Market-leading Attributes

Low SWaP

For short-range radar applications, highly portable, low-SWaP systems deliver significant operational advantages, particularly for temporary or remote operations. Compact enough to fit an entire kit—radar, tripod, cables, multiple batteries, and even a solar charging option—into a 20-liter backpack weighing under 25 kg, these systems enable rapid deployment and independent operation without logistical burden.

With the ability to operate for approximately six hours on a single standard BB2590 battery, and to quickly “flash” on or off for signature management, operators can maintain high levels of situational awareness while minimizing detectability. This portability and flexibility are equally valuable for civilian law enforcement, allowing teams to quickly establish high-performance, highly accurate airspace awareness in dynamic or urban environments. In both cases, the result is a powerful combination of mobility, autonomy, and tactical effectiveness at the edge.

EchoGuard offers the lowest size, weight, power in short-range ESA radar category.

Accuracy

For dismounted soldiers and mobile law enforcement operating against drone threats, accurate and precise orientation within the OODA loop (Observe, Orient, Decide, Act) is critical to survival and mission success. Unlike traditional threats, drones compress engagement timelines dramatically—at speeds of 20 m/s or greater, a drone can close 200 meters in just 10 seconds—leaving little margin for error.

In this context, coarse or general orientation (e.g., “threat in that direction but we can’t keep the track”) is insufficient; operators require precise, real-time data on bearing, range, elevation, and trajectory to rapidly orient themselves and act effectively. High-fidelity radar enables this precise orientation, allowing users to immediately understand where the threat is, where it is going, and how quickly it will arrive, thereby accelerating decision-making and enabling timely countermeasures. Without this level of precision, the OODA loop breaks down under time pressure, reducing the probability of successful engagement and increasing vulnerability in fast-moving, high-threat environments.

EchoGuard offers dependable and consistent angular (<1° az x <1.5° el) and range (<3.25 m) accuracy with precision tracking performance increasing to <0.5° az x 0.5° el.

Ease of Integration

Open architectures, well-defined data integration, and adherence to industry-standard interfaces are critical for both defense and civilian law enforcement because they enable seamless interoperability across diverse sensors, platforms, and command systems. In rapidly evolving threat environments, agencies cannot afford siloed technologies or vendor lock-in; instead, they require architectures that allow new capabilities—such as advanced radar, AI-driven classification, or mobile sensors—to be integrated quickly and reliably into existing systems.

Standardized interfaces and data formats ensure that information flows efficiently between components, supporting effective sensor fusion, faster decision-making, and coordinated response. Ultimately, open, interoperable systems provide the flexibility to adapt, scale, and upgrade over time, maximizing operational effectiveness while protecting long-term investment.

EchoGuard employs a well-defined proprietary data format in standard TCP/IP packet structure over a Gigabit Ethernet interface.

Classification

Robust object classification within the radar data chain is increasingly critical to the performance of modern defense platforms and system-of-systems architectures, as it directly informs threat assessment, prioritization, and response. By leveraging advanced machine learning techniques to classify objects at near-detection range and continuously refine those classifications as targets transition into track, radar systems can provide early, high-confidence identification of drones, vehicles, or other threats.

Early and persistent classification reduces ambiguity, enables more effective sensor fusion, and allows dismounted soldiers and law enforcement officials to make faster, more informed decisions. Regular software updates ensure adaptability to evolving threat profiles. Ultimately, high-confidence classification at the sensor level improves mission effectiveness in any environment.

EchoGuard offers advanced AI/ML models that define objects into one of several classes, including human, vehicle, drone, and others.

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Ultra-Portability

For dismounted soldiers, true portability of radar and sensor systems is essential—not systems spread across multiple packs or requiring dedicated operators, but fully self-contained capabilities that integrate seamlessly into a single soldier’s loadout. Real portability means a compact, lightweight system that can be carried, deployed, and operated by one individual without adding significant burden or complexity, enabling situational awareness on demand.

This allows soldiers to rapidly transition between movement and sensing, bringing advanced detection and tracking capabilities directly to the tactical edge without relying on vehicles or external support. In dynamic, decentralized operations, such portability ensures that awareness is always available when and where it is needed, rather than being constrained by logistics or equipment overhead.

Radar Systems

Networking multiple radar systems into a cohesive, cooperative architecture creates a resilient, flexible sensing layer that enhances situational awareness, reduces single points of failure, and delivers system-level performance far greater than the sum of individual radars.

Multiple radars operate as a cohesive mesh, sharing data in real time to maintain continuous tracks as targets move through coverage zones—seamlessly handing off targets from one radar to another without breaking track continuity or changing Track ID.

Persistent tracking over wide areas is critical for systems that rely on stable, high-confidence data to make timely decisions. Networked radar systems also accelerate deployment by allowing modular, distributed placement of sensors—whether fixed or on-the-move—adapting coverage dynamically to mission needs.

EchoGuard radars are networked through EchoWare, available to all Software and Support customers.

Commercial-off-the-shelf technology

Commercial technology suppliers play a critical role in supporting government and defense users by accelerating innovation and delivering advanced capabilities on timelines traditional procurement models cannot match. Historically, defense acquisition has relied on lengthy requirements, bids, and delivery cycles – processes that struggle to keep pace with rapidly evolving threats like drone warfare.

Commercial providers, by contrast, use agile development, frequent software updates, and rapid iteration to field capabilities such as low-SWaP radar, AI-driven classification, and networked sensing much faster. This speed is essential to ensure relevant technology is available when needed, not years later. Additionally, commercial solutions reduce the impact of losses in contested environments: systems that are affordable, readily available, and quickly replaceable. Combined with strong commercial ingenuity, driven by competition and practical innovation, this approach offers defense organizations a more adaptive, resilient, and cost-effective path to maintaining advantage.

EchoGuard radars are commercially exportable under ECCN 6A008.e.

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Kits & Accessories

Common radar applications made simpler with configured kits.

Quick Start Kit (QSK)

Designed to accelerate desktop testing and system integration activities, the Quick Start Kit comes in a protective case containing all cables, foam for desktop work, quick release handle, and additional accessories for typical integration and testing activities.

More details on QSK

Lightweight Deployment Kit (LDK)

The Lightweight Deployment Kit is designed for ultra-portability and rapid deployments. It consists of a rugged transport case with compartment organizer, a 24L backpack, radar soft case, compact tripod with quick release bracket, a power hub and network switch, as well as all cables required. The 24L pack is large enough for additional elements, such as multi-battery pack, solar collector, rugged computer, with a total weight of ~25 kg.

More details on LDK