Platform + Devices + Field Engineering

Turn field hardware into operational intelligence.

Nvirosense™ connects field devices, industrial protocols, edge gateways, cloud dashboards, compliance reporting and applied AI into deployable systems for technical environments.

Environmental monitoring station overlooking agricultural fields, solar infrastructure, technical facilities and logistics connected through the Nvirosense™ platform.

What the platform connects

From field hardware to managed operational action.

Strong technical projects require more than a box sale. Nvirosense™ is designed around integration, commissioning, data integrity, long-term support and turning field data into managed action.

Sensors & Field Instruments

Real-time environmental, operational and equipment data acquisition.

Industrial Protocols

LoRaWAN, GSM/LTE, PLC, Siemens S7, Modbus, BACnet and field telemetry.

Edge & Local Control

Gateways and local systems for distributed intelligence and resilient operations.

Nvirosense™ Platform

Dashboards, maps, alarms, analytics, reports and operational workspaces.

Compliance & Reports

Alerts, audit evidence, exports and controlled reporting for regulated workflows.

Applied AI & Integrations

Practical ML, API flows, AI vision and vendor-neutral event normalisation.

Nvirosense™ Platform in operation

Move from site status to accountable evidence in one workspace.

Explore representative platform contexts for monitored assets, exceptions, locations and operational records.

Sites reporting

12 / 12

All expected sites

Connected devices

284

278 reporting normally

Data received

99.2%

Last 24 hours

Open exceptions

4

Two assigned

Integrations

Connect field devices, protocols, suppliers and operational systems.

Nvirosense™ is designed to integrate with the devices, networks and systems used in real-world technical environments. The platform can connect sensors, gateways, industrial controllers, telemetry networks, cameras, APIs and reporting workflows into a usable operational layer. The engineering approach stays protocol-agnostic: choose the right mix of LPWAN, cellular, wired OT, edge buffering and sync architecture for the site instead of forcing one transport model everywhere.

  • LoRaWAN and TTN-compatible networks
  • Private and public LPWAN
  • GSM/LTE telemetry
  • Wi-Fi HaLow and Wi-Fi links
  • PLC and industrial systems
  • Siemens S7
  • Modbus
  • BACnet
  • SDI-12 and SNMP
  • MQTT, serial and Ethernet
  • APIs and external data flows
  • Cameras and AI vision inputs
  • Weather stations and environmental sensors
  • Calibration and compliance records
  • Dashboards, alerts, reports and exports
  • Private APN / VPN and hybrid sync

Managed gateways

Heartbeat, uptime, packet status and support visibility where high availability matters.

Offline-first edge

Local buffering and store-and-forward patterns protect continuity during link loss.

OT boundary

PLCs and controllers can remain on the OT segment instead of being exposed directly to the public internet.

Protocol landscape

LoRaWAN, LTE, Modbus, BACnet, SDI-12, SNMP, MQTT and API flows can coexist in one operational layer.

Environmental field monitoring, a logistics vehicle and a controlled warehouse connected along one monitored operational route.

Built from field experience

From validation and monitoring experience to modern environmental intelligence.

Nvirosense™ combines lessons from regulated monitoring, agritech deployments, industrial telemetry and automation into a modern environmental intelligence platform. Reliable field data should become alerts, evidence, control actions, analytics and operational decisions.

Traditional SCADA

Where deterministic automation and industrial control are needed.

Modern IoT

Where distributed sensors, telemetry and cloud views create scale.

Edge AI

Where local processing and event detection reduce latency and bandwidth.

Compliance Evidence

Where traceability, audit records and reports matter.

Technical markets served by Nvirosense™

One platform layer across overlapping technical markets.

The same platform layer supports regulated cold chain, agritech, environmental monitoring, energy, BMS, manufacturing telemetry, utilities, smart infrastructure and applied research.

Cold Chain Agritech Environmental Energy Utilities GxP BMS / Industrial Manufacturing Research / Applied Research
Photorealistic technical ecosystem showing agritech, environmental monitoring, energy, utilities, GxP, cold chain, industrial systems, manufacturing and applied research connected to one shared Nvirosense™ platform layer.

Field-ready hardware ecosystem

Supplier ecosystem

Hardware matters, but long-term support matters more. Nvirosense™ projects combine sensors, gateways, routers, cameras, weather stations, power telemetry and specialist instruments into complete operational systems.

LoRaWAN (TTN) Edge PLC Cameras Weather Power Calibration Telemetry

Security & Network

Secure, resilient and controlled operation across every platform layer.

Nvirosense™ supports controlled access, data integrity, audit trails, backup and retention policies, isolated deployment options and offline-first edge resilience. These controls help protect operational continuity from field devices and gateways through to dashboards, reports and integrations.

Isolated deployments

Each customer environment can be deployed with its own server boundary, data store and operating policy.

Layered security

Device, network, gateway, server, application and operations controls reduce dependence on any single layer.

Edge resilience

Offline-first gateways and edge systems can retain events locally and sync when connectivity returns.

Audit-ready flows

Operational data can move into alarms, dashboards, reports, approval steps and audit trails.

Platform-led projects

Build reliable monitoring, automation and reporting around real-world field conditions.

Use Nvirosense™ when the project needs technical integration, field deployment, data integrity, automation, analytics and long-term operational support.