./build # primary
We build our own libraries and products — and we build them for clients too. Cryptographic systems, peer-to-peer infrastructure, mesh networking and edge AI, engineered to be private by design rather than private by policy.
# privacy & security in technology
We advocate for privacy and security by building with cryptography, decentralisation, peer-to-peer, and mesh technology — because the next generation of apps won't need a centre.
# 01 · the why
Every data breach, every surveillance scandal, every platform that locks you out of your own data — they all share a root cause: centralised control.
AI is accelerating this. Today's AI systems funnel the world's data into a handful of corporate silos. But it doesn't have to be this way. The future belongs to decentralised, P2P, AI-first applications — systems where intelligence lives at the edge, data stays with its owner, and trust is mathematical, not institutional.
MooStars exists to build that future. We combine deep expertise in cryptography, distributed systems, and mesh networking to create technology that is private by design, secure by default, and resilient by nature.
- spider — remove the centre, the network dies
A spider is its head. Every strand of the web leads back to one body — one breach, one outage, one order to comply, and eight nodes go silent. This is the topology of every centralised platform you depend on today.
1 hub · 8 spokes · 1 point of failure
+ starfish — remove an arm, the rest stay connected
A starfish has no head to cut off. Sever an arm and the rest keep moving — some species grow a whole new starfish from the lost arm. Take any node out of this graph and the remaining four are still fully connected to each other.
5 peers · 10 edges · 0 single points of failure
Everything we build is a starfish. So is our mark — five nodes, ten edges, no centre.
# 02 · how we build
Each layer reinforces the others. Together, they form a foundation for technology that can't be co-opted, surveilled, or shut down.
$ ls ./pillars
Trust mathematics, not institutions. End-to-end encryption, zero-knowledge proofs, and cryptographic identity — securing data at the protocol level.
E2EE · ZKP · PKINo single point of failure. No single point of control. Distributed architectures that are censorship-resistant and resilient by design.
DLT · CRDT · DHTDirect connections, no intermediaries. P2P architectures eliminate middlemen, reduce latency, and put users in direct control of their data and interactions.
libp2p · WebRTC · NAT-TResilient, adaptive, unstoppable. Mesh topology means every node strengthens the network. No towers, no ISPs, no kill switch.
MANET · BLE · LoRaIntelligence that runs where the data already lives. Models on device, inference at the edge, and no silent round-trip to someone else's servers.
ONNX · WASM · NPU# five pillars, five nodes. not a coincidence.
# 03 · what we do
We work across the full spectrum — from shipping privacy-first tools to helping organisations architect decentralised systems.
We build our own libraries and products — and we build them for clients too. Cryptographic systems, peer-to-peer infrastructure, mesh networking and edge AI, engineered to be private by design rather than private by policy.
Security architecture, threat modelling, cryptographic protocol design, and decentralised infrastructure planning. We help teams build systems that are private and secure from day one.
Research, technical writing, and knowledge sharing. We publish deep dives on cryptography, P2P systems, and mesh networking — making the complex accessible without dumbing it down.
# 04 · open source
Privacy you cannot inspect is a promise, not a property. Everything we build is intended to be open source — readable, auditable, and yours to run without us.
$ cat ./open-source/STATUS
Nothing is public yet. We are early, and we would rather ship something worth reading than something worth announcing.
Our first releases will be the primitives we need ourselves: cryptographic building blocks, peer-to-peer transport, and mesh routing. When they are ready, they will land here.
# 05 · get involved
Whether you're building a product, securing an infrastructure, or just want to learn — we'd like to hear from you.