Sonardyne
CPS 40
Researched 2026-03-06
Sonardyne has not yet been through our research and analysis pipeline.
▲ Upvote for Research| Type | Quick Research |
| Published | 2026-03-06 |
| Length | 2,460 words · 10 min read |
| Sources | 15 sources cited |
Generated by automated research. Cross-reference with primary sources before investment decisions.
| SPRINT-Nav | Sensor · FIELDED |
| └─ | Hybrid acoustic-inertial navigation system integrating DVL, INS, and acoustic aiding for ROVs and AUVs with sub-meter accuracy over many kilometers. |
| Sentinel | Sensor · FIELDED |
| └─ | Sonar imaging system for security applications including diver and underwater threat detection. |
| Ranger 2 | Sensor · FIELDED |
| └─ | Ultra-short baseline (USBL) acoustic positioning system for precise subsea navigation and surface vessel tracking. |
| Sentry | Sensor · FIELDED |
| └─ | Persistent hydrocarbon leak detection sonar capable of monitoring very large water volumes. |
| NOAS | Sensor · FIELDED |
| └─ | Navigation and obstacle avoidance sonar for operation in uncertain underwater environments. |
| BlueComm | Sensor · FIELDED |
| └─ | Optical communications modem for high-bandwidth subsea data extraction including HD imagery and real-time video. |
| Origin ADCP | Sensor · FIELDED · Launched 2023 |
| └─ | Acoustic Doppler Current Profiler family with integrated acoustic modem and onboard edge processing for near-real-time current profiling and metocean monitoring. |
| Solstice | Sensor · FIELDED |
| └─ | High-resolution seabed imaging sonar for AUVs with pixel-perfect imagery capabilities. |
| SPRINT-Nav U | Sensor · FIELDED |
| └─ | Compact variant of SPRINT-Nav hybrid inertial navigation system designed for small robotic platforms. |
| 6G acoustic modems | Sensor · FIELDED |
| └─ | Acoustic communication modems for subsea wireless communications and data transfer. |
| Fusion 2 | Sensor · FIELDED |
| └─ | Long baseline (LBL) acoustic positioning system for precise subsea navigation and positioning across shallow to deep water. |
| Direction finding | L3 · RF Detection |
| Visual Detection | L2 · Detection |
| Sound signature matching | L3 · Acoustic Detection |
| Obstacle avoidance | L3 · Navigation |
| Inspection | L1 |
| Multi-sensor fusion | L3 · Visual Detection |
| Radar | L2 · Detection |
| Autonomy & Software | L1 |
| SLAM | L3 · Navigation |
| Subsea Inspection | L2 · Inspection |
| 3D tracking | L3 · Radar |
| Seabed survey | L3 · Subsea Inspection |
| Swarm coordination | L3 · C2 / Fleet Management |
| AI / Analytics | L2 · Autonomy & Software |
| Mission planning | L3 · C2 / Fleet Management |
| Wide-area surveillance | L3 · Area Monitoring |
| Perimeter Patrol | L2 · Patrol & Surveillance |
| Autonomous route following | L3 · Perimeter Patrol |
| Detection | L1 |
| Navigation | L2 · Autonomy & Software |
| RF Detection | L2 · Detection |
| Command and control | L3 · C2 / Fleet Management |
| Computer vision | L3 · AI / Analytics |
| Anomaly detection | L3 · Perimeter Patrol |
| Multi-robot orchestration | L3 · C2 / Fleet Management |
| Data fusion | L3 · AI / Analytics |
| LIDAR mapping | L3 · Visual Detection |
| Area Monitoring | L2 · Patrol & Surveillance |
| Persistent ISR | L3 · Area Monitoring |
| GPS-denied navigation | L3 · Navigation |
| Underwater hull | L3 · Subsea Inspection |
| Signal classification | L3 · RF Detection |
| Threat classification | L3 · AI / Analytics |
| Patrol & Surveillance | L1 |
| C2 / Fleet Management | L2 · Autonomy & Software |
| Acoustic Detection | L2 · Detection |