INITIALIZING CONNECTED SYSTEMS

INTELLIGENCE / IN MOTION

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English hero board for the Mawj AI · SweTech Products illustrative design
SweTech Products · Illustrative image
SweTech Products · ST-AI-10241

Mawj AI

Predict leaks from network sensor data and inspections.

UtilitiesWater Leak DetectionUAE / GCC / International

AI stack: Time-Series AI + Anomaly Detection + GIS

Project details

Project idea

Predict leaks from network sensor data and inspections.

Business need

Utilities teams currently lose time to fragmented tools, manual review and slow decision cycles around water leak detection.

Solution overview

Mawj AI is an AI-first water leak detection product designed to predict leaks from network sensor data and inspections.

Intended users

Operational users, supervisors, managers and enterprise administrators Primary users are Operational users, supervisors, managers and enterprise administrators; secondary stakeholders include supervisors, auditors, administrators and decision makers.

Core workflow

The core workflow connects Live Map, Layer Control, Zone Detail, Route / Navigation with notifications, reports, audit history and role-based approvals.

AI capability

Time-Series AI + Anomaly Detection + GIS AI is used through Time-Series AI + Anomaly Detection + GIS to turn raw operational input into findings, explanations, recommendations and executable workflow steps. Optional orchestration layer for automating approved workflow steps. Not core; camera input may support evidence capture only.

Data, integrations and deployment

Data layer combines User input, enterprise systems, operational records, approved knowledge sources; analytics surface trends, exceptions, confidence, workload and operational performance. Integrations: REST APIs, SSO, notifications, reporting/export, GIS services. Keep integration states visible with sync status, source attribution and audit history. On-premises, private cloud or hybrid; edge deployment where latency/privacy requires it

Arabic and user experience

Bilingual-ready; Arabic RTL recommended for GCC deployment; use clear Arabic labels, RTL navigation, bilingual data fields and culturally neutral contemporary design. UX should prioritize a light premium interface, fast task entry, clear AI evidence, readable cards, realistic maps/charts and responsive mobile/web layouts.

Security and observability

RBAC, audit trail, encryption, data minimization, tenant isolation, human approval for sensitive actions Model telemetry, prompt/run logs, latency, cost, confidence/quality metrics, user feedback

Expected business value

Expected value: Reduce manual work, accelerate decisions, improve traceability and create measurable operational intelligence. Success is measured with Adoption %, task completion time, AI acceptance rate, exception rate, response time, accuracy/precision where applicable.

Illustrative design and folder setup only. Screens, architectures, and prompts in this package are proposed planning material; final visuals and technical behavior still require review. Do not present this illustrative material as a real client deployment. This page presents illustrative material, not a confirmed client deployment or a performance guarantee. Validate scope, data access, privacy, security and model behavior before implementation.