Connected Product Engineering

Engineer the connected product, not isolated parts

Indeema brings the relevant physical and digital layers of a product into one engineering scope: electronics, embedded software, connectivity, edge and cloud, applications and intelligence.

Scope depends on the product and the agreed engagement.

Find your starting point
The Indeema R&D Center sign in metal lettering on a dark textured wall

The problem

Products fail between the layers

Each team can deliver what was specified. The product still misses when an interface, an operating state or a failure mode belongs to nobody.

  1. Devicenetwork

    What does the product do when the link is slow, intermittent or absent?

  2. Edgecloud

    Which functions must keep working locally, and which may depend on the cloud?

  3. Productoperations

    Who updates it, observes it and supports it once it is in the field?

One system

One product architecture, carried through every layer

Interfaces, operating states, data paths and verification are decided once, at product level.

How IoT product engineering works
  1. Physical productMechanics, sensing, environment
  2. ElectronicsPower, sensing, control
  3. EmbeddedFirmware and device behavior
  4. ConnectivityProtocols and secure communication
  5. Edge and cloudProcessing, data, services
  6. ApplicationsInterfaces for users and operators
  7. IntelligenceWhere it earns its place
  • Interfaces
  • Operating states
  • Data paths
  • Verification
Exploded view of a small connected hub: the white lid, two circuit boards and the base with its ports

Engineering depth

Integration questions surface while the design can still change

Verification is planned across the layers, including on the physical device.

  • On the boardPower, signals and interfaces measured on the actual hardware.
  • On the deviceFirmware and connectivity behavior under realistic conditions.
  • Across the systemData reaching the cloud and the application as designed.
Embedded and firmware engineering

One engineering thread

From intent to operation

  1. IntentWhat the product must do, and for whom.
  2. ArchitectureWhere each function runs and how layers meet.
  3. EngineeringLayers built against shared interface contracts.
  4. IntegrationLayers joined on real hardware.
  5. ValidationBehavior checked as a system.
  6. OperationUpdates, observation and evolution.

Evidence

What one scope looks like in delivered projects

Explore connected-product projects through the engineering decisions and system boundaries they involved.

  1. From idea to product

    Building an indoor air monitor and companion app across two device generations

    A client with no prior hardware or system experience received prototypes of two device generations prepared for beta testing, with hardware, firmware, cloud and app engineered together.

    See how it was engineered
  2. Whole product

    Indoor environment monitor with device, cloud and mobile app

    A concept and a requirements list became a device, a cloud platform and a mobile app, with testing and post-production support in the same engagement.

    See how it was engineered
  3. Integration complexity

    A lift energy and trip monitor, from meter interface to web portal

    Firmware on FreeRTOS with connectivity and business logic, over-the-air updates over LTE and Wi-Fi, cloud services and a web portal, and a maintenance plan for regular firmware updates.

    See how it was engineered
All case studies

Starting point

Begin where the product question is

Not sure which applies? Bring the architecture question to an IoT architect.

Discuss your product architecture

AI-native architecture

Intelligence belongs to an engineered product

Data, context, decision boundaries and feedback are considered from the start, so intelligence can take part at the device, edge, cloud or application layer where it creates product value. It does not mean AI in every layer.

  1. Device
  2. Edge
  3. Cloud
  4. Application

Where a model may decide, and where behavior stays rule-bound, is an architecture decision.

Four devices on glass plates joined by one line: a small sensor box, a gateway with antennas, a compute stack and a screen of results

Indeema Ecosystem

Custom engineering, strengthened by reusable foundations where they fit

The Indeema Ecosystem gathers reusable engineering intelligence and product technology. It can support custom work. Customers are not required to adopt it.

Explore the Indeema Ecosystem