DCC EXTENSIONS & DEVELOPMENT
Inuatek's engineers design and build the integrations, data workflows and digital experiences needed to make DCC work with your equipment and business systems. We can take responsibility for a defined delivery or work alongside your development team, from technical discovery and implementation to testing, deployment and ongoing improvements.
What we develop
Inuatek develops these extensions when a standard platform feature or predefined value-add module does not meet the defined requirement.
01
Create the interfaces that bring machines and business systems into a useful DCC data flow.
Devices and gateways
Integrations around industrial protocols, PLC and HMI environments, edge gateways, MQTT connectivity, signals and device-specific data mapping.
ERP, MES, CRM and APIs
Secure APIs, webhooks and data sinks that connect DCC with production, service and customer systems.
02
Develop the processing and decision logic needed between incoming telemetry and an operational response.
Transformation and microservices
Data ingestion, mapping, calculations and focused services that enrich, aggregate or route information while keeping the DCC foundation upgradeable.
Analytics and decision logic
Customer-specific time-series processing, calculations and review workflows for requirements outside predefined value-add modules.
Controlled two-way communication
Permission-controlled commands and configuration changes with traceable handling and security designed into the workflow.
03
Turn connected data into focused tools for operators, service teams and customers.
Dashboards and reports
Role-specific views of machine, process and business data, with operational and customer reporting shaped around the workflow.
Customer portals
Tailored interfaces and digital services when standard DCC configuration and white-label options do not meet the experience required.
Standard features and white-label configuration remain part of DCC. Predefined outcomes belong in value-add modules. Extensions and development address a genuinely customer-specific requirement. Explore standard DCC features, or compare them with predefined value-add modules.
Collaborative delivery
A practical route from a defined need to a solution your team can review, accept and continue improving.
01
Map equipment, systems, user needs, scope and responsibilities.
02
Decide what standard DCC covers, what must be developed, and how it will be secured and deployed.
03
Implement in manageable iterations using visible priorities, user stories and agreed acceptance criteria, then review together.
04
Test the workflow, plan rollout, and agree on operation and future improvements.
Inuatek's engineers lead the agreed technical delivery. Your team stays involved through priorities, reviews and acceptance criteria. Feedback during building can return the work to design, so these are collaborative stages rather than four rigid waterfall gates.
Development capabilities
We combine proven DCC modules with the engineering needed for the specific equipment, data flow and user experience. The technologies and deployment model are selected for the project, not applied as a fixed stack.
Industrial protocols, PLC and HMI environments, edge gateways, MQTT and IoT connectivity, selected to fit the equipment and operating context.
APIs, ingestion, transformation, analytics and time-series processing, combined with backend, frontend and UX work on Linux and open-source technologies.
Containerized services, Docker or Kubernetes where appropriate, secure fleet rollouts, and deployment in a customer AWS or Azure tenant or on premises when the project calls for it.
Illustrative integration path
For example, a project might connect PLC data through an edge gateway, transform it into DCC asset context, expose selected results through an API, and present a service workflow in a tailored portal. This illustrates breadth, not a fixed architecture or a customer result.
PLC and gateway
DCC data flow
API and logic
Service experience
Work can be organized in iterative sprints with user stories, acceptance criteria, priorities and progress tracked in Jira or an equivalent tool where applicable. This supports scope and cost visibility. Code collaboration can take place through GitHub when agreed for the delivery.
Access, data flows, testing, deployment responsibilities and rollout are considered from the design stage. Relevant IEC 62443 principles and NIS2 obligations can inform the project scope, but the development service does not by itself establish certification or regulatory compliance.
Bring us the workflow
Bring the equipment, connected systems and desired user workflow. We will help define what standard DCC can cover and what should be designed and built for your project.