Consolidated Investment Group

ZetaGen Therapeutics Inc is a preclinical regenerative medicine company focused on developing innovative products for bone regeneration. Founded in 2015 and based in Syracuse, New York, the company utilizes a small molecule-based osteoinductive platform that targets a novel molecular pathway to create solutions for bone-related injuries, procedures, and diseases. ZetaGen's technology aims to halt cancer progression, alleviate pain, and promote bone healing, thereby improving treatment outcomes for patients and healthcare providers alike. By combining drug and device elements, the company aspires to transform the landscape of bone regeneration therapies.

SP Nano is a nanotechnology company commercializing the use of nano-particles in the rapidly growing $106 billion composites market. The most widely-used type of composite consists of layers of fabric (carbon-fiber, glass-fiber, aramid) held together by a resin matrix. The matrix is the materials' weakest link - much weaker than the layers of fibers it binds. When composite structures and components commonly used in the aerospace, defense, automotive, marine and sporting goods industries fail, it's often because of this large discrepancy in strength between the fibers and the resin.

SP Nano is a nanotechnology company commercializing the use of nano-particles in the rapidly growing $106 billion composites market. The most widely-used type of composite consists of layers of fabric (carbon-fiber, glass-fiber, aramid) held together by a resin matrix. The matrix is the materials' weakest link - much weaker than the layers of fibers it binds. When composite structures and components commonly used in the aerospace, defense, automotive, marine and sporting goods industries fail, it's often because of this large discrepancy in strength between the fibers and the resin.

SP Nano is a nanotechnology company commercializing the use of nano-particles in the rapidly growing $106 billion composites market. The most widely-used type of composite consists of layers of fabric (carbon-fiber, glass-fiber, aramid) held together by a resin matrix. The matrix is the materials' weakest link - much weaker than the layers of fibers it binds. When composite structures and components commonly used in the aerospace, defense, automotive, marine and sporting goods industries fail, it's often because of this large discrepancy in strength between the fibers and the resin.

Gizmox Ltd. specializes in providing an enterprise HTML5 platform aimed at transforming data-driven desktop applications into secure web and mobile applications. Founded in 2007 and based in Cambridge, Massachusetts, with an additional office in Kfar Saba, Israel, Gizmox offers products such as Visual WebGui, which enables Visual Studio developers to create enterprise-class HTML5 applications for various devices, and Gizmox Transposition, an assessment tool for converting existing client-server applications into web-optimized formats. The company serves a diverse clientele that includes Fortune 500 companies across sectors such as banking, insurance, and government. With a focus on mobility and BYOD, Gizmox equips development teams with the necessary tools to deliver scalable and secure business applications efficiently.