We build bespoke IoT sensor deployments for environmental monitoring — water quality, air quality, flood early warning, soil, and marine. Custom form factors, long-range connectivity, and a data platform that works in the field.
Environmental monitoring projects fail for hardware reasons — batteries die in the cold, enclosures leak, cellular coverage doesn't exist at the deployment site, and data ends up on an SD card nobody retrieves. You need sensors designed for the specific conditions of your deployment, not generic weather stations adapted with cable ties. We build custom sensor hardware, long-range connectivity, and a cloud platform so your data arrives reliably — even from the middle of nowhere.
Grant budgets fund the science but not a hardware engineering team. You need custom sensor deployments for fieldwork — specific parameters, specific form factors, specific environments — and you need them to work reliably for the duration of the grant.
We design, build, and deploy custom sensor hardware matched to your research requirements. You get working devices in the field, data in your dashboard, and engineering support for the project duration.
Grant budgets fund the science but not a hardware engineering team. You need custom sensor deployments for fieldwork — specific parameters, specific form factors, specific environments — and you need them to work reliably for the duration of the grant.
We design, build, and deploy custom sensor hardware matched to your research requirements. You get working devices in the field, data in your dashboard, and engineering support for the project duration.
Rivers trusts, wildlife trusts, and conservation organisations need affordable monitoring at scale — often deployed by volunteers across dozens of sites. Commercial environmental monitoring equipment is priced for utilities, not charities.
Low-cost, robust sensor kits designed for volunteer deployment. Simple setup, long battery life, and a centralised dashboard for your monitoring programme.
Environment Act 2021 Section 82 requires continuous water quality monitoring. EU PNRR and PERTE programmes are funding smart water grid digitisation. Existing monitoring infrastructure is aging, expensive to maintain, and doesn't cover enough sites.
Dense, affordable sensor networks that complement existing infrastructure. Procurement-ready documentation and compliance with national monitoring standards.
Bespoke PCB design for your specific parameters — water quality, air quality, soil moisture, flow, level, weather. Enclosures designed for your deployment environment.
Reliable embedded software optimised for remote, long-duration deployments — solar power management, store-and-forward, OTA updates over LPWAN.
Powered by Paqett. Real-time data from all deployment sites. Time-series visualisation, data export, API access for analysis pipelines.
We support through site selection, connectivity planning, installation, and ongoing maintenance.
Every deployment runs on Paqett — our IoT device management platform. Real-time data ingestion, time-series storage, alerting, and OTA updates. Built for remote, long-duration environmental deployments.
Learn more about Paqett →Custom sensors designed, built, and deployed for your monitoring programme. Fixed price per site.
Prototype sensors, deploy to 3–5 sites, validate data quality, then scale to full network.
We embed in your project to own the sensor engineering — hardware, firmware, connectivity, data.
Former Amazon Robotics. BEng + MSc Robotics. One engineer who owns your project end-to-end — no committees, no layers.
Tell us about your deployment environment — we'll figure out the hardware.