Multi-Domain Autonomous Collaborative Teaming
Autonomous coordination for distributed mission environments.
Context aware reasoning that aligns manned and unmanned platforms across all domains.
MD-ACT provides autonomous mission control that unifies platforms and teams across domains and strengthens coordinated execution.
Multi-Domain Autonomous Collaborative Teaming (MD-ACT) provides AI-driven coordination of manned and unmanned platforms across sea, land and air to automate highly complex operations. It reduces cognitive load for operators, enhances decision-making speed, and optimizes mission outcomes.
MD-ACT understands mission context in real-time and aligns platforms and teams toward shared objectives. By interpreting mission information, identifying what matters, and recommending coordinated actions, MD-ACT keeps operations synchronized even under pressure.
MD-ACT has been validated and is operational with the U.S. Army and Special Operations, delivering autonomous coordination across real-world missions and large-scale exercises.
The MD-ACT Advantage
MD-ACT unifies manned and unmanned assets into a coordinated mission layer across sea, land and air. It keeps platforms operating with shared purpose so actions across the mission stay aligned.
How MD-ACT Works
MD-ACT operates through a continuous decision cycle that interprets tactical data messages, assigns coordinated actions and adapts as conditions change. This cycle keeps manned and unmanned assets aligned and ensures the mission progresses with clarity and purpose.
1 Mission Understanding
MD-ACT begins by ingesting mission objectives and the commander's intent together with platform capabilities. It consumes the Common Operating Picture so that it can appropriately respond.
4 Adaptation & Learning
When conditions change or assets are lost, MD-ACT updates plans, reroutes teams and maintains operational tempo. After each mission, MD-ACT captures insights that strengthen future coordination.
2 Sensing & Interpretation
As platforms sense the environment, MD-ACT interprets the data in real time, highlights meaningful events, and triggers coordinated responses. It identifies threats, opportunities and changes that influence mission outcomes.
3 Coordinated Action
MD-ACT recommends synchronized actions across domains. It assigns roles, distributes tasks and presents operators with clear decision paths. It operates either fully autonomously or with humans in the loop.
Real-time Decision Cycles
Real-time response to an ever-changing theater.
Coordinated Mission Activity Powered By MD-ACT
This example illustrates how MD-ACT integrates with the K1000ULE or any platform to enable coordinated, team-level operations.
01 Detection
A K1000ULE or another asset identifies a possible threat. The information is shared over Tactical Data Links so that MD-ACT can interpret the event and assess its relevance.
02 Verification
MD-ACT alerts the coordinated team and assigns assets to verify the detection. The initial cue triggers an aligned response across the mission.
03 Queuing
MD-ACT selects the best suited asset to investigate further. As the platform moves to confirm the threat the rest of the team adjusts positions to maintain awareness and communication resilience.
04 Investigation
The queued platform conducts a closer inspection using its sensing capabilities. MD-ACT validates the threat using the incoming data and shapes the recommended response.
05 Decision + Action
Operators review MD-ACT recommendations and authorize the appropriate course of action based on validated information. MD-ACT communicates the decision to all assets, enabling the team to execute a coordinated response.
What MD-ACT Delivers
Mission Interpretation
Builds a live understanding of mission conditions and intent.
Opportunity & Threat Identification
Identifies emerging risks, opportunities and time sensitive developments.
Coordinated Tasking
Recommends actions that align multiple assets toward shared goals.
Cross-Domain Synchronization
Keeps activity across sea, land and air moving in unison.
Adaptive Response Shaping
Adjusts in real-time as conditions change.
Persistent Operational Clarity
Recommends actions that align multiple assets toward shared goals.
Technical Snapshot
RF Support
30MHz to 7GHz
Interfaces
Analog Voice, Ethernet, Serial, USB, TDL
Security
NSA Type 1, 2 and 3 encryption capable
Architecture
Modular, platform-agnostic, and plug-and-play
Radio Options
Silvus, L3Harris, TrellisWare, Persistent Systems, Other
Environment
Extreme including contested, GPS-denied, and EW-threatened
Expand Your Mission Stack
MD-ACT integrates seamlessly with systems that broaden coverage and maintain mission continuity in demanding environments.
Aerial Tier Network Extension++
Provides the resilient communication layer that moves mission information across domains, giving MD-ACT the inputs needed for synchronized coordination.
It ensures the right data reaches the right agents, enabling MD-ACT to maintain continuity even in contested environments.Long-Endurance, Long-Range Unmanned Aerial Platform
The K1000ULE delivers persistent ultra-long-endurance electric flight that expands sensing reach across large mission areas.
Groups of the K1000ULE aircraft can distribute roles across ISR, communications and specialized payload missions, and operate as a coordinated team under MD-ACT. This allows them to cover wide areas, sustain awareness and contribute complementary mission outcomes aligned to objectives as conditions evolve.
ATNE++
Aerial Tier Network Extension++
Provides the resilient communication layer that moves mission information across domains, giving MD-ACT the inputs needed for synchronized coordination.
It ensures the right data reaches the right agents so MD-ACT can maintain continuity even in contested environments.
K1000ULE
Long-Endurance, Long-Range Unmanned Aerial Platform
The K1000ULE delivers persistent ultra-long-endurance electric flight that expands sensing reach across large mission areas.
Groups of the K1000ULE aircraft can distribute roles across ISR, communications and specialized payload missions, and operate as a coordinated team under MD-ACT. This allows them to cover wide areas, sustain awareness and contribute complementary mission outcomes aligned to objectives as conditions evolve.
Testimonials
What Our Clients Are Saying
“The U.S. Marine Corps will utilize the K1000ULE to enhance their capacity for ISR operations, streamlining these tasks to be simpler, faster, and more economical, with the primary goal of preserving lives.
Inside Unmanned Systems
“Multi-ship flight operations are the most complex missions, but the autonomous capability allows me, as an operator, to focus on the mission instead of my continuous direct management of each aircraft.
Staff Sgt. Jacob Wilbert
UAS Platoon, Extended Range and Sensing Effects Company, 1st MDEB
“They're logging hours and providing crucial sensor data, enabling us to serve as the task force's eyes and ears, and as key contributing Army sensor to the Joint Force.
Lt. Col. Mroszczyk
Commander of the 1st MDEB
