Device and connectivity
We define what information is transmitted, how often and over which connection, considering device and network conditions together.
- Connectivity approach
- Device data model
IoT SOLUTIONS
Connect the physical worldto intelligent systems.
See the data from your devices, make sense of it, and act at the right moment. Start by making this small space smarter.
Let’s build your connected systemFROM DEVICES TO DATA. FROM DATA TO ACTION.
Visible data. Connected devices. Timely action.
We design monitoring, control and automation experiences that connect your sensors to your applications.
This experience is a simulation. Readings and device responses are calculated from the scenario.IoT and Connected Device Solutions
Connect device data to a system you can manage.
Our IoT work connects device, communication, data and application layers, making field information available and useful to users and business processes.
From one connected product to a fleet, the environment, connectivity and operational needs guide the design.
What we deliver
From connectivity to visibility, from data to action.
Data and management
We develop management for device records, states and measurements, making connectivity and data freshness clear to users.
- Device management
- Telemetry flow
Alerts and applications
We define when data should trigger an alert or workflow, then develop management interfaces and connections around those rules.
- Alert rules
- Application integration
The work in context
The sensing device and decision interface should tell the same story.
Seeing a reading matters alongside knowing when it was captured and whether the device is connected. We design IoT experiences to preserve that context.
- Data context
- Readings, timestamps and device state are considered together.
- Manageable devices
- Connections and alerts are presented in terms operations can use.
How we work together
From field requirements to a connected system.
Deliverables and the working plan are defined around the needs of your project.
Field requirements
Clarify devices, measurements and environmental conditions.
OutputIoT requirementsSystem design
Plan connectivity, data and application relationships.
OutputEnd-to-end system planPilot connection
Evaluate device data in a controlled application flow.
OutputPilot systemManage and evolve
Complete onboarding, monitoring and alert requirements.
OutputOperations and rollout plan
Engineering in the details
Connectivity in the field is not always ideal.
Connection loss
Buffering, retransmission and freshness are designed according to need.
Device identity
Device registration, access and authorization are fundamental parts of the system.
Useful alerts
Not every change needs an alert; thresholds, duration and operational impact are defined together.
Common questions
Let's start with your questions.
Which connectivity method should we use?
Range, energy, data volume, network access and cost guide the choice. No single connectivity method fits every device and environment.
What happens without an internet connection?
We define local behavior and storage capacity, then plan synchronization and how the application indicates older data when connectivity returns.
Can our existing devices be connected?
We review interfaces, protocols and data access. Some devices connect directly; others may need a gateway or hardware adaptation.
What should your devices tell you, and why?
Share your devices, environment and the process that will use the data.