We created the first Neurosymbolic and hardware native Quantum Resonant browser that has an infinite canvas for spatial native browsing that accomodates infinite cards for extensive management of your browsing experience on the Quantum Web.
The sovereign protocols that power Luci's resonant-native networking, storage, and identity layers.
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QNS — Quantum Naming System
Peer-to-peer domain resolution. No root servers. No ICANN.
QNS replaces legacy DNS with a peer-to-peer naming fabric secured by quantum-resistant cryptography. Names are registered on a distributed hash table and resolved through mesh gossip — your request propagates through nearby nodes until it reaches one holding the authoritative record.
Register a .q domain →
QNS Visualization
QDP Compaction
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QDP — Quantum Data Protocol
Bidirectional fractionalized streams. 88% compaction via AFT.
QDP is Luci's native data transport protocol. Unlike HTTP's request-response model, QDP uses a stream-based architecture where data flows bidirectionally as fractionalized anyonic fragments, achieving massive bandwidth savings through AFT semantic compaction.
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AevIP — Persistent Connection
72-hour persistence. Survives network changes, sleep, and disconnection.
AevIP is the persistent network layer that keeps mesh connections alive for up to 72 hours. Session states are fragmented across the mesh, allowing your device to reconnect without renegotiation, even when switching from WiFi to Cellular or across different physical locations.
AevIP Persistence
QuantumFS Visualization
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QuantumFS — Sovereign File System
Anyonic fragment distribution. Merkle-verified reconstitution.
QuantumFS does not store files — it stores anyonic fragments. Data is decomposed through AFT, distributed across mesh peers, and reconstituted locally using Merkle roots. No single node ever holds a complete file, ensuring absolute sovereignty.
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HTTQ — Protocol Bridge
HTTP-Quantum bridge. Full backward compatibility with the legacy web.
HTTQ provides a transparent translation layer between the legacy HTTP/2 world and the sovereign Quantum mesh. It allows Luci to browse the traditional web while leveraging mesh-native caching and security features where available.
HTTQ Bridge
We created the first Neurosymbolic and hardware native Quantum Resonant browser that has an infinite canvas for spatial native browsing that accomodates infinite cards for extensive management of your browsing experience on the Quantum Web.
This is a follow up to Part 1 of this Quantum Series that started with : https://news.ycombinator.com/item?id=46665017
The Quantum Web is here and its powered by:
Quantum Protocol Stack
The sovereign protocols that power Luci's resonant-native networking, storage, and identity layers. ◎ QNS — Quantum Naming System
Peer-to-peer domain resolution. No root servers. No ICANN.
QNS replaces legacy DNS with a peer-to-peer naming fabric secured by quantum-resistant cryptography. Names are registered on a distributed hash table and resolved through mesh gossip — your request propagates through nearby nodes until it reaches one holding the authoritative record. Register a .q domain → QNS Visualization QDP Compaction ⇌ QDP — Quantum Data Protocol
Bidirectional fractionalized streams. 88% compaction via AFT.
QDP is Luci's native data transport protocol. Unlike HTTP's request-response model, QDP uses a stream-based architecture where data flows bidirectionally as fractionalized anyonic fragments, achieving massive bandwidth savings through AFT semantic compaction. ⟳ AevIP — Persistent Connection
72-hour persistence. Survives network changes, sleep, and disconnection.
AevIP is the persistent network layer that keeps mesh connections alive for up to 72 hours. Session states are fragmented across the mesh, allowing your device to reconnect without renegotiation, even when switching from WiFi to Cellular or across different physical locations. AevIP Persistence QuantumFS Visualization ◇ QuantumFS — Sovereign File System
Anyonic fragment distribution. Merkle-verified reconstitution.
QuantumFS does not store files — it stores anyonic fragments. Data is decomposed through AFT, distributed across mesh peers, and reconstituted locally using Merkle roots. No single node ever holds a complete file, ensuring absolute sovereignty. ⟷ HTTQ — Protocol Bridge
HTTP-Quantum bridge. Full backward compatibility with the legacy web.
HTTQ provides a transparent translation layer between the legacy HTTP/2 world and the sovereign Quantum mesh. It allows Luci to browse the traditional web while leveraging mesh-native caching and security features where available. HTTQ Bridge