Federal contract award

HR001125C0044

THE HETEROGENOUS ADAPTIVELY PRODUCED PHOTONIC INTERFACES (HAPPI) PROGRAM AIMS TO CREATE A 1000X INCREASE IN THE INFORMATION TRANSMISSION DENSITY WITHIN A MICROSYSTEM BY EXPLOITING PHOTONIC SIGNALING.

Research the contractorView USAspending sourceSave to my pursuit research

Award details

Obligations, current value and potential value describe different measures; they are never added together.

FieldReported value
AgencyDepartment of Defense
OfficeDEF ADVANCED RESEARCH PROJECTS AGCY
NAICS541715 — Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)
PSCAC12 — NATIONAL DEFENSE R&D SERVICES; DEPARTMENT OF DEFENSE - MILITARY; APPLIED RESEARCH
Parent award / vehicleNot reported
Set-asideNO SET ASIDE USED.
Pricing typeCOST NO FEE
Obligations$2.5M
Current contract value$2.5M
Potential contract value / ceiling$4.7M
Start dateMar 14, 2025
Current end dateSep 14, 2026
Potential end dateMar 14, 2028
Latest award activityDec 8, 2025
Source loadedSep 19, 2026

Funding and modification history

Showing the latest 4 of 4 loaded transactions. Negative values are deobligations.

DateModificationObligation changeDescription
Dec 8, 2025P00003$838.7KTHE HETEROGENOUS ADAPTIVELY PRODUCED PHOTONIC INTERFACES (HAPPI) PROGRAM AIMS TO CREATE A 1000X INCREASE IN THE INFORMATION TRANSMISSION DENSITY WITHIN A MICROSYSTEM BY EXPLOITING PHOTONIC SIGNALING.
Nov 17, 2025P00002$409.2KTHE HETEROGENOUS ADAPTIVELY PRODUCED PHOTONIC INTERFACES (HAPPI) PROGRAM AIMS TO CREATE A 1000X INCREASE IN THE INFORMATION TRANSMISSION DENSITY WITHIN A MICROSYSTEM BY EXPLOITING PHOTONIC SIGNALING.
Jun 30, 2025P00001$388.4KTHE HETEROGENOUS ADAPTIVELY PRODUCED PHOTONIC INTERFACES (HAPPI) PROGRAM AIMS TO CREATE A 1000X INCREASE IN THE INFORMATION TRANSMISSION DENSITY WITHIN A MICROSYSTEM BY EXPLOITING PHOTONIC SIGNALING.
Mar 10, 20250$819.1KTHE HETEROGENOUS ADAPTIVELY PRODUCED PHOTONIC INTERFACES (HAPPI) PROGRAM AIMS TO CREATE A 1000X INCREASE IN THE INFORMATION TRANSMISSION DENSITY WITHIN A MICROSYSTEM BY EXPLOITING PHOTONIC SIGNALING.

Estimated positioning window

Mar 14, 2027 – Sep 14, 2027

Recompete signal:
70/100

Why this recompete signal

Contract timing and recorded acquisition signals at the time of calculation.

Stored score: 70/100. Available recorded signals: 65 points.

Contract end 2028-03-14 (499 days from calculation)
+25 points
168 historical awards in this buyer and category group
+15 points
4 recorded award transactions
+10 points
Latest award action: 2025-12-08
+5 points
Parent award identifier recorded
+0 points
Solicitation identifier recorded
+10 points
Linked official forecast
+0 points
Calculated on
2026-11-01 10:17:53.997580+00:00

The historical group combines buyer, NAICS, and PSC. Multiple awards in this group do not by themselves establish repeated competitions.

Rule-based research score; it does not measure your chance of winning.

This older calculation does not retain a complete reproducible breakdown. Missing or changed inputs are not assigned invented points: Original award-value bonus input.

USAspending award record

. Rule-based research score; positioning dates are estimates.

Recompete score calculated Nov 1, 2026.

Buyer contacts from matching notices

Matched on exact award/solicitation identifier and awarding agency. Source dates describe the notice, not current contact verification.

ContactRolePublished contact methodsEvidenceSource date
BAA CoordinatorContactHR001124S0003@darpa.milSourceSep 12, 2024
BAA CoordinatorContactHR001124S0003@darpa.milSourceApr 9, 2024
BAA CoordinatorContactHR001124S0003@darpa.milSourceNov 7, 2023
BAA CoordinatorContactHR001124S0003@darpa.milSourceOct 28, 2023

Research next steps

  1. Check the linked forecast or SAM for a confirmed solicitation and current timing.
  2. Verify whether remaining options may extend performance beyond the current end date.
  3. Check the stated set-aside against the solicitation and current certifications.
  4. Review the award scope and buyer evidence before making a bid/no-bid decision.