DARPA looking for technology to create ‘transient electronics’ devices

January 29, 2013

Salvador Dali painting? No, Vanishing Programmable Resources (VAPR) (credit: DARPA)

The sophisticated electronics used by warfighters in everything from radios, remote sensors and even phones can now be made at such a low cost that they are pervasive throughout the battlefield. But it is almost impossible to track and recover every device.

These electronics are often found scattered across the battlefield and might be captured by the enemy and repurposed or studied to compromise DoD’s strategic technological advantage.

What if these electronics simply disappeared when no longer needed?

Real vaporware

DARPA has announced the Vanishing Programmable Resources (VAPR) program, with the aim of revolutionizing the state of the art in transient electronics — electronics capable of dissolving into the environment around them.

Transient electronics developed under VAPR should maintain the current functionality and ruggedness of conventional electronics, but, when triggered, be able to degrade partially or completely into their surroundings. Once triggered to dissolve, these electronics would be useless to any enemy who might come across them.

“The breakdown of such devices could be triggered by a signal sent from command or any number of possible environmental conditions, such as temperature,” said Alicia Jackson, DARPA program manager.

DARPA has posted a special announcement for a Proposers’ Day to be held in advance of a full solicitation in the form of a broad agency announcement. Performers are sought to conduct basic research into materials, devices, manufacturing and integration processes, and design methodology that will enable a revolutionary shift in transient electronics capabilities. The program seeks to culminate in a technology demonstration that builds a circuit representative of an environmental or biomedical sensor that is able to communicate with a remote user.

“DARPA has previously demonstrated that transient electronics might be used to fight infections at surgical sites,” said Jackson. “Now, we want to develop a revolutionary new class of electronics for a variety of systems whose transience does not require submersion in water.

This is a tall order, and we imagine a multidisciplinary approach. Teams will likely need industry experts who understand circuits, integration, and, design. Performers from the material science community will be sought to develop novel substrates.  There’s lots of room for innovation by clever people with diverse expertise.”