ARXIA
THE AFTERWORLD
Every blockchain dies when the internet goes dark. Every chain. Every protocol. Every network. ARXIA doesn’t. The first Layer 1 built to operate when infrastructure fails — mesh-networked, radio-propagated, unstoppable.
EXPLORE THE PROTOCOL
INFRA-FAILURE
as the ICEBERG
Hover over a problem
to learn more
ARXIA PROTOCOL
as the ROGUE AI
on GitHub
This section covers the core protocol pillars. For the full v29 technical specification — CRDT merge semantics, LoRa packet encoding, 4-tier finality proofs — everything lives on our GitHub.
Check out the repo →Block Lattice
Every account maintains its own blockchain. Send and receive are separate blocks. No global bottleneck, no miner ordering, no single chain to congest. Inspired by Nano, hardened for hostile networks.
ORV Consensus
Open Representative Voting adapted for offline partitions. Stake-weighted delegates validate transactions. No mining. No energy waste. Consensus achieved even across mesh fragments.
CRDT Reconciliation
When partitioned networks reconnect, the ledger heals itself. Conflict-free Replicated Data Types ensure automatic merge without manual intervention. Two meshes become one — seamlessly, deterministically.
4-Tier Finality
Pending, L0 (device), L1 (mesh partition), L2 (global). Transactions gain confidence as they propagate outward. Even at Pending tier, double-spend protection is active through local conflict detection.
Multi-Transport
LoRa radio for 10+ km range. Bluetooth Low Energy for local mesh. SMS gateways for legacy fallback. DVB-S2 satellite for global sync. The protocol routes over whatever survives.
DID Native
W3C Decentralized Identifiers resolved locally. No DNS, no certificate authorities, no centralized key servers. Your identity is anchored to the ARXIA ledger and cached on your device — always available, always yours.
ROADMAP
as the DEPLOYMENT SEQUENCE
This is a condensed overview. For the complete v29 roadmap — detailed milestones, deliverables, dependencies and technical specifications — view the full document.
View the full roadmap →
Protocol & First PoC
- Block Lattice architecture designed from first principles
- Ed25519 + Blake3 cryptographic primitives validated
- 193-byte compact blocks — fits LoRa 256B MTU
- Cross-compilation to ESP32 (Xtensa LX6)
Consensus & Gossip
- Critical crypto bug fixed (Ed25519 raw bytes)
- ORV stake-weighted consensus + CRDT proofs
- Gossip protocol — L1 finality in simulation
- 34/34 tests pass on x86_64 & ESP32
Open Source & Presence
- Public GitHub — Rust monorepo, CI green
- Whitepaper v29 + 5 technical docs published
- arxia.network live + Twitter/X active
Foundations — Presale Ready
- Legal entity formation (LLC Delaware)
- MiCA legal opinion + ARX token classification (utility)
- ERC-20 ARX smart contract deployed on Base
- Smart contract audit (CertiK or Trail of Bits)
- SAFT structure for seed investors
- 2 named public advisors confirmed
- MOU signed with at least 1 ONG partner
- Whitepaper public PDF + Discord server open
Prototype Terrain + Community
- Gossip protocol port to ESP32 (no_std + esp_timer)
- Meshtastic firmware integration on T-Beam
- 2–5 T-Beams communicating in real field conditions
- First LoRa transaction filmed — L1 finality, zero internet
- Private testnet operational + field measurements
- External security audit
- Press outreach + KOL campaign + airdrop bounty
- Discord target 5,000+ members before IDO
Public Token Launch
- Fjord Foundry LBP (72h on Base)
- Uniswap V3 liquidity pool post-LBP (ARX/USDC)
- Sablier V2 vesting activated — team + seed
DAG Consensus + Public Testnet
- Block Lattice production — RocksDB, pruning 100k blocks
- ORV on-chain delegation + node staking
- Chaos network tests — partitions, reconnections
- Key recovery SLIP39 2-of-3
- Public testnet open to external developers
- Bug bounty launched
Mobile, DID & Mainnet Prep
- React Native offline-first wallet (Android + iOS)
- W3C DID complete + Verifiable Credentials
- ONG field pilot — 50-node deployment
- DVB-S2 satellite agreement + stake snapshots
- Wasmer WASM runtime — smart contracts live
- DAO governance tested on-chain
- Final pre-mainnet audit (2nd independent)
Mainnet Launch
- Bridge ERC-20 → L1 native (Lock-and-Mint)
- ARX 1:1 migration (24-month window)
- Permanent bug bounty
- Ecosystem grants — 200M ARX
- DAO transition
> Hover over waypoints for details
MESH NODES
as the HARDWARE
T-Beam Mesh Node
ESP32 + LoRa radio. Solar-ready, pocket-sized.
- MCUESP32 240MHz
- RadioLoRa SX1276 (868/915 MHz)
- Range10+ km (line of sight)
- Power<1W (solar compatible)
- Price~$31 USD
Deployment Example
- ▣ Covers ~500 km² dense urban / ~20,000 km² rural
- ▣ Serves ~500,000 people in a mesh partition
- ▣ Survives complete internet blackout
$1,240,000.
Every city. Every capital. Every population center on Earth.
40,000 nodes. Off-the-shelf hardware. No permission required.
That number is less than half the seed round — and it assumes Arxia pays for everything, which it doesn’t.
Private operators deploy their own nodes to earn ARX rewards. The mesh self-replicates.
Incentives do the work.
The cheapest sovereign financial network ever built.
Anonymous by Design
We don’t build in the spotlight. We build in the dark.
We are anonymous because we are targets.
ARXIA strips governments of their most powerful weapon: the kill switch. The ability to cut entire populations from their financial resources by shutting down the internet. One order, one flick, and millions lose access to their savings, their assets, their economic existence. They do it to crush dissent. To punish political opposition. To force submission. Every government on Earth holds this power — and every existing blockchain bends to it.
We built the protocol that doesn't. ARXIA operates over radio, mesh, and satellite — infrastructure no state controls. That makes the protocol dangerous to power. And that makes us targets.
We are The Division. Decentralized operators building the financial infrastructure that cannot be seized, frozen, or silenced. Our identities are shielded not out of fear — but because a network that survives government attack cannot have builders that don't.
The code is open. The protocol is verifiable. The team is invisible. By design.
> THEY CAN CUT THE INTERNET. THEY CANNOT CUT THE MESH.
