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The most versatile, integration-free way to monitor complex infrastructure and distributed assets.
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Visual asset monitoring
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VAM uses imaging and AI interpretation to give operators clear, continuous awareness of their assets—without requiring retrofits or integrations. The W-Sensor captures the visual information from, for instance, treatment plants, pumping stations, manholes, and remote facilities—capturing levels, equipment states, environmental conditions, and early indicators of leaks or overflow.
Applications:
Water levels
Water inlets
Leaks and overflows
Water pumps, blowers, mixers, and aeration equipment
Storm drains
Wastewater filters
and more!
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Early anomaly detection
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Full remote visibility
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Easy deployment
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Vibration asset monitoring
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Water levels
Water inlets
Leaks and overflows
Water pumps, blowers, mixers, and aeration equipment
Storm drains
Wastewater filters
and more!
Human interface monitoring
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Water pumps, blowers, mixers, and aeration equipment
Storm drains
Wastewater filters
and more!
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Meter & gauge intelligence for any industrial operation
Our plug-and-play sensors digitize analog readings, while Mimir turns them into actionable insights that help you prevent downtime, reduce maintenance costs, and maintain operational continuity.
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End-to-end intelligence across your entire operational ecosystem
We solve for every point in the complex web of networks, assets, and sources that rely on precise data from meters & gauges.
Learn more today!
Drop us a line and we’ll help you discover how Waltero can solve for your operation’s blindspots.
Choose your industry
Book a demo
See how Waltero makes the complex simple. Book a demo and experience predictive insights in action.
Book a demo
See how Waltero makes the complex simple. Book a demo and experience predictive insights in action.
Project setup: Vision AI
Setting up visual monitoring and alerts is surprisingly fast - a project typically takes less than a week in total.
Step 1 :
Site Research & Connectivity
Using the Waltero Installer App, a technician performs an instant connectivity check to verify signal strength (NB-IoT or LTE-M). Based on these real-time results, we determine:
Antenna Needs: Whether the standard setup is enough or extension antennas are required.
Lighting Requirements: Whether the environment needs integrated IR (Infrared) lighting to ensure high-quality image capture in low-light conditions.
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Step 2 (same day):
Camera Sensor Installation
Because the initial research is so efficient, the physical installation of the W-Sensors can often be completed during the very same visit. The sensors are "plug-and-play," meaning they mount to your existing infrastructure without the need for complex retrofitting or downtime.
Step 3: (after a few days of image collection)
Annotation & Testing
Once the sensors are live, we allow them to capture real-world baseline imagery for a few days.
Data Labeling: The images are accessed via the Mimir Cloud, where they are annotated to "teach" the AI what to look for (e.g. blockages, or anomalies). Just a few images are needed to teach the system + some more to validate that it interprets the images correctly.
Alert Configuration: We then set up custom thresholds and logic. This ensures that the system doesn't just collect data, but actively notifies your team the moment a deviation is detected.
Step 4: Done
Operational Readiness
With the AI model trained and the alerts active, the project moves into the "Done" phase. Your facility is now monitored by edge-to-cloud intelligence, shifting your operations from reactive maintenance to proactive, data-driven management.
Project setup: Water meter retrofit
Modernizing water infrastructure no longer requires shutting off the taps or hiring specialized plumbing teams. The Waltero retrofit solution is designed for zero service interruption, as the sensors simply "clip on" to existing analog meters without ever touching the pipes.
Because the system is non-invasive and the Waltero Installer App provides step-by-step guidance, the entire process can be completed by unskilled personnel. There is no pipe cutting, no risk of leaks, and no technical complexity—just a quick, "plug-and-play" installation.
Step 1 (for larger projects):
Pre-Rollout Survey (Representative Sampling)
Before the mass installation, we conduct a survey on a subset of sites to establish a baseline for the project requirements. Using the Waltero Installer App, we assess:
Connectivity Statistics: We determine what percentage of sites (e.g., deep basement vaults vs. ground-level cabinets) will typically require extension antennas to reach the NB-IoT/LTE-M network.
Logistics Planning: This data allows for precise hardware ordering, ensuring installers have the right antenna kits ready for every scenario.
Step 2 (same day for smaller projects):
Rapid Installation & Instant Validation
Once the rollout begins, the process is incredibly fast. Personnel with no prior experience can digitize a meter in minutes.
Mechanical Clip-on: The W-Sensor is attached directly to the meter face via a specialized adapter. Since the pipe remains sealed, there is zero downtime and no risk of leaks.
Instant Confirmation: Using the Waltero Installer App, the operator immediately confirms that the sensor is online and can clearly "see" and read the digits.
Step 3:
Digital Integration & Mimir Configuration
Once the hardware is live, we activate the data streams within the Mimir Cloud to match the customer’s specific operational needs:
System Integration: Data is pushed to the customer's existing SCADA or ERP systems via seamless API or MQTT connectors.
Intelligent Alerting: Fine-tuning "continuous flow" alerts for leak detection and set up "zero-flow" triggers for potential blockages.
Custom Dashboards: Use our beautiful default dashboards or set up your own visual in Mimir.
Step 4:
Done
That's it! The project is fully operational. Your legacy mechanical meters are now part of a digital smart grid, providing automated billing data and real-time insights without a single minute of service interruption.
Project setup: Gas meter retrofit
Modernizing gas networks shouldn't involve the complexity of pipe cutting or the inherent risks of service interruptions. The Waltero retrofit solution is designed for maximum safety and zero downtime, as the sensors simply "clip on" to your existing mechanical gas meters.
Because the installation is entirely non-invasive and does not break the gas seal, there is no risk of leaks, no need for post-install pressure testing, and no requirement for certified gas technicians. This allows the rollout to be completed by unskilled personnel using the step-by-step Waltero Installer App, turning legacy hardware into smart devices without ever touching a pipe.
Step 1 (for larger projects):
Pre-Rollout Survey (Representative Sampling)
Before the mass installation, we conduct a survey on a subset of sites to establish a baseline for the project requirements. Using the Waltero Installer App, we assess:
Connectivity Statistics: We determine what percentage of sites (e.g., deep basement vaults vs. ground-level cabinets) will typically require extension antennas to reach the NB-IoT/LTE-M network.
Logistics Planning: This data ensures every installer arrives on-site with the correct antenna kits, eliminating "second visits" and keeping the rollout on schedule.
Step 2 (same day for smaller projects):
Rapid Installation & Instant Validation
The rollout is designed for maximum safety and speed. Even with no prior experience, a worker can digitize a gas meter in minutes.
Mechanical Clip-on: The W-Sensor is attached directly to the meter face via a specialized adapter. Since the gas line remains sealed, there is zero risk of leaks and no need for post-install pressure testing.
Integrated Flash: Gas meters are often tucked away in dark corners; the sensor’s built-in flash ensures a high-contrast image of the digits every time.
Instant Confirmation: Using the Waltero Installer App, the operator immediately confirms that the sensor is online and the AI can clearly read the index before moving to the next site.
Step 3:
Digital Integration & Mimir Configuration
Once the hardware is live, we activate the data streams within the Mimir Cloud to match the customer’s specific operational needs:
System Integration: Data is pushed to the customer's existing SCADA or ERP systems via seamless API or MQTT connectors.
Intelligent Alerting: Fine-tuning alerts for unusual consumption patterns or potential tampering, turning a "dumb" mechanical counter into a proactive safety sensor.
Custom Dashboards: Setting up visual overviews in Mimir to monitor peak demand and optimize grid distribution based on real-time data.
Step 4:
Done
Your legacy gas meters are now fully digitized, providing automated billing data, demand forecasting and safety insights without a single minute of service interruption.
Project setup: Electricity meter retrofit
Upgrading electrical infrastructure shouldn't create a cybersecurity liability. Unlike traditional smart meter swaps that introduce networked internal switches, the Waltero retrofit solution is a purely optical read. This air-gapped approach ensures there is no "back door" for hackers to remotely disconnect power or compromise the meter’s internal logic. Combined with strong 256-bit encryption, Waltero provides the most secure digitization path available.
Because the system is non-invasive and the Waltero Installer App provides step-by-step guidance, the installation can be completed by unskilled personnel. There is no need to pull fuses, handle live wires, or schedule power outages—it’s a simple, "plug-and-play" installation that turns legacy meters into secure IoT assets in minutes.
Step 1 (for larger projects):
Pre-Rollout Survey (Representative Sampling)
Before the mass installation, we conduct a survey on a subset of sites to establish a baseline for the project requirements. Using the Waltero Installer App, we assess:
Connectivity Statistics: We determine the percentage of sites (e.g., metal-shielded cabinets, basement electrical rooms, or rural substations) that will require extension antennas to reach the NB-IoT/LTE-M network.
Logistics Planning: This data ensures installers have the correct antenna kits ready, ensuring a "first-time fix" for every meter location.
Step 2 (same day for smaller projects):
Rapid Installation & Instant Validation
The rollout is designed for maximum speed and zero downtime. Even with no electrical background, a worker can digitize a meter safely.
Optical Mounting: The W-Sensor is attached directly to the meter face via a specialized adapter. Since the electrical connections are never touched, there is zero risk of arc flash or service interruption.
Integrated Flash: Electrical rooms are often poorly lit; the sensor’s built-in flash ensures a high-contrast image of the display or mechanical dials every time.
Instant Confirmation: Using the Waltero Installer App, the operator immediately confirms that the sensor is online and the AI can clearly read the index before moving to the next site.
Step 3:
Digital Integration & Mimir Configuration
Once the hardware is live, we activate the data streams within the Mimir Cloud to match the customer’s specific operational needs:
Cybersecure Integration: Data is pushed to the customer's SCADA or Billing systems via seamless API or MQTT connectors, protected by enterprise-grade encryption.
Intelligent Alerting: Fine-tuning alerts for unusual load patterns, peak demand thresholds, or potential tampering.
Custom Dashboards: Setting up visual overviews in Mimir to monitor grid health and load distribution across the entire network in real-time.
Step 4:
Done
That's it! Your legacy electricity meters are now fully digitized and cyber-secure, providing automated billing data and grid insights without a single second of power downtime.