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Cognitive Engineering and Business Systems
Address:
Indonesia Stock Exchange
<p>Tower 1, Level 3, Unit 304
Jl. Jendral Sudirman Kav. 52-53
RT 05 / RW 03 Desa/Kelurahan Senayan, Kec. Kebayoran Baru
Kota Adm. Jakarta Selatan
Provinsi DKI Jakarta Indonesia<p>

Phone:
(021) 5890 5002
Email: contact@cognitivebusinesssystems.com

Iseey_copyright_DeepVision
CEBS_AI_DeepVIsion1

Project Description:

We successfully completed the “DeepVision” project under our AI Platform, aimed at enhancing cybersecurity measures through advanced data analytics and analysis of images and videos. This project was particularly focused on improving security protocols in public places with large gatherings, utilizing AI to analyze vast amounts of visual data to identify potential threats and anomalies.

Key Objectives:

  • Advanced Image Analysis: Leverage state-of-the-art machine learning models to process and analyze large volumes of images and video feeds, identifying potential security threats in real-time.
  • Enhanced Surveillance Accuracy: Improve the accuracy and efficiency of surveillance systems at public venues by detecting unusual activities or items that could pose security risks.
  • Integration with Existing Security Systems: Seamlessly integrate DeepVision’s capabilities with existing video surveillance infrastructure to enhance overall security without major overhauls.

Implementation:

  • Development of AI Algorithms: Develop and train deep learning algorithms on a diverse dataset of video and image content to recognize various types of behaviors and objects associated with security threats.
  • Real-Time Processing: Implement systems capable of processing and analyzing video feeds in real-time, enabling immediate response to detected threats.
  • Collaboration with Security Experts: Work closely with cybersecurity experts and law enforcement to tailor the AI models to practical security needs and scenarios encountered in public spaces.

Outcome:

  • Improved Public Safety: The deployment of the DeepVision system has significantly enhanced the capability of public security teams to monitor and respond to potential threats, contributing to safer public environments.
  • Efficient Threat Detection: AI-driven analytics have reduced the reliance on manual monitoring, increasing the speed and accuracy of threat detection and allowing quicker responses to potential security incidents.
  • Successful Integration: DeepVision has been successfully integrated into multiple high-traffic venues, demonstrating its effectiveness and reliability in diverse settings.

The completion of the DeepVision project marks a significant milestone in its pursuit to integrate AI into practical applications that ensure public safety and security. The project has set a benchmark for future initiatives aimed at harnessing AI to enhance cybersecurity measures across various sectors.

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