About us

Workswell is a Europe-based innovative developer and manufacturer specializing in advanced thermal imaging technology. With complete in-house development and high-end expertise, the company focuses on designing and producing top-quality products. Workswell is dedicated to delivering unmatched products and solutions to a broad range of customers, with consulting services, sales, and after-sales support as integral parts of its business. At the heart of Workswell’s latest innovations is the WEOM® a new generation of compact thermal imaging camera core designed for seamless integration into commercial, governmental and defense applications. The modular WEOM® Thermal Core comes in several interface and lenses variants including the WEOM® Optical Zoom Block camera enhancing detection for long-range and precision-critical applications.
At Workswell, we believe that true innovation is driven by purpose. Our development is guided not by trends, but by the real-world need for reliable, intelligent thermal systems that perform under pressure and adapt across industries. We build what we build because the world demands faster decisions, safer operations, and deeper insights—and thermal vision delivers all three. With each new generation of our technology, we strive not only to meet market demands but to anticipate them, equipping our partners with tools that are both future-ready and proven in the field.
Founded
2010

"Company mission was always to expand the usage of innovative thermal imaging products and solutions that will have positive global impacts in areas such as health, education, environment and security."

Adam Svestka, Workswell CEO

Workswell’s key technologies include thermal imaging technologies, thermal machine vision cameras and solutions, software and analytics tools, unmanned payloads, and integrated systems for early fire detection as well as OEM.

  • 2010Founded

    Workswell was established by 3 founders at the Czech Technology Institute formed by Czech Technical university in Prague as the place where young and ambitions people start building their startups

  • 2011GigE and USB3 for Tau2

    Deeper involvement in Thermal imaging technology, launched first GigE and USB3 accessories for FLIR TAU2 core.

  • 2012First WIC

    First generation of stationary Workswell thermal imaging camera (WIC) launched including basic analysis software called Coreplayer.

  • 2013First ThermoInspector

    First generation of ThermoInspector, most advanced control automation system package compatible with WIC. First Workswell units were sold within Europe.

  • 2014UAV generation

    First generation of UAV dual thermal imaging camera called Thermal Vision Pro. The unit was sold within Central unit to UAV startups focused on the first UAV.

  • 2015WIC & ThermoInspector 2.gen.

    Second generation of WIC and ThermoInspector solution for Automation. The system was integrated across Europe by Workswell and sold via partner channels mainly to Automotive industry within Europe.

  • 2016UAV, 2.gen

    Second generation of UAV dual thermal imaging camera called WIRIS. The unit was sold within Europe and Asia. The upgraded version WIRIS 2nd Gen was launched in 2018.

  • 2017SMARTIS, 1.gen

    First generation of SMARTIS, the Smart Thermal Imaging System for Automation. The key functions were overtake from ThermoInspector and integrated to SMARTIS that was small, all-in-one camera device providing onboard evaluation and data processing to PLC's.

  • 2018SAFETIS, 1.gen

    First generation of SAFETIS, the Safety thermal imaging system for early fire detection and safety applications.

  • 2019WIRIS Pro

    Groundbreaking year, Workswell launched completely redesigned, powerful and smaller UAV dual thermal imaging camera called WIRIS Pro, the most successful product line within Workswell by far.

  • 2020WIC Industrial

    New generation of WIC Industrial, the new version of WIC with robust housing for inside/outside use including heating, cooling and cleaning accessories. The unit is fully compatible with ThermoInspector that was also upgraded and launched as ThermoInspector mobile.

  • 2021MEDICAS

    Workswell launched MEDICAS, the thermal imaging camera for human temperature measurement and evaluation (EBT system). At the same time, the Workswell first blackbody was designed.

  • 2022WIRIS Enterprise

    Workswell launched the new Workswell Enterprise, the UAV/UGV thermal imaging multi-sensor camera. At the same year, the blackbodies BB200, BB200 OEM and BB fixed were introduced together with Desktop analysis software ThermoLab.

  • 2023SAFETIS EV

    At the end of the year, new SAFETIS EV thermal sensor was launched for early fire detection and fire safety applications. Easy, plug & play and price affordable thermal imaging device, the first of its kind with full onboard data evaluation and control (alarms).

  • 2024WEOM generation


    Workswell introduced a new WEOM thermal imaging camera cores. Designed for seamless integration, includes variants with USB, HDMI, CVBS, ONVIF and Ethernet interfaces.

  • 2025WEOM Zoom Block thermal module


    Workswell launched the Zoom Block thermal module – a long-range imaging solution with motorized optical zoom. Developed for surveillance, defense, and UAV/UGV platforms.

  • 2025Revolution of thermal imaging is coming

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Company Vision Statement

"To be a pioneer in thermal imaging technology in order to ensure unmatched quality of products and services to overcome customer expectations and needs."

What we do?

Unmanned systems

Our thermal imaging solutions are expertly engineered for integration into Unmanned Aerial and Ground Vehicles. Featuring compact form factors, high thermal sensitivity, and real-time processing capabilities, these systems support critical operations such as environmental monitoring, industrial inspections, and tactical missions.

Maritime integration


In maritime environments, visibility can mean the difference between safety and hazard. Our thermal technologies are optimized for shipboard deployment, enhancing navigation and situational awareness under challenging conditions like fog, darkness, or rough seas. Whether for search and rescue or perimeter surveillance, thermal imaging delivers vital real-time data.

Security and rescue operations


Our thermal systems are pivotal in public safety, homeland security, and emergency response. By detecting heat signatures invisible to the naked eye, they perform exceptionally in low-light or visually obstructed settings. Whether mounted on drones or mobile platforms, these systems help locate individuals in need, monitor large areas, and support first responders during critical missions.

Observation and monitoring

Precision observation requires tools capable of detecting even the smallest temperature variations. Our thermal cores enhance advanced surveillance systems used in perimeter defense, industrial safety, and critical infrastructure monitoring. With high resolution and adaptability, they integrate seamlessly into both fixed and mobile platforms.

Optical devices and systems

Our thermal imaging technology integrates efficiently into compact devices such as monoculars and binoculars, enabling visibility in complete darkness, smoke, or fog. These solutions are ideal for professional and recreational use, including military, rescue, and hunting applications.

Early fire detection systems​

Thermal systems enable the early detection of heat sources before visible flames appear, making them invaluable for fire prevention in industrial, agricultural, and remote areas. Continuous thermal monitoring helps address risks in real time, minimizing damage and improving emergency response.

Research and development


Our thermal cores are indispensable for R&D teams across diverse sectors, including energy, materials science, aerospace, and environmental monitoring. By delivering precise thermal data, they support innovation in the design, testing, and validation of next-generation technologies.

Precision agriculture​

By using thermal cameras, farmers can detect subtle temperature changes in their crops that may indicate problems that are not visible to the naked eye. For example, a thermal camera may reveal areas of a field that are receiving too much or too little water, which can help farmers adjust their irrigation practices to optimize crop growth.