Scott L Minneman

Since 1997, D3 Solutions has been developing websites for businesses, educational institutions and nonprofit organizations. Based in San Francisco, Calif., the company has expertise in database design, content management systems (CMS), social media, data mining/analysis and legacy systems integration. D3 Solutions caters to financial, health care, fashion, public relations, publishing, legal and hotel/tourism industries. Its list of clients includes Alexa Internet, Ariat International, Columbus Salame, Partners Architects, Orleans Coffee Exchange, Telluride Association and Dita Eyewear.

DHAP Digital develops, implements, maintains and supports custom Internet-based software solutions and back-end technologies that help its clients achieve their business goals. Its project managers, architects and developers assist with the strategic evaluation, selection and deployment of technology, designing, building and deployment of custom application software, and integrating with off-the-shelf and legacy proprietary systems. The company offers 24-hour, seven-days a week support for all solutions, and even takes over support for existing systems developed by other vendors. It works closely with the information technology department, and manages all third parties that may participate in the projects. DHAP Digital is headquartered in San Francisco.

Camus Energy, based in San Francisco, CA, specializes in providing innovative solutions for utilities and developers to optimize grid capacity and facilitate flexible interconnections for distributed energy resources. Their advanced platform integrates data, artificial intelligence, and powerful applications to deliver real-time insights and tools that support the transition to a dynamic distribution grid. With a focus on accelerating interconnections and reducing costs, Camus offers services such as the Operational Data Management System (ODMS) and Grid Distributed Energy Resource Management System (DERMS). Their technology empowers clients to proactively manage local grid constraints and enhance reliability, ultimately supporting the electrification of infrastructure and the clean energy transition. Generated from the website