Intelligent Threat Aware Autonomy
AI Overview
The Air Force seeks intelligent autonomy capabilities for aircraft to operate effectively in threat-rich environments while managing uncertainty and enabling collaborative teaming. This addresses the need for autonomous systems to make rapid, informed decisions and achieve air superiority through risk-aware behaviors and multi-vehicle coordination.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
To address future Air Force strategic needs, an increasing number of advanced systems with intelligent autonomy are being envisioned. Intelligent autonomy is central to systems involving advanced automation, artificial intelligence, machine learning, adaptive control architectures, and heightened performance compared to the state of the art. A critical need for enabling these future autonomous systems are behaviors that can be leveraged by higher level cognition or mission managers to achieve co...
Change History
Intelligent Threat Aware Autonomy
# Q&A Section Changes Summary **Removed:** Q1 on CMMC L2 eligibility and Q3 on AI-enabled weather prediction (now answered "No"). **Consolidated:** Original Q2 (collaborative autonomy) merged into new Q1 with identical comprehensive answer covering team dynamics, adaptive behaviors, online learning, risk bounds, distributed autonomy, and 3D modeling guidance. **Key clarifications in Q3 (formerly Q4):** - SWaP targets: Group 5 UAS/CCA-class platforms; ARM/x86 processors; large available RAM; GPU/AI accelerator access justified - Phase I focus: High-level algorithmic logic with simplified surrogate models (not physics-based fidelity) - Phase II reserved for HIL and flight processor integration
Intelligent Threat Aware Autonomy
**Changes to Q&A:** - **New Q1 added:** CMMC L2 (Self) certification eligibility—July 13, 2026 completion date acceptable for submission. - **Previous Q1-Q3 renumbered to Q2-Q4** with no substantive answer changes. - All technical content (collaborative autonomy, weather prediction, SWaP constraints, simulation fidelity, mission scenarios) remains identical.
Intelligent Threat Aware Autonomy
**Summary of Q&A Changes:** Q1 received a substantial new answer clarifying AFRL's openness to collaborative autonomy, dynamic team reconfiguration, adaptive threat response, risk-bounded architectures, distributed mission autonomy, and synchronized engagements. Added emphasis that methods are not pre-specified and proposers must communicate failure modes and reliability boundaries. Q2 and Q3 answers remain unchanged.
Intelligent Threat Aware Autonomy
# Changes to Q&A Section **Added:** 7 new questions (now Q1) clarifying scope of collaborative autonomy, including: formation reconfiguration, online threat adaptation, performance bounds, distributed mission autonomy, coordinated engagements, 3D nonholonomic dynamics, and hybrid architecture approaches. **Reordered:** Previous Q1 (AI weather prediction) moved to Q2; SWaP/simulation/scenario questions moved to Q3 with identical answers.
Intelligent Threat Aware Autonomy
**Added 1 new Q&A:** Q1 clarifies that proposals focusing on AI-enabled weather/environmental-disturbance prediction as an autonomy-support layer for path planning, WEZ avoidance, and threat environment robustness are responsive to the topic.
Intelligent Threat Aware Autonomy
Status changed from Pre-Release to Open
Intelligent Threat Aware Autonomy
All three existing questions now have answers. Key clarifications: (1) SWaP targets should match Group 5 UAS/CCA platforms with ARM/x86 processors and potential embedded GPU; prioritize efficiency over server-class resources. (2) Phase I requires simplified surrogate models and algorithmic logic demonstration—high-fidelity physics simulations unnecessary. (3) Deep focus on single application area preferred over breadth; Phase II exit criterion is flight-processor-ready software.
Intelligent Threat Aware Autonomy
This content presents three technical clarification questions about a government funding opportunity for ITA2 product development, addressing computational deployment constraints, simulation environment requirements for Phase I research, and mission scenario scope preferences for feasibility studies and development planning.
Intelligent Threat Aware Autonomy
Content updated: description, objective, phase_2_description, phase_3_description
Intelligent Threat Aware Autonomy
Close Date changed from 2026-04-22 to 2026-06-03
Intelligent Threat Aware Autonomy
Open Date changed from 2026-03-25 to 2026-05-06
Intelligent Threat Aware Autonomy
Status changed from Removed to Pre-Release
Intelligent Threat Aware Autonomy
Opportunity DAF26BZ01-NV006 no longer available
Intelligent Threat Aware Autonomy
New opportunity: Intelligent Threat Aware Autonomy
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