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vClick3D

vClick3D offers a spatial intelligence platform for video surveillance that captures raw, uncompressed video and preserves full 3D information.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Traditional video surveillance systems rely on aggressive compression that destroys spatial accuracy, hampers AI analytics, and creates compliance risks under emerging regulations. The resulting data overload also strains storage, bandwidth, and power resources in data centers.

Solution

vClick3D provides a spatial intelligence platform that captures raw video surveillance data without compression, preserving full 3D information. Its patented Volumetrix™ technology reduces data volume by 97%, dramatically lowering storage and bandwidth requirements while maintaining 100% evidentiary integrity. The platform delivers up to 70% faster AI inference, enabling more accurate and cost‑effective analytics. By retaining geometric fidelity, the solution meets upcoming regulatory standards that demand interpretable, spatially accurate data. The system is Verizon‑certified, ensuring reliability and performance for large‑scale security deployments.

Target Audience

Primary customers are security integrators, enterprise surveillance operators, and public‑sector agencies that require high‑fidelity video data for AI analytics, regulatory compliance, and efficient infrastructure management.

Features

  • Raw video capture without compression, preserving full 3D spatial information
  • Volumetrix™ data reduction algorithm achieving 97% decrease in data size
  • Accelerated AI inference pipeline delivering up to 70% faster processing
  • End‑to‑end evidentiary integrity with zero loss of visual detail
  • Verizon certification for enterprise‑grade reliability and network compatibility
  • Architecture designed to comply with EU AI Act requirements for geometrically accurate data
This profile is AI-generated and may contain inaccuracies.