Projects and Missions

Highlights

Explore Our Work

Below is a sampling of APL’s critical contributions to critical challenges. Projects and missions are displayed in alphabetical order. 

Filter projects and missions by area of impact, mission area, or both.

This artist rendering depicts APL-developed algorithms enabling multirobot coordination across dynamic terrain. (Credit: Johns Hopkins APL)

Tactical Behaviors for Autonomous Maneuver

Enabling scalable, real-time solutions for autonomous teams
Learn more about Tactical Behaviors for Autonomous Maneuver
Members of the Full Scene Extraction team (Credit: Johns Hopkins APL/Craig Weiman)

Full Scene Extraction

Training robots to gather information about their surroundings to create a contextual understanding of their environment
Learn more about Full Scene Extraction
As part of a demo at APL, a robot locates an "injured" dummy. (Credit: Johns Hopkins APL)

ConceptGraphs

Transforming robots into capable teammates using generative AI and advanced scene mapping
Learn more about ConceptGraphs
Equipment in TETRA facility

Accelerating Materials Innovation for Defense

Developing a novel materials science paradigm—and strategically applying artificial intelligence and robotics—to dramatically accelerate the process of designing, testing, and optimizing metal components for the defense industrial base
Learn more about Accelerating Materials Innovation for Defense
Sailors aboard the USS Chosin conduct a demonstration of the Transferrable Reload At-sea Method (TRAM) with the USNS Washington Chambers on Oct. 11 in the Pacific Ocean. (Credit: U.S. Navy)

Reloading Vertical Launching Systems at Sea

APL is addressing one of the Navy’s most persistent logistical challenges: reloading vertical launching systems at sea.
Learn more about Reloading Vertical Launching Systems at Sea
Machinery Repairman 1st Class Cory Hover demonstrates the software used to design the sprayer plate

Enhancing Naval Readiness with Onboard 3D Printing Solutions

APL and the U.S. Navy have collaborated to implement onboard 3D printing systems, enabling ships to produce essential parts at sea, thereby enhancing operational readiness and reducing maintenance delays.
Learn more about Enhancing Naval Readiness with Onboard 3D Printing Solutions
Shape-shifting antenna

Shape-Shifting Antenna for Adaptive Communications

By leveraging cutting-edge additive manufacturing techniques and shape memory alloys, APL researchers have created an antenna that can change its shape based on its temperature.
Learn more about Shape-Shifting Antenna for Adaptive Communications
Example of AI-guided AR repair

AI/AR-Guided Electronic Repair

Combining artificial intelligence and augmented reality to troubleshoot and maintain complex systems
Learn more about AI/AR-Guided Electronic Repair
Illustration showing digital versions of soldiers (Credit: Adobe Stock)

GenWar Sim

Integrating large language models with AFSIM—making high-fidelity simulations accessible to users through natural language interaction
Learn more about GenWar Sim
An artist’s rendering of the Polylingual Experimental Terminal (PExT) (Credit: NASA/Dave Ryan)

PExT

PExT is a first-of-its-kind wideband multilingual terminal allowing satellites to communicate across the broad range of networks and frequencies used by both commercial and government providers.
Learn more about PExT
View of twilight from cockpit of a plane, with instrument panel in foreground (Credit: Bigstock)

ACAS X: Airborne Collision Avoidance for the 21st Century

APL researchers played a leading role in the development of ACAS X—a collision avoidance system onboard all international commercial aircraft that will replace existing systems as they are retired.
Learn more about ACAS X: Airborne Collision Avoidance for the 21st Century
Cybersecurity (Credit: Adobe Stock)

BAS/CS™: Behavioral Alerting Sets for Control Systems

APL developed an advanced cybersecurity solution to detect real threats while reducing false alarms.
Learn more about BAS/CS™: Behavioral Alerting Sets for Control Systems