Smiths Detection

3D Checkpoint Configurator for Airport Security Lanes

For Smiths Detection, Convario developed a client-based, offline-capable 3D product configurator for planning complex airport security lanes.
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The custom configurator software enables the international field sales team to visually configure modular security solutions directly at the customer site, combine them in compliance with standards and represent them in a technically valid manner – fully offline and without a server connection.
The application combines real-time 3D visualisation, rule-based business logic and a standalone content management system in a high-performance desktop solution.

Initial Situation

Airport security lanes consist of a large number of technically demanding modules that must be combined depending on spatial conditions, security requirements and international standards.

Planning frequently takes place during direct customer appointments – not always with a stable internet connection. At the same time:

  • modular dependencies must be correctly observed
  • lane lengths and dimensions must be precisely calculated
  • variants must be visualised immediately
  • technical plausibility must be ensured A powerful 3D product configurator was required that makes complex industrial products configurable offline and provides sales with a compelling visualisation tool.
3D product configurator architecture

Objective

The aim was to develop a fully offline-capable 3D configurator software for the worldwide field sales team.

The solution should:

  • run performantly on standard notebooks
  • be fully functional without an internet connection
  • automatically verify complex module relationships
  • calculate lane lengths and dimensions in real time
  • offer high-quality 3D visualisation
  • be centrally maintainable via a separate CMS The focus was a robust, client-based 3D application for technically demanding B2B products.
3D product configurator architecture

Implementation

Convario designed and developed a custom 3D desktop application on a TypeScript basis with a fully client-side architecture.

Client-Based Architecture Without a Database

To ensure offline capability, a server-side infrastructure was deliberately omitted. Module and configuration data is exchanged between the CMS and the configurator via structured JSON files.

Rule-Based Configuration Logic

Extensive business logic controls the placement and compatibility of security modules. This produces exclusively technically valid checkpoint configurations – without the user needing to know all dependencies.

Performance-Optimised 3D Models

For an optimal balance between visual quality and performance, all modules were newly modelled as low-poly variants and optimised for real-time calculation.

Extended Planning Functions

  • Real-time calculation of dimensions and lane lengths
  • Placement of lanes on uploaded floor plans
  • Export as PDF data sheet, Excel bill of materials or screenshot
  • Flexible colour configuration of individual modules In parallel, a standalone, offline-operable content management system was developed for the central maintenance of modules, rule sets and configuration options.
    3D product configurator architecture

Result and Strategic Classification

With the checkpoint configurator, Smiths Detection now has a powerful, offline-capable sales tool for planning complex airport security infrastructures.

The field sales team can configure, visualise and document complete security lanes worldwide, independent of network availability. Technical plausibility is automatically ensured, planning errors are reduced and variants can be adjusted immediately during customer conversations. The project demonstrates how custom 3D configurator software can digitally represent even highly complex industrial products – without cloud or server connectivity.

Convario develops custom 3D product configurators, offline configurator software and client-based planning applications for companies with technically complex products.The focus lies on:

  • Development of custom B2B configurators
  • Offline-capable 3D applications
  • Rule-based business logic
  • Real-time visualisation of technical systems
  • Integration into existing system landscapes When standard solutions cannot map the product logic or offline requirements, custom software development creates a clear strategic advantage.
Contact us now

Are you planning a web-based or offline-capable product configurator for complex technical systems? We advise you on architecture, rule sets, performance optimisation and scalability of your custom configurator software.