AI-Driven Dominance
For the Modern Battlefield

Drone pilot wearing FPV goggles controls a UAV during a mission, illustrating Trident’s vision for advanced drone guidance and operational autonomy.

Our mission

Trident comes from a professional AI R&D background, so AI is built into the product from the start. We build modular onboard autonomy for defense UAVs, combining targeting, detection, tracking, and navigation to improve precision, adaptability, and mission effectiveness.

The Road to Onboard Autonomy

UAV approaches the selected target and autonomously guides itself during the last-mile phase, illustrating Trident’s terminal guidance capability.

Automatic target detection and identification designed for noisy, low-contrast, and visually complex environments, helping operators find and select relevant objects faster.

Detection

UAV identifies the target and plans its path toward it, illustrating Trident’s autonomous navigation capability.

Terminal guidance modules that take over target acquisition, tracking, and strike execution in the most vulnerable phase of flight, reducing dependence on manual control under unstable conditions.

Last Mile

UAV detects objects in the field and marks them as potential targets, illustrating Trident’s onboard target detection capability.

Onboard optical navigation that helps UAV platforms maintain orientation, movement logic, and mission continuity when GNSS and external guidance become unreliable.

Navigation

A Full-Spectrum
AI Ecosystem

We develop specialized solutions for different operational needs, mission scenarios, UAV types, price levels, and integration requirements. This allows us to build systems that match specific tasks and real deployment conditions.

The ecosystem already includes last-mile targeting modules for different platforms and data links, and continues to expand into autonomous target detection and GNSS-denied navigation.

TRIDENT LMT

Description:
A baseline fire-and-forget terminal guidance (LMT) module. It enables precision strike in EW-contested environments without compromising maneuverability or range.

Autonomy:
After the operator manually locks onto the target, the module ensures automatic target tracking and impact even in the event of complete link loss.

Modularity:

Designed for rapid installation and removal on prepared platforms. It also supports instant camera replacement in the field, with automatic sensor recognition and no additional setup.

Request a Demo

TRIDENT Mid Strike

Description:

An advanced terminal guidance module with machine vision. It delivers maximum strike precision at tactical depth in dense EW-contested environments.

Detection:

It automatically detects and marks targets, reducing search time and allowing the operator to focus on decision-making.

Autonomy:

Once the target is confirmed, the module ensures autonomous tracking and precise impact. It enables successful mission completion even in the event of complete link loss during the final phase.

Request a Demo

TRIDENT Interceptor

Description:
A specialized terminal guidance (C-UAS) module designed to engage hostile reconnaissance and attack UAVs.

Aerial Interception:

It automatically detects and tracks targets by visual or thermal signature and is optimized for effective interception at high speeds.

Autonomy:

Once the target is confirmed, the module takes full control of the platform, ensuring precise guidance and automatic compensation for target maneuvers.

Request a Demo

TRIDENT Deep Strike

Description:

A flagship terminal guidance module for strategic missions. It is designed for integration into wing-type carriers and loitering munitions.

Machine Vision:

It supports high-resolution video stream processing and enables real-time automatic object recognition at long distances.

Absolute Autonomy:

Built to operate without any external link, the module autonomously acquires the target and ensures high-precision impact.

Request a Demo

EW-Resilient and Ready to Scale

Designed for EW-contested, GNSS-denied environments and built on a low-cost architecture suitable for scalable mass production.

Guaranteed Strike on the Selected Target

Ensures precise engagement of the exact target designated by the operator, preserving target fidelity at the most critical stage of the mission.

High-Speed Target Engagement

Built to track and engage fast-moving targets at speeds of 100 km/h and above, maintaining stable performance in highly dynamic flight conditions.

Autonomous Link Recovery

Supports autonomous cruise and altitude gain to help restore communication when the link is degraded or lost, improving mission continuity in unstable conditions.