Initium
Map binary decisions and constraints to a QUBO or Ising model. Initium connects these formulations to Automatski’s annealing backend.
Explore InitiumTools for quantum work.
Explore the computing platforms, SDKs and research frameworks developed with Automatski, Dimechain’s quantum and AI R&D partner.
Explore the technology portfolio
Start with a development tool, then explore the research behind it. Access and maturity vary by technology.
Developer tools
Komenco
Build gate-based algorithms and parameterized circuits with familiar quantum development frameworks. Komenco connects the circuit workflow to Automatski’s backend.
Explore KomencoQuantum Playground
Design circuits visually and explore them with a local simulator before selecting an execution backend.
Explore Quantum PlaygroundSteward
Describe a problem in English and supply relevant data to explore an assisted workflow using Automatski’s quantum systems.
Explore StewardQuantum + AI + HPC
Coordinate Python tasks that combine quantum backends, AI models, GPUs, HPC and cloud or on-premises resources.
Explore Quantum + AI + HPCCuriosity
Explore a terminal-based AI coding agent designed to run locally on a laptop.
Explore CuriosityQuantum research
Adiabatique
Explore universal quantum computation through adiabatic methods, connecting problem formulation with an evolving quantum system.
Explore AdiabatiqueElenktis
Investigate pulse design, gate synthesis, error suppression and control sequences for quantum hardware.
Explore ElenktisQEC Suite
Explore new quantum codes and optimize code structures for error-correction research.
Explore QEC SuiteAisthitiras
Co-design quantum states, materials, control pulses, measurement protocols and noise robustness for sensing.
Explore AisthitirasQuantum Walks
Explore evolution and search using Szegedy and continuous-time quantum walk models.
Explore Quantum WalksQKaDence
Model quantum key distribution networks, digital twins, telecom planning and key-management workflows in simulation.
Explore QKaDenceQuantum Monte Carlo
Investigate stochastic methods for ground-state, finite-temperature, lattice and quantum-chemistry problems.
Explore Quantum Monte CarloeQAOA
Study hybrid optimization using parameterized circuits and Pauli-based problem representations.
Explore eQAOAQUBOverse
Explore 112 reference QUBO formulations as starting points for mapping optimization problems.
Explore QUBOverseJungle
Explore implementations of algorithms organized around the Quantum Algorithm Zoo.
Explore JungleGnosi
Explore quantum information concepts and computational workflows through a dedicated toolkit.
Explore GnosiScientific computing
Lotus
Explore protein structure, docking and allosteric-site prediction through LotusFold, LotusDock and related research.
Explore LotusHyle
Investigate materials discovery through computational models and optimization of candidate structures or properties.
Explore HylePyknotita
Explore electronic-structure calculations using density functional theory.
Explore PyknotitaMono
Explore molecular dynamics for biomolecular and materials research.
Explore MonoQucca & UQE
Explore hybrid variational quantum eigensolver workflows and ground-state energy estimation.
Explore Qucca & UQEHeppy
Explore six reference use cases connecting quantum computation with high-energy physics.
Explore HeppyVibrant Gaia
Explore weather modeling through a combination of AI and physics-based methods.
Explore Vibrant GaiaSapphire Orchid
Explore computational fluid dynamics using classical, AI, quantum-inspired, annealing and circuit-based approaches.
Explore Sapphire OrchidSilk
Explore computational methods for partial differential equations across scientific and engineering problems.
Explore SilkQuantum seismic inversion
Investigate inverse methods for estimating subsurface properties from seismic observations.
Explore Quantum seismic inversionIndustry applications
Diadromi
Explore capacitated, multi-depot and open vehicle-routing problems with operational constraints.
Explore DiadromiPtisi
Explore airline flight, fleet, tail, crew and maintenance planning, including disruption scenarios.
Explore PtisiApothiki
Explore robot coordination, inventory, charging, batching and picker allocation in warehouse operations.
Explore ApothikiQuantum Finance
Explore portfolio optimization with annealing, option pricing with circuit methods and risk-related research.
Explore Quantum FinanceOptiti
Explore 41 reference use cases for energy and utility optimization.
Explore Optitie6G & Communicare
Explore network routing, spectrum, scheduling and compute allocation across telecommunications systems.
Explore e6G & CommunicareHrohma
Express allocation and compatibility problems through graph coloring.
Explore HrohmaMegapolis
Explore planning problems in traffic signals, transit, waste, water, flood management, charging and public-service allocation.
Explore MegapolisChoros
Explore satellite and ground-station scheduling, mission planning and related space-system optimization.
Explore ChorosDrona & MoonBeam
Explore high-level research in multi-vehicle coordination, scheduling and resource allocation.
Explore Drona & MoonBeamDiakritos
Model discrete processes in factories, airports, ports, hospitals, fulfillment, railways and supply chains.
Explore DiakritosKentro
Explore 20 reference use cases for data-center optimization.
Explore KentroConvay-Mead & Cassowary
Explore electronic-design optimization, including placement, routing, chiplet partitioning, thermal constraints and netlists.
Explore Convay-Mead & CassowaryJedi & Prota
Explore constraint programming and linear, semidefinite, second-order cone, integer and mixed-integer optimization.
Explore Jedi & ProtaKryoSAT & GigaBit SAT
Explore satisfiability formulations through KryoSAT and GigaBit SAT.
Explore KryoSAT & GigaBit SATAI architectures
Post-transformer AI
Investigate whether quantum layers and alternative architectures can reduce the computational footprint of AI models.
Explore Post-transformer AIQuantum neural networks
Explore neural-network models combining quantum circuits and classical learning components.
Explore Quantum neural networksQuantum machine learning
Connect familiar machine-learning workflows with quantum execution backends.
Explore Quantum machine learningQuantum Transformers
Explore models intended to represent quantum-mechanical problems in physics and chemistry.
Explore Quantum TransformersQuantum Large Language Model
Explore a reference pipeline for language-model training and inference with quantum components.
Explore Quantum Large Language ModelPithanos
Explore probabilistic programming for modeling uncertainty and performing inference.
Explore PithanosAkida (Automatski)
Explore spiking neural networks for event-based perception, monitoring, robotics and edge computing.
Explore Akida (Automatski)Diastaseis
Explore hyperdimensional computing and vector symbolic architectures for classification, memory, reasoning and graph processing.
Explore DiastaseisResearch roadmap
Anuvanshiki
A planned genomics program spanning optimization, multi-omics, gene regulation and genome interpretation.
Explore AnuvanshikiQuantum-centric supercomputing
A proposed program combining quantum computation with supercomputing resources.
Explore Quantum-centric supercomputingOikonomia
Explore economic scenarios involving trade, climate, taxation, infrastructure and external shocks.
Explore OikonomiaReactor simulation
Thorium and fusion reactor simulation are prospective directions in the partner research roadmap.
Explore Reactor simulationThe Millennium Institute
A proposed education and training initiative focused on future technologies.
Explore The Millennium InstituteTechnical engagement
Find the right implementation path.
Tell us about your objective, data and preferred development framework. We can walk through relevant examples and confirm the available SDK, backend and support before defining a pilot.
Discuss a technical engagement ↗Learning & access
From first circuit to a focused pilot.
The Quzones learning program is designed for students, universities, researchers and corporate teams. Begin with circuit examples and simulation, then explore how quantum methods fit an existing scientific or business workflow.
Discuss a technical engagement ↗For a technical engagement, describe your objective, data, preferred development framework and access requirements. We assess the appropriate SDK, partner backend and integration route before defining the pilot.
Discuss SDK access or team learning ↗