01 / Commercial architecture

One platform.
Three ways to deploy it.

The right commercial model depends on what already exists: proven product logic ready to deploy, an established system that needs adaptation, or a new configuration engine built around your product.

Select a deployment path
PATH / 01

Existing System

Deploy a proven 360Configurator system with established geometry, validated product logic, managed hosting, platform maintenance, technical support and a standard implementation framework ready for production use.

Select a deployment pathSubscription

For products already represented by one of our live systems.

Hosted configuratorHosted configurator runs in managed production infrastructure with the operational platform covered by the active subscription.

  1. 01Hosted configurator
  2. 02Customer subdomain
  3. 03Brand configuration
  4. 04Existing parametric product logic
  5. 05Real-time pricing and BOM where available
  6. 06Standard analytics and lead capture
  7. 07Platform updates and maintenance
  8. 08Technical support
  9. 09Monthly or annual billing
  10. 10Production launch and handover
Request scope and pricing
02 / Existing-system field

Start with a system already in motion.

Each listed category can follow the Existing System path when its established geometry, configuration logic, commercial outputs and standard workflow align with the manufacturer’s actual product requirements.

PergolaPergola uses proven structural spans, louver logic, enclosure options and live commercial outputs for configurable outdoor systems.

  1. 01PergolaDeployable
  2. 02RoofDeployable
  3. 03Window / Profile SystemDeployable
  4. 04HallDeployable
  5. 05SolarDeployable
  6. 06FencesDeployable
03 / Commercial boundary

Standard setup is included. Product engineering is scoped.

Standard setup is included with an existing-system subscription. Work that changes geometry, engineering constraints, pricing logic, product structure or external integrations is scoped separately.

IN / 01

Included setup

  • Logo and brand treatmentIncluded
  • Standard colors and contentIncluded
  • Supported language setupIncluded
  • Customer subdomainIncluded
  • Existing configuration optionsIncluded
  • Analytics and lead routingIncluded
OUT / 02

Scoped adaptation

  • New geometryScoped
  • New configurable componentsScoped
  • Custom BOM or price rulesScoped
  • New integrationsScoped
  • Bespoke workflowsScoped
  • Product-specific 3D productionScoped
04 / Shared platform

Spatial interfaceBrowser-native 3D interaction remains connected to the real product state, allowing every visual decision to reflect valid geometry, available options and current configuration context.

Every path runs on the same operating layer.

01

Spatial interface

Browser-native 3D interaction remains connected to the real product state, allowing every visual decision to reflect valid geometry, available options and current configuration context.

02

Product logic

Dimensions, dependencies, compatibility and manufacturing constraints remain enforceable throughout the experience, preventing attractive visual combinations from becoming technically invalid or commercially unusable product states.

03

Commercial state

Pricing, bill-of-material structure and qualified lead data remain connected to configuration choices, creating a traceable commercial state that can move into sales and operational workflows.

04

Managed deployment

Hosting, maintenance, platform updates and technical support continue after production launch, preserving the system’s operational foundation while later product changes are reviewed and scoped separately.

05 / Scope variables

What shapes implementation scope.

We define implementation scope after understanding the product, its data and its operating model. These eight variables expose the work clearly instead of forcing it into an arbitrary feature tier.

Geometry and product-family breadthGeometry and product-family breadth defines how many families, variants and geometric relationships the configuration engine must represent.

  1. 01Geometry and product-family breadth
  2. 02Quality and readiness of CAD or 3D data
  3. 03Number and depth of configurable rules
  4. 04Pricing and BOM complexity
  5. 05Required workflows and user roles
  6. 06CRM, ERP, commerce or data integrations
  7. 07Languages, markets and deployment environments
  8. 08Testing, governance and launch readiness

HostingManaged production infrastructure keeps the deployed configurator available through a stable delivery environment designed for browser-based 3D, product logic and continuous commercial access.

06 / Subscription cadence

Monthly or annual. The platform commitment stays continuous.

Subscriptions cover the deployed platform, hosting, updates, maintenance and support. Annual billing supports longer planning horizons; monthly billing preserves operational flexibility. Adaptation or implementation work is scoped separately from that ongoing service.

07 / Technical review

The first conversation resolves three things.

A focused review replaces a generic sales call and gives both teams a usable next step.

01

Product fit

We establish whether an existing deployment truly fits the product geometry and rules.

02

Technical boundary

We separate included setup from adaptation, integrations and new engineering.

03

Commercial path

You leave with the recommended path, the inputs still needed and the basis for scope and pricing.

08 / Commercial FAQ

Before technical review.

Why are there no public euro prices?Implementation effort depends on product logic, geometry, data readiness and integrations. Publishing a generic number before technical review would create false precision and an unreliable commercial expectation.

01Why are there no public euro prices?

Implementation effort depends on product logic, geometry, data readiness and integrations. Publishing a generic number before technical review would create false precision and an unreliable commercial expectation. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

02Can an Existing System still carry our brand?

Yes. Standard brand treatment, colors, content, supported language setup and a customer subdomain are included. Changes affecting product engineering, geometry or commercial logic are scoped separately. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

03When does Existing become Adapted?

The path becomes Adapted when work changes established geometry, components, constraints, pricing or BOM logic, workflows, product-specific 3D production, external integrations or supported operating processes. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

04What happens after launch?

Hosting, platform updates, maintenance and technical support continue through the subscription attached to every deployment path, while later product or workflow changes can be reviewed and scoped separately. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

05What should we bring to the technical review?

Bring available CAD, drawings, option structures, price or BOM logic, product rules and examples of the current sales process. Incomplete material is acceptable when its limitations are clear. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

06How is implementation scope established?

We examine geometry, data readiness, configuration depth, commercial outputs, workflows, user roles, integrations, markets and launch requirements before recommending a deployment path and defining the implementation boundary. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

07Can we begin with incomplete CAD data?

Yes, but data preparation may become part of the scoped work. The review identifies what can be reused, what must be rebuilt and which missing information blocks reliable configuration logic. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

08Are branding and language setup included?

Standard branding, colors, content, supported language setup and a customer subdomain belong to Existing System setup. Additional markets, specialized content workflows or product changes may require separate adaptation. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

09Can pricing or BOM logic be added later?

Yes. Commercial logic can evolve after launch, but new calculation structures, data sources, output formats or manufacturing rules are reviewed as scoped changes to the deployed configuration system. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

10Which external systems can be connected?

CRM, ERP, commerce, product-data and production workflows can be evaluated. The appropriate integration depends on available APIs, authentication, data ownership, required direction of exchange and operational responsibility. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

11Does the configurator work on mobile devices?

Interfaces are designed responsively for supported phones, tablets and desktop browsers. Interaction density and 3D complexity are adapted to the product while preserving a coherent configuration state across devices. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

12Who supplies and validates product knowledge?

The client remains the source of truth for product data, compatibility, pricing and manufacturing requirements. We translate that knowledge into enforceable system logic and validate it collaboratively before launch. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

13Can our team manage options after launch?

Management capabilities depend on the deployed system and governance model. During scope definition we identify which content, options and commercial data should be editable and which require controlled engineering changes. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

14How are post-launch changes handled?

Routine platform maintenance remains within the subscription. New geometry, components, integrations, workflows or commercial logic are assessed separately so their technical impact, testing requirement and delivery scope remain explicit. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

15What analytics can the system provide?

Supported deployments can capture configuration activity, qualified lead information and selected commercial events. Exact analytics, consent requirements and downstream routing are aligned with the client’s measurement and privacy setup. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

16Can one deployment serve multiple markets?

Yes. Languages, domains, product availability, commercial rules and integrations can be designed for multiple markets or dealer structures when those variations are identified and scoped in the configuration architecture. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

17How are invalid configurations prevented?

Compatibility, dimensional, dependency and manufacturing rules are encoded into the product model. The interface then prevents, disables or explains combinations that cannot produce a valid commercial or physical result. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

18Is training part of the implementation?

Required handover, operational documentation and team enablement are defined during scope review. Their depth depends on who manages content, qualifies leads, maintains product logic and supports the deployed workflow. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

19Can the deployment path change after review?

Yes. The three paths are decision frameworks, not restrictive packages. Technical evidence may show that an apparent Existing System needs adaptation or that a proposed custom build can reuse proven architecture. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

20What do we receive after scope definition?

You receive the recommended deployment path, clarified technical and commercial boundaries, required client inputs, identified dependencies and the basis needed to prepare a credible implementation scope and pricing proposal. During technical review, we document the relevant assumptions, required client inputs, validation responsibility and any work outside the standard deployment boundary. Before a proposal is issued, those findings become an explicit commercial record: the recommended deployment path, included platform services, separately scoped engineering, dependencies, acceptance criteria and evidence still required from each team. This keeps the final price tied to a testable delivery boundary rather than a generic feature estimate.

Define the right deployment path

Bring us the product.
We will resolve the scope.

A technical review establishes whether the fastest path is an existing deployment, an adaptation or a new system.

Request scope and pricing