GrayMatter Robotics creates solutions to assist humans in tedious and ergonomically challenging tasks. It develops robotic brains for industrial robots designed to allow them to transform into smart assistants for high-mix low-volume manufacturing applications. It makes AI-brains for robots to make them smart, easy to use and rapidly deployable for complex operations, enabling users to improve their quality of life by leveraging robotics and artificial intelligence. The company was founded in 2020 and is based in Los Angeles, California.

Heru Inc. (www.SeeHeru.com) has developed patented autonomous AI-powered vision diagnostics and augmentation software for use on commercially available AR/VR devices. This technology exceeds traditional standards of care in clinical equivalence, usability, cost, size, and portability. Heru is the only cross-platform solution that can autonomously diagnose vision defects and customize individual vision augmentation based on the user’s unique vision defects. Heru originated as a spinout from Bascom Palmer Eye Institute. In December 2020, Heru announced FDA registration and a seed round led by Fred Drasner, Maurice R. Ferre, M.D., Fred H. Moll, M.D., and a consortium of investors with extensive experience developing, launching, and scaling cutting-edge medical technologies.

Bearing is at the forefront of bringing AI to the maritime shipping industry. This is a trillion dollar industry that moves 90% of the goods we interact with on a daily basis, but has traditionally lagged far behind other industries in adopting new technologies. At Bearing, we’re changing that. We’re building AI-enabled products that solve the shipping industry’s biggest pain points and we already have some of the world’s biggest shippers as our partners.

Fasal, an agri-tech platform, developed by Wolkus Technology Solutions, is an AI-powered platform for the Agriculture ecosystem that records a variety of growing conditions on the farm. It then uses artificial intelligence and data science to make on-farm predictions, before delivering the insights anywhere on any device including (iOS, Android, Tablet, and web). Its data-driven precision agriculture solution recommends real-time agronomic solutions to growers using on-farm and micro-climate data collected through agnostic sensors that helps farmers with cost savings in terms of water, energy, fertilizers, and pesticides.

Akia develops an AI-powered hotel messaging platform for hotels to engage with their guests. Its platform utilizes chat and artificial intelligence to streamline operations and facilitate contactless options for check-in, on-property communications, and reputation management.

We all know how difficult it can be to choose the right health insurance plan. Our new AI-based algorithm will find your perfect policy without any hassle or stress from you - just enter some basic information about yourself and what kind of coverage best suits your needs in order to get started today HealthBird is the ultimate solution for all of your healthcare needs. From finding a primary care physician to looking up specialists that are covered by our network when you want them and need it, we’ve made navigating through this process as simple (and seamless!) possible!

Fortem Technologies is an innovative leader in AI-enabled airspace security and safety. The company provides real-time intrusion detection and detect-and-avoid solutions. Fortem delivers a military-tested, commercially available solution that alerts, identifies and classifies drones and other unmanned aircraft vehicles (UAVs). A Silicon Valley venture funded company that delivers innovative technologies to enable safe autonomous airborne operations, Fortem Technologies’ proven solutions allow organizations to transition their unmanned aircraft operations beyond visual line of sight (BVLOS). The company is privately held and backed by multiple investors.

Macro offers a document workspace driven by AI. They provide tools for word processors, PDF editors, comparison tools, automation tools, and more. They offer rapid context by allowing users to click on any specified term, section, chapter, clause, and more.