VisionWave files provisional patent for xCalibre AI camera platform
VisionWave Holdings Inc. (NASDAQ: VWAV) filed a provisional patent application with the United States Patent and Trademark Office for its xCalibre visual intelligence platform on April 24.
The application, numbered 64/048,141 and titled "Systems and Methods for Converting Camera Streams into Structured Sensor Intelligence for Detection, Verification, and Response," covers technology designed to convert camera streams into structured sensor intelligence.
The technology treats various camera types including visible, thermal, infrared, stereoscopic, low-light, body-worn, vehicle-mounted, fixed, mobile, airborne, and robotic cameras as intelligent sensor inputs. The system produces detection, classification, tracking, event analysis, threat scoring, evidence packages, and operational alerts.
"xCalibre represents a shift from video analytics to video-as-a-sensor intelligence," said Danny Rittman, VisionWave's Chief Technology Officer. "The system is designed to ask a more intelligent question: not simply what is visible in the frame, but which parts of the scene matter, what remains uncertain, and where deeper analysis should be applied."
The provisional application describes a multi-stage architecture that may include sensor ingestion, coarse approximation, confidence scoring, selective refinement, geometric and vector-based analysis, CNN/RNN processing, temporal modeling, cross-camera correlation, multimodal fusion, and event-level decision output.
VisionWave stated the filing strengthens its intellectual property position around AI-driven computer vision, edge intelligence, and advanced sensing. The company views xCalibre as a platform technology for perimeter security, critical-infrastructure monitoring, defense surveillance, autonomous systems, robotic sensing, drone detection, forensic search, and operational command dashboards.
VisionWave noted that filing a provisional patent application does not guarantee patent issuance or commercial protection.
