Custom IoT engineering
End-to-end IoT product development for organisations that need connected hardware, device communications, cloud infrastructure and software shaped around a real operational requirement.
Explore IoT EngineeringUK IoT engineering company
IoT Engineering for Connected Products and Operational Systems
T2K designs and develops complete IoT systems, from connected hardware and embedded software through connectivity, cloud platforms and operational applications.
Hardware + software capabilityDevice-to-cloud thinkingBuilt around deployment
United Kingdom based
Engineering across system boundaries
Clear requirements and review points
What we do
Complete IoT product development.
T2K brings hardware, embedded software, connectivity, cloud services and operational applications into one engineering process.
ATLAS critical asset tracking
A complete connected product bringing tracking hardware, embedded software, multi-network connectivity, cloud services, an operational dashboard and reporting together.
See ATLAS engineering in practiceIntegrated capability
Technology decisions made in context.
A device affects connectivity. Connectivity affects data. Data affects the interface, workflow and evidence available to the people using the system. T2K Group considers those relationships from the start.
That approach helps identify constraints early and keeps the solution centred on the operational outcome rather than an isolated technical component.
How T2K Group worksConnected hardwareDevice selection, integration, prototyping and practical deployment considerations.
Operational softwareWeb applications, dashboards, workflows and reporting designed for the people doing the work.
System integrationInterfaces between devices, connectivity, data services and existing operational systems.
Selected engineering work
ATLAS - IoT engineering in practice.
ATLAS is T2K Group’s principal product and a public example of our end-to-end IoT capability. It demonstrates a complete information path rather than an isolated prototype.
Tracking hardware→Embedded software→Multi-network connectivity→Cloud platform→Operational dashboard→Reporting & audit
Challenge
Make critical physical-asset movements visible and reviewable.
The system needs to connect field equipment with current operational information and retained journey history.
Engineering
Design the connected product as one service.
T2K is responsible for the tracker, firmware, connectivity behaviour, data path, platform, interfaces and reporting model.
Operational constraints
Work beyond a controlled test environment.
Movement, intermittent mobile service, physical deployment, access control and clear data-age communication influence the complete design.
Outcome
A complete operational tracking platform.
ATLAS combines live asset visibility, retained movement history, access controls and reporting in one connected product service.
How we work
Start with the operational question.
IoT engineering is most effective when the problem, environment and definition of success are understood before a solution is selected.
Define the need
Clarify the users, operating environment, constraints, dependencies and outcome that matters.
Design the system
Choose an appropriate technical approach and make the interfaces between components explicit.
Build and learn
Develop in reviewable stages, test the important assumptions and respond to evidence from use.
IoT engineering insights
Practical decisions behind connected products.
Detailed articles about cellular IoT connectivity, production constraints and the engineering trade-offs that shape real products.
LTE-M vs NB-IoT Explained Simply: Lower Power Is Not the Whole Story
Choosing an IoT radio requires more than comparing sleep current. Mobility, remote commands and firmware updates all affect the practical answer.
Read articleTo SIM or Not to SIM: SoftSIMs in Production IoT
SoftSIM connectivity performed exceptionally well in testing, but full integration made the physical SIM the better engineering choice.
Read articleHave an operational technology challenge?
Tell us what needs to happen, where it needs to work and what a successful outcome looks like.