Unlike standard commercial AI models that require massive dataset training, immense high-performance computing clusters, and constant high-bandwidth cloud connectivity, Modern Intelligence builds low-data learning models designed to operate efficiently under strict compute, bandwidth, and connectivity constraints.

Core Operational Strategy and Problem Solved

Modern military operations face significant challenges in managing sensor data:

1. Human Operator Overhead: Rapid multiplication of sensor platforms (drones, satellites, maritime radars) outpaces the capacity of military analysts to manually monitor full-motion video, radar, and sonar feeds.
2. Data Silos: Sensor outputs are frequently locked inside proprietary software or tied to specific hardware platforms, preventing real-time cross-platform target sharing between commands, weapons platforms, and autonomous systems.
3. Data Scarcity: Adversarial threats and novel military assets rarely offer large, labeled training datasets. Traditional computer vision algorithms struggle to identify, classify, or maintain custody of targets when given limited initial data.
4. Denial and Edge Execution: Forward-deployed systems often operate in contested or bandwidth-denied environments, making cloud-dependent AI processing non-viable.

Modern Intelligence addresses these issues by deploying lightweight, low-data AI platforms directly onto tactical edge hardware, transforming disparate raw sensor feeds into unified, real-time, shareable target tracks.

Flagship Products and Technology Platform

1. Cutlass

Cutlass is Modern Intelligence’s primary flagship software solution. It is an all-platform, all-sensor AI tracking and target custody platform designed for real-time domain awareness, particularly in maritime and multi-domain environments.

Key Capabilities of Cutlass:

• True Multi-INT Sensor Fusion: Combines feeds from disparate intelligence disciplines in real time, including Electro-Optical/Infrared (EO/IR) Full-Motion Video, Satellite Synthetic Aperture Radar (SAR), automatic identification system (AIS) data, surface radar, and GEOINT imagery.
• Low-Data & Zero-Data Target Learning: Learns to identify, track, and remember novel or unknown targets with minimal to no prior training samples, enabling military operators to track non-standard adversary assets.
• Continuous Target Custody Across Time and Space: Maintains unique target memory across multiple distinct sensors over extended periods. If a target leaves the field of view of one sensor and re-emerges on another, Cutlass re-identifies the target and maintains history.
• Edge Deployment: Runs on low-power embedded edge compute hardware onboard uncrewed surface vehicles (USVs), uncrewed aerial vehicles (UAVs), aircraft, surface ships, or command Common Operating Picture (COP) platforms.
• Open Architecture & Non-Proprietary Track Generation: Uses open Application Programming Interfaces (APIs) to integrate with any mission system, command-and-control platform, or weapons system without vendor lock-in.

Key Use Cases and Operational Applications

Modern Intelligence targets high-value mission sets across several military and national security domains:

Maritime Domain Awareness (MDA)

Cutlass tracks small, high-speed maritime vessels, cloaked threat vessels, and dark ships in critical waterways. It correlates transponder data with visual and radar sensors to detect illegal activities, including drug interdiction, dark fleet maneuvers, arms smuggling, and vessel boarding/seizure operations.

Automated Threat Analysis & Pattern of Life

The platform automatically parses long-duration sensor feeds to establish standard "patterns of life" for civilian and friendly traffic, immediately alerting commanders to deviations, spoofed transponders, suspicious vessel-to-vessel transfers, or aggressive positioning by adversary naval assets.

Distributed "Red Force Tracking"

By deploying across multiple autonomous vehicles and command centers, Modern Intelligence software functions as a distributed enemy tracker. It translates raw imagery into actionable location tracks that can be ingested directly by automated battle management systems, commanders, and precision strike munitions.

Hardware and Sensor Compatibility

Modern Intelligence software is designed to be hardware-agnostic, supporting seamless integration across legacy, current, and next-generation defense hardware:

| Sensor Type | Deployment Platforms | | :--- | :--- | | Aerial EO/IR Full Motion Video | UAVs, Maritime Patrol Aircraft, Helicopters | | Satellite Imagery | Commercial/Government GEOINT and SAR Satellites | | Surface Radar & AIS | Surface Warships, USVs, Coastal Radar Installations | | Command Systems | Tactical Edge Servers, Common Operating Picture (COP) Workstations |

Security, Clearances, and Government Partnerships

• Top Secret Facility Clearance (TS FCL): Sponsored for advanced security access, allowing the company to ingest classified dataset feeds and work within restricted program environments.
• DOD Validated: Deployed and evaluated across numerous Department of Defense exercises, involving organizations such as the Office of Naval Research (ONR), Naval Special Warfare (NSW), Joint Interagency Task Force South (JIATF-S), National Geospatial-Intelligence Agency (NGA), U.S. Air Force (USAF), and the U.S. Marine Corps.
• Operational Readiness: Validated in simulated and active real-world scenarios representing U.S. Indo-Pacific Command (INDOPACOM) and U.S. Southern Command (SOUTHCOM) mission environments.