Environmental monitoring
Temperature, humidity, air quality and water with alerts, records and compliance reporting.
At Infynix, we craft growth engines that inspire and endure.
IoT system design and development for UK businesses, connecting physical devices to cloud dashboards, automation workflows, and real-time monitoring. Businesses with physical operations lack real-time visibility into their assets, processes, and environments. Connected IoT systems transform physical operations by delivering real-time data that enables faster, better decisions.
OUR CAPABILITIES IN
IoT & Connected Systems
01
IoT System Architecture
02
Device Firmware Development
03
Cloud IoT Platform Integration
04
Real-Time Dashboard
How We Work
01
Discovery
We define the physical problem and data requirements.
02
Hardware
We select and prototype with appropriate IoT hardware.
03
Firmware
We develop the embedded software for device operation.
04
Cloud
We connect devices to a cloud platform for data storage.
05
Dashboard
We build the monitoring interface for your team.
06
Deploy
We deploy, test in the field, and provide ongoing support.
IoT and connected systems for UK businesses that need to know what their equipment, buildings, vehicles and stock are doing without sending someone to look: energy use across an estate, temperatures in a cold chain, the state of a pump or a compressor, the location of assets, occupancy of rooms, the readings from a field of sensors. We design the sensing, the connectivity, the platform and the dashboards from our office in Dagenham for clients across the country.
Two UK pressures make the case. Energy costs and net zero reporting mean businesses want half-hourly visibility of consumption by site and asset rather than a quarterly bill, and requirements such as SECR and ESOS are easier to meet from data than from estimates. Food safety, pharmaceuticals and healthcare need continuous temperature records rather than a clipboard, and an inspector will ask for them.
The engineering is practical. Sensors and gateways chosen for the environment and the battery life, connectivity through LoRaWAN, cellular, Wi-Fi or wired depending on the site, a platform in a UK cloud region that stores readings, raises alerts and feeds the systems the business already uses, and security that meets the Product Security and Telecommunications Infrastructure regime for consumer products and good practice for everything else.
Food and drink manufacturers and distributors, cold chain operators, facilities and property managers, manufacturers with plant to monitor, agriculture, utilities and water companies, healthcare and pharmacy, fleet operators and product companies building connected devices.
What we build
Energy and utilities
Sub-metering, half-hourly data, cost allocation and the figures for SECR and net zero reporting.
Asset and condition monitoring
Vibration, current, run hours and faults on plant, with maintenance triggered before failure.
Smart buildings
Occupancy, lighting, heating and access data across an estate feeding facilities decisions.
Asset tracking
Tools, containers, trolleys and vehicles located across sites and in transit.
Connectivity
LoRaWAN, NB-IoT and cellular, Wi-Fi and wired networks designed for the site and the battery budget.
Platform and integration
Ingestion, storage, rules and dashboards in a UK region, connected to ERP, maintenance and BMS.
Connected product engineering
Firmware, cloud and apps for companies building devices, with PSTI compliance designed in.
Deployment stages
| Stage | Typical duration | Output |
|---|---|---|
| Site survey and design | 1 to 3 weeks | Sensor plan, connectivity design, platform architecture |
| Pilot | 4 to 8 weeks | A zone or site live with dashboards and alerts, data validated |
| Rollout | 4 to 16 weeks | Full deployment, integrations, training |
| Platform build | 6 to 12 weeks | Ingestion, rules, dashboards, integrations in your cloud |
| Connected product | 12 to 30 weeks | Firmware, cloud, app, certification support |
| Managed service | Monthly | Device health, connectivity, alerts, reporting |
Who it is for
Cold chain and food
Continuous temperature records across storage and transport, alerts before stock is lost.
Facilities and estates
Energy, occupancy and environment across many buildings from one dashboard.
Manufacturing
Plant condition, downtime causes and energy per unit produced.
Agriculture
Soil, water, climate and livestock monitoring across large rural sites.
Healthcare and pharmacy
Fridge and room monitoring with records ready for inspection.
Product companies
Connected devices designed, built and made compliant for UK sale.
Ways of working
Survey and pilot
A single site or zone live with measured value before rollout.
Deployment
Full sensing, connectivity and platform as a fixed-scope project.
Product engineering
A connected product from prototype to production and certification.
Managed service
Devices, connectivity and platform kept healthy month to month.
Energy data you can act on and report
A quarterly electricity bill tells a business what it spent, not where or why. Sub-metering by site, floor, line or asset with half-hourly readings shows the base load that runs all night, the compressor that never cycles off, the site that costs twice the others per square metre, and the effect of every change. The same data produces the figures for SECR reporting and ESOS assessments without an annual estimation exercise.
We install or connect meters and current sensors, bring the data into a platform alongside the half-hourly supplier data, allocate cost to sites and processes, alert on anomalies and produce the reports finance and sustainability teams need.
Sub-metered
Consumption by site, area, line and asset.
Half-hourly
Base load, peaks and waste visible.
Cost allocated
Energy attributed to processes and products.
Reporting ready
Figures for SECR, ESOS and net zero plans.
Cold chain records an inspector will accept
Food safety and pharmaceutical rules require evidence that temperature-controlled stock stayed within range, and a clipboard checked twice a day does not show what happened at three in the morning or in the back of a van. When a fridge fails on a Friday night, the difference between a sensor alert and a Monday discovery is the whole stock.
We deploy sensors suited to fridges, freezers, chillers and vehicles, with battery lives measured in years and connectivity that works in metal-lined spaces, record continuously, alert by phone and SMS on excursions and sensor faults, and produce the records in the format the auditor expects.
Continuous records
Every minute, every unit, every vehicle.
Excursion alerts
Phone and SMS before stock is lost.
Fit for the environment
Sensors and connectivity chosen for cold, metal and movement.
Audit reports
Records in the format inspectors accept.
Maintenance before the breakdown
Pumps, compressors, motors, conveyors and HVAC give warning before they fail: vibration changes, current draw rises, temperatures drift, run hours accumulate. A business that sees those signals schedules the repair; one that does not loses the shift and pays for an emergency callout.
We fit condition sensors to the assets that matter, set baselines from the first weeks of data, alert on deviation, and connect the platform to the maintenance system so a work order is raised with the evidence attached.
Condition sensors
Vibration, current, temperature and run hours on critical plant.
Baselines learned
Normal behaviour measured, deviation alerted.
Work orders raised
Integrated with the maintenance system.
Downtime recorded
Causes and durations for the improvement plan.
Secure by design, compliant for sale
The UK’s Product Security and Telecommunications Infrastructure regime sets minimum security requirements for consumer connectable products sold in the UK, including no default passwords, a vulnerability disclosure policy and stated update periods, and enterprise buyers ask for the same discipline. A device designed without these is a recall or a lost tender.
For companies building connected products, we design firmware, cloud and app together with unique credentials, signed updates, a disclosure process and a security lifecycle, and support the compliance statement and any certification the product needs.
PSTI designed in
Unique credentials, disclosure policy, update commitments.
Signed updates
Firmware updated securely over the air.
Lifecycle planned
Support periods and end-of-life defined.
Certification support
Documentation and testing for UK sale.
Occupancy and comfort across an estate
Facilities teams running offices, schools, care homes and multi-site retail heat and light rooms nobody is in, and get complaints about the rooms people are in. Occupancy, temperature, CO2 and humidity sensors show how buildings are actually used by hour and day, and the building management system can respond to that rather than to a timetable set years ago.
We deploy sensors across the estate, connect readings to the BMS and the facilities platform, set alerts for comfort and air quality thresholds, and produce the utilisation reports that inform space decisions and energy savings.
Occupancy measured
Real use by room, hour and day.
Comfort and air quality
Temperature, CO2 and humidity monitored and alerted.
BMS connected
Heating and lighting respond to actual occupancy.
Space decisions
Utilisation data behind estate planning.
Further reading
IoT & Connected Systems in our other markets
Infynix Solutions is registered separately in India, the United Kingdom and the United Arab Emirates. This page covers United Kingdom. The same service, written for the other markets:
IoT & Connected Systems questions
Can you monitor energy across multiple sites?
Yes. Sub-meters and sensors at each site feed one platform with half-hourly data, cost allocation and anomaly alerts, and the figures for SECR, ESOS and net zero reporting come from the same data.
Do the temperature records satisfy food safety and pharmacy audits?
Yes. Continuous readings, excursion alerts and reports are produced in the formats inspectors accept, with sensor calibration records where required.
What connectivity do you use?
Whatever the site needs: LoRaWAN for long range and long battery life, NB-IoT or cellular where there is no local network, Wi-Fi or wired where it exists. The survey decides.
Can it integrate with our maintenance and ERP systems?
Yes. Alerts raise work orders in the maintenance system, readings feed ERP and BMS, and dashboards sit in Power BI or the platform, whichever the team uses.
How long do sensor batteries last?
Depends on the sensor and reporting interval. Environmental sensors on LoRaWAN typically run for years; the design states the expected life and the platform reports battery levels.
Do you build connected products for sale?
Yes. Firmware, cloud and app engineering from prototype to production, with PSTI requirements designed in and support for certification.
Where is the data stored?
In a UK cloud region in your own account, with retention set to your needs and access controlled and logged.
What happens if a sensor or gateway fails?
The platform detects missed readings and raises a device health alert; the managed service replaces or repairs hardware and keeps connectivity working.
Can you retrofit sensors to older plant and buildings?
Yes. Most deployments are retrofits: clamp-on current sensors, vibration sensors, wireless environmental sensors and gateways installed without rewiring or downtime.
How is the data secured?
Devices use unique credentials, data is encrypted from gateway to platform, the platform runs in a UK region in your account, and access is role-based and logged.
