Kando is an advanced environmental intelligence platform that transforms wastewater into a real-time data source for public health, pollution detection, and smart city operations. By combining Internet of Things (IoT) sensors, artificial intelligence, and cloud-based analytics, Kando enables cities and utilities to detect pollution events, track disease outbreaks, and monitor wastewater quality across entire urban areas.
Headquartered in Israel, Kando helps municipal authorities, water utilities, and environmental agencies gain actionable insights from their underground wastewater networks. The system reveals what’s happening in the community—from chemical discharges and industrial pollution to early detection of viral pathogens like COVID-19 and norovirus.
Kando’s mission is to help cities become cleaner, healthier, and more resilient through continuous wastewater monitoring. Their technology has been deployed in several countries, enabling proactive environmental management and improving the quality of life for millions of residents.
Features
Real-Time Wastewater Monitoring
Kando deploys a network of smart IoT sensors throughout the sewer system that continuously monitor wastewater quality, providing real-time visibility into contamination and pollutant levels.
AI-Powered Data Analytics
The platform uses machine learning algorithms to analyze complex data sets and detect unusual patterns that may indicate pollution events, industrial discharges, or health risks.
Pollution Source Detection
Kando can trace pollution back to its source, enabling enforcement and prevention of illegal dumping or non-compliant industrial activity.
Pathogen Detection
The system monitors for public health indicators like viruses, bacteria, and chemicals, allowing early detection of outbreaks or environmental hazards.
Cloud-Based Platform
All data collected from the field is sent to a secure cloud environment where it is processed and visualized through a user-friendly dashboard accessible to municipal officials and utility managers.
Automated Alerts and Reports
Kando sends real-time alerts and generates analytical reports to help decision-makers respond quickly to pollution events or health threats.
Scalable Deployment
The system is modular and scalable, making it suitable for cities of any size, from small towns to large metropolitan areas.
Environmental Compliance Monitoring
Utilities can use Kando to ensure compliance with local and national environmental regulations, reducing the risk of fines and reputational damage.
Public Health Insights
By analyzing wastewater trends, Kando provides community-level health intelligence, helping cities prepare for or prevent disease outbreaks.
Integration with Utility Systems
Kando’s platform integrates with existing utility software and infrastructure management tools to enhance operational efficiency.
How It Works
Kando begins by installing IoT sensor units at strategic points across a city’s wastewater network. These sensors collect data on various parameters, including chemical oxygen demand (COD), total suspended solids (TSS), pH levels, conductivity, and temperature. In deployments focused on health surveillance, additional sampling and analysis are conducted for viruses and pathogens.
Once data is collected, it is transmitted in real-time to the cloud where Kando’s AI engine analyzes it to identify anomalies, trends, or events that require attention. The system uses historical data, machine learning models, and geospatial analysis to determine not only the presence of pollution but also the likely source—such as a specific neighborhood, industrial facility, or drainage line.
This data is then visualized on Kando’s dashboard, where utility managers and public health officials can view the location, type, and severity of each event. Automated alerts are sent when critical thresholds are crossed, prompting immediate response actions such as on-site investigation, enforcement, or public notifications.
The platform also generates detailed reports and performance summaries that support regulatory reporting, sustainability efforts, and strategic planning. Over time, the system learns and improves its detection capabilities, providing increasingly accurate insights.
Use Cases
Industrial Pollution Monitoring
Cities use Kando to identify illegal discharges from factories and trace them back to specific polluters. This enables enforcement and improves environmental compliance.
Public Health Surveillance
During the COVID-19 pandemic, Kando helped cities detect viral traces in wastewater, providing early warnings of local outbreaks and informing health interventions.
Infrastructure Planning
By analyzing where and when pollution occurs, municipalities can better plan infrastructure investments and prioritize areas for pipe rehabilitation or upgrades.
Environmental Protection
Kando helps reduce pollution in rivers, lakes, and oceans by detecting contaminants before they reach natural water bodies, protecting ecosystems and biodiversity.
Smart City Integration
As part of broader smart city initiatives, Kando feeds wastewater intelligence into urban management platforms for a more comprehensive environmental strategy.
Early Warning Systems
Utilities and cities use Kando’s real-time alerts to respond to emerging issues before they escalate, improving service reliability and citizen trust.
Sustainability Reporting
Utilities can use Kando’s reports to demonstrate progress on sustainability goals, water safety, and environmental stewardship to regulators and stakeholders.
Water Utility Optimization
By understanding how industrial and residential waste affects the network, utilities can optimize treatment processes and reduce operational costs.
Academic and Research Applications
Universities and public health researchers partner with Kando to study wastewater data and explore its connection to urban health and behavior.
Pricing
Kando does not provide standardized pricing on its website because its solutions are tailored to the specific needs of each municipality or utility. Pricing typically depends on several factors, including:
Size and complexity of the monitored area
Number of IoT monitoring units required
Frequency and scope of data analytics and reporting
Type of pollutants or pathogens being tracked
Integration needs with existing infrastructure
Kando operates on a subscription-based model that includes hardware installation, cloud access, analytics services, and support. The company offers consultations to determine project scope and deliver a customized quote.
Interested cities or utilities are encouraged to contact Kando directly for a proposal suited to their local requirements and environmental goals.
Strengths
Real-Time Environmental Intelligence
Kando provides continuous, real-time monitoring of wastewater, allowing cities to respond quickly to pollution events and health risks.
AI and Data Science Integration
The platform leverages cutting-edge analytics and machine learning to extract actionable insights from complex and dynamic data.
Source-Level Tracing
Kando not only detects pollution but can also trace it back to its origin, improving enforcement and long-term prevention.
Scalable and Modular
The system can be adapted to different city sizes, making it accessible for both large municipalities and small utilities.
Focus on Public Health
Kando’s ability to monitor pathogens in wastewater adds an important public health dimension, supporting pandemic preparedness and health planning.
Non-Invasive Deployment
IoT units are installed in manholes and sewers with minimal disruption, requiring no overhaul of existing infrastructure.
Global Deployments
The platform has been successfully implemented in multiple countries, proving its flexibility and adaptability across different regulatory environments.
Strong Visualization Tools
Kando’s dashboard is designed for decision-makers, offering clear maps, alerts, and trend data that simplify complex information.
Drawbacks
Custom Implementation Required
Each deployment requires a tailored approach, which may increase lead time and initial planning efforts.
No Self-Service Option
Kando is designed for organizations and municipalities, not individuals or small businesses, so it lacks off-the-shelf products or packages.
Limited Public Pricing Information
The absence of published pricing may be a barrier for smaller utilities or municipalities with constrained budgets.
Requires Coordination with City Infrastructure
Successful deployment may depend on cooperation with multiple municipal departments and access to underground infrastructure.
Data Privacy and Governance
Handling public health and environmental data may require additional legal and regulatory compliance, depending on the region.
Comparison with Other Tools
Compared to satellite-based environmental monitoring platforms like Asterra, Kando offers more granular, real-time data directly from within the sewer system. While Asterra uses radar for subsurface moisture detection, Kando focuses on wastewater flow and chemical composition.
Unlike general-purpose IoT platforms, Kando is specifically designed for wastewater intelligence. This specialization gives it an edge in pollution detection, source tracing, and public health monitoring.
Platforms like TaKaDu also monitor utility infrastructure using data analytics but are more focused on water supply networks and leak detection. Kando, by contrast, operates within the wastewater domain and includes a strong public health component.
Kando’s AI-powered system stands out for its integration of environmental science, disease detection, and smart city objectives—delivering a multidimensional view of urban wellbeing.
Customer Reviews and Testimonials
Kando has received positive feedback from municipal partners, environmental agencies, and research institutions. Cities that have deployed the platform report improved enforcement capabilities, reduced pollution incidents, and earlier detection of public health threats.
During the COVID-19 pandemic, Kando gained recognition for helping local governments monitor viral load in wastewater and act before clinical cases spiked. This proactive insight enabled targeted testing and faster community response.
Customers also praise the clarity of Kando’s dashboard and the responsiveness of its team in customizing solutions for unique urban challenges. Testimonials highlight Kando’s ability to make hidden infrastructure more transparent and manageable.
The platform has been featured in global environmental publications and presented at major water and smart city conferences, adding to its credibility and thought leadership in the sector.
Conclusion
Kando is revolutionizing how cities manage environmental health by turning wastewater into a source of actionable intelligence. With its AI-powered platform and real-time monitoring capabilities, Kando empowers municipalities and utilities to detect pollution, enforce environmental regulations, and protect public health.
The ability to trace pollution to its source, combined with early warning for disease outbreaks, makes Kando a vital tool in the future of smart, sustainable cities. Its modular design, scalability, and non-invasive deployment model make it accessible for a wide range of urban environments.
As cities face increasing environmental and health challenges, Kando offers a powerful solution to monitor what’s happening underground and respond above ground—smarter, faster, and more effectively.
