US Department of Energy

Aquila is dedicated to design, manufacturing, and implementing advanced technological solutions to help mitigate threat and manage vulnerability.

Delphire is a technology company focused on minimizing the impact of grid-related wildfires through innovative monitoring solutions. The company has developed a real-time surveillance system that utilizes computer vision and artificial intelligence to monitor powerlines effectively. This technology not only automates the inspection process, making it more frequent and cost-efficient, but also allows for immediate fire detection. By gathering data on ignition sources prior to a fire event, Delphire's system aids clients in understanding and preventing potential fire outbreaks. The company's approach significantly reduces damages, power disruptions, and carbon emissions associated with wildfires.

Founded in 2002, Nanohmics specializes in custom solutions for computational imaging, electro-optics, micro- and nanofabrication, and embedded systems instrumentation. The company integrates novel power and thermal control subsystems to enhance efficiency through smart sensing and automation.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.

EPIR Technologies, Inc. develops and manufactures optoelectronic materials and sensors for defense and civilian sectors in the United States. The company provides infrared detectors and sensors, including single-element detectors with cooler packages on cadmium zinc telluride and silicon substrates, high operating temperature detectors, and HgCdTe detector structures on CdZnTe and Si substrates. It also offers biosensors and detection nanosensors for biological warfare agents in buildings and HVAC systems, and solar cells for space, commercial, and residential applications. In addition, EPIR provides wafer polishing services such as epi-ready polished substrates, crystal polishing systems, and polishing slurries for soft semiconductor materials; research and development services for government and industrial customers; and epitaxial products and services, including fabrication of semiconductor epitaxial layers on silicon, gallium arsenide, and bulk cadmium zinc telluride substrates, device-quality silicon-based composite substrates for HgCdTe deposition, and HgCdTe/Si and HgCdTe/CdZnTe epitaxial products.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.

EPIR Technologies, Inc. develops and manufactures optoelectronic materials and sensors for defense and civilian sectors in the United States. The company provides infrared detectors and sensors, including single-element detectors with cooler packages on cadmium zinc telluride and silicon substrates, high operating temperature detectors, and HgCdTe detector structures on CdZnTe and Si substrates. It also offers biosensors and detection nanosensors for biological warfare agents in buildings and HVAC systems, and solar cells for space, commercial, and residential applications. In addition, EPIR provides wafer polishing services such as epi-ready polished substrates, crystal polishing systems, and polishing slurries for soft semiconductor materials; research and development services for government and industrial customers; and epitaxial products and services, including fabrication of semiconductor epitaxial layers on silicon, gallium arsenide, and bulk cadmium zinc telluride substrates, device-quality silicon-based composite substrates for HgCdTe deposition, and HgCdTe/Si and HgCdTe/CdZnTe epitaxial products.

Radiation Monitoring Devices (RMD), established in 1974 as a business unit of Dynasil Corporation of America, specializes in the development and manufacture of innovative medical instruments for cancer treatment. Their primary product line consists of radiation imaging and detection systems designed to locate radio-labeled cancerous tissue during surgery, enabling safer and more precise patient care.