WORLD QUANTUM COMPUTER
DEMOCRATIZED
Powering human progress through decentralized compute.
PUBLIC TESTNET · FINAL TESTING
READ THE MANIFESTOCOMPUTE POWER TO THE PEOPLE.
"Quantum computing is the promised future. But who will hold the keys to that future?"
Today, quantum supremacy is being monopolized by a handful of tech titans and nation-states. Closed-source hardware and gatekept access are building new walls of digital hegemony. We are here to Dismantle this distorted structure.
The WQC Foundation aggregates the latent, "idle computing power" dormant in billions of devices—PCs, GPUs, and smartphones—to build the world's first truly decentralized quantum simulation infrastructure.
Immutable Fair Launch Rules:
- NO PRE-SALE: Capital will not buy influence.
- NO VC ALLOCATION: Zero institutional parasitism.
- ASIC RESISTANT: Individual nodes over mining farms.
Computational resource is a human right. It should be shared like water, not owned like land.
// Anti-Hegemony Protocol v1.0
// Network status
PUBLIC TESTNET
The public testnet is in final testing and is not yet open.
A look at the console in final testing.
The console opens on a client workspace and a node.
- Not open to participants yet.
- Not mainnet. Test balances will not become mainnet funds.
- No token sale, no pre-sale, and no VC allocation.
// For simulation clients
SIMULATE COMPLEX QUANTUM CIRCUITS.UNLIMITED SCALE. VERIFIED INTEGRITY.
Stop waiting on scarce QPU time, or paying steep fees for a cloud simulator. WQC routes your heaviest tensor-network workloads across a globally distributed, zk-verified compute layer.
OpenQASM 3.0
Instant compatibility with OpenQASM
WQC accepts OpenQASM 3.0. Export from Qiskit or Cirq in these gates and submit the program directly to the zk-verified swarm.
- Direct OpenQASM 3.0 submit on the HTTP API. OpenQASM 2.0 takes the same path.
- Lowered automatically to the circuit the swarm slices and proves.
- A universal gate set: H, CX, and parameterized rotations, including pi expressions.
// Submit your OpenQASM 3.0 code directly to WQC
OPENQASM 3.0;
include "stdgates.inc";
qubit[4] q;
bit[4] c;
h q[0];
cx q[0], q[1];
rz(0.5 * pi) q[1];
c = measure q;01
Cost and the queue
Pay for the contraction slices a job uses, not a reserved machine. Against a traditional monolithic cloud instance, that is a substantial cut in cost.
02
One server runs out of RAM
More qubits, or a higher bond dimension, exhausts a single memory pool. Circuits are sliced into tensor-network tasks and contracted across many nodes.
03
A result you can check
Sampling and expectation values carry a Born-rule zk-STARK. A client can verify the distribution without executing the circuit again.
Workloads the network is built for
Chemistry and materials
VQE and Hamiltonian simulation for molecular structure.
Optimization
Measured bit-string frequencies for QAOA-style search.
Quantum machine learning
Tensor-network simulation at high dimension.
Submission is not open yet. The public testnet is still in final testing. Read the whitepaper or join the discussion.
// Technical Infrastructure
BUILT FOR THE SWARM.
WQC leverages high-density tensor networks and zk-STARKs to create a trustless, massively distributed quantum processing layer.
Distributed Tensor Contraction
Large-scale quantum circuits are decomposed into thousands of independent tensor slices using Advanced Graph Partitioning. This allows massive simulations to run across decentralized nodes without exceeding individual RAM limits.
Memory-Hard ASIC Resistance
Our MHQH algorithm shifts the bottleneck from raw compute to memory bandwidth. By prioritizing VRAM throughput, we ensure consumer GPUs and unified memory architectures (Apple Silicon) remain more efficient than specialized ASIC farms.
Trustless zk-STARK Proofs
Computational integrity is guaranteed via Zero-Knowledge STARKs. Nodes prove correct execution, and a composer aggregates those proofs into a root seal so the network can check a result without running the circuit again.
Self-Sustaining Deflation
$WQC utility is tied to simulation demand. 20% of all network fees are automatically burned, creating a supply-side squeeze as global quantum simulation demand scales toward the Singularity.
The public testnet is not open yet.
Final testing is still underway. Read the paper, or talk with us while the network is finished.
ROADMAP
Phase 1
GENESIS (2025)
Complete
Project conception, the WQC Foundation, and publication of the white paper. The simulation environment for a public testnet was built in this phase.
Phase 2
TESTNET (2026)
Final testing
The public testnet is in final testing and is not yet open. Participant access and node software are still being finished. This phase is not a mainnet launch.
Phase 3
SINGULARITY
Ahead
Mainnet, larger decentralized simulations, and APIs for outside builders remain ahead. No date is set, and $WQC on mainnet is not live.