BactoSense ID System Accelerated Bacterial Detection
New automated monitoring technology provides real-time water quality data in under an hour, replacing multi-day lab tests.
Updated on Oct. 5, 2026 in Life Sciences
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bNovate Technologies has released the BactoSense ID, a water monitoring solution that identifies and counts specific bacteria in under 60 minutes. This automated system, now commercially available, provides a significant speed advantage over traditional methods that require 18 to 72 hours for results.
Why it matters
The system addresses critical gaps in water safety where manual, lab-based testing delays the detection of contamination events. By integrating with existing plant infrastructure, it allows for immediate response to biological threats in water supplies.
The system utilizes flow cytometry—a method that uses lasers to detect and count particles in a fluid—to process samples via reagents in swappable cartridges. It has demonstrated efficacy in identifying coliforms, enterococci, and E. coli, with one deployment detecting a 20-fold increase in counts in four hours.
The players
bNovate Technologies
A Swiss developer of rapid microbiology equipment for water quality, known for having deployed over 500 systems globally.
The details
BactoSense ID works by analyzing water samples through an automated flow cytometry process. Reagents within swappable cartridges label specific bacteria, which the system then counts and identifies. When connected to the BactoSwitch hardware, the unit can automate measurements at multiple locations and feed the results directly into existing SCADA (Supervisory Control and Data Acquisition) systems, which are the software platforms used to monitor and control industrial plant processes.
Timeline
- 2026-10-05
The BactoSense ID solution was reported as a released monitoring tool.
The Tech Race
The move toward real-time microbial monitoring shifts the industry away from the legacy reliance on centralized laboratories and multi-day incubation periods. bNovate Technologies currently positions itself against traditional manual testing protocols with a track record of 70 peer-reviewed papers backing its methodology.
Water treatment plants can now integrate automated monitoring directly into their SCADA operations to detect contamination events like heavy rainfall impacts in hours rather than days. Users can deploy the system across multiple points in a facility using the BactoSwitch automation component.
The takeaway
This technology enables faster identification of pathogens, which is critical for preventing the spread of contaminants in municipal and industrial water cycles. Watch for future deployments of systems integrated with BactoSwitch to see how automated detection affects national water safety compliance standards.
Further reading
Explore the latest developments in diagnostic tech in our Life Sciences section.
Source note: This article includes information reported by Water Online.
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