Connected Systems & IoT
Your physical operations should not be a blind spot.
We connect custom sensors, devices and gateways to the software that turns field conditions into alerts, evidence, workflows and decisions. From one machine to a distributed estate, the system is designed around the question your business needs answered.
Start with the question, not the sensor.
Nobody buys IoT for its own sake. Every deployment starts with something you cannot currently answer about a machine, vehicle, container, field, animal, building or distributed asset.
01
Where is it?
Track vehicles, plant, containers, tools, livestock and distributed assets.
02
Was it opened or interfered with?
Create a timestamped record for doors, seals, enclosures, cables and valuable equipment.
03
Is it drifting toward failure?
Watch vibration, temperature, current, pressure and operating patterns before downtime arrives.
04
How much is left or being used?
Measure level, flow, energy, fuel, water and material without another manual reading.
05
Are conditions inside the safe band?
Monitor temperature, humidity, air quality, cold chain, water quality and site conditions continuously.
06
What should happen next?
Route an alert, create a task, update a system, notify a person or — where safe and approved — trigger a controlled response.
The system path
From physical event to useful action.
Movement, heat, pressure, location, level, flow, current, vibration or presence.
Selected and engineered for the environment it has to survive.
Embedded firmware and local logic, with store-and-forward so readings survive network drops.
BLE, LoRaWAN, cellular, satellite or wired — chosen for the site.
Ingest, store, analyse, visualise and secure.
Alert, report, workflow, integration or approved control.
One connected solution. Two specialist layers.
Hardware engineering partner
Designs and produces the physical device layer.
- Sensor selection and signal conditioning
- Circuit and PCB design
- Embedded firmware and local logic
- Power, battery, radio and antenna engineering
- Enclosures, sealing and mounting
- Certification, production test and manufacturing handoff
SpaceCode Studios
Owns the platform, the software and everything the signal becomes.
- Secure ingest, message brokering and APIs
- Time-series storage, retention and reporting
- Dashboards, alerts and mobile/web applications
- AI-assisted anomaly detection, forecasting and summaries
- User, tenant, permission and billing systems
- ERP, accounting, WhatsApp, SMS and operational integrations
- Hosting, monitoring, security and uptime
Designed for the site, not forced into one network.
Direct to cloud
Best for moving assets or isolated points spread across a wide area.
Gateway-bridged
Many low-cost endpoints share one backhaul connection across a farm, mine, estate, warehouse or industrial park.
Remote backhaul
Cellular, ethernet or satellite carries small, high-value payloads from difficult locations.
Range, power, coverage and running cost trade against one another. The right topology is established during feasibility, including a physical signal and power assessment where required.
Long-range Bluetooth links (Coded PHY) can hold up to 6 km in clear line of sight with a clear Fresnel zone, appropriate antennas and locally permitted output power — carrying readings rather than high-bandwidth streams. Real range for a given site is established during the feasibility signal assessment.
Thirteen connected-system families.
Grouped capabilities, not a shelf of products. Every deployment starts from the question and is engineered for its site.
- Powered asset trackers
- Long-life battery trackers
- BLE tags and gateways
Representative examples — every deployment is engineered for its site.
- Electronic seals
- Door and enclosure sensors
- Cable interference monitoring
Representative examples — every deployment is engineered for its site.
- Temperature and humidity monitoring
- Air quality monitoring
- Leak detection
Representative examples — every deployment is engineered for its site.
- Multi-probe loggers
- In-shipment loggers
- Reefer monitoring
Representative examples — every deployment is engineered for its site.
- Behaviour collars
- Geofence tags
- Walk-over weighing
Representative examples — every deployment is engineered for its site.
- Soil moisture probes
- Frost alarms
- Irrigation monitoring
Representative examples — every deployment is engineered for its site.
- Vibration monitoring
- Run-hour counters
- Panel thermal monitoring
Representative examples — every deployment is engineered for its site.
- Energy sub-metering
- Inverter gateways
- Battery bank monitoring
Representative examples — every deployment is engineered for its site.
- Tank level monitoring
- Borehole monitoring
- Bin fill measurement
- Flow measurement
Representative examples — every deployment is engineered for its site.
- Remote switching
- Valve control
- Pump interfaces
- HVAC and lighting control
Representative examples — every deployment is engineered for its site.
- Industrial protocol gateways
- LoRaWAN and BLE gateways
- Legacy equipment bridges
Representative examples — every deployment is engineered for its site.
- People counting
- Service buttons
- Consumables and pest monitoring
Representative examples — every deployment is engineered for its site.
- Fire-panel bridges
- Suppression system monitoring
- Fire-door monitoring
Representative examples — every deployment is engineered for its site.
Start where the signal pays for itself.
The first deployment should answer one expensive question. These are the proven places to begin.
Agriculture
Soil moisture on the highest-cost block, trough and tank level, or livestock behaviour.
Logistics
Electronic seals, trailer tracking or cold-chain evidence.
Manufacturing
Machine-state beacons or vibration monitoring on bottleneck equipment.
Property & facilities
Tenant energy sub-metering, leaks, occupancy or compliance monitoring.
Water & wastewater
Reservoir, sewer or pump-station level and flow.
Renewable energy
Inverter and battery fleet gateways with theft and health signals.
Telecoms
Battery health, power-chain monitoring and anti-theft at remote sites.
Healthcare & pharma
Medicine-fridge and environmental monitoring.
Retail & hospitality
Cold storage, energy, footfall and facilities monitoring.
Fire-service contractors
Remote fire-panel and suppression-system status alongside certified systems.
Prove the signal before scaling the fleet.
01
Feasibility
Site survey, signal and power assessment, sensor selection, component costing and per-unit range.
02
Prototype
One to five working units proving the measurement and the complete data path.
03
Pilot
A small production-intent fleet in real conditions through a meaningful season or operating cycle.
04
Production
Certification complete, manufacturing engaged, test process established and over-the-air updates proven.
Software mistakes can cost an afternoon. Hardware mistakes can cost money and months. The phases exist to find the expensive assumptions early.
Measure first. Control only where it is safe and approved.
Monitoring, evidence and early warning are straightforward starting points. Legal-for-trade measurement, certified life-safety equipment, medical devices and welfare-critical control require their own approved instruments, specialists and certification routes. We define that boundary during feasibility rather than hiding it in the fine print.
Open a channel
What can't your team see without going there?
Bring us the machine, site, asset, environment or manual check that keeps creating uncertainty. We will map the measurement, connectivity and platform path before anyone commits to a fleet.