Discover how Æ Hive brings Æ‑powered quantum algorithms to your sector. Filter by industry, problem type, or complexity to find the right starting point for your business.
Explore all industriesTaurnet 1.0 by Mike S. — MPTCP sessions across satellite, cellular, and fiber with hybrid QKD/PQC keys, Bell-state path optimization, and BB84 laboratory telemetry.
Open Taurnet 1.0 API documentationQuantum optimization isn't theoretical anymore. From dynamic yield pricing and actuarial feature serving to organ logistics and portfolio risk, Æ Hive maps your business problem to a QUBO, runs it on Æ quantum backends, and returns ranked solutions — all via one API. No quantum PhD required.
View full research listBond satellite, cellular, and fiber paths under one MPTCP session with hybrid QKD and post-quantum keys. Taurnet 1.0 serves bonding status, Bell-state path optimization, and BB84 QKD from the Quantum Multipath Bonding research stack.
Mike S. — bond satellite, cellular, and fiber for maritime, mining, and enterprise continuity. Open the laboratory console or read API fundamentals.
API documentationClear perishable machine-hours with airline-style yield management. Yield Mesh 1.0 serves utilisation-aware quotes, partner offerings, and fleet booking loops from the Dynamic Yield Pricing research stack.
Mike S. · Arkham research — RL elasticity, SDP contracts, and spot auctions. Projected +29.6% revenue on a 50-machine fleet.
API documentationServe leakage-free point-in-time features for underwriting, pricing, and fraud. FEATSRV and Feat Mesh 1.0 combine Feast, Redis, PySpark, and FastAPI so training and online inference never see future state.
FEATSRV by Mike S. — Feast, Redis, PySpark, and FastAPI for actuarial ML. Open the live console or read the API fundamentals.
API documentationPredict cold-chain risk for time-critical organ delivery. Organ Mesh 1.0 serves quantile dwell, travel, and locker-diversion models that feed StochVRP-Mesh NP-hard routing under ischaemic budgets.
StochVRP-Mesh quantile models for dwell, travel, and locker diversion — live API console and documentation from AE Database & Quantum R&D Center.
API documentationMinimize portfolio variance under cardinality and sector constraints. Optimize credit risk diversification across loan books. Find low-impact execution paths for trade schedules — all running on Æ QAOA with downloadable audit reports for compliance.
Solve vehicle routing with time windows, warehouse location-allocation, and crew scheduling problems. Rapid re‑optimization when disruptions occur. Reduce fleet size and mileage while respecting driver hours and delivery SLAs.
Optimize unit commitment and generator dispatch. Place wind turbines to maximize yield while minimizing wake losses. Balance grid load with battery storage arbitrage — all formulated as QUBO and solved via Æ Hive's API.
Job‑shop scheduling, assembly line balancing, and supplier selection — all NP‑hard problems that fit naturally into QUBO form. Æ Hive reduces makespan and idle time for high‑mix, low‑volume production environments.
Accelerate drug discovery with molecular similarity search. Optimize clinical trial site selection. Solve protein folding on lattice models. Æ Hive brings quantum computing to the lab bench without requiring in‑house quantum expertise.
Place 5G towers for maximum coverage with minimal interference. Assign wavelengths in optical networks. Balance virtual machine loads across data centers — all solved via Æ Hive's Æ‑powered optimization engine.
Allocate emergency resources under uncertainty. Optimize traffic signal timing across intersections. Place EV charging stations for maximum accessibility. Æ Hive brings quantum advantage to civic infrastructure planning.
Maximize revenue per square foot with shelf‑space optimization. Plan markdown strategies and coupon allocation. Solve assortment planning problems with brand‑share constraints — all via one QUBO API call to Æ Hive.
Beyond sector‑specific problems, Æ Hive handles any binary optimization: graph partitioning, max‑cut, set covering, knapsack, and more. If your problem can be expressed as a QUBO, Æ Hive can solve it. Contact our solutions architects to map your use case.
Æ Hive combines Æ quantum technology, Canadian data residency, and a developer‑first API to make quantum optimization practical for enterprises. No quantum hardware required — just your problem, our solver.
Same endpoint, same SDK. Finance, logistics, pharma — if it's a QUBO, Æ Hive solves it. No per‑industry customization needed.
Python SDK, REST API, interactive playground. Go from zero to first quantum job in under five minutes with our quickstart notebook.
QAOA on Æ simulators and QPUs. Data routed through Toronto for Canadian residency. SOC 2 Type II roadmap.
Every solution comes with CSV, ZIP (QUBO + circuit), and a PDF report. Ready for compliance reviews and stakeholder presentations.
Get your free sandbox API key and solve your first industry problem in under five minutes. No credit card, no quantum hardware — just results you can download, share, and act on.
Need help mapping your industry problem to a QUBO? Talk to our quantum solutions architects.
Contact salesExplore Æ Hive research by sector — Taurnet multipath bonding, Feat Mesh feature serving, Organ Mesh cold-chain logistics, and open papers with live consoles.
Visit ResearchBond satellite, cellular, and fiber under one session — Bell-state path optimization, BB84 QKD, and live laboratory telemetry on Taurnet 1.0 by Mike S.
Open Taurnet 1.0All optimization jobs are processed on Æ Cloud with routing to Toronto data centres whenever possible. Customer problem data remains encrypted in transit and at rest, and is never stored after download unless you enable job history. Æ Hive is a product of AEQ Quantum Technologies Ltd., an Ontario corporation (OCN: 1001410311). For privacy inquiries, contact privacy@q-dit.com.