AI‑Enabled Kill Chain Automation – REACTOR®

Reactor is a modular and scalable kill chain automation platform designed to detect and defeat air and missile threats across air defense, counter‑UAS, and space domains. It supports both end‑to‑end integration and modular deployment with any command and control (C2), sensor, or effector system.

Reactor | AI-enabled Kill Chain Automation Image
Reactor | AI-enabled Kill Chain Automation Image

Multi‑Domain & Echelon Applications

Kill chain automation is not just a critical force multiplier for modern air and missile defense; it’s the way of the future. It delivers faster, more precise engagements across all domains and echelons. From tactical units to strategic command, our software scales to diverse operational needs, ensuring rapid threat detection, informed decision-making, and decisive action when it matters most.

Your Siege, Our Software

Kill chain automation is the critical force multiplier and future of modern air and missile defense. From tactical units to strategic command, our software scales to diverse operational needs across domains and echelons, ensuring rapid threat detection, informed decision-making, and decisive action when it matters most.

Decision Advantage in Every Domain

Conflict spans air, land, sea, space, and cyberspace. Threats like cruise missiles and cyberattacks emerge everywhere. Reactor unifies sensor data, automating kill chains to reduce cognitive burden and accelerate decision‑making. It delivers domain‑integrated response options, ensuring you see, understand, and act before threats strike.

Joint Operations, Not Jammed

Joint operations face friction: differing TTPs, commands, legal frameworks. Reactor brings clarity by fusing sensors via distributed architecture, supporting shared air pictures and automated, synchronized fires. The result: unity of effort, real‑time control, no seams in the fight.

Built for Every Echelon

From tactical units to strategic command, Reactor scales to meet the moment. It delivers intelligence at the edge, fusion at the operations center, and force posture insights at the national level. Whether you’re defending a specific site or managing an entire theater, Reactor brings clarity, speed, and control across the kill chain.

Advanced Decision Automation

In today’s fast‑paced, multi‑domain threat environment, AI decision aids are critical throughout the entire kill chain. Reactor processes vast amounts of data in real time, reducing commander and operator cognitive burden, and speeding decisions for precise responses when mission success matters most.

Reactor | AI-enabled Kill Chain Automation Image
Detect

Multi‑Modal Sensor Fusion

Adaptive Sensor‑Configuration Performance Tuning

EMCON Dynamic Active/Passive Detection Modes with Operator

Algorithms tuned for Low-Observable or Terrain-masked UAS

Tunable FP/FN Thresholds Based on Mission Needs

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Track

Single Integrated Air Picture (SIAP)

Automatic Sensor Cueing

EO/IR Automatic Tracking

Flight Path Prediction

High‑Quality Continuous Tracks

Nuisance Track Filtering

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Identify

Nuisance Track Identification

Positive Friend‑or‑Foe Identification

Image-Based Classification

Real‑Time Intent Estimation

Automatic Threat Assessment and Prioritization

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Defeat

Optimized Weapon to Target Assignment

Course of Action Recommendations with Probability of Kill

Battle Damage Assessment

Dynamic Replanning

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Faster, Smarter, and More Precise

Reactor is a modular, scalable kill chain automation software platform designed to reduce cognitive overload for air defense operators. Purpose‑built for flexibility, Reactor is fully agnostic to C2 systems, sensors, and effectors, seamlessly integrating as a complete end‑to‑end solution or as standalone decision aids to enhance existing C2 capabilities.

Optimized for multi‑domain operations—including air and missile defense, counter‑UAS, and space defense—Reactor empowers Warfighters with AI-enabled decision aids that fuse data from multiple sensors, automate weapon‑to‑target assignment, and deliver timely course of action recommendations. The result: faster, smarter, and more precise decision‑making when every second counts.

Strategic Advantages

Reactor delivers AI‑enabled kill chain automation and decision aids for air and missile defense, counter‑UAS, and space defense—enhancing decision speed and reducing cognitive overload.

Outpace the Evolving Battlespace

Deliver dominance in the new contested battlespace with Camgian’s AI‑enabled kill chain automation. Our decision aids empower Warfighters with real‑time clarity, threat response, and precision targeting, bringing dominance to decision making through curated course of action recommendations.

Accelerate Speed to Decision

Save time when every second counts with Camgian’s AI‑enabled kill chain automation. Anticipate, assess, and act against threats at a mission‑relevant, battlefield‑decisive pace. Reduce vulnerabilities with decision aids that shorten engagement timelines.

Bring Cutting‑Edge Capability to Existing & Emerging Systems

Prepare for what is next with Camgian’s scalable, AI‑enabled kill chain solutions. Reactor’s open architecture is C2, sensor, and effector agnostic to streamline integration, speed modernization, and deliver mission‑ready capability.

Optimize Decision‑Making in Real-Time

When the mission is critical, decisions must be optimized. Camgian delivers adaptive kill chain automation built for the demands of modern warfare, empowering Warfighters to stay vigilant, respond faster, and succeed in dynamic, ever‑changing environments.

Reactor FAQs

Have questions about Reactor? Explore how this cutting‑edge kill chain automation platform transforms decision-making at the speed of relevance. Purpose-built and modular by design, Reactor equips Air Defenders and Warfighters with advanced AI capability—delivering precision at the point of decision.

Reactor is a modular and scalable kill chain automation platform designed to detect, track, identify, and defeat air and missile threats across multiple domains. It supports both end‑to‑end integration and modular deployment with any C2, sensor, or effector system.

Yes. Reactor’s open architecture is fully agnostic to C2 systems, detectors, and effectors, integrating with modern or legacy stacks in a matter of weeks. It also enables deployments to add new assets over time without having to rewrite code. Our dedication to this approach enables you to continue using the battle‑tested systems you trust while considering enhancements or upgrades, all at your pace and all while avoiding vendor lock.

Reactor comes with a streamlined API set, sample code, and concise hardware documentation to reduce onboarding friction and shorten integration timelines by design. These are backed by reference architectures and best‑practice guides to help you quickly hit mission‑ready status.

As with all integrations, the amount of time required depends on your specific configuration and needs. Our services team is available to help you determine what a Reactor deployment timeline will look like for you.

Reactor’s decision aids are designed with the Warfighter in mind. For example, Threat Prioritization flags nuisance tracks and likely false positives, and deprioritizes them so that operators focus on mitigating actual threats. Our COA Recommendation aids rapidly provide effective and efficient weapon‑to‑target assignment options to operators.

Whether deployed as a full kill chain platform or as mission‑specific aids, Reactor is designed to help operators respond at machine speed.

The platform ships as a collection of containerized services with validated compute (CPU, RAM, GPU, etc.) and storage recommendations for small, medium, or large workloads. It supports on‑prem, cloud (e.g., AWS GovCloud, Azure Government), or hybrid deployments. Networking, security, and API requirements are fully documented.

As we walk through our discovery process, we will help you determine the best fit for your unique deployment needs. Our team of integration specialists is available to provide deployment services and consultation.

Reactor’s threat‑assessment engine correlates kinematics, ID data, and mission rules to separate friendly, neutral, and hostile tracks in congested airspace, ensuring weapons are only cued on valid threats.

In addition, Reactor’s default configuration expects that a human is either in or on the loop for affiliation determination and for COA recommendation acceptance. This acts both as a safeguard against fratricide and as a means to continuously train Reactor’s ML‑based models.

Close the Kill Chain with Reactor

Great things often start with a simple hello. Whether you are a partner interested in exploring our solutions, or simply curious to learn more about Camgian, we are excited to connect. Let’s explore new possibilities and build relationships together.