Proto-SES-34 | Reinventy Advanced Defence Systems
SES-34 is Reinventy’s revolutionary autonomous stealth naval platform: a next-generation maritime sentinel designed to patrol, verify, control and defend the most sensitive coastal and offshore environments without exposing itself. Built around Reinventy’s proprietary ecosystem — from XHT™ high-temperature multifunctional materials to the Shield Brain™ cognitive core — it fuses structure, stealth, propulsion and intelligence into a single sovereign system. Its advanced SES architecture is engineered for speeds beyond 70 knots, while its low-observable geometry and semi-submerged operational mode allow the platform to compress its radar, thermal and visual signature to an extreme degree, becoming extraordinarily difficult to detect, identify or classify. SS-34 is conceived to dominate gulfs, straits, critical coastlines and contested maritime zones through persistence, speed and autonomous decision-making. It is not a conventional vessel upgraded with advanced subsystems, but a new class of platform in which stealth is intrinsic, autonomy is native, and survivability is engineered from the material level upward. Most importantly, SS-34 is no longer a speculative concept: the program is already in its executive engineering and digital prototyping phase, advancing toward physical realization as one of the most ambitious autonomous naval systems under development today.
Structural Stealth and Survivability
SES-34 is engineered as a low-observable naval architecture in which stealth is embedded into the platform itself, not applied afterward as a superficial treatment. Its structure combines RΣVENANT™ structural stealth composites, XHT™ high-temperature multifunctional materials in critical thermal zones, and NanoShelter™ multi-domain protection to suppress radar, infrared and electromagnetic exposure at the material, geometric and thermal level. In its deep-draft semi-submerged mode, the platform compresses its exposed profile and radar horizon to the point of reading as an indistinct maritime anomaly rather than a conventional high-speed craft. This is survivability by architecture: low signature, high resilience, and persistent control in the most sensitive maritime environments.
Technical Specifications:
- Structural Stealth Skin: RΣVENANT™ integrated across approximately 470 m², covering more than 80% of the external surfaces
- High-Temperature Materials: XHT-ULTRA™ deployed in critical propulsion thermal zones with service capability up to 3000°C
- Thermal-Stealth Protection: XHT-STEALTH ARMOR™ used in high-temperature and leading-edge areas for combined thermal protection and radar attenuation
- Multi-Domain Protection Stack: NanoShelter™-N architecture from L0 to L6 for signature control, structural protection, EMI/EMP shielding and fire/thermal resistance
- Radar Signature Target: 1–5 m² in X-band, enabled by faceted geometry, structural stealth composites and reduced external discontinuities
- Low-Observable Deep-Draft Mode: semi-submerged operational posture for reduced radar horizon, reduced exposed profile and minimized visual classification
Key Applications:
- Persistent Coastal Surveillance in high-sensitivity maritime sectors
- Low-Observable Monitoring of gulfs, straits and critical sea lanes
- Critical Offshore Infrastructure Protection for ports, terminals and offshore assets
- Maritime Border Control in environments where visibility equals vulnerability
- Forward Presence in Contested Waters with minimized radar, IR and electromagnetic exposure
- Autonomous Sentinel Missions requiring long-duration concealment and survivability
Extreme SES Performance and Mission Mobility
Built on a 34-meter Surface Effect Ship architecture, SES-34 is designed to combine exceptional speed with operational reach and flexible maritime posture. The platform is engineered for speeds beyond 70 knots in high-speed tactical mode, 40–60 knots in on-cushion operational transit, and a low-signature deep-draft regime for discreet approach, station-keeping and surveillance. Its hybrid-electric series architecture, 4–6 MW installed propulsion power, 800V high-voltage bus, and 1–3 MWh battery buffer are configured to support rapid maneuvering, silent tactical windows and endurance beyond 500 nautical miles. The result is a platform able to patrol like a sentinel, reposition like an interceptor and dominate coastal corridors, gulfs, straits and offshore security zones with a performance envelope far beyond conventional unmanned surface systems.
Technical Specifications:
- Platform Dimensions: 34.0 m LOA, 14.0 m beam, 8.8 m cushion width
- Maximum Speed: Beyond 70 knots in high-speed tactical mode
- Operational Transit Speed: 40–60 knots in on-cushion mission profile
- Low-Signature Regime: 8–15 knots in deep-draft semi-submerged mode
- Propulsion Architecture: hybrid-electric series configuration with 4–6 MW installed propulsion power
- Lift System Power: 800–1200 kW dedicated to cushion generation and dynamic mobility
- Mission Endurance: More than 500 nautical miles
- Energy Architecture: 800V HV bus, 48–80V LV bus, plus 1–3 MWh battery buffer for peak shaving, silent windows and black-start capability
- Sea State Capability: engineered for operations up to Sea State 4
Key Applications:
- High-Speed Interception of suspicious or hostile maritime targets
- Rapid Repositioning across coastal corridors, chokepoints and offshore districts
- Autonomous Area Denial Patrols in strategic maritime sectors
- Perimeter Defense and Verification Missions requiring both endurance and sprint capability
- Silent Approach and Tactical Withdrawal through deep-draft low-signature operation
- Multi-Mission Maritime Security Operations from surveillance to response and deterrence
Shield Brain™ and Integrated Autonomous Control
At the core of SES-34 is Shield Brain™, Reinventy’s 14-core distributed cognitive architecture, designed to transform the platform from an unmanned vessel into a true autonomous maritime system. Through direct integration with propulsion, sensing, power management and mission logic, Shield Brain™ enables real-time navigation, threat interpretation, environmental awareness, system coordination and autonomous operational execution without continuous human dependence. It interfaces across the Reinventy stack — including XHT™ sensing layers, AeroMag™ propulsion, and Mag-FOC™ control architecture — creating a unified platform in which intelligence, survivability and performance operate as one coherent system. Critically, SS-34 is no longer a conceptual study: it is already in executive engineering, digital prototyping and Phase-C integration, bridging validated architecture toward physical realization.
Technical Specifications:
- Cognitive Architecture: 14 active cognitive cores for perception, ISR, navigation, safety, mission logic, memory and motion control
- Embedded Computing Core: NVIDIA Jetson AGX Thor 5000, 128 GB RAM, 8 TB NVMe Gen5
- Control Logic: deterministic real-time layer for immediate response, with higher-level deliberative and strategic mission orchestration
- System Interfaces: CAN bus 1 Mbit/s, ROS2, MQTT, Modbus/CAN across propulsion, sensing and power subsystems
- Operational Continuity: dedicated 48V UPS with minimum 30 minutes autonomy
- Autonomy Model: fully edge-based, air-gapped capable, with no mandatory cloud dependency
- Development Status: already in executive engineering, digital prototyping and Phase-C integration toward physical realization
Key Applications:
- Fully Autonomous Maritime Patrol Operations without continuous human control
- Real-Time Threat Detection and Classification in complex naval environments
- Persistent ISR and Maritime Domain Awareness for coastlines, ports and strategic assets
- Autonomous Protection Missions for sensitive offshore and near-shore infrastructure
- Mission Execution in Contested or Communication-Degraded Environments
- Sovereign Unmanned Operations driven by embedded cognition, sensor fusion and onboard decision logic
• Reinventy Solutions is not responsible for comments, interpretations or re‑use made by third parties.
• All specifications are preliminary and may change without notice; shared links should therefore cite the original URL.
• This limited permission does not convey any licence to our trademarks, images or technical data beyond the context of the original page.
See the full Master Technology & Commercial Disclaimer .
