Kryon is a pioneer in automated process discovery whose robotic process automation (RPA) offerings allow organizations to put powerful, AI-driven attended and unattended RPA bots to work to generate fast ROI. Kryons process discovery technologies enable companies to automatically identify repetitive work processes, visually map the main path and variants of any given process, evaluate the suitability of the process for automation, and instantly generate workflows.
A recognized Top 5 RPA leader, Kryon serves Fortune 500 companies across all verticals, including industry leaders such as AIG, Verizon, LTCG, CP All, and many others. These companies leverage Kryons RPA technology and process discovery solutions to discover repetitive time-consuming tasks, save money, enhance customer experience, and improve business operations overall by eliminating manual processes with AI-led automation.
Locations
Israel
HaAhim MiSlavuta St 11, Tel Aviv-Yafo, Israel
Offices Abroad
Neue Rothofstrae 13-19, 60313 Frankfurt am Main, Germany
Water-free Robotic Cleaning for Photovoltaic Panels
Ecoppia offers robotic cleaning solutions designed to keep PV modules clean and at peak performance year-round. The company's water-free, fully automated robotic solutions use advanced business intelligence capabilities to prevent soiling losses and potential damage.
Managed remotely, Ecoppia's platform allows utility-scale solar sites to achieve optimal performance with minimal human intervention and a lower levelized cost of energy. Its proprietary algorithms and robotic solutions make day-to-day operation and maintenance at solar sites safer and more efficient and reliable.
Ecoppia cleans millions of solar panels each month, providing an exceptional return on investment for leading energy conglomerates worldwide.
Airtouch Solar developed a solution for utility-scale photovoltaic panel cleaning. Airtouch Solar's solution is an autonomous water-less cleaning robot that removes heavy soiling particles. Airtouch utilizes microfiber wipes and wind-blowing technology with the aim of improving cleaning results.
Airtouch's dedicated control system enables the robot to move smoothly along the panel, sensing changes in movement and outdoor condition as well as any loose screws. Together with the company's deep-learning software, the company can predict problems in advance and reduce failure rate. A sub-giga long-range communication system is embedded in each robot, allowing the robots to communicate freely with the center up to one kilometer away. This helps eliminate the need for high communication towers and helps prevent miscommunication in harsh weather conditions.
4D Imaging Radar Solutions for Autonomous Vehicles
Arbe Robotics specializes in 4D imaging radars designed for the automotive sector. These radars provide ultra-high resolution and comprehensive 360-degree coverage, suitable for Level 2+ and higher autonomous driving. Utilizing a proprietary technology with a large array of radar beams, they create a detailed 3D environmental map to track objects, detect hazards, and plan safe routes. Leading automotive manufacturers and Tier 1 suppliers are among their customers.
Autonomous Robotic Systems for Solar Panel Cleaning and Inspection
BladeRanger specializes in autonomous robotic systems for the cleaning and inspection of solar panels. Their solutions aim to enhance the efficiency and productivity of solar energy installations by integrating AI-based monitoring, performance diagnostics, and automated reporting into solar operations and maintenance workflows.
Their flagship product, PLECO, is an autonomous, water-free, lightweight cleaning robot designed for commercial and industrial rooftop solar installations. PLECO is equipped with advanced technology and innovative features, enabling efficient cleaning without the need for manual intervention.
In addition to PLECO, BladeRanger offers DeepSolar, a software platform that provides analytics and monitoring for utility-scale solar sites. DeepSolar helps identify performance issues with diagnostic checks of photovoltaic assets and assists in systematically recording downtime events, detecting previously invisible performance issues.