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miiwater runs on one integrated stack, end to end: we design and manufacture the RTU hardware (IP68, LoRaWAN/NB-IoT/LTE-M), develop the embedded firmware (ORIONIS FW), run the remote server infrastructure ourselves, and deliver the miiwater SaaS + Agentic AI layer in one bundle. This means faster deployment, lower total cost, and a single responsible partner from sensors to dashboards.

Significantly faster than traditional SCADA integrations. Hardware arrives pre-configured and plug & play ready, typically within ~5–10 days globally. Cloud connection is automatic via QR-code commissioning. A typical irrigation community or DMA sectorization project can go live in 2–4 weeks from order — compared to 6–18 months for conventional systems.

Our RTUs support the full spectrum: NB-IoT and LTE-M via Tele2 IoT global multi-network SIM (180+ countries), LoRaWAN via our own concentrators or public networks, 4G for high-bandwidth applications, direct satellite (Iridium, Starlink, Viasat) for the most remote sites, and Ethernet/OPC-UA for fixed infrastructure integration.

Yes, completely. The miiwater platform and ORIONIS RTUs support OPC-UA, MQTT, and REST API. Where a SCADA or management platform already exists, data can be fed into it directly. For customers who prefer their own software, our hardware stack operates in full interoperability mode: the customer chooses which SaaS or SCADA to use.

All ORIONIS remotes are IP68 (submersible to 1 m for 30 min, dust-tight). Autonomy depends on the model and on how often it reports: a Delta datalogger reaches up to 10 years on its internal battery with NB-IoT in low-frequency mode. Sigma hydrant controllers run on solar plus battery, so their autonomy is indefinite. Alpha and Rigel telecontrol units sit in a panel and are mains powered.

Both, and much more. Every miiwater product ships with a base 1-year digital service bundle. Live managed services: Service Desk Standard (Service Desk — communications, servers, defined-SLA helpdesk, SaaS app upkeep and OTA firmware updates) and Service Desk Premium (extended hours and weekends plus permanent proactive monitoring with reports). Field Services cover install and commissioning, maintenance and extended warranty with spares. Our AI agents — the AI advisor and the autonomous agent — are currently in development.

The ORIONIS hardware line has been deployed since 2017 by Orionis Smart Water Networks S.L. (Spain), our sister company, bound to us by a JV contract: 180+ projects. MIIWATERGRID Unipessoal, Lda (brand: miiwater; Portugal, 2026) is the operating arm for international markets and is rolling out across Africa, the Middle East, Asia and Latin America. Global logistics supports delivery to 100+ countries, typically within 5–10 business days, subject to customs and local logistics.

Every major agentic AI framework in 2026 — LangGraph, CrewAI, Claude Skills and others — is excellent for web-native or cloud-native applications. miiwater's AI Advisor and Autonomous Ops agents use the same fundamental agentic patterns (persistent state, tool use, multi-agent orchestration, reasoning loops) but operate on physical infrastructure in harsh outdoor environments: buried NB-IoT sensors, solar-powered irrigation RTUs, pump stations and battery dataloggers rated for up to 10 years. We provide the full stack — from IP68 hardware through firmware through cloud — which means our agents have real-time access to sensor streams that no general-purpose AI tool can reach. The comparison isn't that we're better at reasoning — it's that we're the only ones with the hardware and field infrastructure to act on that reasoning in the physical water world.

Autonomous Ops is currently in development — the operation below describes its intended behaviour. In a live irrigation deployment, the autonomous agent handles the full agronomic cycle without daily human input. Each morning it calculates evapotranspiration (ET) from weather station data, checks soil moisture profiles across all zones, evaluates the irrigation schedule against crop stage and water allocation, adjusts fertigation dosing ratios, and commands the Sigma hydrant controllers to open/close at the calculated time and flow. If a pressure anomaly is detected mid-irrigation, the autonomous agent isolates the sector, logs the event, adjusts the remaining schedule, and escalates an alert — all within seconds. Operators monitor the result rather than managing the process. Human intervention is needed for physical failures (broken pipe, equipment fault) and for decisions outside the authorised operating envelope (e.g., emergency water rights changes). This is the genuine definition of autonomous operation for industrial infrastructure — not a chatbot, not a dashboard, but an agent with real-world actuator authority.