Air Operations
UAV support lifecycle
- Launch
- Mission
- Recovery
- Recharge
- Data offload
- Redeploy
Supports unmanned aerial systems with launch, recovery, charging, payload handling, and ISR extension from an offshore node.
Platform
How AYDLL operates.
AYDLL provides persistent offshore infrastructure for autonomous maritime operations — supporting unmanned air, surface, and subsurface systems while keeping mission authority with the operator.
Built to extend sensing, communications, and autonomous vehicle operations without requiring continuous manned patrol.
Operational role
Persistent infrastructure, not another patrol asset.
AYDLL is designed to remain on station, support autonomous systems, relay information, and reduce the need for high-value manned assets to perform continuous low-intensity monitoring.
- 01Deploy offshore
- 02Maintain presence
- 03Support autonomous vehicles
- 04Sense and relay
- 05Operator decides
Integrated
One network. One operating picture.
Autonomous vehicle operations
A support layer for UAVs, USVs, and UUVs.
AYDLL is the infrastructure layer beneath autonomous vehicles. It provides the offshore support functions that allow unmanned systems to operate with greater persistence and less dependence on manned platforms.
Surface Operations
USV support lifecycle
- Dock
- Task
- Relay
- Refit
- Redeploy
Supports unmanned surface vehicles with docking, communications relay, tasking support, payload access, and surface sensing integration.
Subsurface Operations
UUV support lifecycle
- Deploy
- Sense
- Recover
- Recharge
- Offload
- Redeploy
Supports unmanned underwater vehicles with deployment, recovery, recharge, data offload, and maintenance access.
Mission applications
Mission applications.
AYDLL is configured around mission need, not a single fixed payload. The same infrastructure can support multiple operational roles depending on customer requirements.
Maritime Domain Awareness
Persistent sensing and autonomous vehicle support to help maintain awareness across maritime approaches, ports, chokepoints, and offshore infrastructure.
Outcome
A more continuous operating picture with less reliance on intermittent patrol cycles.
Communications Relay
Distributed offshore nodes can extend connectivity between autonomous systems, maritime assets, and remote operations centers.
Outcome
Greater reach-back continuity across distributed operations.
Autonomous Vehicle Support
AYDLL gives UAVs, USVs, and UUVs an offshore place to launch, recover, recharge, relay, and redeploy.
Outcome
Longer mission persistence and reduced dependence on manned host platforms.
Force Multiplication
AYDLL maintains presence and sensing while manned ships, aircraft, and crews are reserved for higher-value response and decision tasks.
Outcome
Better use of scarce manned assets.
Survivability
Low-observable, redundant, and attritable by design.
Disclosure
Public by design. Detailed under briefing.
This page explains AYDLL's public operating concept. Detailed system architecture, subsystem design, integration interfaces, performance assumptions, and customer-specific configurations are shared only through direct program discussions.
Engagement
Discuss a mission fit.
For partnership, pilot, investment, or program discussions, contact the AYDLL team directly.