Maritime security software · Controlled prototype
TRIDENT brings sensing inputs, multi-source correlation, controlled classification hypotheses, human review, response planning and mission reporting into a single operator-centered workflow.
Surface·Subsurface·Air
Access-controlled demonstration. No real-world command, transmission or physical execution.
Sensing & source context
Human review & authorization
Traceable mission review
Conceptual workflow · Controlled demonstration
The platform
Maritime operators often work across separate sensor feeds, external data sources, classification tools and response systems. TRIDENT demonstrates how these inputs can be organized into one reviewable mission workflow.
The prototype preserves source context, evidence references, classification history, operator decisions, simulated approvals and structured outcomes without presenting a machine-generated hypothesis as an established identity, intent or threat.
Operator workflow
Each stage preserves what is established, what remains unknown and what requires a human decision.
Bring qualified observations and public context into a common workspace while preserving source, time and provenance.
Associate related observations without treating correlation as proof of identity, intent or threat.
Present controlled platform hypotheses and supporting evidence for operator review.
Preserve alternative explanations, limitations, revisions and the basis for each human disposition.
Record an explicit operator decision and its rationale before a response option can advance.
Review a separately authorized simulated response plan. The prototype does not transmit commands or execute physical actions.
Generate a deterministic Mission Review Report containing the timeline, classifications, evidence, decisions, outcome and audit history.
Technology ecosystem
TRIDENT is designed as an integration environment. The current software demonstration represents the following technology directions without claiming live physical integration.
Distributed sensing architecture
A distributed maritime sensing architecture centered on autonomous nodes, modular sensors and resilient networked awareness. In the current TRIDENT prototype, AMDEE is represented as a simulated sensing layer supporting surface and subsurface context.
Simulated integration
Maritime platform direction
A reusable semi-submerged autonomous maritime platform direction designed around low-signature operation, modular mission configuration and human-authorized tasking. In the prototype, Ship’s Hunter appears only as a simulated response option.
Simulated response option
Air-domain architecture
An open and modular air-domain architecture intended to connect sensing, decision support and compatible Counter-UAS technologies. In TRIDENT, ARGUS is represented as a simulated response option for a controlled air-domain scenario.
Simulated response option
Subsea platform direction
An autonomous subsea platform direction for inspection, monitoring and situational awareness around underwater infrastructure. Its applicability remains scenario-dependent and it is not activated when the mission domain does not support it.
Contextual technology
Software prototype
A software layer that correlates multiple sources, presents controlled classification hypotheses, preserves evidence and revision history, and supports human decision-making. The current prototype uses deterministic demonstration logic, not a validated operational AI model.
Controlled demonstration logicConnected context
Where providers are available, TRIDENT can request current public maritime, aviation, weather and environmental context through server-side adapters. Provider observations remain visibly separate from simulated mission objects.
Public context does not independently establish identity, affiliation, intent or threat. Provider availability, freshness and provenance remain visible to the operator.
Human control
TRIDENT separates observation, correlation, classification, authorization and outcome. A completed software workflow is not presented as a completed physical mission.
Operator decisions remain explicit and reviewable. Earlier records are preserved when evidence changes, and unresolved identity, intent or physical effect remain unresolved in the final report.
PROTOTYPE BOUNDARIES
Access-controlled demonstration
Review controlled surface and air-domain scenarios, examine the classification workflow, record human decisions, explore Presentation View and generate a structured Mission Review Report.
The prototype is access-controlled. Credentials are provided separately to invited reviewers.
TRIDENT — Powered by Dual Force Labs
TRIDENT is developed by Dual Force Labs as an integration and evaluation environment for emerging maritime sensing, autonomy and decision-support technologies.
Visit Dual Force Labs