We connect the remote, the rural, and the industrial — then give you real-time data, automated alerts, and full control through a single cloud dashboard. From a single bore to 500+ assets across the state.
Founded in 2010 and headquartered in Perth, WA, Connectiva is one of Western Australia's leading end-to-end IoT providers. We design, build, and support industrial-grade solutions on open, cost-effective technologies — from single-site trials to territory-wide deployments.
LoRaWAN, MQTT, SDI-12, Modbus — interoperable by design, no vendor lock-in.
Hardware, connectivity, cloud platform, and dashboard — one team, one call.
Our Global-IoT platform integrates data from any sensor type into a single dashboard.
From remote outback deployments to urban smart city networks — if it moves, leaks, burns, or dries out, we can monitor it in real time.
Remote water tank monitoring, livestock tracking, weather stations, and irrigation control across large-scale WA properties.

People counting, asset tracking, environmental sensing, and public infrastructure monitoring for local government authorities.

People counting, occupancy sensing, CO₂ monitoring, and automated HVAC and lighting control for smart buildings and facilities.
Early warning sensors, fire water tank monitoring, and automated alerts to protect critical infrastructure and assets.

Real-time water quality, flow, bore monitoring, and tank levels — plus remote pump monitoring and control via Modbus integration with Variable Speed Drives.

The Symfony platform delivers remote screen management for multi-site digital signage without long-term contracts or per-screen licensing.
People-centric sensing that optimises space, energy, and facility management. Real-time occupancy insights and behavioural analytics integrated with building management systems.
People counting, footfall analytics, queue management, and store layout optimisation. Convert traffic data into actionable insights that improve conversion rates and staffing decisions.
Real-time space capacity tracking, water leak detection, asset monitoring, and preventive maintenance scheduling — reducing reactive maintenance costs and maximising uptime.
Monitor and optimise power consumption across facilities in real time. HVAC optimisation, demand-controlled ventilation, and consumption tracking reduce energy bills and carbon footprint.
Indoor air quality monitoring, occupancy detection, and environmental parameter tracking to optimise how physical spaces are allocated, booked, and used — improving comfort and compliance.
We assess your site, connectivity, and sensor requirements. You get a hardware architecture and data model before a single device ships.
Devices are pre-configured and bench-tested. Field installation is quick — our solar-powered enclosures need no mains power or trenching.
Your dashboard goes live from day one. We monitor device health remotely and can push firmware updates and configuration changes over the air.
Our purpose-designed IoT enclosure is engineered for remote Australian conditions — solar-powered, IP67-rated, and delivered pre-wired and bench-tested. Just install, connect your sensors, and go live.
High-efficiency Exotronic panel delivers 6–10× the energy your sensors need — even in winter or partial shade. Pole or wall mountable.
Bluetooth-enabled SmartSolar charge controller with battery protection, load control, and real-time monitoring via Victron Connect app.
Lithium iron phosphate chemistry survives the Australian summer. No memory effect, 3–5 year service life vs 12–18 months for SLA gel.
280×280×130mm ABS enclosure rated for total dust/water ingress protection and high-impact resistance. Salt-mist and ammonia tested.
IP68-rated multi-protocol LoRaWAN controller at the heart of every unit. Handles SDI-12, 4-20mA, pulse, and RS485/Modbus natively.
Add a Milesight UC300 for Class C downlink control — remote resets, pump switching, valve actuation, and Modbus RTU peripherals.
Every unit is wired, programmed, and tested before it leaves the workshop. Arrive on site, mount, connect sensors, and you're transmitting data.
Designed for remote sites with limited access. Proper MPPT charging and LiFePO4 chemistry mean multi-year operation without intervention.
| Solar Panel | Exotronic 45W TOPCon, 606×356mm |
| Charge Controller | Victron SmartSolar MPPT 75/10 (Bluetooth) |
| Battery | 8Ah LiFePO4, F1 terminals, −20°C to +60°C |
| Controller | Milesight UC501 (IP68, LoRaWAN) |
| Enclosure | 280×280×130mm ABS, IP67, IK08 |
| Operating Temp | −40°C to +85°C |
| Solar Surplus | 6–10× demand in all WA conditions |
| Mounting | Pole or wall (SS304 bracket kit) |
| Ingress Protection | Gore-Tex breather vent, silica pack |
| Connectiva | Typical Off-Shelf | |
|---|---|---|
| Battery chemistry | LiFePO4 | SLA Gel |
| Charge controller | MPPT + Bluetooth | PWM (no monitoring) |
| Service interval | 3–5 years | 12–18 months |
| Solar surplus | 6–10× | 1.5–2× |
| Pre-wired & tested | ✓ Yes | ✗ DIY |
| Remote control option | ✓ UC300 add-on | ✗ No |
| Temp rating | −40°C to +85°C | −20°C to +60°C |
Recognised as a global finalist in the Milesight Impact Awards 2025 — IoT Cases Category — for our City of Busselton fire tank monitoring deployment.
Our team has deployed in the Pilbara, Kimberley, Wheatbelt, and South West. We understand the terrain, the connectivity gaps, and the operational pressures you face.
Every system we build uses open standards — LoRaWAN®, MQTT, SDI-12, Modbus. Your data is yours. Change hardware, platform, or provider at any time.
Hardware selection, enclosure build, gateway commissioning, platform setup, dashboard configuration, and ongoing support — one team, one call, one invoice.
Transparent hardware pricing. Simple flat-rate platform subscriptions with no lock-in contracts and no per-seat fees. Scale up or down as your operation grows.
Global-IoT is Connectiva's cloud IoT management platform — built on open-source foundations. It connects every sensor, gateway, and device into a single environment — with real-time maps, automated alerts & alarms, workflow rules, event triggers, custom dashboards, and multi-tenant client portals.
All assets plotted on an interactive map in real time. Click any device to see live attribute values, historical charts, and alert status.
Every sensor, meter, gateway, and controller is modelled as a customisable digital asset with typed attributes, live values, and full audit history.
Four automation modes in one platform — When-Then (simple), Flow (visual), JavaScript, and Groovy scripting for complex enterprise logic. No coding required for most use cases.
Drag-and-drop dashboard builder with line charts, gauges, tables, KPI widgets, and map overlays. Each client tenant gets its own configurable view.
Each client gets a fully isolated, branded environment — their own login, logo, colours, and data. Managed from a single master instance.
Native MQTT broker with auto-provisioning — devices connect and self-register on first boot. Supports LoRaWAN, HTTP/REST, WebSocket, and custom protocol agents.
Keycloak-backed identity and access management — assign users to specific realms, asset groups, or read-only views. Contractor access, audited and time-limited.
Deploy an edge agent on-site for offline-first operation. Access any field gateway remotely via encrypted tunnel — no VPN, no site visit required.
Global-IoT and our sensor hardware are deployed across seven key domains — each with its own data models, alerting logic, workflow rules, and dashboard templates, ready to go.
Deploy, monitor, and maintain your entire IoT device fleet from a single dashboard. Real-time device health, over-the-air firmware updates, and automated alerts keep your operation running — whether you have 10 devices or 10,000.
Monitor solar PV generation, battery storage, grid import/export, and load profiles in real time. Automate switching and demand response decisions to maximise self-consumption, reduce peak demand charges, and meet sustainability targets.
Bridge Modbus RTU/TCP, RS485, and 4–20mA industrial equipment to LoRaWAN using Milesight UC300/UC500. Monitor pumps, motors, variable speed drives, and process equipment remotely — and control them via Class C downlinks.
Track vehicles, machinery, and mobile assets in real time on a live map. Geofencing, trip reporting, engine hours, and maintenance scheduling keep your fleet productive, compliant, and visible — from the office or your phone.
Monitor temperature, humidity, occupancy, energy, air quality, and access across commercial buildings and facilities. Automate HVAC, lighting, and security responses based on real occupancy data — reducing waste and improving comfort.
From fire tank compliance and public lighting to water quality and environmental sensing — GlobalIoT gives councils and local governments a single real-time view of the infrastructure that keeps communities safe. Proven with City of Busselton across 42 fire tanks.
Monitor soil moisture, weather conditions, bore levels, irrigation flow, and livestock water points from a single platform — all on solar power with 3–5 year service intervals. Make management decisions based on real field data, not guesswork.
A live simulation of what your team sees every day. LoRaWAN sensors stream field data directly into GlobalIoT — every reading, alert, and trend visible from any device.
Our platform is the hub — but the real power is in what connects to it. We bridge heterogeneous sensors, industrial protocols, legacy systems, and modern cloud APIs into a single unified view. No matter the field device, no matter the vendor, no matter the protocol.
No proprietary lock-in. No vendor walls.
Rules, analytics, and intelligence that act.
Threshold alerts are just the start. Our rule engine correlates data across multiple assets and sensors — detecting compound conditions, triggering automated actions, and escalating through your preferred notification channels. No code required for most logic; full scripting available for the rest.
For operations that need deeper insight, we layer in time-series analytics, trend detection, consumption forecasting, and anomaly identification across your entire fleet of assets — giving decision-makers the information they need before problems escalate.
Most IoT platforms are built around a single protocol or vendor ecosystem. We designed ours differently — every deployment we deliver is a mix of sensor types, communication standards, and field devices from different manufacturers. That heterogeneity is a feature, not a problem.
A single Milesight UC501 can simultaneously read an SDI-12 water quality probe, a 4–20 mA pressure transducer, and a pulse-output flow meter — all over one LoRaWAN uplink. Add a UC300 for Modbus RS485 to industrial drives or meters on the same site. Every reading lands in the same asset model, the same dashboard, the same alerting engine.
Embed custom rules and automation scripts directly in the platform — from simple threshold alerts to complex multi-asset workflows, no external services required.
Every platform capability is accessible via REST API — push data in from any source, pull it out to any system, trigger rules, and build custom applications on top.
Scheduled PDF and CSV reports delivered automatically — consumption summaries, event logs, compliance reports, and KPI dashboards for any stakeholder.
Native iOS and Android apps give field crews and operations managers live asset data, alerts, and remote controls from anywhere — on-site or 1,000 km away.
Our systems run in some of the most demanding environments in the country — extreme heat, no power, no mobile coverage. They still report in.
Continuous monitoring of water height, flow, rainfall, and quality at a critical WA water infrastructure site.
Real-time monitoring of fire water tanks across a municipal network, with automated low-level alerts to emergency management.
Passive Wi-Fi and BLE sensing to track event attendance, facility usage, and pedestrian flow across multiple council sites.
Solar-powered tank level sensors across remote pastoral stations, with automatic leak detection and supply failure alerts.
LoRaWAN weather stations deployed across farming regions, feeding real-time environmental data to an agronomist dashboard.
Multi-channel flow metering and pulse monitoring with SDI-12 and 4–20mA inputs — solar-powered, LoRaWAN connected, no mains required.
Connectiva has deployed and operates private LoRaWAN infrastructure across five regions in WA's South West — giving local businesses, councils, and landowners reliable sensor connectivity without dependence on mobile networks.
Agricultural and wine-growing region. Private LoRaWAN network supporting soil moisture, weather, and irrigation monitoring across vineyard and farming properties.
Municipal and coastal zone coverage supporting fire tank monitoring, smart city sensors, and public infrastructure management for the City of Busselton.
Coastal township and surrounding rural area. LoRaWAN infrastructure enabling water, environmental, and property monitoring across residential and agricultural zones.
Remote coastal and nature reserve zone beyond mobile coverage. Solar-powered LoRaWAN nodes providing environmental monitoring and asset visibility in off-grid conditions.
Bushland and coastal reserve area in the Cape Naturaliste corridor. LoRaWAN sensors monitoring environmental conditions and fire risk indicators across remote vegetation zones.
All networks operate independently of public mobile infrastructure — sensors connect directly to Connectiva-managed gateways using LoRaWAN® open standard.
From brief to live data — see how Connectiva solved a real challenge for a Western Australian local government.
The City of Busselton is a fast-growing municipality covering a large area of farming, native forest, and residential zones. With increasing bushfire risks following heavy rainfall, the City required real-time visibility of distributed firefighting water tanks to strengthen emergency preparedness — without the cost and complexity of individual cellular connections at each site.
Firefighting tanks were distributed across a wide geographic area with no centralised, real-time water level monitoring.
Routine on-site inspections were required to verify tank readiness, driving high operational workload and costs.
Leakage, theft, or tampering could not be detected in time, potentially compromising firefighting readiness.
Coverage was needed across rural, forested, and residential areas without individual cellular connections per tank.
Near real-time, centralised visibility of all tanks across a wide geographic area.
Automated alerts enable earlier identification of low levels before emergencies escalate.
Eliminated routine manual inspections — all monitoring consolidated into a single platform.
Firefighting water supplies are continuously monitored and always ready when needed.
Transparent hardware pricing with no surprise costs. Platform subscription pricing on application — multi-site and volume discounts available. All prices exclude GST.
All hardware includes 12-month warranty. Volume discounts available for 10+ devices. for a custom quote.