C360 TECHNOLOGIES INC — Department of Homeland Security SBIR Phase II: AF193-CSO1

C360 TECHNOLOGIES INC — SBIR Phase II award from Department of Homeland Security.

Amount
$843,590
Agency
Department of Homeland Security
Program / Phase
SBIR · Phase II
Topic
AF193-CSO1
Solicitation
DHS SBIR-2021.OATS
NAICS
Place of performance
PA
Period
2021-09-24 → 2023-03-23

Description

The DHS Science and Technology (S&T) Screening at Speed (SaS) program is a major program within S&Ts Transportation Security Administration (TSA) portfolio that addresses TSA Strategic Priorities and the Transportation Security Capability Analysis needs. A key element of the SaS program is the pursuit of an integrated curb-to-gate security system of systems to enable TSAs future comprehensive security vision.<br/> <br/> Pursuit of a more integrated security future requires mixing, matching, and integrating a multitude of data collection sources. Further, centralization and analysis of data for fast passenger analysis, passenger carry on screening, curb-to-gate integration, distributed sensing, anomaly detection, deep learning, object recognition, etc. is required to achieve TSAs future security vision. Incidentally, such curb-to-gate technologies are very likely to be deployable to other DHS security missions including soft targets, mass transit, border patrol and harbor security. <br/> <br/> C360 Technologies, Inc. offers a comprehensive image processing pipeline and full immersive 360 degree cameras.This enables a multi-user, stitch-less, high-resolution, immersive imaging capability that has the potential to serve as an image platform for many applications used simultaneously by multiples of users from any location. Applications that could make use of this camera platform include augmenting existing routine surveillance (both real time and near instantaneous replay), video data analytics, stand-off sensor fusion, crowd statistics, wait time monitoring, object recognition, tagging, tracking, change detection, etc., all using a small single camera platform covering a very wide field-of-view.