i4Valley

Alumentry offers a technology (ASAM) that rapidly produces industrial aluminium alloy parts at a high speed, low cost and unlimited geometry. Designed to take a significant share of CNC machining, the technology eliminates the need for pre-production and post-production processes. Alumentry’s solution is particularly effective for high-complexity parts (where CNC needs many jigs, a lot of tool changes and long setups) an for subcontracted jobs (where CNC requires a complicated calculation for quoting). ASAM is unique in the metal additive manufacturing in its material quality (wrought industrial alloys), in its delivery speed (36 hours from order to delivery) and in its low production cost (typically 25% of CNC and 10% of metal AM).

FVMat is a deep-tech startup specializing in the development of dynamic and multi-functional meta-materials that leverage machine learning and advanced multi-physics simulation technology. The company focuses on creating materials with controllable physical properties such as density, stiffness, and heat transfer, specifically targeting the aerospace industry. FVMat's innovative materials can adapt to environmental changes, offering unique characteristics that are unattainable in nature. The company employs a combination of 3D printing and proprietary additive techniques to fabricate lightweight, intelligent parts with enhanced performance. FVMat’s comprehensive design process is validated through multi-physics simulation and optimization, resulting in significant benefits such as system simplification, weight reduction, and improved reliability. The company has achieved various milestones, including TRL 5 and 6 status, collaboration with UC Berkeley, and recognition as a top finalist in several startup competitions. Through its cutting-edge technology and strategic partnerships, FVMat is positioned to revolutionize the field of meta-materials across multiple industries, including aerospace, defense, automotive, healthcare, and energy.

CAPSULE Minimal develop advanced eco-friendly, healthy, and economical products that will change the way they consume hygiene products.They will produce and sell water-soluble capsules that contain all the necessary active ingredients.

Polyfos is on a mission to enable automated, distributed, and sustainable Additive Manufacturing (AM) mass production, through the development of advanced industrial-level additive manufacturing materials and workflows that will eliminate the need for manual labor in the post-processing. Polyfos will disrupt traditional manufacturing, by enabling manual-labor-free AM workflow – as required by industries. Polyfos automates the AM process from file to part, thus enabling AM wide adoption for industrial mainstream manufacturing. Polyfos’ core technology is about controlling two different photopolymerization mechanisms using different wavelengths of light. Polyfos resins consist of multiple materials, in one phase, each solidifies in reaction to a different light wavelength, forming solid polymers with different chemical and physical properties.

Insighting is a technology company that develops an AI-based platform designed to help sales and distribution businesses boost profits. The platform analyzes diverse external and internal data sets, including credit scores and sell-out reports, from various sources like sales, operations, and finance departments. By transforming enriched data into actionable insights, Insighting enables these companies to uncover hidden growth opportunities and enhance their sales performance.

Briefery specializes in manufacturing operations management solutions, offering a workflow management application that automates various business processes. The company's platform allows organizations to design custom workflows tailored to their specific needs, using familiar forms and terminology. By integrating workflow templates, business intelligence, and analytics, Briefery enables efficient management of processes such as order processing, regulatory compliance, and real-time issue tracking. This customizable automation enhances communication transparency across the workplace, streamlining operations and improving overall efficiency for its clients.

Cloudyo is a cloud service selection platform that specializes in optimizing and managing Software as a Service (SaaS) ecosystems. The company provides an AI-driven solution that assists organizations in identifying and selecting the most suitable SaaS applications based on their specific requirements and market conditions. Through its comprehensive SaaS repository and advanced natural language processing techniques, Cloudyo enables businesses to make informed decisions about their software investments, ensuring they choose applications that align with their dynamic needs.

ERP systems are complex and hard to use. Therefore, many of the data is not entered into ERPs because users prefer to use email, calls, and WhatsApp. We have developed algorithms to simplify business processes into simple tasks, then we synchronize and simplify ERP data to simple tools like WhatsApp, email, engini’s App, Monday.com, etc. After completing the tasks, the ERP automatically updates the data.

BizWatch operates a proprietary AI-based platform that automates supplier discovery and qualification for businesses. It collects and analyzes real-time data on demand patterns, pricing, and inventory levels from open-web sources, enhancing its system's decision-making capabilities. By providing clients with continuous insights into their third-party suppliers, BizWatch aims to bolster business resilience and improve procurement performance through an elastic mix of qualified suppliers.

Aqualitas specializes in developing a modular water quality monitoring system that operates continuously and requires minimal maintenance. Their platform allows customers to select specific physicochemical parameters for monitoring, while the system utilizes self-diagnosis and automated processes to streamline operations. By leveraging Internet of Things (IoT) technology, Aqualitas collects real-time water quality data, which is analyzed and transformed into actionable insights delivered to users through a software-as-a-service (SaaS) platform. This approach eliminates the need for an initial investment in equipment, enabling customers to expand their monitoring capabilities as their needs grow. Aqualitas's use of artificial intelligence and machine learning further enhances the system by ensuring sensor operational stability and automatic calibration, ultimately resulting in lower costs and improved efficiency for industries reliant on accurate water quality data.

Aqualitas specializes in developing a modular water quality monitoring system that operates continuously and requires minimal maintenance. Their platform allows customers to select specific physicochemical parameters for monitoring, while the system utilizes self-diagnosis and automated processes to streamline operations. By leveraging Internet of Things (IoT) technology, Aqualitas collects real-time water quality data, which is analyzed and transformed into actionable insights delivered to users through a software-as-a-service (SaaS) platform. This approach eliminates the need for an initial investment in equipment, enabling customers to expand their monitoring capabilities as their needs grow. Aqualitas's use of artificial intelligence and machine learning further enhances the system by ensuring sensor operational stability and automatic calibration, ultimately resulting in lower costs and improved efficiency for industries reliant on accurate water quality data.

Kiinns is a deep-tech startup that operates at the intersection of Foodtech and Industry 4.0, focusing on innovative solutions for cleaning processes in industrial production lines. The company has developed a patent-pending technology that completely eliminates traditional cleaning methods, addressing critical issues such as environmental impact, high operational costs, and the risk of foodborne illnesses in food production. By removing the need for cleaning processes, Kiinns enhances hygiene standards, minimizes environmental damage, reduces waste, and significantly lowers costs for producers. This groundbreaking approach not only improves safety and cleanliness in the food processing industry but also contributes to a more sustainable and efficient production environment.

Develops a technology that produces electrical energy from bio-photoelectrochemical cells based on algae.

Alumentry offers a technology (ASAM) that rapidly produces industrial aluminium alloy parts at a high speed, low cost and unlimited geometry. Designed to take a significant share of CNC machining, the technology eliminates the need for pre-production and post-production processes. Alumentry’s solution is particularly effective for high-complexity parts (where CNC needs many jigs, a lot of tool changes and long setups) an for subcontracted jobs (where CNC requires a complicated calculation for quoting). ASAM is unique in the metal additive manufacturing in its material quality (wrought industrial alloys), in its delivery speed (36 hours from order to delivery) and in its low production cost (typically 25% of CNC and 10% of metal AM).

Connecting the Elemental Dots That Others Can't See