Platform
Wiresphere is the modular runtime for enterprise software: applications are built from verified, interchangeable modules — operated sovereignly, openly integrated.
Two forces are simultaneously changing how enterprise software is built and who it is entrusted to. Both push away from the monolith — toward modular, sovereign stacks.
Force 1 · AI coding agents
Force 2 · EU regulation
A typical industry solution has 200k–2M lines of code. No model has the context to make a change safely — every AI change becomes a risk instead of a productivity gain.
60–70 % of development effort in B2B software goes into integration maintenance (Gartner, 2024). Point-to-point wiring doesn't scale — and AI-generated code makes unverified integrations worse.
Shopify or AppExchange only allow extensions at rigid, predefined points. No vendor lets you swap core building blocks at runtime — which is exactly what composable software needs.
Between rigid off-the-shelf SaaS and expensive custom development, there is no viable option for the mid-market: SaaS covers 80 %, and the decisive 20 % costs many times more.
The result: companies choose between software that doesn't fit — and software they can't afford. Wiresphere occupies the middle ground.
Wiresphere assembles applications at runtime from interchangeable modules. The result is software that can change without being rebuilt.
From the marketplace or built in-house: each module encapsulates a business capability — checkout, inventory, configurator.
A module is an isolated scope with a typed, versioned contract. Discovery and licensing run through the marketplace.
Modules are inserted into the running application, replaced, or deactivated — no downtime, no maintenance windows.
Hot composition via the module lifecycle: no rebuild, no redeploy. Rollback happens per module.
The runtime ensures all building blocks work together reliably — even as individual ones change.
The runtime handles discovery, wiring, and lifecycle declaratively. Scope isolation keeps failures locally contained.
ERP, databases, frontends: existing systems dock on via standard interfaces.
Typed, versioned interfaces instead of custom glue. Frontend stack and database are freely selectable.
Channels structure your sales channels: e-commerce, kiosk, point of sale, live chat, and AI chat are independent channels, each with its own roles and permissions concept — and depending on the type, a flexible checkout handler adapts the flow to the use case. All channels feed into the same modules: an order is an order, no matter where it comes from.
The classic online store: multi-step checkout with cart, billing, and shipping address.
Learn moreOrdering directly at the hardware terminal: a deliberately reduced flow — at its core just the payment, without address steps.
Learn moreOrder capture at the point of sale: the cashier-led flow for brick-and-mortar business.
Learn moreOrders placed directly from a personal consultation — entered by the staff member in the chat.
Learn moreSecurity
Flexibility
An order is an order: all channels feed the same modules — checkout, inventory, subscription. New channels extend the business without duplicating the order logic.
The marketplace, Module SDK, Enterprise SDK, and the runtime interlock — each component with a clear interface and a clear audience.
Find, license, and keep verified modules up to date — updates flow automatically into running applications without breaking them.
TechnologyVersioned update channels with semantic compatibility checks before rollout; rollback per module.
Modules from different vendors are guaranteed to fit together — verified before anything goes live.
TechnologyTypeScript SDK with full typing of module contracts. Requests run over HTTP through the Service Broker and are validated against the versioned contract before processing — incompatibilities are rejected instead of being discovered in production.
Custom extensions stay private — no obligation to publish to the community, including SSO, policies, and audit integration.
TechnologyBuilds on the Module SDK: private functions with dual licensing; policies can tighten the application's rules, never loosen them.
Everything works together without anyone wiring up interfaces by hand — a failure in one building block doesn't bring down the system.
TechnologyIsolated scopes with defined boundaries, declarative composition, changes take effect in seconds instead of CI/CD cycles.
Every feature in business language — with the technical mechanics for developers expandable underneath.
Switch on new capabilities like apps on a smartphone — no project, no downtime.
Modules are composed into the runtime at runtime; no rebuild, no redeploy. Hot swap via the module lifecycle.
A failure in one building block doesn't bring down the whole system.
Each module runs in an isolated scope with defined boundaries — no access to foreign state, failures stay locally contained.
Modules from different vendors are guaranteed to fit together — verified before anything goes live.
TypeScript SDK with full typing of module contracts; the Service Broker validates every request against the contract before it is processed.
Modules stay current and secure — without updates breaking your application.
Versioned update channels, semantic compatibility checks before rollout, rollback per module.
Your store, your kiosk, your app — one backend, any interface.
Frontends are decoupled and connected via standard interfaces; switch frontend stacks without a backend migration.
Your data stays in the EU — or on your own infrastructure.
EU-region deployments or self-hosting; the complete stack is open core, auditable, no proprietary black-box dependencies.
Everything works together without anyone wiring up interfaces by hand.
The runtime handles discovery, wiring, and lifecycle of the modules; declarative composition instead of manual integration.
AI assistants can safely extend your application — within a verified framework.
Machine-readable module contracts and scope boundaries make the platform a safe target for coding agents; generated modules must pass the type check.
In a demo, we compose an application using your requirements as the example.