ISSAC has engineered and developed a variety of process optimization, advanced analytics, digital simulation, and logistics capabilities in support of the warfighter.
We are proud to be a 6x Boeing Gold Level Supplier, as well as the recipient of awards for Government Industry Innovation and Excellence in the Aerospace/Defense Sector.
Some of the federal and Department of Defense agencies we have partnered with are:
Pancreatic cancer is the fourth leading cause of cancer deaths in the United States. Patients often die shortly after diagnosis, because the cancer usually isn’t discovered until it is too late.
Published in the British Journal of Cancer, “ISSAC unearths big data answers in cancer study”, ISSAC’s Illuminative Analytics technology has provided new insights into this lethal disease.
ISSAC partnered with the Mayo Clinic and the Translational Genomic Research Institute to analyze massive data sets from multiple clinical trials and tumor biopsies.
Using artificial intelligence and advanced data fusion techniques, millions of data points were analyzed over the course of two years.
ISSAC discovered 12 new cancer treatment biomarkers, paving the way for new clinical trials and effective treatment options.
ISSAC partnered with LYSA Transportation Services to engineer AI powered logistics optimization technology.
Using advanced modeling and simulation methods, LYSAlog is capable of analyzing thousands of load board records in real time, and allows dispatchers to optimize the selection and chaining of multiple loads based on planned destinations.
Built on a cloud based platform, LYSAlog is able to adapt to all transportation types, including trucking, oceanic shipping, railway, and air.
LYSAlog’s advanced data analytics technology can also track statistics that contribute to vehicle wear, such as terrain traveled, weather and climate, loaded weight, and more.
These data points allow for highly customized maintenance schedules per vehicle, preventing unexpected mechanical failures and costly premature repairs.
ISSAC is leveraging its advanced modeling and simulation technology to make big impacts in energy conservation and renewable energy storage.
Adaptable to large or small energy grids, ISSAC’s Optimum VIS is capable of optimizing energy grid configurations and topologies, as well as providing early fault detection analytics.
Optimum VIS can also provide load balancing, to help avoid faults, outages, and triggering peak power rates.
ISSAC partnered with the University of Texas to engineer advanced energy storage modules, capable of combining and storing energy generated from multiple renewable resources.