#USA #AI Technology #Orlando #Cole Engineering #Small Arms Training

Cole Engineering Introduces Advanced Hybrid Training System

Cole Engineering Services, Inc. (CESI), a subsidiary of By Light, is set to change the landscape of live training with its newly awarded hybrid Force-on-Force Small Arms Appended Sensor Package (ASP). This innovative solution integrates laser, optical, and geo-pairing technologies, adding a new dimension to the realism of military training.

A Major Advancement in Training Modernization

Announced on December 1, 2025, this selection places CESI at the forefront of live training advancements. The ASP will build on the progress made with the recently awarded Stinger Training System (STS), reinforcing CESI’s ongoing commitment to address critical gaps in force-on-force training through cutting-edge technology.

This hybrid system not only incorporates advanced computer vision but also includes optical targeting capabilities that help differentiate between cover and concealment in real-time. It captures the shooter’s aim and provides instantaneous, weapon-specific ballistic modeling for accurate adjudication. By merging optical tracking with existing laser technology and CESI's proprietary AI-driven services, this system promises unparalleled realism and performance feedback for users operating at the tactical edge.

Features of the Hybrid System

The ASP is designed to mount easily onto standard small arms and is compatible with existing Tactical Engagement Simulation Systems (TESS). Key features include:

• - Simplified Zeroing: Ensures quick setup for training sessions.
• - Automatic Calibration: Reduces the need for manual tuning and adjustments.
• - Real-Time Data Collection: Facilitates immediate feedback and enables trainers to make informed decisions about their training strategies.

These attributes support scalable unit-level training, minimizing overhead costs while maximizing training effectiveness.

Testing and Future Developments

A prototype of the ASP is expected to undergo rigorous testing at an upcoming Soldier Touch Point in early 2026. This phase will focus on gathering iterative feedback from users and enhancing the system in alignment with the U.S. Army's Synthetic Training Environment Live Training System (STE-LTS) Increment 2. This collaborative process aims to ensure that the system meets the needs of modern warriors while providing a realistic and comprehensive training experience.

By Light's Commitment to Innovation

In line with the rollout of the ASP, By Light has launched its AI Lab, a dedicated innovation hub aimed at advancing strategic initiatives around artificial intelligence. This lab is focused on the rapid development and deployment of AI solutions across various sectors, including defense and cybersecurity. Its goals include enhancing computer vision capabilities, improving data integrity, and promoting ethical AI use in mission-critical systems.

About Cole Engineering Services

Founded in 2004, Cole Engineering Services specializes in providing advanced solutions that integrate training, simulation, and cyber capabilities. Their innovative approaches have established them as leaders in creating Live, Virtual, Constructive, and Gaming (LVCG) environments, serious gaming platforms, and cybersecurity training frameworks tailored for military applications. For more insights into CESI's offerings, visit coleengineering.com.

About By Light

By Light Professional IT Services LLC, recognized for its exceptional engineering and project management capabilities, is an established systems integrator focused on delivering secure, mission-critical solutions. For more information about By Light and its services, check out bylight.com.

Conclusion

The introduction of CESI's hybrid training system signifies a major step forward in military training methodologies. With its innovative features and commitment to leveraging advanced technology, CESI is poised to enhance the training capacities of armed forces, ensuring that soldiers are better prepared for the challenges faced in modern combat scenarios.