Portfolio Careers

Avvir unleashes the latent potential of BIM technology by finally closing the feedback loop and keeping building models continuously up-to-date. This enables construction teams to closely monitor progress and catch mistakes before major rework is required. We achieve this by automating the processes around data acquisition, visualization, and analysis, so that BIM updates can be made in hours rather than weeks.

Claroty has redefined cyber-physical systems (CPS) protection with an unrivaled industry-centric platform built to secure mission-critical infrastructure. The Claroty Platform provides the deepest asset visibility and the broadest, built-for-CPS solution set in the market comprising exposure management, network protection, secure access, and threat detection – whether in the cloud with Claroty xDome or on-premise with Claroty Continuous Threat Detection (CTD). Backed by award-winning threat research and a breadth of technology alliances, The Claroty Platform enables organizations to effectively reduce CPS risk, with the fastest time-to-value and lower total cost of ownership. Claroty is deployed by hundreds of organizations at thousands of sites globally. The company is headquartered in New York City and has a presence in Europe, Asia-Pacific, and Latin America.

Latch is an operating system of software, products, and services. They were designed to help owners, residents, and third parties like guests, couriers, and service providers seamlessly experience the modern building.

Mosaic is a construction technology company building software to make residential construction more scalable. The company operates as a digital general contractor to provide construction and related services to homebuilders and residential developers, allowing them to offload their construction processes and related needs to Mosaic’s integratedplatform and team. Mosaic’s platform standardizes the construction process, and not the homes, allowing them to deliver places people love and create better communities.

Petra is a Robotics company that focuses solely on underground utilities. Petra enables undergrounding critical utilities by boring utility tunnels through previously impenetrable geologies.

Phospholutions has developed a patented technology to alleviate the environmental impact of phosphorus fertilizer. Current commercial products aim to deliver phosphorus more efficiently to the plant within the soil and reduce unwanted losses to the environment, ultimately minimizing the effect on water quality.

Pivot Bio is a sustainable agriculture company delivering farmers patented crop nutrition technologies that harness the power of nature to reliably and productively grow the food the world needs in the face of increasing volatility.

Prospera Technologies develop computer vision technologies that continuously monitor and analyze plant health, development and stress. Their technology captures climate and visual data from the field and provides actionable insights to growers via mobile and web. Their team is built of computer scientists, physicists and agronomists combined with experienced agri-business leaders that together, are revolutionizing the tools with which they grow their foods.

Quanergy Solutions, Inc. is a Silicon Valley-based technology company developing 3D-LiDAR sensors and smart sensing solutions. Quanergy’s mission is to enhance people’s experiences and safety by enabling a new generation of automation processes in the physical security, industrial automation, and smart spaces markets. Quanergy’s industry price/performance smart LiDAR solutions are deployed by nearly 400 customers and over 50 partners across the globe. It was founded in 2012 and is headquartered in San Jose, CA, USA.

Sight Machine specializes in manufacturing analytics and used by Global 500 companies to make better, faster decisions about their operations. Sight Machine's analytics platform, purpose-built for discrete and process manufacturing, uses artificial intelligence, machine learning, and advanced analytics to help address critical challenges in quality and productivity throughout the enterprise. The platform is powered by the industry’s only Plant Digital Twin, which enables real-time visibility and actionable insights for every machine, line, and plant throughout an enterprise. It was founded in 2011 and headquartered in San Francisco, California.

The business end of a robotic arm is the gripper. The March 2105 edition of Modern Materials Handling best describes the challenge when they wrote: “Perhaps more than any other element of robotic development in warehousing and distribution, the end-of-arm tooling, or gripper, is the place that can make or break a robot’s success.” Advancing gripper technology is the key to unlocking a new age of automation. An age where they can automate tote pick and pack for grocery distribution, bin picking of soft and delicate parts, e-commerce order fulfillment, fruit harvesting, luggage handling, and consumer goods packaging. The US fresh produce packing market alone represents a $27 billion retail market searching for automation solutions. Soft Robotics has demonstrated the ability to bring robotic product handling and packaging to this market. These are problems of adaptability, complexity, and cost. The search for a more adaptable gripper has driven up the complexity of design to devices like servo grippers and complicated tool changing requirements. This complexity comes at a high price in gripper cost, the need for larger arms, and complex software and hardware integration. Their revolutionary soft robotic technology, covered by more than 40 patents and applications, enables us to design and manufacture soft robotic hands that address the new unstructured world of automation and logistics. Through their propriety knowledge of actuator geometry, material selection, and operating envelope, they can tune actuators to be force limiting with NO CLOSED LOOP FEEDBACK system required. Soft Robotics brings the highest level of adaptability, while lowering system complexity and total system cost. The adaptive nature of their technology allows a single grasper to handle an unprecedented range of objects, regardless of shape, size, or weight, with no tool or software changes between cycles. We’ve demonstrated the ability to grasp bags of rice, raw food, bars of soap, boxes of toothpaste, and clothing all with a single device. But soft does not mean weak. Their technology has the ability to scale from the smallest to the largest task. The result is an automation solution that can pack a tote for retail distribution, pick fruit off the vine, or easily handle a ten pound kettle bell. They have demonstrated the speed and precision necessary to integrate into the factories and warehouses of today and the future, operating at speeds up to 130 picks per minute.Their system is plug and play with the most common industrial robots using industry standard protocols and vision systems.They have designed the system to be “robot and vision agnostic,” allowing the system to quickly and seamlessly integrate with the full range of robots, from small collaborative systems to high speed industrial packing cells. Soft Robotics launched their industrial product at Automate 2015 in March 2015, Their produce handling system in June 2015, and started shipping in June 2015. They are now selling systems to their pilot customers. Soft Robotics is foundational technology that solves the problems of today and unlocks the future of automation.

StrongArm Technologies has a mission to keep every Industrial Athlete™ proud, protected, and productive. We believe in empowering workers with the tools and knowledge necessary for a safer, more efficient workplace. Our SafeWork Platform combines ergonomic sensors with microlearning and coaching tools to prevent workplace injuries, optimize facility performance, and instill a culture of safety that resonates with both employees and management. Our SafeWork Sensor provides real-time alerts and leading indicator metrics, enabling your frontline athletes and managers to intervene early and often—preventing life changing injuries and slowing production. Microlearning content is delivered directly to athletes via the sensor to train them on applying Strong Human Movement principles across all job tasks, focusing on injury prevention and transforming safety training into an engaging, continuous learning experience. With proactive safety insights available at your fingertips, organizations can now manage safety like never before.