Opportunity Information: Apply for DARPA BAA 13 23

  • The DARPA Microsystems Technology Office in the science and technology and other research and development sector is offering a public funding opportunity titled "Vanishing Programmable Resources (VAPR)" and is now available to receive applicants.
  • Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 12.910 Research and Technology Development.
  • This funding opportunity was created on Apr 22, 2013 and posted on Feb 13, 2013.
  • Applicants must submit their applications by May 23, 2013. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
  • Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
Apply for DARPA BAA 13 23

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Opportunity Summary:

The Vanishing Programmable Resources (VAPR) opportunity (DARPA BAA 13-23) is a Defense Advanced Research Projects Agency solicitation from the Microsystems Technology Office focused on a specific battlefield and security problem created by modern, low-cost electronics. As microsystems get cheaper and more capable, they can be deployed in very large numbers for things like distributed sensing, tagging, and communications. The downside is that once these devices are scattered across an operational area, it becomes unrealistic to account for, retrieve, and safely dispose of every unit. That creates two persistent risks: long-term accumulation of devices in the environment (including potential environmental burden and operational clutter) and the possibility that leftover systems could be found, exploited, repurposed, or reverse-engineered by unauthorized parties. VAPR is DARPA's attempt to push a new class of electronics designed to physically disappear on demand, in a controlled and triggerable way, rather than remaining as recoverable hardware after a mission.

In practical terms, the program is seeking proposals that can demonstrate electronics built from materials and designs that allow the system to function normally for a defined period, then reliably and intentionally vanish when commanded or when a programmed condition is met. The emphasis is not just on a single disappearing component, but on building a foundation for "transient" or "vanishing" electronic technology more broadly. That includes developing a basis set of materials, components, integration approaches, and manufacturing methods that would make it feasible to produce these systems at scale and integrate them into real platforms. The solicitation language points to controlled disappearance, meaning the vanishing process should be predictable and engineered rather than accidental degradation. It also implies the need for a trigger mechanism, which could be time-based, environmental, or externally initiated, as long as it can be designed and validated to meet mission requirements.

This announcement is categorized as discretionary research and development funding under the Science and Technology / R&D activity area, and it is open to unrestricted applicants (any entity type, subject to any eligibility clarifications in the full BAA text). DARPA lists multiple potential funding instruments for awards under this opportunity, including cooperative agreements, grants, other transactions, and procurement contracts, which signals flexibility in how performers may be brought onto the program depending on the nature of the work, teaming approach, and government needs. The listing notes no cost sharing or matching requirement. The CFDA number associated with this opportunity is 12.910 (Research and Technology Development). The award floor and ceiling are shown as 0 in the summary data, which typically means DARPA did not specify fixed minimum or maximum award sizes in the synopsis and instead expects proposed budgets to be driven by technical scope and negotiated through the selection process.

Amendment 01 to the BAA is administrative and specifically changes the proposal due date. The original closing date was May 14, 2013, and the amended (current) closing date is May 23, 2013. The posted date for the opportunity is February 13, 2013, with a creation date of April 22, 2013, and an archive date of November 25, 2013. The amendment notes that the revised due date is highlighted in yellow in the conformed DARPA BAA 13-23 document, indicating that offerors were expected to rely on the updated solicitation package for the authoritative deadline and any associated submission instructions.

For prospective applicants, the key takeaway is that DARPA was looking for technically credible, manufacturable approaches to transient electronics that could be deployed widely without leaving behind exploitable hardware. Competitive proposals would typically need to address not only how a device disappears, but also how it remains reliable before vanishing, how the trigger works, what materials and fabrication methods enable the effect, and how the approach scales to useful electronic subsystems. The full solicitation and updates were hosted through DARPA's solicitation portal, and the listed point of contact for access issues is Dr. Alicia Jackson, DARPA MTO Program Manager and MTO BAA Coordinator.

VAPR (DARPA BAA 13-23) FAQs

What is the Vanishing Programmable Resources (VAPR) opportunity?

VAPR is a DARPA solicitation (BAA 13-23) from the Microsystems Technology Office (MTO) focused on developing electronics that can physically disappear in a controlled, triggerable way after they have served their purpose.

What problem is VAPR trying to solve?

The program addresses a battlefield and security problem created by modern low-cost electronics: devices can be deployed in very large numbers for sensing, tagging, or communications, but it becomes unrealistic to retrieve and safely dispose of every unit. This creates long-term accumulation in the environment and the risk that leftover devices could be found, exploited, repurposed, or reverse-engineered by unauthorized parties.

What kinds of systems does DARPA envision being deployed in large numbers?

The solicitation context mentions distributed sensing, tagging, and communications as examples of missions where many small, low-cost devices could be scattered across an operational area.

What does "vanishing" mean in this program?

"Vanishing" refers to electronics that are designed to physically disappear on demand in a controlled and predictable manner, rather than remaining as recoverable hardware after a mission.

Is DARPA looking for accidental biodegradation or controlled disappearance?

The emphasis is on controlled disappearance. The vanishing process is expected to be engineered, predictable, and intentional rather than accidental degradation.

How long must the electronics function before vanishing?

The program description indicates systems should function normally for a defined period, and then reliably vanish when commanded or when a programmed condition is met. The exact duration is implied to be mission-driven and part of the proposed design.

What kinds of trigger mechanisms are contemplated?

The opportunity description indicates that triggers could be time-based, environmental, or externally initiated, as long as they can be designed and validated to meet mission requirements.

Is the focus on a single disappearing component or complete systems?

Not just a single component. The program emphasizes building a foundation for transient or vanishing electronic technology more broadly, which includes materials, components, integration approaches, and manufacturing methods that enable useful electronic subsystems.

What technical areas should proposals address, based on the synopsis?

Based on the provided summary, competitive proposals would typically cover: (1) reliable operation before vanishing, (2) a reliable and intentional vanishing mechanism, (3) the trigger and how it is validated, (4) the materials and designs enabling the effect, (5) fabrication and integration approaches, and (6) how the approach scales to manufacturable electronic subsystems.

What is the funding category and activity area for this opportunity?

The announcement is categorized as discretionary research and development funding under the Science and Technology / R&D activity area.

Who is eligible to apply?

The listing indicates it is open to unrestricted applicants (any entity type), subject to any eligibility clarifications that may be contained in the full BAA text.

What award instruments might DARPA use?

DARPA lists multiple potential award instruments for this opportunity, including cooperative agreements, grants, other transactions, and procurement contracts. This suggests the government may choose the instrument based on the nature of the work, teaming approach, and program needs.

Is cost sharing or matching required?

No. The listing notes there is no cost sharing or matching requirement.

What is the CFDA number associated with this opportunity?

The CFDA number associated with this opportunity is 12.910 (Research and Technology Development).

Are there specified minimum or maximum award sizes?

The award floor and ceiling are shown as 0 in the summary data, which typically indicates that fixed minimum or maximum award amounts were not specified in the synopsis and that proposed budgets are expected to be driven by technical scope and negotiated during selection.

What are the key dates shown in the opportunity summary?

The posted date is February 13, 2013. The creation date is April 22, 2013. The archive date is November 25, 2013.

What is Amendment 01 and what did it change?

Amendment 01 is described as administrative and specifically changes the proposal due date.

What is the proposal due date after the amendment?

The original closing date was May 14, 2013, and the amended (current) closing date is May 23, 2013.

Where should applicants look for the authoritative deadline and submission instructions?

The amendment notes that the revised due date is highlighted in yellow in the conformed DARPA BAA 13-23 document, and that offerors were expected to rely on the updated solicitation package for the authoritative deadline and associated submission instructions.

Where was the full solicitation hosted?

The full solicitation and updates were hosted through DARPA's solicitation portal.

Who is listed as the point of contact?

The listed point of contact for access issues is Dr. Alicia Jackson, DARPA MTO Program Manager and MTO BAA Coordinator.

What is the main goal for solutions proposed to VAPR?

The main goal is to develop technically credible, manufacturable approaches to transient electronics that can be deployed widely without leaving behind exploitable or recoverable hardware after a mission.

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