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TACTICAL WARFARE
Now leverage the cutting-edge Brainbox NeuroEye-W Algorithm to strategies, streamline processes, and manage the planning, execution and monitoring of military operations at the tactical level
Target Classification & Segmentation
"NeuroEye-W utilizes Brainbox's advanced deep learning network to perform segmentation tasks by fusing AIS, SAR and ADSB images with remarkable speed, aiming to differentiate regions or classify targets of interest."
SAR ANALYSIS AND FEATURES
Our NeuroEye-W SAR intelligence solution provides essential deep insights in near real-time for defense and corporate sector globally. Additionally, we provide solutions to space system companies for further enhance their product capabilities
Through a semi-supervised approach, NeuroEye-W generates detailed topographic models of the surface. It utilizes an integrated, machine-learned GIS model to interact with the 3D terrain models. Users can rotate, zoom, and analyze various terrain features, including the Earth's surface, ships, and their specific characteristics
3D Terrain Mapping
NeuroEye-W leverages pretrained models from optical imagery to automatically detect changes between images taken at different times. It employs an LSTM network to identify anomalies and discrepancies in near real-time, such as expansions, deforestation, sudden clearances, structures, or bunkers (when ground penetration data is available).
Automated Change Detection
NeuroEye-W leverages transformers and attention mechanisms to concentrate on critical areas within the image, enhancing object detection and localization. This feature significantly elevates performance in maritime surveillance, defense and military operations, disaster response, and environmental monitoring applications.
AI Driven Object Detection
NeuroEye-W's multi-source data fusion boosts maritime domain awareness, offering a clearer view of the area of interest. By integrating SAR, AIS, and ESM data, it detects dark vessels that are not transmitting signals. This capability cross-references vessel locations with electronic signatures, enhancing tracking accuracy and minimizing the chances of undetected vessels.
Improved Maritime Surveillance
NeuroEye-W utilizes the Brainbox Adaptive Deep Learning network and incorporates advanced de-speckling GAN generators to reduce speckle noise, while its adaptive discriminator ensures the output resembles a natural, noise-free SAR image. The advanced GAN is combined with perceptual loss to preserve important structural details.
Speckle Noise Reduction
COMPREHENSIVE SITUATIONAL AWARENESS
NeuroEye-W employs an advanced data fusion technique that integrates SAR, EOIR, and ESM systems. This significantly improves intelligence gathering by leveraging the strengths of each sensor system. Here’s how this next-generation fusion supports intelligence and various operations.
Time Lapse and Guidance
"NeuroEye-W provides dynamic time-lapse visualizations, enabling users to detect changes and track objects from the moment of image capture over time. Layered images emphasize differences and highlight potential current positions."
