Duran Cesur

KEWAZO is a leading construction robotics company with offices in Germany (Munich) and the USA (Houston). KEWAZO automates and digitizes on-site material handling with robotics and data analytics. KEWAZO’s unique solution, LIFTBOT, is a battery-powered, remote-controlled lifting robot for construction sites and industrial plants, powered by a data analytics platform. In its first application, scaffolding assembly, the robotic system saves up to 70% of man-hours and improves safety.

Modelwise, a Munich-based deep-tech company, revolutionizes functional safety analyses with AI-driven solutions. The mathematically complete solution seamlessly integrates into engineers’ workflows, significantly reducing time-to-market for companies like HIMA and Pepperl+Fuchs. By detecting potential design flaws early in the development of safety-critical products, the solution averts costly callbacks and ensures human safety.

Fuzzy Logic was founded by a franco-american team of specialists in command and control of industrial robots. Together, they discovered a radically new paradigm that allows untrained users to easily interact with, control, and program industrial robots for complex applications. Today, Fuzzy Logic provides an all-in-one and ultra-intuitive software platform, which dramatically simplifies the use of robots and makes industrial robot programming fast, efficient, and cost effective for the low volume, high mix production demands of agile manufacturing. Our Mission and Conviction: We help factories power up their competitiveness and autonomy, by making robots adapt to them - not the other way around. Every company, whatever its size, should be able to use industrial robots as a simple, everyday, economical tool accessible to non-experts.

Digital. Automotive. Healthcare. Transforming the way we maintain vehicles through digital innovation and remote diagnostics.

Integrals power Limited (IPL) is a next-generation battery nano-material company committed to accelerated research, development and commercialisation of state-of-the-art battery. The team of entrepreneurs, scientists and engineers have conducted comprehensive market verification & validation to form their strategy for the development of commercially feasible state-of-the-art battery materials. This broad market research empowered the accelerated development and production of Integrals power proprietary high-performance, cost effective and scalable battery cathode materials such as Lithium Iron Phosphate (LFP) and Lithium Manganes Iron Phosphate (LMFP) for lithium based batteries. IPL’s latest battery material development results empower economical cells with higher performance compared to the conventional alternatives. IPL was formed with a strong dedication to present innovative, performance based battery material solutions to support transition to zero carbon energy applications. Our mission is committed to enabling mass uptake of battery powered solutions globally and reduce CO2 emissions. IPL works closely with valuable academic and industrial partners in collaborative government funded projects to accelerate the commercialisation and scale-up of novel nano materials. Please get in touch for more information via info@integralspower.co.uk

OctaiPipe is an AI-powered optimisation software solution that delivers up to 30% savings in cooling energy use with zero disruption. It reduces costs, emissions, and water usage—helping data centres improve PUE, meet sustainability goals, and comply with global standards like ISO 50001, EED and CSRD. With pricing calibrated to energy savings, typical payback is under 3 months. For a 5MW site, OctaiPipe can cut over €600,000 in annual costs, reduce PUE from 1.42 to 1.30, and avoid more than 800 tonnes of CO₂.

We aims to enable autonomous mobile robotics automation to warehouses of any size. Our platform integrates any type of autonomous mobile robots (AMRs) and covers services like goods to person, material handling and parcel sorting. Our proprietary cutting-edge technology enables quick ROI (<1 year), fast and flexible deployment along with high efficiency and accuracy. Thanks to our unique decentralised edge computing technology, we can run the platform on the cloud and ensure unprecedented levels of reliability, whilst enabling ultra simplified deployments that require minimal IT infrastructure cost and provide the flexibility to easily scale up and down as needed.

We make dexterous robotic systems to handle extremely delicate objects by using our proprietary electronic skin, machine learning and electronics.

Making your Cyber Security Operations Scalable, Cost Effective and Efficient. Measure and Improve Your Security Operations via our AI driven Next-Gen Incident Response Platform, AVA (Advanced Virtual Analyst)

Kodris is a platform designed to teach coding to kids between the ages of 8 and 16. It provides the chance for e-learning, which is essentially required in primary and secondary education, and lays the groundwork for more sophisticated computer skills by developing students computational and algorithmic thinking abilities. They develop the capacity to consider many factors and come up with ideas, to think logically and creatively, and to recommend the shortest possible solutions. When students comprehend how algorithms work, they realize that everything happens in a precise order and that when there is no order, the activities taken do not occur. Coding is crucial for interdisciplinary communication across disciplines, not only in computer science. By Kodris, its subject; • R&D carried out at both private and public schools • Learning level covering different age groups • With curriculum • Game-based • Online • Student – Teacher interaction • It teaches to build algorithms • It is an online e-learning platform that teaches real coding language.

SunGreenH2 is an award-winning company unlocking affordable green hydrogen production with a disruptive proprietary technology to manufacture high performance, low cost electrolysers with industrial lifespan using advanced nanostructured materials. Utilizing proprietary technology developed over ten years of research in Singapore and a novel nano-engineering process, SunGreenH2 is commercializing a universal porous transport layer, electrocatalyst platform and electrolyser stacks for lowest cost of green hydrogen production for mass-scale adoption. For more information visit sungreenh2.com

Imperium Drive has launched fetchcar.io, a driverless car hire service for urban mobility. The service allows users to summon a car hire with a smartphone app. The car is then remotely driven by an operator (similar to how a drone is operated) to the user doorstep arriving completely driverless. Once the car is delivered, the user unlocks the car and drives to his/her destination as normal car hire. When finished, the user pulls over, ends the ride on the app and walks away. The operator takes over control and drives the car remotely to the next customer or to the nearest parking base.

Wir entwickeln Algorithmen und Software für technische Betriebsführer in der Windenergie. Dafür kombinieren wir modernste Machine Learning Algorithmen mit unserer langjährigen Erfahrung in der Windindustrie. We develop algorithms and software for technical operators in wind energy. For this purpose we combine state-of-the-art machine learning algorithms with our long experience in the wind industry.

Privacy-preserving lossless visual data anonymization technology for AI training and advanced analytics across multiple industries. -- Syntonym provides a Generative AI-based Synthetic Anonymization solution, to create advanced use cases for businesses while ensuring compliance with privacy regulations across multiple jurisdictions. Going beyond traditional anonymization to maintain meaning and utility in visual data, Syntonym introduces a privacy-preserving state-of-the-art technology solution for businesses, to enable their future-proof use and analysis of image and video data. #1 ITU Big Bang Start-up Challenge 2020 #1 Mobility Solutions - Mercedes-Benz StartUP 2021 Privacy as a Strategic Priority Technologies that will determine the future of many industries including mobility, smart cities, retail, healthcare, industrial production and robotics, rely on visual data. When visual data is not processed in a way that meets individuals’ privacy expectations and ensures compliance with data protection regulations; this not only leaves businesses at risk of non-compliance but also damages the reliability of AI algorithms. Focused on data protection by design and by default, Synthetic Anonymization Technology prevents structural and functional losses in traditional anonymization by preserving key analytical metrics. - How Syntonymization Works Synthetic Anonymization Technology irrevocably anonymizes faces in image and video data, by replacing them with synthetic (non-existent) faces, in real-time. This Syntonymization process excludes any personal identifier in visual data; while preserving, at minimum, key metrics such as head pose, gaze, facial expressions, age group and gender. With privacy protection and user trust being competitive advantages for technology companies, Syntonymization empowers businesses to process high-utility visual data while ensuring compliance with ever-evolving compliance requirements amongst a multitude of jurisdictions.

Technology company in stealth mode.

KEWAZO is a leading construction robotics company with offices in Germany (Munich) and the USA (Houston). KEWAZO automates and digitizes on-site material handling with robotics and data analytics. KEWAZO’s unique solution, LIFTBOT, is a battery-powered, remote-controlled lifting robot for construction sites and industrial plants, powered by a data analytics platform. In its first application, scaffolding assembly, the robotic system saves up to 70% of man-hours and improves safety.

Modelwise, a Munich-based deep-tech company, revolutionizes functional safety analyses with AI-driven solutions. The mathematically complete solution seamlessly integrates into engineers’ workflows, significantly reducing time-to-market for companies like HIMA and Pepperl+Fuchs. By detecting potential design flaws early in the development of safety-critical products, the solution averts costly callbacks and ensures human safety.

Fuzzy Logic was founded by a franco-american team of specialists in command and control of industrial robots. Together, they discovered a radically new paradigm that allows untrained users to easily interact with, control, and program industrial robots for complex applications. Today, Fuzzy Logic provides an all-in-one and ultra-intuitive software platform, which dramatically simplifies the use of robots and makes industrial robot programming fast, efficient, and cost effective for the low volume, high mix production demands of agile manufacturing. Our Mission and Conviction: We help factories power up their competitiveness and autonomy, by making robots adapt to them - not the other way around. Every company, whatever its size, should be able to use industrial robots as a simple, everyday, economical tool accessible to non-experts.

Digital. Automotive. Healthcare. Transforming the way we maintain vehicles through digital innovation and remote diagnostics.

Integrals power Limited (IPL) is a next-generation battery nano-material company committed to accelerated research, development and commercialisation of state-of-the-art battery. The team of entrepreneurs, scientists and engineers have conducted comprehensive market verification & validation to form their strategy for the development of commercially feasible state-of-the-art battery materials. This broad market research empowered the accelerated development and production of Integrals power proprietary high-performance, cost effective and scalable battery cathode materials such as Lithium Iron Phosphate (LFP) and Lithium Manganes Iron Phosphate (LMFP) for lithium based batteries. IPL’s latest battery material development results empower economical cells with higher performance compared to the conventional alternatives. IPL was formed with a strong dedication to present innovative, performance based battery material solutions to support transition to zero carbon energy applications. Our mission is committed to enabling mass uptake of battery powered solutions globally and reduce CO2 emissions. IPL works closely with valuable academic and industrial partners in collaborative government funded projects to accelerate the commercialisation and scale-up of novel nano materials. Please get in touch for more information via info@integralspower.co.uk