DECENTRALISED AUTHORITY · DISTRIBUTED CAPABILITY
Quantum Forge is EcoSynQ’s decentralised, distributed Quantum as a Service (QaaS) marketplace and partnership model. It connects industry expertise and authorised data with shared classical and quantum capabilities, so a business can build a discovery service without assembling its own quantum laboratory.
Quantum Trellis reveals relationships across independent evidence. Quantum Forge turns that discovery capability into applications, delivered through participating infrastructure and regional partners while preserving each participant’s authority.
Your expertise. Quantum discovery. A new route to market.
LEARN MOREHow does quantum discovery become a service?What you’re seeing. What’s different. Why it matters to you.Your customer buys a useful investigation. Your expertise becomes the offering.
A customer gains access to quantum-assisted discovery without building a quantum laboratory. A midmarket company can create a service around its expertise and existing customer relationships. Local delivery and agreed data boundaries make that opportunity practical; a scoped pilot tests the result, cost and evidence before expansion.
Quantum Forge is a decentralised, distributed Quantum as a Service (QaaS) marketplace and partnership model. Participating resources supply computation; data owners and regional operators retain their authority. A partner combines customer knowledge and authorised evidence with shared quantum and classical discovery capabilities.
Direct access to a quantum processor leaves the customer to assemble the investigation and interpret its results. Forge connects those capabilities to an application, regional delivery and support. The public catalogue also introduces preliminary QCU prices so partners can test an offering’s economics alongside its usefulness.
A service definition: the customer’s problem, supported resources, data boundaries, result, delivery responsibilities and a price to test. A preliminary QCU quote remains separate from evidence that work was completed and useful.
Heart Core Technologies has opened its Quantum Forge catalogue: applications and infrastructure capabilities spanning data, computation, enterprise operations, identity, markets, governance, edge infrastructure and proof. The next commercial question is what customers will pay for the work those capabilities deliver.
View our Global Diamond Distribution PartnerTrading NationsExplore all 16 regions, regional companies and their coverage on our interactive map.View the global distribution map Applications can draw on participating CPU, GPU and QPU resources. Quantum observations add another way to investigate the evidence; classical systems prepare, compare and challenge the result. The offering selects supported resources for the task.
Data owners and regional operators retain their identity, jurisdiction and permissions. Agree which evidence and work may cross each boundary. Partners bring the customer relationship, implementation and support that make the capability usable locally.
SO WHAT? A customer gains access to quantum discovery. A partner gains a service to build around its expertise. Neither needs to own the whole computational stack.
Heart Core’s public catalogue listed 75 entries on , with available, in-development and planned entries. The 16-region model describes the delivery structure. Regional availability, supported services and QPU participation are established for each offering.
Quantum Forge is beginning to test capability prices in Quantum crwdUnits (QCU). A seat or subscription price tells a customer what access costs. This model also asks what it takes to deliver the work: energy, infrastructure, expertise, implementation and support, assessed alongside the result’s usefulness.
Create Price Authorise Execute Prove
Turn expertise and authorised evidence into an application with a defined customer outcome.
Propose a QCU price. Test it against customer demand, delivery cost and the value of the service.
Agree scope, permissions, regional requirements and commercial terms before work begins.
Use the qualified classical, accelerated and quantum resources the workflow requires.
Retain execution evidence. Check completed work and assess the result against the customer’s objective.
Initial prices begin a market test. Customers, application creators, infrastructure operators and regional distributors can test whether an offering’s price reflects demand and the cost of delivering a useful result. Measured energy supplies a physical reference; evidence and independent review establish what the completed work supports.
Presents the public Quantum Forge catalogue and a distribution channel connecting capabilities with customers and partners.
Connects distributed resources through Continuum, with identity, regional authority and evidence attached to the work.
Brings applications, infrastructure and partner expertise together into offerings customers can understand and use.
Enables proposed capability prices to be tested. Measurement and qualification separately establish what completed work the evidence supports.
Quantum Forge brings the capability to market. Quantum crwdUnits help test what that capability is worth.
Current catalogue QCU prices are preliminary placeholders for market testing, not final valuations or binding quotes. A listed price does not establish completed work, customer benefit, payment or settlement. Each offering needs agreed scope, availability and commercial terms; completed-work accounting still requires qualifying evidence.
Software companies, managed service providers, industry specialists, and technology partners can bring opportunities rooted in their own markets. The partnership starts with a real customer problem and a defined scope.
Bring your industry knowledge, customer relationships, product experience, and access to authorised evidence. Identify a problem your customers already care about.
Continuum connects the platform. QORUM coordinates participating systems. Quantum Forge is designed to compose discovery methods, classical and quantum services, and sovereign controls into applications.
Define the workflow, evidence requirements, deployment, support, and commercial responsibilities together. Test the service against an agreed customer outcome before expanding it.
The partner brings the domain and customer opportunity. EcoSynQ brings the enabling platform. Together, we develop the offering.
QORUM coordinates participating systems while each retains its responsibilities. Forge provides the application composition model: connect authorised data, discovery methods, computation, permissions, and result presentation into a workflow customers can use repeatedly.
QaaS lets an application use quantum capabilities through a service. Customers work with the application; the underlying computational workflow stays behind it.
The service can investigate fresh evidence each time it runs. Classical and quantum methods are selected according to the workload, and any claimed quantum advantage must be demonstrated against an appropriate classical baseline.
Imagine a midmarket supply-chain software company whose manufacturing customers need to understand changing material costs. Its existing domain knowledge and customer workflow provide the starting point for a jointly developed QaaS offering.
The partner knows the customers’ purchasing questions and brings its software experience. Together, we identify an authorised evidence boundary and a useful service scope.
A customer supplies permitted material exposures, contract details, and purchasing dates. The application investigates candidate relationships and presents evidence-linked findings for review.
The Causal lake’s authored lumber example links a reported futures decline with homebuilding and D.R. Horton. A partner offering could investigate analogous customer exposures, including whether locked purchase prices change the interpretation.
New records or conditions can prompt another investigation. Preserve revisions and unresolved questions, then measure whether the service improves the customer’s work.
Illustrative partner offering, not an announced customer deployment or a financial forecast. Actual scope depends on available services, authorised evidence, qualification, and agreed terms.
A useful lead needs source records, a testable explanation and an accountable next action. Follow the complete roadmap to see how these become a customer workflow that Quantum Forge and regional partners can deliver and support.
Explore the ten-stage roadmapA clue in one industry can open a question in another. These editorial paths identify evidence to compare; each relationship still has to be investigated.
Consumer DiscretionaryCarry the same lumber grade, contract period and purchase quantity into homebuilding.
Which builders are exposed before their next contract resets?Open this investigation →
Information TechnologyCompare work orders, document custody and application histories.
Which system change explains the recurring service exception?Open this investigation →
MaterialsCompare container lots, qualification records and filling schedules.
Is packaging availability constraining usable supply?Open this investigation →
Explore partner applications and connected sector investigations, then bring the evidence and delivery needs of your own market.
A clear pilot helps both partners establish what to build, what evidence it needs, how it will be delivered, and what would justify taking it to market.
Name the customer, the problem, and the decision or investigation the service should support. Start with domain expertise and demand.
Agree the authorised inputs, discovery and computational capabilities, user experience, and evidence presented with each result.
Compare the proposed workflow with an appropriate baseline. Assess useful findings, uncertainty, execution cost, and customer effort.
Define regional requirements, service availability, branding, licensing, pricing, support, and each partner’s responsibilities before a launch.
The public catalogue is open for exploration. Publishing, purchasing, deployment, billing and outcome integrations must be confirmed for the selected offering, together with supported services, regional availability and agreed commercial terms.
Tell us who your customers are, what they need to investigate, and the service you want to create. We can start with a defined use case and a scoped partnership conversation.
Explore how measured computation connects to completed-work accounting and bounded economic commitments. Keep service cost, customer usefulness, and claimed quantum advantage separately inspectable.
Authorised data and customer inputs