s see how ARMchain complements Ethereum with quantum enhancements and brings scalability for the future of dApps.
One of the ARMchain’s key strengths is that it is an EVM compatible blockchain which means that it maintains full Ethereum Virtual Machine (EVM) compatibility. Due to the nature of EVM, all smart contracts on ARMchain are interoperable which allows developers to work seamlessly with existing Ethereum contracts, libraries, and development tools, requiring only minimal modification.
This also applies for platforms like Truffle, Hardhat, and Remix, which form the backbone of Ethereum development, and can be used smoothly on ARMchain.
Well, ARMchain's compatibility means that Ethereum ecosystem developers do not need to rewrite their existing applications from scratch. They can migrate existing dApps from Ethereum, and can continue to operate with non-quantum function normally on Ethereum while selectively integrating this quantum resistant blockchain’s features when needed.
For instance, if a developer has a project with critical and non-critical operations on Ethereum’s mainnet, they can use ARMchain for transactions requiring quantum-resistant security on the critical layer. This dual-layer hybrid approach provides flexibility, reduces friction, lowers risk, and preserves the value of the Ethereum ecosystem while preparing applications for future technological shifts.
The best thing about ARMchain is that it integrates post quantum cryptography at the protocol level. This allows smart contracts to interact with the security of digital assets in the blockchain. Now, Ethereum, while robust and secure today, was originally not designed with quantum computing in mind. The rise of quantum computers poses a potential threat to traditional cryptographic systems which underpins Ethereum’s account security.
As a quantum resistant blockchain, ARMchain addresses this challenge by incorporating lattice-based signatures that uses mathematical proofs to validate authenticity. The scheme we are using is called MLDSA (Module-Lattice Digital Signature Algorithm), a post-quantum signature scheme that ensures cryptographic operations remain secure even against quantum attacks for malicious adversaries.
For Ethereum developers, this opens up new possibilities for future proof blockchain technology. They can mirror or migrate Ethereum smart contracts and digital assets onto ARMchain and ensure their operations remain secure in a post-quantum future.
The advantage of this post quantum cryptography in blockchain is twofold:
Despite Ethereum’s transition to Proof-of-Stake (PoS) and layer-two solutions, scalability still remains to be one of its biggest challenges. Ethereum’s mainnet still experiences congestion, network delays, high transaction fees, and transaction bottlenecks during periods of peak demand. This problem is being solved by ARMchain very quickly and efficiently. What ARMchain does, as a quantum resistant blockchain, is optimizing its throughput through Lachesis DAG-based asynchronous consensus mechanism, which enables parallel transaction processing.
The Lachesis DAG-based asynchronous consensus mechanism is a protocol which works by processing transactions and propagating to the network of validators. This allows ARMchain to scale efficiently with higher transaction volume while also maintaining security alongside.
Unlike Ethereum’s sequential block processing, ARMchain scales dynamically with validator participation and network size. This asynchronous design reduces congestion, lowers fees, and supports high-throughput applications for all types of dApps.
It is also important to note that ARMchain does not force a trade-off between scalability and compatibility. The EVM functionality allows developers to leverage Ethereum’s smart contract ecosystem while taking advantage of ARMchain’s performance gains. This hybrid approach enables projects to scale efficiently without fragmenting their user base or abandoning Ethereum’s network effects.
ARMchain isn’t here to replace Ethereum - it is here to extend the scalable and secure capabilities of Ethereum’s ecosystem. By combining quantum-enhanced security, high-throughput architecture, and full EVM-compatibility, ARMchain allows developers to gradually integrate advanced features without abandoning existing Ethereum investments.
This dual-layer approach towards blockchain innovation creates a future-proof ecosystem where decentralized applications (dApps) can operate smoothly today while preparing for the demands of tomorrow.
The future of blockchain technology is here, with our quantum resistant blockchain at the forefront of it. Are you prepared to embrace it?