Resource
Counter-UAS Resources / Technical Guidance
Counter-UAS resources and system selection guides.
Practical guidance grounded in counter-UAS equipment data and system architectures spanning RF sensing, radar, EO, TDOA, electronic countermeasures and navigation response - without reducing a site-specific requirement to one headline specification.
Decision Compare / Combine / Configure
A counter-UAS architecture should begin with the protected environment - not with a product catalogue.
This resource center organizes the questions that shape a defensible system choice: what must be detected, how targets should be tracked, where the system will operate and which response methods are permitted. Its structure reflects the actual equipment and deployment scope represented across the JIGGS Technologies portfolio - from portable RF detection and distributed localization to radar, EO, fixed-site protection and mobile integrated systems.
JIGGS Technologies / Company Foundation
Technical depth behind the resource library.
JIGGS Technologies specializes in wireless digital communications, radio-spectrum monitoring, signal control, product development and system integration. This engineering foundation informs how the resource library explains products, limitations and deployment choices.
Recognition and intellectual property
JIGGS Technologies has been recognized as a National High-Tech Enterprise, Innovative SME, and an Enterprise Technology R&D Center. Its intellectual-property portfolio includes 4 invention patents, 30 utility-model patents, 4 design patents - including 2 overseas design patents - and 7 software copyrights.
Experience across specialized environments
Core products and system capabilities have been applied across airports, correctional facilities, public-security operations, defense research institutes, security systems and other specialized application environments. Project suitability remains subject to the operating conditions and authorization requirements of each site.
Technical Basis
From equipment data to clearer system decisions.
JIGGS Technologies translates its engineering data, product specifications, system roles and representative deployment architectures into a consistent framework for customer evaluation.
Preserve operating conditions
Distance and accuracy figures retain the relevant target, line-of-sight, electromagnetic-environment and configuration conditions where those are stated.
Separate system roles
Detection, identification, localization, visual confirmation and response are treated as distinct functions instead of being collapsed into one undefined capability.
Connect products to architecture
Portable, fixed-site, distributed and vehicle-integrated equipment is explained in relation to the operational workflow it can support.
Keep responsible use visible
Active RF and navigation-response capabilities are presented for qualified evaluation and remain subject to local authorization, licensing and operating procedures.
Start Here / Core Selection Guide
How to Choose a Counter-UAS System
Compare RF, radar, EO and TDOA technologies using the equipment roles reflected in the available portfolio; understand portable, fixed-site and mobile deployment models; and learn how detection, tracking, assessment and authorized response can be combined around the protected area.
Explore by Technical Question
Move from guidance to the relevant system layer.
Each pathway leads to a focused part of the existing JIGGS Technologies website. Links are written to describe the destination clearly for both visitors and search engines.
Detection & Early Warning
Review RF, TDOA, radar and EO equipment for signal awareness, localization, wide-area surveillance and visual confirmation.
02Countermeasure & Active Defense
Understand portable, fixed-site and integrated response equipment intended for controlled, detection-led counter-UAS use.
03Navigation Deception
Explore fixed-site, mobile and integrated navigation-response configurations for supported satellite-navigation-dependent UAVs.
04Integrated Solution Architectures
Compare rapid-deployment, on-the-move and specialized hybrid architectures that connect sensing, command and response layers.
A Better Starting Point
Three questions before any product comparison.
Published ranges and feature lists become meaningful only after the mission context is defined. The Resources library is organized around the three decisions below.
What needs to be protected?
Define the site boundary, terrain, nearby infrastructure, electromagnetic conditions, mobility requirement and permitted installation points.
What must the system detect?
Consider target size, signal behavior, expected flight profile, identification requirement and whether non-emitting targets are relevant.
What happens after detection?
Clarify tracking, operator verification, alerting, integration and the response methods legally authorized for the intended jurisdiction.
The Resource Library
Content built from real product questions - not keyword volume.
New resources will translate the underlying product data and system logic into useful technical and procurement guidance. Each article will connect back to the selection guide and to the relevant product or solution pathway.
Technology Comparisons
Side-by-side explanations of RF, radar, EO, TDOA and direction-finding methods, including where each approach is strong and where it needs support.
Deployment Guides
Planning considerations for portable, fixed-site, distributed and vehicle-integrated counter-UAS systems across different operating environments.
Performance & Site Conditions
Clear explanations of line of sight, RF congestion, terrain, target type and configuration factors that influence published performance.
Responsible System Planning
High-level guidance on authorized use, project qualification, configuration review and the distinction between detection capability and response authority.
Technical Guide Index
One core guide, followed by focused technical questions.
The selection guide establishes the overall decision framework. Supporting guides will examine one comparison or deployment question at a time and connect readers to the relevant equipment and solution pages.
How to Choose a Counter-UAS System
Compare RF, radar, EO and TDOA, understand deployment formats, and organize detection, tracking and authorized response around the protected area.
Read GuideRF vs Radar vs EO for UAV Detection
How passive signal awareness, active wide-area surveillance and visual confirmation solve different parts of the detection problem.
PlannedTDOA vs Direction Finding
Compare distributed position estimation with bearing information, including node requirements, outputs and site-geometry considerations.
PlannedPortable vs Fixed-Site Counter-UAS Systems
Choose between rapid deployment, persistent coverage and integrated mobile operation according to the mission and available infrastructure.
PlannedWhat Affects UAV Detection Range?
Understand how target type, line of sight, terrain, antenna configuration and the electromagnetic environment affect published range figures.
PlannedHow Detection, Tracking and Response Work Together
Follow the operational chain from early warning and verification to operator assessment, authorized response and continued monitoring.
PlannedPublishing standard for every technical guide.
Turn a broad requirement into a structured technical evaluation.
Share the protected-area type, approximate coverage requirement, deployment model and relevant target profile. JIGGS Technologies will help organize the technical questions and identify suitable product or architecture pathways for further review.
Counter-UAS detection, interference and navigation-related capabilities may be subject to local laws, licensing requirements and operational authorization. Product availability, system configuration and achievable performance depend on the intended application, target type, site conditions and deployment jurisdiction.
