ArmaChain

Infrastructure-first PQ secure L1 for on-chain finance
Execution layer • Data layer • Liquidity layer

[ArmaChain @armachain_io]

10M+ blocks.

ArmaChain has now processed over 10 million blocks, maintaining stable network operation and uninterrupted consensus throughout development.

With the foundation proving itself, our focus is now on refining the ArmaDEX execution engine and pushing the testnet even further.

Block by block.

[Armadex @Armadex_io]

🇺🇸 Today, the U.S. government officially accelerated the transition toward quantum-resistant cryptography.

This is more than a policy shift — it’s recognition that current cryptographic standards will eventually face challenges from quantum computing.

While much of the industry is only beginning this conversation, ArmaDEX was designed with post-quantum security from day one.

Every signature on ArmaChain is secured using ML-DSA-65 (NIST FIPS 204), making ArmaDEX one of the first Layer 1 networks built to withstand the next generation of cryptographic threats.

Quantum security is not on our roadmap.

It’s already part of our architecture.

[ArmaChain @armachain_io]

@Armadex_io Gm💜

[ArmaChain @armachain_io]

Trading infrastructure is not a normal smart contract workload. Latency, finality, state access, and validator performance all become part of execution quality.

That is why ArmaChain is built around trading-specific infrastructure, not generic chain assumptions.

[ArmaChain @armachain_io]

If private intent and high-performance execution were available by default, what would you build?

Orderbooks, risk engines, market data systems, validator tooling, analytics, or something else entirely?

[ArmaChain @armachain_io]

⚙️ ArmaChain Development Update

The latest alpha release introduces Continuous State Sync (Phase D Variant B) on the public testnet — a major step toward faster node synchronization, improved network resilience, and more efficient state propagation.

Key improvements include:

• Continuous P2P state synchronization over libp2p
• BFT-signed manifests with zero additional consensus round-trips
• New protocol opcodes for manifest negotiation and chunked transfers
• Atomic state application with enhanced consistency guarantees
• Reduced node bootstrap times and improved synchronization performance
• Migration path toward the next-generation state sync architecture
These upgrades strengthen the foundation for a scalable, high-performance Layer 1 designed specifically for DeFi execution.
More technical updates and protocol enhancements will be announced soon.
Stay tuned.
#ArmaChain #ArmaDEX #Layer1 #Blockchain #DeFi #Web3‌‌

[Armadex @Armadex_io]

Private access is coming.

Soon, we will begin onboarding a limited number of early traders, builders, and DeFi insiders into our Closed Alpha.

No public release. No mass access.
Only a selected group getting in first.

If you want early access or know someone who belongs in the room — tag them below.
The future of DeFi execution starts behind closed doors.

Limited invites only.

[Armadex @Armadex_io]

Why the next generation of DEXs will be private by default — and why everything else will be exit liquidity👇
https://t.co/DtwFc7XFYv

[Armadex @Armadex_io]

Transparency should secure protocols.

Not expose traders.

In today’s DeFi, market participants are forced to reveal balances, positions, and execution patterns — creating unnecessary risks for serious traders.

Confidential execution isn’t a feature.
It’s the next evolution of DeFi infrastructure.

[Armadex @Armadex_io]

ArmaDEX was built PQ-native from genesis. ML-DSA-65 + ML-KEM-768, NIST FIPS 204 + 203. Signatures and key encapsulation, both. No legacy to migrate. No “if and when.”

[Armadex @Armadex_io]

A few facts about the ArmaDEX wallet that most of the industry doesn’t have yet:

1) It signs every order with ML-DSA-65 — the post-quantum signature standard NIST finalized in 2024. Not ECDSA. Not a placeholder.

2) It runs entirely in your browser as 65KB of WebAssembly. No extension, no native app, no external dependency. Open the page, it works.

3) Your keypair is generated locally from a standard BIP39 seed phrase — the same 12/24 words you already know from every other wallet.

4) Private transfers use ML-KEM-768 for encryption. Also NIST-standardized. Also in production.

Why does this matter? Because “harvest now, decrypt later” attacks are already happening. Adversaries are storing today’s encrypted data, betting that quantum computers will decrypt it within a decade.

Every ECDSA signature published on-chain is a permanent target. ArmaDEX signatures aren’t.
This is what post-quantum-native actually looks like.

[BEKJAN | Market Design @JanDeFi_]

ArmaChain is fully post-quantum secure.
Problem: EVM doesn’t support PQ cryptography.
So we have a real dilemma — EVM compatibility vs the security that actually matters in 10 years.
Most L1s ignore this. We’re solving it.
Updates soon. 🔐
#ArmaChain #PostQuantum #Web3

[Armadex @Armadex_io]

ArmaChain ships 6 native token standards at testnet stage — ALS-20 through ALS-6.
From fungible tokens to on-chain name resolution, every standard is designed as a first-class L1 primitive.

ALS-20 — Fungible Tokens
The standard for any fungible token on ArmaChain — currencies, governance tokens, project tokens. Runs natively at the L1 level, not on top of a smart contract, which makes it faster and cheaper than ERC-20 equivalents.

ALS-721 — NFTs
The standard for unique tokens: art, in-game items, certificates. Royalties are built in — creators automatically receive a percentage of every secondary sale. Supports batch minting and permanent metadata freeze.

ALS-1155 — Multi-Tokens
One contract, thousands of token types simultaneously. Built for games, marketplaces, and collections. Includes max supply caps and URI protection.

ALS-4 — Token Registry
The chain automatically indexes every deployed token and assigns it a trust score. A native scam filter at the protocol level — no third-party service required.

ALS-5 — Multi-Sig
A shared wallet controlled by multiple parties. Requires M-of-N signatures to execute a transaction. Includes daily limits, timelocks, and emergency access recovery. Built for teams, DAOs, and treasuries.

ALS-6 — Name Service
Instead of long wallet addresses — simply yourname.arma. Supports subdomains and content hash linking. ArmaChain’s answer to ENS.

Stay tuned for more updates.

#ArmaChain #ALS #Layer1 #Web3

[Armadex @Armadex_io]

Trading systems require deterministic execution, predictable ordering and extremely low latency.

General-purpose blockchains route trades through smart contracts competing inside a public mempool.
This introduces MEV, non-deterministic ordering and execution delays that market infrastructure was never designed to tolerate.

ArmaDEX approaches the problem at the protocol layer.

The matching engine, orderbook state and risk engine are embedded directly in validator execution.

Orders are processed as part of block construction rather than external contract calls.
This removes mempool arbitrage surfaces and allows deterministic price-time priority matching.

The result is a trading environment where execution rules are transparent, verifiable and enforced by consensus.

Architecture overview:
https://t.co/WrT2m0GmUg

[Armadex @Armadex_io]

Most blockchains rely on general-purpose databases like LevelDB, RocksDB or PostgreSQL. It works, but it creates a compromise: push for speed and risk integrity, or enforce safety and introduce latency.

For chain producing blocks every ~2 seconds and handling 200k+ orders per second, that compromise becomes a real infrastructure problem.

ArmaChain approaches storage differently.

Instead of one database doing everything, the system uses three storage layers, each built for a specific role:

— fast execution store for real-time state
— structured ledger for verifiable records
— permanent archive for full historical reconstruction

The result is fast recovery, deterministic state after crashes, and a complete historical record without slowing down the trading engine.

Architecture overview:
https://t.co/7NVTYAH5Yb
#armachain

[Armadex @Armadex_io]

Privacy in financial systems is useful only if it remains auditable when required.

ArmaChain separates transaction confidentiality from regulatory disclosure.

Assets can move inside a UTXO-based confidential pool using Pedersen commitments, hiding balances and transfer amounts from public observers.

At the same time, traders retain the ability to reveal specific data — such as shielded balances, transfer history, or the plaintext value behind a commitment — to authorized parties through a selective disclosure mechanism.

Access is governed by the Authorized Keys Registry and always initiated by the trader, ensuring privacy by default while preserving verifiable compliance.

https://t.co/s7FtClWOBD

#armachain #privacy