ADVENT CMS integration work on TCG ANADOLU is now complete, HAVELSAN said. ANADOLU is Türkiye’s largest naval vessel. HAVELSAN finished the shipboard software integration before the Steadfast Dart 2026 Exercise. The company says the milestone proves its network‑centric command-and-control (C2) approach on an operational warship.
Key Facts
- Date: 02 March 2026
- Ship: TCG ANADOLU (Türkiye’s largest naval vessel)
- Scope: ADVENT Combat Management System (CMS) + FleetStar Ship Data Distribution System (SDDS)
- Driver: Completed ahead of Steadfast Dart 2026
- UAV link: ADVENT now exchanges data with Bayraktar TB3 in both directions
- What moves: TB3 imagery and mission data flow into the CMS
- Task-group effect: ANADOLU can share TB3-derived data with other naval assets
What HAVELSAN integrated
HAVELSAN says it integrated ADVENT CMS and FleetStar SDDS on board ANADOLU. ADVENT sits at the centre of the ship’s combat system. It helps the crew manage sensors and weapons through one C2 layer. FleetStar distributes ship and sensor data to the right subsystems. HAVELSAN describes FleetStar as the ship’s data backbone.
The company also highlights a verified interface with Bayraktar TB3. The ship can now receive UAV imagery and mission data inside ADVENT. The system can also send data back to the UAV. HAVELSAN says this reduces delay in the decision cycle.
TB3 data-sharing and the task-group payoff
HAVELSAN’s key operational claim is task-group sharing. TB3 data does not stay on ANADOLU, it says. Instead, the ship can push that data to other naval assets in the task group. This can improve coordination during joint naval operations. It can also help units act on the same picture.
This matters because unmanned sensors only scale when the network scales. A ship can gain speed from a UAV feed. A task group can gain even more when every unit can use that feed.
How ADVENT and FleetStar split the roles
ADVENT CMS: ADVENT brings radar, sonar, weapons, and electronic warfare data into one C2 workspace. It supports track management and engagement decisions. HAVELSAN also says ADVENT computes the UAV’s relative position and approach geometry in real time. That can support safer, more coordinated UAV operations near the ship.
FleetStar SDDS: FleetStar distributes sensor and platform data across onboard subsystems. HAVELSAN positions FleetStar as modular. That design can speed up the integration of new payloads, platforms, or software functions.
Operational implications
- Faster cue-to-action: The ship can pull TB3 imagery into the combat system fast.
- Shared situational awareness: Task-group sharing can align units on one picture.
- Quicker capability insertion: A modular data backbone can reduce integration lead time.
- Manned–unmanned teaming: The architecture treats the UAV as a network participant.
Programme context and what to watch next
HAVELSAN says it designed ADVENT and FleetStar with Turkish Naval Forces operational input. It also timed the integration before Steadfast Dart 2026. That timing suggests the company aims for exercise-level validation, not just lab tests.
Still, network-centric gains depend on resilience. Bandwidth limits can slow data flow. Electronic warfare can degrade links. Cyber threats can target the network layer. Coalition operations can also impose interoperability constraints. The strongest proof point will come from performance under stress.
Assessment
This integration points to a maturing naval software stack in Türkiye. It links a warship combat system, a ship-wide data backbone, and an unmanned feed into one C2 architecture. The value lies in speed and sharing. The main risk sits in contested environments. The architecture must keep working when links degrade.
Implications / Next
- Exercise signals: Track official readouts that mention C2 performance during Steadfast Dart 2026.
- Scale-up: Watch for more offboard sources feeding the same operational picture.
- Governance: Look for how the navy manages data-sharing boundaries across platforms.
Further Reading
- Defence Agenda coverage: network-centric naval operations[4]
- Defence Agenda coverage: Bayraktar TB3 and naval concepts[5]
- HAVELSAN overview and product portfolio[1]
- Baykar overview of unmanned systems[6]
