Maven Capital Partners UK

Digital Urban is a design agency that specializes in developing 3D models of urban areas and virtual reality solutions.

Carcinotech is transforming cancer research through the innovative production of 3D-printed micro-tumours derived from patient biopsies, primary cells, immune cells, and cancer stem cells. This technology facilitates rapid, ethical, and precise drug screening as well as pre-clinical and personalized medicine testing. By leveraging tissue engineering and advanced robotic manufacturing, Carcinotech creates highly predictive, assay-ready tumours that reflect the unique cancer heterogeneity of individual patients. This approach aims to enhance the drug screening process and expedite the development of more effective cancer treatments. Collaborating with global partners, including leading pharmaceutical companies, surgeons, pathologists, and clinicians, Carcinotech is dedicated to advancing oncology drug development and improving treatment outcomes for cancer patients, ultimately increasing their chances of survival.

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

Optoscribe’s unique 3D glass-based photonic integrated circuit platform is ideally suited for creating custom transceiver fiber coupling and attaching solutions designed to specifically address the challenges of individual optical transceiver architectures and configurations. Designed to enable compact and robust optical interconnects, Optoscribe’s platform revolutionise the footprint and form factor of assemblies and dramatically increase the amount of data transferred across networks. This in turn minimises network costs whilst maximising cable performance. We use proven and tested manufacturing processes to enable simple volume scalability, and ensure that our products are designed to meet the stringent needs of communications markets. Easy to integrate into a wide range of advanced communications applications the 3D nature of Optoscribe’s platform lends itself to address fiber density issues as speed (bandwidth) moves from 400Gb/s to 800Gb/s and beyond. It also supports advanced space division multiplexed transmission using the latest fibers, more specifically, Single Mode Fibers (SMF), Multimode Fibers (MMF) Multicore Fibers (MCF) and Few Mode Fibers (FMF). The 3D fiber coupling solutions can address challenges in a wide variety of transceivers including Silicon Photonics, VCSEL and DFB based designs and coupling to a range of standard fiber architectures..

ebb3 Ltd is a company based in Alderley Edge, United Kingdom, that specializes in the development of high-performance virtual computer (HPVC) applications for 3D graphical use. Founded in 2016, ebb3 focuses on transforming and simplifying technology usage by enabling work from any device, anywhere, at any time. The company utilizes advanced technologies from industry leaders such as Cisco, NVIDIA, NetApp, Citrix, and VMware to create a managed digital workspace platform. This platform optimizes the integration of various technology components, allowing for efficient workload management and improved productivity. By leveraging NVIDIA GRID technology, ebb3 provides virtual desktops that can access dedicated or virtualized GPUs, ensuring a seamless experience for users working with 3D applications.