Aidin was created specifically for discharge planning professionals. Aidin integrates into the discharge planning workflow to free social workers from administrative tasks and re-center their time around patients. By automatically generating listings of available providers, Aidin eliminates phone calls and faxes and empowers patients with quality of care ratings and reviews to make decision-making quick, easy, and informed.

Altaeros Energies is developing a breakthrough airborne wind turbine to produce abundant, low cost, renewable energy. Altaeros uses safe and reliable aerospace technology to lift wind turbines to operate at higher heights where winds are much stronger and more consistent than on the ground. Altaeros turbines are designed for easy mobility and rapid deployment at remote, military, and offshore sites.

Made In the Commonwealth (MITC) is developing the first renewable and clean-burning advanced jet fuel production facility in the Northeast. This fuel is ASTM certified, has had 10 commercial and military flights, and is critical in the region to meet the Federal clean air and RFS2 regulations, as well as the new European Union emissions laws. MITC intends to beging producing fuel in Q3 2014

At OsComp Systems, we are passionate about finding technology solutions to help enable a natural gas economy. Our breakthrough compressor technology enables wet gas compression and decreases the energy required to compress natural gas. We also provide a unique end-to-end transportation solution to transporting natural gas with our virtual pipeline system, making it easy for customers to switch to natural gas as a primary energy source.

Resolute Marine Energy (RME) is developing technologies that produce clean energy from ocean waves.

SiEnergy Systems LLC is an early-stage company commercializing a novel thin film solid oxide fuel cell (SOFC) developed at Harvard University. The technology uses inexpensive silicon-based technology and nanometer scale electrolytes to create SOFCs that operate at a commercially desirable temperature and are scalable to meet various power requirements.