Tenders of Defense Advanced Research Projects Agency Darpa Usa

Request For Information (rfi) - Strategic Technology Office (sto)

Investigating How Neurological Systems Process Information In Reality (inspire)

The Darpa Tactical Technology Office (tto) Creates Technological Surprise And Provides New Options For National Security, By Demonstrating Revolutionary Platforms And Systems With Cutting-edge Technology. Tto Demonstrates Compelling Hardware At Scales That Demonstrate Disruptive Capability, With Designs That Reduce Risk And Cost By Managing Complexity, And Which Can Be Manufactured Responsively And Affordably. Tto Is Soliciting Innovative Executive Summaries And Proposals That Enhance The Nation’s Ability To Rapidly Build, Adapt And Sustain Force Structures With The Following Focus Areas: Platform Innovation, Missionized Autonomy, Managing Complexity, Freedom’s Forge 2.0, And Disruptive Emergent Technology.

Cyberspace Operations Research And Development

Safe And Assured Foundation Robots For Open Environments (safron)

Mto Seeks To Develop High-risk, High-reward Technologies That Enable Revolutionary Advances In Materials, Devices, And Microsystems And Continue Darpa’s Mission Of Creating And Preventing Strategic Surprise. In Order To Capitalize Rapidly On New Opportunities, Darpa Announces The Microsystems Exploration Program Which Calls For Faster Responses With Smaller, Targeted Investments. Microsystems Exploration Awards Will Be Made Within 120 Days Of Each Microsystems Exploration Topic (µe) Announcement.

Strategic Technology Office (sto) Office-wide

Bringing Classified Innovation To Defense And Government Systems (bridges)

Draft Broad Agency Announcement Heterogenous Adaptively Produced Photonic Interfaces (happi)

The Trenton Program Seeks To Enable Underwater Three-dimensional Concrete Printing (3dcp) Through The Development, Refinement, And Optimization Of Printable Formulations And Fabrication Hardware. The Overall Goal Of Trenton Is To Demonstrate That Underwater 3dcp Is Possible. Trenton Objectives Include The Development Of Methodologies And Chemistries To Support The In Situ Manufacturing Of Concrete Structures Underwater In Support Of Various Department Of Defense (dod) Use Cases Including Coastal Infrastructure Reinforcement And Bridge Repair. The Trenton Program Will Require Development And Optimization Of Printing Formulations And Fabrication Methods. Formulation Includes All Aspects Related To The Development And Optimization Of Underwater 3dcp Material Chemistries. Performers Are Expected To Leverage And Refine Existing Formulations To The Maximum Extent Possible. Fabrication For Trenton Will Include Aspects Of Hardware Development That Enable 3dcp From A Land-based System Into Water At The Bench Scale. Performers Are Expected To Leverage And Adapt Existing 3dcp Hardware And Adapting Existing Land-based 3dcp Hardware For Printing Underwater.