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Six Pillars. One Network.

Quantum-Encrypted by Default

Six-layer post-quantum crypto. Eight-layer adaptive firewall. Zero backdoors.

Architecturally Decentralized

Backbone, orbit, and edge. No region to lose. No single owner.

Aura-Routed at Edge

MPTCP, BLE, Wi-Fi Direct — auto-selected. Sub-20 ms to 96% of humanity.

How Aura Works

Files shatter into Reed-Solomon fragments. Each fragment is AES-GCM-sealed and dispersed across the mesh. Your aura signature — derived from your biometric and quantum keys — is the only thing that can reassemble them. No host ever holds the whole file. No subpoena can produce one.

Twenty Guardians. One Brain.

Twenty specialised agents — from NetworkOptimizer to AuraShardGuardian — patrol every layer of the stack. OpenClaw orchestrates them. A Qwen 3.6 35B-A3B reasoning core makes the calls. Threats are predicted, not reacted to. The infrastructure heals before you page anyone.

Hyperscaler Cloud vs. NEXUS

Hyperscaler
Region-locked → Three-Tier Mesh

A single availability zone takes down a hyperscaler in hours. NEXUS routes across backbone, orbit, and edge — there is no zone to lose.

Hyperscaler
Classical Crypto → Post-Quantum

RSA and ECDSA fall to a sufficiently large quantum computer. NEXUS ships post-quantum primitives in production today, layered six deep.

Hyperscaler
Surprise Bills → 5% Below, Always

Egress charges. Reserved-instance lock-ins. Per-call surcharges. NEXUS publishes one number for every service — and it is always five percent under the headline rate of the leading hyperscaler.

Hyperscaler
Their Hardware → Your Aura

A hyperscaler tenant rents space on someone else's machines. A NEXUS user holds the only key that reassembles their data — biometric, quantum, and yours alone.

The Stack

Accessibility Is the Default.

Every surface ships ARIA-complete, keyboard-traversable, and screen-reader-tested. Voice command is native, not bolted on. Hover tooltips read at an eight-year-old reading level. We meet WCAG 2.2 AAA the way we meet TLS 1.3 — by default, not on request.

The Decentralized Internet

A mesh ISP that does not depend on any single ISP. Three tiers carry the network — Fly.io backbone, satellite mega-nodes in low-earth orbit, and consumer devices on the edge — knit together by hybrid transport that picks the best path, every packet, every time.

🛰️
Three-Tier Mesh
Fly.io backbone for capacity. Satellite mega-nodes for orbital redundancy. Consumer devices for last-mile reach. Lose any one tier and the other two carry the load without missing a packet.
🔀
Hybrid Transport
MPTCP for capacity. Bluetooth Low Energy for off-grid mesh. Wi-Fi Direct for peer relay. The transport layer auto-selects the best path per request — and falls forward when one channel degrades.
📶
$2.50 / Device / Year
One flat per-device subscription buys every mesh node a seat at the table — phone, laptop, IoT, satellite radio. No per-gigabyte tariffs. No throttling. No surprise bills. The network keeps the lights on; you keep the bandwidth.
🌐
Add Your Device. Pay Once a Year.
Enroll a device through onboarding. Biometric verification, a quantum aura key, and the device joins the mesh. One flat subscription per device per year — and that device is now a first-class node on the post-cloud internet.

Four Tiers. One Promise: 5% Below the Hyperscaler.

Pricing is revealed during onboarding — once you tell us which devices and workloads you’re running. The number you see at checkout will always be five percent below the leading hyperscaler’s headline rate.

Trial
  • 14-day full-access pilot
  • All six pillars unlocked
  • One enrolled device
  • Quantum-encrypted from day one
  • No card required
Starter
  • Object storage allocation
  • Serverless invocations
  • Custom domains
  • Twenty-Guardian protection
  • NEXXMAIL + NEXXPASS included
Enterprise
  • Unmetered storage and invocations
  • Dedicated Guardian fleet
  • 99.999% uptime SLA
  • Private model + tenant isolation
  • Custom TLD registration
  • White-glove onboarding + named CSM

For Companies That Build the Network

Bring NEXUS to your workforce, your customers, your supply chain — and the network rewards you for it. The Corporate Partner programme pays tiered royalties on every device you onboard. Four tiers, scaled to device count, indexed to growth.

🤝
Become a Corporate Partner

Open a corporate account from the customer portal. We take it from there — onboarding kit, device provisioning, royalty dashboard, named partner manager from day one.

Open the Portal →

The Orbital Backbone

Eight low-earth-orbit constellations carry the second tier of the mesh. SGP4 propagators precompute the lowest-latency path before it is needed. Atomic-clock precision anchors consensus to international time. When a terrestrial route degrades, orbit takes over — before the dashboard repaints.

< 30ms
End-to-End Latency
Multi-Gbps
Aggregate Throughput
8
LEO Constellations
±50ns
Clock Precision
99.99%
Uptime w/ Orbital Backup
Starlink 550 km LEO
220 Mbps
Dense LEO mesh · sub-30ms · phased-array ground terminals
OneWeb 1,200 km LEO
50 Mbps
Enterprise broadband · global coverage · 648 satellites
Iridium NEXT 780 km LEO
1.4 Mbps
Polar-inclusive · 66 crosslinked sats · Certus + SBD
Globalstar 1,414 km LEO
1 Mbps
48-satellite global · simplex/duplex · IoT and M2M relay
Orbcomm 750 km LEO
0.2 Mbps
M2M specialist · node telemetry · out-of-band health channel
Swarm 550 km LEO
10 Kbps
Micro-satellite tiles · IoT edge mesh · lowest-power nodes
Lacuna Space 600 km LEO
5 Kbps
LoRaWAN from orbit · open protocol · no custom hardware
Kepler 575 km LEO
100 Mbps
GBs per pass · enterprise store-forward · bulk snapshots
Predictive Routing
SGP4 orbital mechanics pre-compute the lowest-latency satellite path for every region pair. Routes are warmed before they are needed — failover is instantaneous, never reactive.
Quantum Clock Sync
GPS L1/L2 and Galileo atomic clock signals discipline every Nexus node to ±50 nanosecond UTC accuracy. Blockchain consensus timestamps become provably anchored to international atomic time.
Self-Healing Constellation
Continuous health scoring per satellite. Degraded birds are automatically removed from routing and re-admitted on recovery. The network routes around outages before operators are paged.
Store-and-Forward DTN
Bundle Protocol v7–inspired relay queues data during terrestrial gaps and delivers it on the next orbital pass. Kepler Communications passes carry gigabytes of Nexus state snapshots in a single overhead window.
Broadcast Backup from Space
Critical consensus headers, guardian alerts, and CDN invalidations are replicated globally via orbital mega-nodes the instant a terrestrial path shows degradation. Zero observable downtime.
Constellation Load Balancing
Real-time latency, throughput, and packet-loss metrics across all 8 providers drive dynamic routing decisions. The scheduler automatically batches data to align with optimal pass windows for simultaneous global delivery.
🛰️
Orbital Failover, Without a Switch to Flip

Every enrolled device participates in the orbital relay automatically. There is no toggle, no upgrade path, and no extra invoice. Terrestrial degradation triggers a re-route to LEO before your monitoring catches up.

Email That Earns Its Keep.

End-to-end encrypted by default. Read receipts you can act on. Animated subjects that move on the inbox line. Lossless attachments — no compression, no degradation, no “we couldn’t deliver this.” Cryptographic identity, voice-clone playback, and a 3-D avatar that makes your inbox feel like a phone call.

🔐 E2E Encrypted 📬 Read Receipts ✦ Animated Subjects 🪶 Custom Signatures 📎 Encrypted File Transfer ∞ Lossless Attachments ⛓️ Provable Delivery 🤖 3-D Avatar Reader 🎙️ Voice Cloning ✓ AuraPrint Identity 📨 Postal-Grade SMTP
30s
Voice Clone
8
Themes
100%
E2E Encrypted
Storage
5
Email Clients