Orb
Orb Monitor is dedicated to transforming water monitoring through real-time microbial insights, leveraging AI, light, and sensor technology to provide fast, accurate, and easy-to-deploy water safety solutions. Their mission is to give everyone access to clean water by enabling industries and utilities to monitor water quality instantly, prevent contamination, and ensure sustainability.
Industries
Nr. of Employees
small (1-50)
Patents
System and method for use of network services in receiving content and data
US-9531833-B2
View DetailsSystem and method for authenticating multiple devices with a same credential
US-9178962-B2
View Details
System and method for use of network services in receiving content and data
US-9531833-B2
View DetailsSystem and method for authenticating multiple devices with a same credential
US-9178962-B2
View DetailsProducts
Inline microbial probe (optical fluorescence probe)
Inline sensor probe that illuminates water with deep-UV light and measures emitted fluorescence to deliver continuous microbial activity readings suitable for integration into distribution and treatment systems.
Handheld fluorescence monitor (portable)
Portable fluorescence-based instrument developed and independently validated for field measurements of microbial-related fluorescence signals prior to deployment of inline systems.
Published comparative studies and technical reports
Research papers and comparative evaluations of online microbial monitoring techniques, including full-scale plant comparisons and device response assessments.
Inline microbial probe (optical fluorescence probe)
Inline sensor probe that illuminates water with deep-UV light and measures emitted fluorescence to deliver continuous microbial activity readings suitable for integration into distribution and treatment systems.
Handheld fluorescence monitor (portable)
Portable fluorescence-based instrument developed and independently validated for field measurements of microbial-related fluorescence signals prior to deployment of inline systems.
Published comparative studies and technical reports
Research papers and comparative evaluations of online microbial monitoring techniques, including full-scale plant comparisons and device response assessments.
Services
On-site deployment of inline optical probes combined with cloud analytics to deliver continuous microbial risk data, trend analysis, and automated alerts for water systems.
Cloud-hosted platform that ingests sensor data for trend detection, predictive analytics, and operational decision support to optimize water recycling and chemical/energy use.
On-site deployment of inline optical probes combined with cloud analytics to deliver continuous microbial risk data, trend analysis, and automated alerts for water systems.
Cloud-hosted platform that ingests sensor data for trend detection, predictive analytics, and operational decision support to optimize water recycling and chemical/energy use.
Expertise Areas
- Real-time microbial monitoring
- Autofluorescence-based microbial detection
- Online flow cytometry and microbial fingerprinting
- Cloud-based analytics and AI-driven decision intelligence
Key Technologies
- Deep-UV autofluorescence
- Spectral analysis of fluorescence
- Online flow cytometry
- Cloud-based analytics
News & Updates
Explores the importance of real-time microbial monitoring in distribution networks to ensure water safety and compliance.
Presents a framework to protect drinking water from microbial contamination through real-time monitoring.
Discusses how real-time microbial monitoring is transforming water safety and regulatory compliance.
Online microbial fingerprinting for quality management of drinking water: Full-scale event detection
Highlights how online flow cytometry enhances drinking water monitoring by detecting quality shifts instantly.
Proposes a new approach to maintaining microbial water quality using real-time monitoring.
Explores the importance of real-time microbial monitoring in distribution networks to ensure water safety and compliance.
Presents a framework to protect drinking water from microbial contamination through real-time monitoring.
Discusses how real-time microbial monitoring is transforming water safety and regulatory compliance.
Online microbial fingerprinting for quality management of drinking water: Full-scale event detection
Highlights how online flow cytometry enhances drinking water monitoring by detecting quality shifts instantly.
Proposes a new approach to maintaining microbial water quality using real-time monitoring.