Optimization software for turning a supported decision model into a checked candidate solution, with execution planning included.
See what it solvesTHE PRODUCT, IN PRACTICE
When an engineering or planning decision has too many combinations to compare by hand, a score alone is not enough. You need a model that reflects the choices, a run that fits the available compute, and a result you can connect back to the task. SpinForge + Atlas brings modeling, execution planning, solving and result inspection into one application for supported discrete optimization problems.
A collection of yes/no choices can become difficult to evaluate as their relationships grow. Manually testing a few combinations can leave useful alternatives unexplored.
SpinForge searches a supported model and returns a candidate assignment with its objective, giving the team a concrete alternative to assess against its current approach.
A useful model still needs to fit the execution environment. Moving from a small example to a larger workload requires attention to memory and the run configuration.
Atlas adds memory and execution planning so the team can prepare a supported run around its available environment rather than treating resource planning as an unrelated task.
A result detached from its inputs and run settings is difficult to compare or carry into an engineering decision.
Returned assignments, objective checks and run records keep the candidate connected to the modeled problem. Your team can review the result before using it downstream.
The product scope below describes the capability and outputs to confirm for your release. Custom integration, operated delivery and additional engineering are separately agreed.
Model preparation and solving for the supported Ising, QUBO and Max-Cut scope.
Atlas planning and run assessment for the selected CPU/GPU configuration.
The returned assignment and objective, with the applicable objective-verification record.
Command-line access for solving, benchmarking and verification within your existing workflow.
SpinForge + Atlas is fully available with CLI, MCP and headless access. Use the interface that fits your terminal, your agents or your automated workflow.
Run the product from a terminal or script, alongside the tools your team already uses.
Get CLI accessConnect MCP-compatible clients and agents to the product’s exposed capabilities.
Get MCP accessOperate without a graphical interface in unattended, scheduled or pipeline-driven work.
Set up headless accessProduct-specific inputs, hardware requirements and result guarantees still apply. An access mode does not change your license or deployment scope.
Explore all product interfacesA team has a supported binary decision model and an existing candidate. It wants another answer under a fixed compute budget.
Illustrative use of the supported scope, not a customer case study or a measured result.Provide the model, current comparison and run constraints.
Use the planned execution path to obtain a candidate and its checks.
Compare the original objective and accepted requirements before applying the decision.
Explore the product workflow, from your input to a result you can use.
A supported model supplies the choices and relationships.
Interactive explanation. This illustration does not execute customer workloads or display measured performance.
Engineering, operations-research and software-platform teams that already have—or need to define—a discrete decision model.
CLI, MCP and headless access are all available. Run from a terminal or script, connect an MCP-compatible client, or use the product without a graphical interface. Choose the mode during onboarding and receive its setup instructions. Runtime requirements and supported operations remain product-specific.
Objective verification confirms the reported score; it is not automatically a proof of global optimality. Supported model classes, hardware and deployment rights are agreed for the selected release. This is an optimization component, not a turnkey planning system for every industry.
The agreed SpinForge + Atlas release, its supported interfaces and outputs, the applicable checks and the support stated in your order. The plan defines users, workflow, environment and capacity. Source-code transfer, unrestricted redistribution and bespoke engineering are not automatically included.
Request a scoped engineering or operated-service proposal. It identifies what our team delivers, where the workload runs, infrastructure costs, acceptance requirements and ongoing support. Your software subscription alone does not activate a hosted runtime.
Explore engineeringAgree the model or workload, current baseline, environment, required output and acceptance tests. Evaluate the selected release against those conditions. A product description or a test count does not establish a gain on a different customer workload.
Plan an integrationOne named production deployment. Shared engine rights for this application included.
Scope & packagesBring a representative workload and the result your team needs. We’ll define the product, deployment and engineering scope around that task.
Activate this capability inside a qualified checked decisions workflow. Compatible methods and required shared checking are included once within that workflow; the product remains independently purchasable.
Capacity, release, environment, result contract and operating responsibilities are specified before activation. Choosing an additional method is not permission to add an unrelated workload or unqualified deployment.
Explore Checked Decisions Choose workflow capacityCommission the model, integration and acceptance work needed for your task. Existing products stay independently available.
Commission one supported decision model, a scoped conflict analysis and a comparison of permitted repairs.
02 / Scoped customer programCommission a revision-aware workflow that keeps models, assumptions, results and evidence connected as inputs change.
Use the software directly or ask us to scope the implementation.
One capability. A connected workflow.
A team to put it into practice.