Covspect – Smarter UV-C monitoring through AI-driven IoT.

By converting analog UV-C appliances into connected smart devices, Covspect continuously collects and analyzes radiation dosage data at scale. Our AI-powered platform identifies trends, benchmarks efficiency, and provides fleet-wide optimization, allowing businesses to enhance compliance, improve device longevity, and maximize disinfection effectiveness through real-time intelligence.

What you’ll get

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    UV-C fluence pathogen control database, powered by advanced machine learning algorithms.

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    AI provides tailored recommendations for disinfection based on energy consumption mitigation.

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    Real-time SaaS-based subscription model designed for monitoring UV spectral response.

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    Alerts you when UV-C doses fall below critical thresholds to AI-driven suggestions for disinfection.

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    IoT-powered notifications if power, or UV-C intensity levels fall outside of acceptable ranges of radiation.

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    Minimize energy consumption. Our platform supports your organization's sustainability and ROI goals.

Why CovspectUV?

Covspect is an AI-driven IoT platform that not only tracks UV-C performance in real time but also enhances safety with actionable emergency prompts and grid-wide user optimization.

Through AI-driven monitoring and advanced analytics, Covspect ensures that every UV-C deployment delivers the right dosage at the right time. Our IoT platform provides continuous validation of disinfection success, dynamically adjusting parameters based on environmental factors, usage patterns, and historical performance—delivering smarter, safer, and more efficient UV-C protection.

Operational Efficiency

With accurate data on disinfection times, users can develop efficient cleaning schedules and resource allocation plans. This can lead to reduced labor costs, energy consumption, and wear and tear on UV-C equipment.

Better Decisions

By incorporating our sensor, CovspectUV can monitor Ultraviolet Light exposure for operators, providing audible warnings and automatically ceasing UV-C emission if necessary. This feature allows for enhanced disinfection procedures while ensuring operational safety.

Sign up for CovspectUV’s 2025 Waiting List

FAQs

  • CovspectUV is a revolutionary SaaS AI platform that serves as the ultimate operating system for UV-C disinfection management across air, surfaces, water, and space applications. At its core, CovspectUV features advanced sensor technology connected to a robust API, providing real-time UV-C fluence data and offering AI-driven pathogen control tools. The platform houses the world's most comprehensive UV-C fluence pathogen control database, leveraging machine learning algorithms to deliver tailored disinfection protocols and predictive analytics. With its user-friendly interface, decarbonization modules, and continuous updates, CovspectUV empowers organizations to make data-driven decisions, optimize disinfection processes, and set new benchmarks for safety, efficiency, and sustainability in UV-C disinfection management.

  • The sensor tracks UV-C fluence through a sophisticated system of real-time monitoring and analysis. It utilizes a UV-C sensitive photodiode that produces an electrical current in response to UV-C radiation, which is then amplified and converted to a voltage. This data is processed multiple times per second, allowing for continuous measurement of UV-C flux. The sensor calculates fluence by integrating the flux over time, providing an accurate cumulative dose measurement. The pathogen control database improves efficiencies and aids decarbonization in several ways:

    1. Precision targeting: By leveraging AI algorithms and the comprehensive database, the system can identify specific areas that require more attention, allowing for focused UV-C application and reducing overall energy consumption

    2. Adaptive protocols: The AI analyzes patterns in UV-C fluence data over time, adapting disinfection protocols to changing conditions or emerging threats. This dynamic approach ensures optimal disinfection while minimizing unnecessary UV-C exposure and energy use

    3. Dosage optimization: The database provides information on the UV-C dose required for various pathogens, allowing the system to deliver precisely the needed amount of UV-C radiation without overexposure. This optimizes energy usage and extends the life of UV-C sources, contributing to decarbonization efforts.

    4. Integration with automation: When combined with robotic disinfection platforms, the system can guide UV-C emitting devices to maximize coverage and effectiveness while minimizing human intervention and energy waste

    By optimizing UV-C usage through these data-driven approaches, the system significantly improves disinfection efficiency while reducing energy consumption, thus contributing to decarbonization goals.

  • Prediction accuracy can vary depending on the quality of data and the complexity of the biological problem. By leveraging AI algorithms and the comprehensive database, the system can identify specific areas that require more attention, allowing for focused UV-C application and reducing overall energy consumption.

  • While some general SaaS technical knowledge is beneficial, our interfaces and documentation are available to simplify the use of CovspectUV. Our team prides itself on offering a user-friendly AI interface that’s easy to understand and navigate.

  • Integration methods vary, but like most AI providers CovspectUV offers an API and easy-to-understand documentation to facilitate seamless integration with the most in-demand industry adjacement platforms.

  • When we go live to market, CovspectUV will be offering trials.