Tigernix Wastewater Intelligence Software Suite

Tigernix Wastewater Intelligence Suite: A smart platform providing wastewater decision-makers with actionable solutions to challenges like cost, energy use, service levels, and climate impacts, reinforcing efficiency and risk mitigation.
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About Wastewater Intelligence Software Suite

Tigernix Wastewater Intelligence Software Suite offers a smart, well-curated and feature-rich interface to wastewater decision-makers. This digital platform is designed to bring actionable solutions to aggravating challenges in the wastewater sector, like uncontrollable financial and energy expenditure, dynamic service levels and changing climatic impacts. This all-to-one wastewater solution reinforces cost-efficient, energy-saving, and risk-free insights.

Wastewater Intelligence
Software Suite

Collection Solution

Pumping Solution

Treatment Solution

Reuse Solution

Wastewater Control Tower

Smart Wastewater Collection: Maintenance, Prediction and Pipe Rehabilitation

Tigernix Wastewater Intelligence Suite enables utilities to optimise their wastewater collection systems through predictive maintenance and smart rehabilitation strategies. By leveraging real-time data analytics and AI-driven insights, the platform helps identify potential pipe failures before they occur, reducing costly emergency repairs and downtime. The software also prioritises rehabilitation projects based on risk assessment, ensuring efficient resource allocation.
Smart Wastewater Collection: Maintenance, Prediction and Pipe Rehabilitation
Environmental Pollution Detection and Conserving Public Health

Environmental Pollution Detection and Conserving Public Health

Tigernix Wastewater Intelligence Suite plays a crucial role in detecting and mitigating environmental pollution by continuously monitoring wastewater quality and identifying contaminants. Advanced analytics help trace pollution sources, enabling swift corrective actions to prevent ecological damage and protect public health. By integrating regulatory compliance tracking and early warning systems, the platform ensures that water treatment processes meet safety standards.

Financial Constraints and Sustainability Technologies in Wastewater

This solution identifies energy-intensive processes and recommends optimisations, lowering operational expenses while reducing carbon footprints. It also evaluates the feasibility of adopting green technologies, such as resource recovery and renewable energy integration, to enhance long-term sustainability. By providing data-driven financial insights, the platform helps utilities balance budgetary constraints with environmental goals, ensuring efficient and future-proof wastewater operations.
Financial Constraints and Sustainability Technologies in Wastewater

System Capabilities

Tigernix Wastewater Intelligence Suite embodies the principles of Industry 4.0, transforming traditional wastewater management into a smart, interconnected, and data-driven ecosystem. Integrating IoT sensors, AI-powered analytics, and cloud computing enables real-time monitoring and autonomous decision-making, ensuring optimal operational efficiency. Predictive maintenance algorithms minimise downtime, while digital twin technology simulates scenarios for proactive infrastructure management.
AI-Driven Failure Predictions

AI-Driven Failure Predictions

Automated Contamination Alerts

Automated Contamination Alerts

Centralised Cloud Command Hub

Centralised Cloud Command Hub

Compliance Auto-Reporting

Compliance Auto-Reporting

Digital Twin Simulation

Digital Twin Simulation

Energy & Cost Optimisation Engine

Energy & Cost Optimisation Engine

Live IoT Sensor Dashboards

Live IoT Sensor Dashboards

Pollution Traceability Mapping

Pollution Traceability Mapping

Prioritised Asset Maintenance

Prioritised Asset Maintenance

Unified Wastewater System Dashboard

Unified Wastewater System Dashboard

Why Choose Tigernix?

Our suite transforms wastewater information systems into AI-powered nerve centres, merging real-time IoT monitoring, predictive analytics, and automated compliance into one indispensable platform. Unlike reactive legacy systems, Tigernix prevents failures before they happen, slashes energy costs, and turns regulatory risks into assured compliance—proven by utilities worldwide.
Unique 4-Pillar Structure: Collection to Reuse

Unique 4-Pillar Structure: Collection to Reuse

The Tigernix Water Intelligence Software Suite revolutionises wastewater management with its integrated four-pillar approach. This includes smart monitoring and predictive maintenance to reduce pipeline blockages and overflows, and AI-driven pump optimisation to lower energy consumption and prevent system failures.

  • Collection Management System
  • Pumping Management System
  • Treatment Management System
  • Reuse Management System

Industry 4.0 Digital Tech Correlation

Tigernix Water Intelligence Software Suite brings all industry 4.0 capabilities to one digital space, enabling specific correlations between technologies based on user requirements. Starting from information gathering, risk, cost and performance predictions and asset prescriptions, this technology enables a self-serving interface to all types of decision-makers.

  • Integrates various Industry 4.0 technologies into a single platform, reducing complexity and enhancing visibility.
  • Empowers users with real-time forecasts on operational risks, costs, and asset performance for proactive decision-making.
  • Offers a flexible interface that adapts to different roles and workflows, enabling automation tailored to specific organisational needs.
Industry 4.0 Digital Tech Correlation
Complete End to Age-based Reactive Maintenance

Complete End to Age-based Reactive Maintenance

Tigernix Water Intelligence Software Suite eliminates the limitations of traditional age-based maintenance by introducing a predictive, condition-based approach powered by real-time data and advanced analytics. Instead of relying on fixed timelines, the system continuously monitors asset health, usage patterns, and environmental factors to forecast potential failures before they occur.

  • Replaces outdated calendar-based servicing with intelligent, data-driven insights to anticipate maintenance needs.
  • Minimises unplanned outages and avoids unnecessary replacements, leading to significant cost savings.
  • Monitors actual wear and tear, allowing for optimised maintenance schedules that extend the life of infrastructure.