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Q-Zoo

Launch Network Lab

Open-science lab for quantum networks

Q-Zoo is the open-science lab for quantum network intelligence and quantum trust infrastructure.

Application and middleware layer on top of IBM, Google, IonQ, D-Wave, and AWS—solving graph, flow, and trust problems for networks, science, and civic data.

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Runs on trusted backendsRuns on AWS BraketD-WaveIBM Quantum

Application + middleware layer

Primitives

Graph, flow, and trust for IBM, Google, IonQ, D-Wave, AWS

Delivery

Server-rendered blocks + Amplify hosting with branch previews

Focus

Open-science roadmap with QGE, QNFO, and QTL receipts

SSRRSCAmplify

Three pillars

Built for networks, science, and civic data

graph

Graph Intelligence

Community detection, modularity, and social network analysis built for quantum backends.

flow

Network Optimization

Routing, bandwidth allocation, and congestion reduction using hybrid solvers.

shield

Quantum Trust

Post-blockchain trust receipts, provenance, and verifiable registries.

Why Q-Zoo vs control or PQC stacks

An application and middleware layer focused on graph, flow, and trust workloads—distinct from control-layer and PQC-only offerings.

Q-Zoo

App layer
  • Graph Engine (QGE) for QUBO/Ising
  • Quantum Trust Ledger receipts
  • Open lab with demos and datasets

Q-CTRL

Alt
  • Control software
  • Hardware calibration focus
  • Not app-layer roadmap

SandboxAQ

Alt
  • Post-quantum crypto & sensing
  • AI for materials/security
  • No graph middleware

Jobs simulated

1,240

+12% MoM

Communities detected

8,430

+6% MoM

Trust receipts issued

312

Pilot cohort

Roadmap preview

Phase 0 → 2 highlights

Now–2025

In progress

Phase 0

  • Goals: Foundational stack, MVP-1 community detection, Network Lab + notebooks
  • Shipped: QGE v1, Graph community detection MVP
  • Next up: Amplify-hosted demos, Docs + SDK samples
  • Partners: Open datasets, Network scientists

2025–2026

Planned

Phase 1

  • Goals: Trust receipts API, Registry + schema, Braket randomness integration
  • Shipped: QTL v0.1 beta plan
  • Next up: Verifier mini-app, JSON-LD schema samples
  • Partners: Integrity labs, Civic data orgs

2026–2028

Planned

Phase 2

  • Goals: Network flow, Quantum Internet simulation, QTL in the loop
  • Shipped: Simulation plan
  • Next up: Hybrid routing benchmarks, Entanglement graph prototypes
  • Partners: Broadband mesh operators, Academic labs

QGE starter

Copy-paste SDK example

Build a modularity QUBO, run hybrid Braket/D-Wave, get communities, and visualize. Everything is server rendered for near-zero client JavaScript.

QGE modularity workflow

Composable QUBO builders

import { QGE } from '@qzoo/sdk'

const qge = new QGE({ backend: 'braket', solver: 'hybrid' })
const graph = qge.graph.fromCSV('mesh.csv')
const modularityQubo = qge.qubo.modularity(graph)
const result = await qge.solve(modularityQubo)
console.log(result.communities)

Streaming the roadmap

A quick overview of the Phase 0–4 milestones and how QGE and QTL connect.

Livestream placeholder: embed video or HLS player.

Transcript

Phase 0 ships the Graph Engine and community detection. Phase 1 brings QTL receipts with Braket randomness. Phase 2 pilots network flow and Quantum Internet simulation with trust receipts woven throughout.

What partners are saying

“Q-Zoo makes quantum graph workflows feel like modern data engineering—clean, composable, and built for networks.”

Network science partner, EU research cohort

“The trust receipt model is the first pragmatic bridge between quantum randomness and civic data integrity.”

Civic tech advisor

QTL verifier mini-app

Paste a receipt to verify

Server Action-friendly widget. Wire to the Amplify Function or /api/verify-receipt route to return trust badges.

Server rendered
Status: Waiting

Now–2025

In progress

Phase 0 — Foundation

  • Goals: Ship MVP-1 Quantum Community Detection, Launch Q-Zoo Graph Engine (QGE) v1 with QUBO builders, Release Network Lab with curated and synthetic datasets
  • Shipped: QGE v1 server components, Graph demos and notebooks
  • Next up: Amplify deployment with previews, Docs and SDK code samples
  • Partners: Network science labs, Public datasets

2025–2026

Planned

Phase 1 — QTL v0.1

  • Goals: Trust receipt API and registry with JSON/JSON-LD schema, Integrate Braket quantum randomness for receipts, Verifier mini-app with badges and registry search
  • Shipped: API schema draft
  • Next up: Amplify Function verifier prototype, Governance + KPI reporting UI
  • Partners: Civic data stewards, Research integrity groups

2026–2028

Planned

Phase 2 — Network Flow + QI Simulation

  • Goals: Quantum Network Flow Optimizer with hybrid routing benchmarks, Quantum Internet simulations for entanglement/repeater graphs, QTL integrated into flow experiments and audit logs
  • Shipped: Simulation plan and datasets
  • Next up: Federated simulation nodes, Flow optimizer UI for mesh networks
  • Partners: Broadband operators, Academic consortia

2028–2031

Planned

Phase 3 — Federated Nodes & QTI Standard

  • Goals: Replica-aware trust registry with governance, Interoperability with PQC and hybrid stacks, Standardize Quantum Trust Interface (QTI)
  • Shipped: Draft QTI standard
  • Next up: Governance pilots, Replicated registries
  • Partners: Standards bodies, Industry partners

2031–2035

Planned

Phase 4 — Quantum-native Trust

  • Goals: Receipts linked directly to quantum network events, Continuous integration experiments for trust receipts, Full quantum-native audit trails across datasets
  • Shipped: Research roadmap
  • Next up: Pilot on quantum internet testbeds
  • Partners: National labs, Quantum internet alliances