ARMChain Blog

Lattice-Based vs Hash-Based Signatures: Which is Better for a Blockchain?

Which is better for a blockchain, lattice-based or hash-based signatures? See real ML-DSA vs SLH-DSA sizes and which wallet, treasury, or admin key fits each.

Quantum-Safe Supply Chain Tokenisation in Perth: What WA Mining Needs

Planning supply chain tokenisation in Perth? See why WA mining records need post-quantum signatures, and how to start with one cargo and a small pilot.

Quantum-Safe Web3 Infrastructure in Canberra: Meeting NIST Standards for Australian Sovereign Data

A NIST post-quantum standard blockchain can back up signatures on Canberra defence and government records. See what FIPS 204 covers and what it leaves out

Can AI Break ECDSA or ML-DSA? A Plan for Blockchain Teams

Deploying EVM Smart Contracts: A Developer’s Guide to Post-Quantum dApps on ARMChain

Deploy Solidity contracts on ARMChain, an EVM-compatible quantum-safe blockchain. A step-by-step guide for Melbourne developers using Remix and Fakenet.

Protecting Sydney’s Asset Managers: How Post-Quantum RWA Tokenisation Prevents Future Quantum Exploits

Quantum-safe digital asset infrastructure keeps tokenised assets secure for years. See what Sydney asset managers should know before they build.

What Is Post-Quantum Cryptography (PQC)? A Layman's Guide to Web3 Security

What is post-quantum cryptography? Learn how PQC protects Web3 wallets, transactions, and smart contracts from future quantum threats.

Top 4 Quantum-Resistant Blockchains: QAN, Quip, QRL, and ARMchain

Explore the top 04 quantum-resistant blockchain platforms: QANplatform, Quip Network, QRL, and ARMchain. Compare consensus, cryptography, and EVM support.

What is ARMchain? The Blockchain That’s Ready for Tomorrow

ARMCHAIN uses something called MLDSA; also known as Module-Lattice-based Digital Signature Algorithm. It’s a mouthful, we know. But it is what you need to know about the future of your assets.

What is Account Abstraction and Why Does It Matter?

Learn what account abstraction is, how it improves crypto wallet security and UX, and why ARMchain’s native account abstraction matters in 2026.

How to Sign Crypto Transactions With Face ID and Fingerprint

A deep dive into biometric crypto transactions, explaining Face ID signing, fingerprint authentication, and account abstraction in modern wallets.

Top 06 Quantum Resistant Blockchain Technologies Every Founder Should Know in 2026

Can quantum computing break blockchain? Explore the leading quantum resistant blockchains for 2026 and how post quantum cryptography ensures long-term blockchain security.

Post-quantum Cryptography vs Quantum Cryptography: What’s the Difference?

Post-quantum cryptography and quantum cryptography are often confused but take very different approaches to securing digital systems in the quantum era. Today, let’s learn how post-quantum cryptography protects existing infrastructure and how quantum cryptography uses physics for secure communication.

Overview of Post Quantum Cryptography Algorithms

Quantum computing is reshaping cybersecurity for Web3. Let’s look at the key challenges to transitioning to post-quantum cryptography and the steps organizations should take before migrating.

What Is Post-Quantum Cryptography (PQC)? Practical 2026 Explainer

What is post-quantum cryptography (PQC)? Learn the purpose of post quantum cryptography, how PQC algorithms work, and why post quantum security is critical in 2026.

Native Account Abstraction vs ERC-4337

Understand the difference between ERC-4337 and native account abstraction, including smart accounts, wallet abstraction, gas abstraction, and scalable blockchain infrastructure

The Real Cost of Ignoring Quantum Threats

ARMchain doesn’t treat post-quantum security as a future upgrade or a roadmap item. It treats it as a baseline assumption. The network is built from the ground up to operate with quantum-resistant cryptography, eliminating the need for disruptive migrations later.

Crypto Wallet Security: Is Your Crypto Wallet Safe from Quantum Computing?

Understand how quantum resistant crypto and account abstraction improve crypto wallet security against quantum computing crypto threats.

The Hidden Complexity of Post-Quantum Cryptography (PQC) Migration No One Plans For

Explore the hidden complexity of PQC migration, from PQC risk assessment and PQC implementation challenges to evolving NIST PQC standards and NIST post-quantum cryptography finalists. Learn how quantum-resistant cryptography is reshaping infrastructure and where ARMchain fits into the future of secure, quantum-ready systems.

What Will Happen to the Blockchain Industry When Quantum Computers Arrive?

Understand blockchain industry changes as quantum computing and blockchain evolve, covering quantum-resistant blockchain and whether quantum computers break Bitcoin.

The Ultimate Post Quantum Blockchain Battle: ARMchain vs Nervos CKB

A comparison of ARMchain and Nervos CKB in the context of post-quantum blockchain design, examining two distinct approaches to quantum resistance, cryptographic architecture, consensus, and scalability as the industry prepares for the impact of quantum computing on modern cryptographic systems.

How ARMchain Stacks Up Against Leading PQC Blockchains

Explore top post-quantum cryptography blockchains and see how ARMchain compares in security, scalability, and EVM compatibility in the race for quantum-resistant blockchain infrastructure.

Cousin Approach: How ARMchain Complements Ethereum

ARMchain enhances Ethereum with quantum resistant blockchain features, EVM compatibility, and post quantum cryptography, creating a future-proof blockchain technology ecosystem for scalable dApps.

ARMchain vs Algorand, Aptos, and QRL: Who’s Leading Post Quantum Security?

Learn about post quantum cryptography, post quantum security, and how the top 04 post quantum secure blockchains are offering it.

From Lattices to Signatures: A Full Technical Analysis of MLDSA-44 for Post-Quantum Security

Experts estimate that within the next 5-15 years, quantum computers will break today's public-key cryptography. Here's why ARMchain selected MLDSA-44 for post-quantum security.