What is Klepsydra’s solution? Klepsydra is a cutting-edge software framework and suite of software libraries designed specifically for edge computing. This innovative platform offers a unique solution to the challenge of processing large volumes of data on the edge. Klepsydra’s software products for edge computing applications provide exceptional performance, with up to 10 times faster data processing and AI capabilities on the edge compared to traditional approaches. Moreover, Klepsydra achieves this with substantially less power consumption, making it a cost-effective and eco-friendly choice for businesses and organisations. Inspired by the world of high-frequency trading, Klepsydra Software leverages advanced multi-threading techniques to enable the development of high-performance applications in areas such as space, aerospace, smart mobility, and IoT.
Solution Briefs
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Klepsydra AI for Cloud Detection: High Performance AI with Low Power Consumption
Cloud detection is a vital process in Earth Observation that involves identifying and masking clouds in satellite imagery. Using our AI inference engine, this computation intensive task can be performed with significant less power consumption.
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AI-based Onboard Geolocalization Based on Visual Sensors
Running KAMNET, a DNN used for geolocations on-board of satellites, with Klepsydra on quad-core A72 results 4x more images being processed, a 30 % power reduction and 66% increase in latency.
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Insights
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Webinar
Real-Time Earth Observation
This Real-Time Earth Observation webinar is carried out by world renowned experts in the field and covers both business and technology perspectives.
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Whitepaper
Klepsydra AI Technology Evaluation for Space Use
Space exploration, Earth Observation, space robotics, etc. are all growing fields in Space that require more sensors and more computational power to perform these missions.
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Blog
High Performance Software for Robotics
Klepsydra SDK is a high-performance software development toolkit for robotics, inspired by high frequency trading technologies, that has a unique performance and low power consumption.
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