SafetyCulture is a mobile-centric operations platform designed to equip users with the knowledge, tools, and processes necessary for ensuring safety, achieving elevated standards, and fostering continuous improvement, providing a more efficient way to operate. Initially launched as a digital checklist application, it has since transformed into a comprehensive platform that facilitates inspections, addresses and resolves issues, manages assets, and supports on-the-move team training, enhancing overall productivity and safety practices. This evolution reflects a commitment to innovation and adaptability in the ever-changing landscape of workplace safety and efficiency.
Learn more
At HERE, we’ve been solely focused on building the world’s first and only enterprise browser purpose-built to solve both security and productivity. HERE technology is trusted by 90% of the world’s largest financial institutions and backed by In-Q-Tel, the strategic investment firm that works with the U.S. intelligence community and other government agencies.
HERE is redefining how global enterprises secure their work and empower their workforce. Built on Chromium, HERE seamlessly integrates into enterprise environments while delivering controls, context, and confidence where consumer browsers fall short.
Learn more
Oasys
Oasys architecture is meticulously crafted for game developers, ensuring a fast and gas-free environment for users by merging the benefits of both public Layer 1 and private Layer 2 blockchain technologies. Focused solely on gaming, this public blockchain is launching with support from leading figures in the gaming industry, with the goal of revolutionizing the idea of "Blockchain for games." Operating as an EVM-compatible protocol, Oasys employs its cutting-edge Oasys Architecture, which incorporates a multi-layered design that includes a hub-layer serving as a highly scalable Layer 1 and a verse-layer functioning as a dedicated Layer 2 that leverages Ethereum's layer 2 scaling solutions. Unlike standard optimistic rollups that depend on a trust mechanism to validate fraudulent transactions through fraud-proof mechanisms involving multiple parties, Oasys sets itself apart by employing trust based on two distinct criteria. Furthermore, Oasys dramatically shortens the typical 7-day challenge period found in optimistic rollups, enabling instant transaction approvals that significantly improve the user experience and operational efficiency within the gaming ecosystem. This innovative approach not only enhances transaction speed but also solidifies Oasys's position as a groundbreaking leader in the integration of blockchain technology into the gaming sector, paving the way for future advancements and applications.
Learn more
HurLoss
HurLoss is ARA's sophisticated hurricane catastrophe model designed specifically for property insurers, reinsurers, brokers, and ILS managers to effectively manage risks in hurricane-prone areas. Established in 1998, HurLoss has been pivotal in shaping structural engineering standards in states affected by hurricanes and has played a key role in federal emergency management and mitigation efforts since 2003. The model offers an extensive event set that encompasses the entire North Atlantic basin, including regions like the U.S., the Caribbean, Bermuda, as well as parts of Canada, Mexico, and Central America. What distinguishes HurLoss is its unique physics-based approach to hurricane hazard modeling, which integrates engineering load and resistance analysis based on foundational principles and validated through claims data. Furthermore, the model includes projections for future climate scenarios, allowing users to assess risks with both present and future climatological data, such as changes in sea surface temperature and wind shear. This innovative perspective not only enhances risk assessment but also empowers stakeholders to develop robust hurricane risk management strategies that are adaptable to evolving climate conditions, ultimately ensuring a more resilient approach to disaster preparedness and response.
Learn more
