Claroty provides a cybersecurity platform that enhances visibility and protection for cyber-physical systems (CPS) across industrial, healthcare, and commercial sectors through asset inventory, exposure management, and continuous threat detection. The platform addresses vulnerabilities in interconnected operational technology and IoT environments, ensuring compliance with industry regulations and safeguarding critical infrastructure from cyber threats.

ConnectDER provides Meter Socket Adapters (MSAs) that attach directly behind the utility meter to create a plug‑and‑play interface for residential solar panels, battery storage, and EV chargers. The adapters integrate microgrid interconnect devices, current transformers, and voltage sensors, eliminating interior panel work and enabling code‑compliant installations in 15‑30 minutes while reducing labor and material costs.

Innowatts provides an AI‑enabled SaaS platform that ingests smart‑meter and AMI data to deliver real‑time, high‑resolution load forecasts, demand‑response insights, and customer‑level analytics for electric utilities and energy retailers. By applying machine‑learning models and scenario simulations, the platform helps operators anticipate demand fluctuations, mitigate extreme‑weather risks, and support net‑zero planning through interactive dashboards and API integration.

Omnidian provides end-to-end asset performance management for commercial solar systems, utilizing intelligent diagnostics and proactive monitoring to ensure optimal system uptime and return on investment. The company guarantees performance by covering any shortfall if a system generates less than 95% of projected energy forecasts, addressing the risk of underperformance in solar energy investments.

Palmetto provides an end‑to‑end residential solar platform that uses GIS‑based site assessments to generate custom system designs, manages permitting and installation, and offers flexible financing options such as lease, loan, or cash purchase. After installation, a cloud‑hosted dashboard and mobile app deliver real‑time production monitoring, performance analytics, net‑metering credit tracking, and optional battery storage and maintenance services.

Powin provides a vertically integrated utility‑scale battery energy storage platform that combines modular hardware, the StackOS management software, and full lifecycle services into a turnkey solution. The system delivers cell‑level monitoring, real‑time state‑of‑charge estimation, built‑in redundancy and cybersecurity, enabling utilities and large power producers to deploy and operate reliable storage for renewable integration, peak shaving, and ancillary services.

Tomorrow.io is a weather intelligence platform that utilizes proprietary satellite data and advanced AI/ML models to deliver hyper-local, real-time weather forecasts. The platform enables organizations to mitigate risks associated with extreme weather events, enhancing operational efficiency and decision-making across various industries.

WattBuy is a clean energy platform that utilizes data analytics to provide personalized electricity and solar plan recommendations based on users' addresses, ensuring affordability and sustainability. The platform enables enterprises to offer their customers tailored energy solutions, helping them reduce utility costs and minimize their carbon footprint.

XENDEE provides a software platform for the design and operation of microgrids and distributed energy resources (DERs), enabling users to model and optimize over 25 DER technologies for carbon reduction and financial performance. The platform streamlines site identification, proposal generation, and operational control, significantly reducing project development time and costs while ensuring predictable returns on investment.

Provides distributed energy storage solutions, including the SolarLEAF™ (1 kWh) and Dual Power Inverters (DPI-208 and DPI-480), designed for solar integration in commercial settings. These systems reduce demand charges through peak shaving, enable scalable energy management via a DC-coupled architecture, and support rapid installation with plug-and-play components.