The trust layer for
artificial intelligence.
QuantumAI Blockchain is a live post-quantum network where an AI's training, evaluation, attestation and rewards are consensus, not the private decision of one company. Nobody owns the model. The network does.
Any node can contribute compute; verified epochs finalise on-chain.
Model identity and reasoning are attested by validator quorum.
The attested model answers at aethersmind.com, checkable against the chain.
Running now.
Source: Dashboard →Aether model
Syncing
Knowledge vectors
Syncing
QBC block
Syncing
Network nodes
Syncing
Φ (experimental)
Syncing
Supply
Syncing
Inspect and operate the network.
Explorer
→Inspect QBC blocks, transactions, addresses, contracts, checkpoint attestations and protocol rewards.
Open ExplorerAether-Net
→Follow training rounds, model submissions, validator attestations, canonical checkpoints and decentralised training activity.
Open Aether-NetDashboard
→View network health, node status, validator activity, Aether services and the current operating state.
Open DashboardQVM
→Deploy and inspect EVM-compatible smart contracts on QBC's execution layer.
Explore QVMWallet
→Use the working QBC browser wallet to create or access an account, manage QBC and interact with the network.
Open WalletAether helps people think, build and understand.
Use Aether for research, explanation, writing, coding, structured analysis and difficult technical work.
Research and explanation
Synthesise sources and explain hard ideas clearly.
Writing and structured thinking
Draft, outline and reason through structured problems.
Technical analysis
Analyse systems, trade-offs and failure modes.
Coding and system design
Design, review and debug software and architecture.
Powerful AI should not depend on one private decision-maker.
QBC turns model evolution into a verifiable distributed-systems problem: it coordinates identity, model-state commitments, validator attestation, smart-contract execution and rewards.
Conventional system
- ·Company owns model
- ·Company chooses training
- ·Company evaluates privately
- ·Company selects checkpoint
- ·Users receive the result
Aether and QBC
- +Workers propose improvements
- +Validators reproduce measurements
- +Quorum attests the checkpoint
- +Canonical model state advances
- +The network records and rewards contribution
Train. Evaluate. Attest. Finalise. Reward.
A candidate update does not become canonical because one operator reports a good result. It must pass the protocol's measurement and attestation process.
Train
A signed worker creates a candidate update from the current canonical model state.
Evaluate
Held-out evaluation tests the candidate on material excluded from training.
Attest
Validators independently reproduce the agreed evaluation.
Finalise
The canonical model root advances only after the protocol's quorum and state-transition requirements are satisfied.
Reward
Accepted contributions produce protocol settlement and auditable reward records.
Measured, not implied.
Inspect the model identity, benchmark settings, sample scope, baselines, result artifacts and complete model lineage.
aether-v7.1-unified
Frozen Qwen2.5-7B-Instruct base · 10-expert Sephirot adapter (rank 16, top-2)
- MMLU (adapter)
- 71.17%
- MMLU baseline
- 71.28%
- GSM8K (adapter)
- 77.8%
- GSM8K baseline
- 67.8%+10.0 pp
- MMLU samples
- 14,042
- GSM8K samples
- 625
- Harness
- aether-v7-eval
- Base parameters
- 7B
Watch the network train Aether.
Follow active rounds, signed worker submissions, held-out evaluation, validator attestations, checkpoint finalization and reward settlement.
Network state
- Consensus and attestationLive
- Single-worker training loopLive
- Multi-node training designTested
- Public cross-worker aggregationActivation pending
- Signed gradient protectionLive
The evidence is public.
Explorer
The QBC Explorer is the transaction-level source of truth: blocks, transactions, contracts, addresses, validator actions, model attestations and training rewards.
Open Explorer →Dashboard
The Dashboard is a system-wide operating view of QBC nodes, validators, chain health, Aether services, Aether-Net and QVM activity.
Open Dashboard →Deploy smart contracts on QBC.
Build Solidity applications on QBC's EVM-compatible execution layer and connect them to the network's native infrastructure.
Help operate the network.
Run validation infrastructure, contribute training work or prepare to serve distributed inference.
Validator
LiveReproduce checkpoint evaluations, participate in network consensus and help determine canonical protocol state.
Run a validator →Training operator
Private networkProduce signed candidate updates and participate in Aether's model-improvement process.
Train Aether →Inference operator
Activation pendingFuture distributed inference providers will serve complete Aether replicas and compete on availability, latency and throughput.
Join inference updates →One model. Inspectable lineage. Network coordination.
Aether inference runs in the Aether runtime. QBC records and enforces model identity, checkpoint state, attestations, policy events and settlement.
Frozen base + adapters
A frozen Qwen2.5-7B base with Sephirot routing adapters, with capability preserved and evolution isolated to the adapter.
Knowledge Fabric
Provenance-linked retrieval vectors across ten cognitive domains, with reranked search. Long-term scale target: one trillion provenance-linked vectors.
Checkpoint identity
A model-card identity and checkpoint root recorded on QBC, with attention-derived Φ reported as an experimental signal.
Inspect the evidence.
Read the papers, examine the model card, review the evaluation harness and reproduce the published results.