The network is the people carrying it.
AETHER replaces 3G, 4G, 5G and the entire telecom stack with a self-healing, AI-routed, post-quantum mesh. Every device is an endpoint, a router, a relay, an identity, and a compute node. No towers. No SIMs. No carriers.
A self-healing planetary mesh, with no center to fail.
Every nearby device discovers its neighbors over multiple radios, gossips link-state, and forms a dynamic topology that reshapes itself as people move, sleep, or vanish.
Discovery
Routing
Load balance
Self-healing
Scalability
No controller
Replace phone numbers with cryptographic identity.
Every device is born with a decentralized identifier (DID) anchored to its hardware secure enclave. Humans see a username. Machines see a public key and a verifiable certificate chain.
Creation
Enclave generates Ed25519 + Kyber-768 key pair. DID published to global DHT, signed by manufacturer attestation. Username chosen and bound via Verkle-tree commitment to prevent squatting.
Verification
Mutual TLS 1.3 with hybrid PQ handshake. Reputation score derived from signed interaction receipts; trust level decays without recent good behavior.
Recovery
Shamir 3-of-5 social recovery across trusted contacts + optional hardware backup token. Stolen device revoked via signed kill-cert gossiped network-wide in seconds.
Human-readable
Usernames like @asha.mesh resolve via the AETHER name service — a decentralized, censorship-resistant DNS replacement.
Voice, video, text, files, broadcasts — even with no internet.
Voice calls
Video calls
Messaging
File transfer
Live streaming
Emergency broadcast
Every packet picks its path using on-device reinforcement learning.
A tiny PPO agent (≈40 KB) runs on the AI accelerator and continuously tunes routing weights from distance, battery, signal, trust, bandwidth, reliability, congestion, and predicted mobility.
// AETHER adaptive mesh routing — score-based forwarding
function selectNextHop(packet, neighbors):
candidates = []
for n in neighbors:
score =
w1 * signalQuality(n) // RSSI, SNR
+ w2 * batteryHeadroom(n) // avoid draining low devices
+ w3 * trustScore(n) // reputation + cert chain
+ w4 * bandwidthAvailable(n)
+ w5 * (1 / predictedLatency(n))
+ w6 * mobilityAlignment(n, packet.dst)
- w7 * congestion(n)
- w8 * sybilRisk(n)
candidates.push({ n, score })
// Multi-path: forward via top-K with probability ∝ softmax(score)
return weightedSample(candidates, K = 2)
// Weights w1..w8 are adapted online by the on-device
// reinforcement learning agent (PPO, 8-dim state, 64-unit MLP).vs. OLSR / AODV / BATMAN
vs. SDN controllers
Federated learning
Designed for a post-quantum, hostile world.
A new device. Not a smartphone — a mesh node you can hold.
Five communication layers. Automatic switching.
The radio supervisor picks the lowest-power layer that still meets the QoS target — and stitches multiple layers together for resilience.
Days of battery, not hours.
From 10M to 10B devices.
| Scale | Latency | Throughput | Loss |
|---|---|---|---|
| 10 M | 45 ms | 1.2 Gbps | 0.04% |
| 100 M | 62 ms | 1.0 Gbps | 0.09% |
| 1 B | 84 ms | 850 Mbps | 0.18% |
| 10 B | 118 ms | 700 Mbps | 0.31% |
Simulation: ns-3 + custom mesh extension, 5,000-node clusters federated to projected planetary topology.
MeshOS replaces both the phone OS and the centralized cloud.
MeshOS components
- Mesh network stack (L1–L7)
- Hardware security layer
- Identity & key manager
- On-device AI routing engine
- Local distributed CRDT store
- Capability-based permissions
- Per-app privacy budget
- Verifiable OTA updates
Decentralized services
12 · Economic model
13 · Disaster recovery
14 · AI everywhere
Six claims we believe are genuinely novel.
Prior MANET work uses static heuristics or centralized SDN. AETHER's per-node PPO with privacy-preserving federated aggregation is, to our knowledge, new.
Combines battery headroom, mobility prediction and trust in a single learned scoring function rather than a hand-tuned cost.
Nodes negotiate protocol extensions inline using signed capability vectors — enables zero-downtime upgrades across heterogeneous fleets.
Pairs enclave attestation with Shamir social recovery using post-quantum signatures.
Joint scheduler across BLE/UWB/Wi-Fi/LoRa/Sat that minimizes a unified energy-latency-reliability Lagrangian.
Per-byte credits gated by neighbor attestations + proof-of-useful-work; resistant to Sybil and wash-relay attacks.
How AETHER stacks up against cellular.
| Dimension | 4G LTE | 5G NR | AETHER Mesh |
|---|---|---|---|
| Latency (median) | 30–80 ms | 20–50 ms | 8–22 ms LAN, 40–120 ms global |
| Throughput | 100 Mbps – 1 Gbps | 1–20 Gbps | Aggregated multi-radio, 200 Mbps – 5 Gbps |
| Coverage | Tower-bound | Tower-bound | Anywhere ≥2 devices exist |
| Infrastructure | Heavy CAPEX | Heavy CAPEX | Zero — devices are the network |
| Disaster resilience | Fails with grid | Fails with grid | Self-heals, offline-capable |
| Privacy | Operator-visible | Operator-visible | Onion-routed, ZK-verified |
| Cost per user / mo | $20–$80 | $30–$120 | $0 + earned credits |
| Crypto | AES-128 | 256-bit | Post-quantum (Kyber + Dilithium) |
What ships with the proposal.
From dev kit to a billion-device network.
Reference OS on dev kits. BLE+Wi-Fi mesh, 1k-node simulation, post-quantum handshake.
10k-device pilot in 3 cities + 1 rural region. LoRa overlay. Public testnet for relay credits.
Drone relays, satellite fallback, disaster drills. Independent security audit + formal verification.
Open hardware reference. Carrier-of-last-resort partnerships. 100M-device target in 36 months.
Telecom was an era. The mesh era begins with the next device you carry.
Read the technical paper, audit the protocol, run a node, or help us build the reference hardware.