Deconflict

Product Introduction

1. Definition: Deconflict is a high-performance, web-based wireless network planning and RF (Radio Frequency) simulation tool. It serves as a browser-executable predictive site survey application designed to model 802.11 signal propagation across complex indoor environments without the need for server-side processing or dedicated hardware.

2. Core Value Proposition: Deconflict exists to democratize professional-grade WiFi network design by removing the financial and technical barriers associated with proprietary site survey software. By utilizing real-time RF attenuation modeling and automated channel management, it enables IT professionals and network enthusiasts to eliminate dead zones, minimize co-channel interference (CCI), and optimize hardware ROI through a friction-less, "zero-install" interface.

Main Features

1. Real-Time RF Propagation & Material Attenuation: The engine simulates how 2.4GHz and 5GHz signals interact with physical obstacles. Users can draw walls using specific materials—including glass, brick, and concrete—each programmed with realistic dBm loss coefficients. As walls are placed or moved, the signal heatmap updates instantly, reflecting diffraction and absorption patterns specific to the structural environment.

2. Extensive Multi-Vendor Access Point Library: Deconflict includes a pre-configured database of over 100 real-world Access Point (AP) models from industry-leading manufacturers. This allows users to simulate the specific radiation patterns and antenna gain profiles of the hardware they intend to deploy, ensuring the predictive model aligns with actual hardware performance.

3. 3-Stage Placement Optimizer & Automatic Channel Assignment: The tool features a sophisticated optimization algorithm that calculates the ideal coordinates for AP placement based on the provided floorplan. To further reduce signal overlap, the system automatically assigns non-overlapping channels across the spectrum, balancing the load and reducing the noise floor for a more stable wireless deployment.

Problems Solved

1. Pain Point: Prohibitive Licensing Costs and Complexity: Traditional wireless site survey tools often require expensive annual subscriptions, high-end hardware, and extensive training. Deconflict addresses this by providing a free, open-source alternative that runs in any modern web browser, eliminating the need for accounts, installations, or recurring fees.

2. Target Audience: This tool is designed for Network Engineers performing pre-deployment planning, IT Consultants designing small-to-medium business (SMB) infrastructures, Architects integrating technology into floorplans, and Home Lab enthusiasts looking to optimize residential mesh systems or high-density AP setups.

3. Use Cases: Deconflict is essential for designing high-density office layouts (300sqm+), troubleshooting coverage gaps in multi-room residential properties, and planning large-scale deployments like the "West Wing" sample (14,000sqft) where manual AP placement estimation would lead to significant signal degradation or hardware waste.

Unique Advantages

1. Differentiation: Unlike enterprise competitors like Ekahau or Hamina, which require local software installations and cloud-synced accounts, Deconflict operates entirely client-side. This ensures maximum privacy for sensitive floorplans and immediate accessibility for on-site technicians who may not have administrative rights to install software on their workstations.

2. Key Innovation: The specific innovation lies in the integration of a real-time, 3-stage heuristic optimizer directly within a browser environment. This allows the software to not only visualize the signal but to actively suggest the most efficient network topology, a feature typically reserved for premium, "Pro" tier networking suites.

Frequently Asked Questions (FAQ)

1. Is Deconflict as accurate as a physical site survey? While Deconflict provides a highly accurate predictive model based on real-world attenuation data (dBm loss per material), it is designed for pre-deployment planning. It is an excellent tool for determining the number and location of APs required, though a post-deployment physical survey is always recommended to account for dynamic interference sources.

2. Can I import my own custom floorplan images? Yes. Deconflict supports the direct import of floorplan images (JPG/PNG). Once imported, users can set the scale and begin overlaying walls and access points to generate a site-specific signal heatmap.

3. Does Deconflict store my network data or floorplans? No. Deconflict is a privacy-first tool. All calculations and image processing occur locally within your browser's memory. Since there is no account system or mandatory cloud sync, your proprietary floorplans and network configurations never leave your local machine.

4. Which wall materials are supported for RF modeling? The tool supports a variety of common construction materials including glass, drywall, brick, and concrete. Each material is calibrated with specific attenuation values to ensure that the heatmap correctly visualizes signal drop-off as it passes through different structural layers.