How can we make preclinical testing for drug development more predictive?
How can we reduce risks and bring life-saving heart and lung bypass technology to patients outside the ICU?
Our miniaturized microarray in conjunction with the downstream pipeline can identify a genetically engineered microbe within a sample containing thousands of natural organisms.
Biothreat and Pathogen Detection
Engineering portable technologies to detect dangerous pathogens within minutes.
Pediatric Heart Valve
Designed for infants, our bioprosthetic heart valve grows as fast as children do.
Our engineers deliver customized devices without compromised performance, creating technologies to improve disease treatment.
How can we predict the effects of drugs on multiple-organ systems in humans?
Air-breathing Hypersonic Interceptor
How is Draper improving hypersonic systems?
How do we cost-effectively provide solid-state, strategic-grade gyroscopic performance?
DMS – International Space Station
How does Draper’s device rapidly detect ultra-trace chemicals in remote locations?
Trident II MARK 6 MOD 1 Guidance System
How do we design a new missile guidance system that will work for decades to come in a deployed system already decades old?
How can technologies developed for commercial products be adapted to perform reliably if exposed to high levels of radiation?
DMS - Breath Analyzer
How does Draper’s portable, highly sensitive chemical detection system identify disease in breath?
Secure Micro Digital Data Link (SmDDL)
How do we prevent enemies from intercepting and manipulating RF communications with unmanned military systems?
How can we use microfluidics to identify effective cancer immunotherapies?
Inherently Secure Processor
How can you protect mission-critical systems from attack by combining the security advantages of hardware and software?