Preset missions
Program routes and waypoints for repeatable monitoring.
AUTONOMOUS WATER MONITORING
Water intelligence,
where it matters.
WASP Technologies combines an autonomous surface vessel, modular sensing, cellular data transfer and web-based visualization to collect water data across preset missions and predetermined waypoints.
Patentedsystem architecture
Autonomouspreset missions
ConnectedMQTT + cellular data
Modularplug-and-play sensing
THE PROBLEM
Traditional water sampling is still highly manual.
Conventional workflows can depend on personnel collecting a limited sample, transporting it to a laboratory and waiting for results. That creates time, cost and coverage limitations when operators need a clearer picture of changing water conditions.
01
Traditional workflow
Travel to site, collect from a limited location, transport the sample, then wait for lab results.
02
WASP approach
Run repeatable missions, gather sensor readings at multiple waypoints and transmit data to a web-based viewer.
THE WASP PLATFORM
An autonomous vessel built to make water data more accessible.
The WASP platform is designed around repeatable autonomous missions, configurable sensing and remote visibility.
Geofenced autonomy
Define operating boundaries and mission behavior.
Sensor deployment
Collect measurements at predetermined locations using a modular sensor architecture.
Connected data
Transmit readings through cellular connectivity and an MQTT broker to the web platform.
pH
Temperature
Pressure
Humidity
H₂S
Conductivity
Water Depth
DOM / TOC
Metals*
*Sensor availability and configuration depend on application, validation and system integration requirements.
WASP NEST
From field mission to usable data.
WASP Nest serves as a repository and visualization layer for collected sensor data. The platform is designed to be viewed remotely anywhere an internet connection is available, with support for mapping and multiple display formats.
- Remote web-based viewing
- Sensor data repository
- Mapping and mission visualization
- Flexible chart and display capabilities
- Potential foundation for valuable long-term water datasets
APPLICATIONS
Designed for water-intensive industries and public-sector monitoring.
Water & wastewater
Support monitoring across reservoirs, treatment, distribution, wastewater collection and water reuse workflows.
Oil & gas
Increase the frequency and geographic coverage of water monitoring for ponds, pits and other water assets.
Mining & paper
Bring autonomous monitoring capability to operations that use and manage substantial volumes of water.
Public agencies
Potential applications across environmental, waterway and infrastructure monitoring programs.
FIELD OPERATIONS
Built, tested and demonstrated in real operating environments.
Field work described in the company deck includes basin mission testing, geofence and waypoint operation, scheduled data reporting, pool testing and underwater observation of sensor deployment.
CONTINUED R&D
Exploring portable ionic detection and PFAS-related applications.
WASP Technologies is evaluating additional electrochemical microsensor research, including ppb-level ionic detection concepts and their potential relevance to PFAS monitoring.
Research-stage capability
PFAS detection is presented as ongoing research, not as a currently commercialized or validated WASP sensor capability.
ABOUT WASP TECHNOLOGIES
Commercializing disruptive technology for the water-management space.
WASP Technologies was established to develop and commercialize technology in water sensor data and management. The company brings together experience in engineering, business development, emerging technologies, sales and commercial development, with a focus on scalable applications across municipal, industrial, energy and government markets.
WORK WITH WASP
Start with a pilot. Build a smarter water-data program.
Talk with WASP Technologies about municipal, industrial, energy or strategic development opportunities.