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Water Intelligence Software Suite: Water Control Tower
Tigernix Water Control Tower (TigernixWCT): Cloud-based platform providing AI-powered monitoring and real-time data visualisation for instant access to all water information, enabling faster, data-driven decisions for all stakeholders.
Water Intelligence Software Suite:
Water Control Tower
Tigernix Water Control Tower (TigernixWCT) is a cloud-based and intelligent supporting platform for water management that offers AI-powered monitoring and data visualisation for the stakeholders, making all water-related information one click away. With intuitive, real-time analytics and Industry 4.0 technological capabilities, it clears the way for faster, data-driven decisions, all under one controlled space. From city planners to national water agencies, your actionable water intelligence starts with TigernixWCT now!
TigernixWCT- The Integrated, Smart
Command Center for Water Excellence
Our digital product is not another typical Water Control Room, as ours goes beyond its limited capabilities. This is powered by Industry 4.0 technologies such as AI, IoT, Digital Twin, Predictive and Prescriptive Analytics, GIS, CAD, Simulations, Smart Algorithms etc. to bring a supervisory water intelligence under one roof.
TigernixWCT comes to action after walking through this five-phased smart mechanism.
TigernixWCT’s 5-Phase Framework
TigernixWCT connects with a wealth of data sources such as Delft-FEWS, SWAT, HEC-HMS, national meteorological services, SCADA systems, telemetric sensor networks, satellite sata, ESRI ArcGIS, river and reservoir gauge stations, monitoring systems of water quality, tide and coastal, urban stormwater and sewer networks, etc, to collect necessary information.
TigernixWCT has the capacity to integrate diverse data sources into the command centre via APIs or cloud-based middleware platforms such as RESTful APIs, IBM Integration Bus, MuleSoft, Cloud-based Data Lakes, AWS IoT Core, Microsoft Azure IoT Hub, ESRI ArcGIS, OpenStreetMap, weather APIs like NOAA, BOM, or Met Office, flood and hydrological forecasting models etc. for further processing of data.
With IoT integration, streamed data is aggregated via 5G networks and processed by edge devices with the support of Industry 4.0 capabilities such as Predictive Maintenance, AI, IoT integration, Blockchain, Big Data platforms like Hadoop and Spark, Digital Twin replicas and real-time simulations, ML, and stream processing technologies like Apache Kafka and Apache Flink, etc., to boost the data clarity.
With IoT integration, streamed data is aggregated via 5G networks and processed by edge devices with the support of Industry 4.0 capabilities such as Predictive Maintenance, AI, IoT integration, Blockchain, Big Data platforms like Hadoop and Spark, Digital Twin replicas and real-time simulations, ML, and stream processing technologies like Apache Kafka and Apache Flink, etc., to boost the data clarity.
TigernixWCT drags all the data from a diverse range of sources to a smart screen in front of you to discern, comprehend, programme and foresee situational challenges varying from water distribution and long-term sustainability of water resources, water storage, consumption, flood forecasts, climate change adaptation, public safety, and financial decision-making with just a few clicks.
Capabilities of Our
Water Control Tower
Smart leak detection and dynamic pressure regulation algorithms reduce energy usage and minimise non-revenue water losses, offering measurable ROI within 12 months.
Process Management
Solution
This starts with integrating data from various sources like pumps, filtration units, and chemical tanks and flows until showcasing all data-driven insights about water management processes on smart screens. Tigernix cloud-based support system extracts key details about this from millions of data sources to enhance decision-making at the final point of control.
Capabilities
- Regulating water pressure and flow rates across the distribution network
- Integrating with SCADA systems for enhanced process control.
- Providing early warning alerts for contamination.
- Identifying contamination sources using network-wide monitoring
- Monitoring groundwater levels and usage with precision.
Water Asset Management
Solution
TigernixWCT extracts all the information about water-related infrastructure, machines, and assets to one smart canopy for the stakeholders, such as urban water utilities, municipal and city councils, regional water departments, and other relevant water authorities, to make decisions about financial investments and resource conservation considering 15+ years ahead.
Capabilities
- Geospatial asset mapping (GIS Integration)for visualising asset locations.
- Centralised asset visibility for water infrastructure.
- Strategic non-revenue-water management.
- Budget optimisation insights to justify investments or savings.
- Real-time reporting to ensure assets meet government standards.
Water Quality Management
Solution
With Industry 4.0 technologies, this water control command post serves as the strategic centralisation for stakeholders overseeing water quality. From monitoring contamination to forecasting risks, it enables urban utilities and government departments to make proactive, science-driven decisions that align with health regulations, public trust, and long-term water quality assurance.
Capabilities
- Centralised quality oversight and strategic supervision.
- Offering a unified command view for crisis response coordination.
- AI-powered public health risk forecasting to prevent contamination risks
- Real-time water quality dashboards to present live overviews.
- Advanced Analytics to support proactive governance, risk prevention, and planning.
Climate Change and Weather Forecasting
Solution
Serving as the nerve centre for climate-smart water governance, this water control centre offers stakeholders a unified lens on meteorological and hydrological data. Relevant decision-makers can anticipate risks, manage resources, and align long-term strategies with evolving climate realities—ensuring resilient and adaptive water systems for future generations.
Capabilities
- Integrating climate intelligence to make long-range decisions.
- Predictive weather impact modelling for better resource allocation and planning.
- Dynamic risk mapping to guide investment in resilience for vulnerable regions.
- Inter-agency data synchronisation among meteorological departments, disaster agencies, and water utilities into one governance view.
- Investment justification engine to justify CAPEX/OPEX decisions.
Energy Management
Solution
This intelligent control room centralises energy data from pumps, treatment plants, and distribution assets while enabling water authorities and decision-makers to identify inefficiencies and optimise energy flows. With forecasting tools and AI-driven insights, stakeholders can balance energy demands, reduce carbon footprints, and align with evolving sustainability and policy targets.
Capabilities
- Real-time energy consumption monitoring to spot errors and take corrective actions.
- Empowering to plan resources effectively and avoid unnecessary energy costs.
- Checking whether investments are aligned with sustainability goals.
- Clear visualisations to assess the financial impact of energy management strategies.
- Enabling stakeholders to control energy distribution across the water network.
Risk Management
Solution
Employing Industry 4.0 technologies, the TigernixWct centralises risk management for stakeholders. As our product integrates real-time data on environmental, operational, and infrastructure risks, it empowers urban utilities and authorities to anticipate, mitigate, and respond to potential dangers while ensuring better preparedness and resilience in the face of evolving water-related risks.
Capabilities
- Automated risk scenario simulation for extreme weather, contamination and test responses.
- Automated decision support to provide real-time recommendations.
- Long-term risk trend analysis to make proactive, long-term decisions.
- Emergency response coordination, integrating communication systems.
- Water system vulnerability mapping.
Regulatory Compliance
Solution
With capabilities like AI, IoT, Advanced Analytics, ML, Smart Algorithms, etc., stakeholders can make timely decisions to meet legal and environmental standards. With real-time monitoring and advanced reporting, they can ensure that water management systems remain compliant with regulations while maintaining transparency and accountability to the public and regulatory bodies.
Capabilities
- Utilising blockchain and other secure technologies to ensure data integrity.
- Integrated regulatory framework, facilitating quick response to compliance updates.
- Recording every action and decision made within the system, providing an auditable history.
- Direct communication with the public and regulatory bodies.
- Sharing visual progress on compliance status and actions taken.
Reporting for Decision-Making
Solution
Powered by Tigernix, the water control tower redefines decision-making by automating and optimising the reporting process. It transforms raw water data into intuitive visual reports and allows stakeholders to quickly analyse trends, track performance, and make proactive decisions to improve each aspect of water management and regulatory compliance without delay, all under one mega dashboard.
Capabilities
- Offering interactive dashboards for each aspect of water management.
- Blockchain-based reporting integrity to provide immutable audit trails.
- Ensuring transparency in data handling and preventing any tampering or misreporting.
- Automatic generation of public-facing reports that are accessible via online platforms.
- Cross-platform data integration for holistic reporting.
This is no ordinary control centre. The Tigernix digital product is an end-to-end mission control, engineered with water intelligence. Designed for modern water authorities and stakeholders, it blends SCADA, Generative AI, and simulation into the ideal control console and delivers predictive and prescriptive insights for different situations and elements to conduct accountable water management.
Tigernix to Redefine
Water Control?
Unlike other technologies, Tigernix Water Control Tower brings all data from each aspect of the water management to enhance visibility and decision-making for the stakeholders. Since our software product is powered by Industry 4.0 capabilities, we ensure 100% data integration, centralisation, accuracy, and precision of the information that water authorities and decision-makers receive via smart dashboards. With Tigernix Water Control Tower, all data is crystal clear, right before your eyes!
Centralised Control over Water Management
Employing cloud computing and edge analytics, it consolidates multisource water data from catchment to reticulation into one interactive console, empowering city councils and utilities with 360 degree oversight and operational transparency.
Data-Driven Crisis-Resilient Governance
Using weather forecasting data, satellite telemetry, real-time water quality analytics, etc., it enables decision-makers to respond to climate-induced crises with data-backed agility, ensuring water safety and operational continuity during unpredictable events 24/7.
Future-Proof Operational Planning and Implementation
Tigernix offers powerful data-centric insights to drive continuous performance benchmarking and lifecycle planning of water assets and infrastructure, ensuring each action today aligns with sustainable, compliant, and efficient operations for the decades ahead.
Self-Healing Water Network
This integrates real-time telemetry and rule-based automation to detect faults and reroute flow immediately. This helps leaders uphold uninterrupted supply, maintain stakeholder trust, and reduce reliance on field crews during high-risk events or outages.
Reducing Non-Revenue Water
Through advanced water balance dashboards and GIS-based asset mapping, TigernixWCT enables leaders to visualise water loss hotspots, implement precise interventions, and drive measurable reduction in NRW to boost financial sustainability.
Data-Centric Decision-Making
Centralised, time-stamped logs and real-time insights empower leaders to base every water management choice on accurate intelligence. This enables transparent decision-making, flexible course corrections, and strong justification to regulatory bodies or funding authorities.
