Loading organizations...
Key people at endiio.
Based in Vienna, Austria, endiio develops a modular Internet of Things sensor platform that utilizes low-power, real-time radio technology to create wireless, maintenance-free sensor networks for industrial applications. The company provides hardware modules, gateways, retrofit boxes, and cloud-based software that enable asset monitoring, predictive maintenance, and condition-based actions across various manufacturing environments. Operating primarily within the broader Industry 4.0 sector, the firm focuses on machine digitization and continuous condition monitoring for critical industrial equipment, including bearings, pumps, and peripheral systems. Supported by a core team of eight employees, including key personnel such as Marketing Assistant Hanna Dziub, the enterprise currently generates approximately $200,000 in annual revenue through the direct sale of its ready-to-use platforms and whitelabel upgrade kits. endiio was officially established in 2014 by founder and current Managing Director Patrick Steindl.
Key people at endiio.
endiio is a hardware and software startup developing a low-power, real-time wireless IoT sensor platform for industrial condition monitoring, enabling maintenance-free networks of sensors that track machine health without batteries.[2][5] It serves industries like manufacturing, paper, utilities, and energy, solving problems such as high retrofit costs, unreliable wireless communication in harsh environments, and the need for dense, non-invasive sensor deployments on legacy machines.[4][5] The platform uses patented "wake-up on demand" radio technology that's up to 10,000 times more energy-efficient than Bluetooth Low Energy or ZigBee, supporting mesh networks of up to 65,000 sensors for vibration, temperature, and other metrics, with data routed to cloud analytics.[2][4]
Growth stems from its university spin-off roots, early awards like Hannover Messe newcomer recognition in 2019, and partnerships such as IoT4Industry projects; it's backed by Austrian investors including aws venture capital and Situlus Holding, with a small team focused on scalable, OEM-integrable solutions.[2][3][5]
endiio emerged as a spin-off from the University of Freiburg in Germany, founded around 2018-2019 by a team including key figure Ungan, who highlighted its patented radio innovations.[2][5] The idea arose from addressing industrial pain points like cabling complexity, high maintenance costs, and unreliable wireless IoT in high-voltage or harsh settings (tested up to 768kV and 0.3T magnetic fields).[4] Early traction came via six-figure funding from Austrian investors aws (one of Austria's top VC funds) and Situlus Holding, enabling prototype development into industrial products like retrofit boxes and evaluation boards.[2]
Pivotal moments include winning acclaim at Hannover Messe 2019 for its energy-self-sufficient platform, selection as one of Europe's top 40 high-tech startups in the HTVD19 program, and collaborations like 3D-printed COVID-19 visors and UWB systems with Telocate GmbH.[5] HQ shifted to Vienna, Austria, reflecting its financing base.[3]
endiio rides the Industry 4.0 wave of predictive maintenance and IoT digitization, where legacy machines (still dominant in manufacturing/utilities) demand wireless retrofits amid labor shortages and downtime costs.[4][5] Timing aligns with post-2019 acceleration in energy-efficient IoT, driven by sustainability mandates and edge computing needs in Europe, where German engineering prizes its solutions.[2] Market tailwinds include rising sensor density demands and cabling avoidance in high-stakes sectors like paper/energy, positioning endiio to expand via OEM partnerships amid a fragmented wireless IoT space.[4]
It influences the ecosystem by lowering barriers for analog-to-digital transitions, fostering mesh networks that enable scalable analytics and reducing on-site services—key for crisis-proof asset management.[5]
endiio's trajectory points to expanded OEM integrations and sector diversification (e.g., security, automation), leveraging its proven harsh-environment resilience and cloud interoperability for global Industry 4.0 rollouts.[2][5] Trends like AI-driven analytics and 5G/edge hybrids will amplify its low-power edge, while European funding ecosystems sustain growth. Influence may evolve toward platform leadership in battery-free IoT, powering denser, smarter factories and circling back to its core triumph: sensing the industrial world without wires or worry.[4][5]
