E-Guardian Enhances AI-Based Live Streaming Fault Detection System

E-Guardian's Latest Update on Live Streaming Fault Detection System

E-Guardian Inc., based in Minato, Tokyo, has announced an upgrade to its innovative AI-powered live streaming fault detection system. This system is designed to automatically detect and notify users of any issues occurring during live broadcasts, enhancing the quality and reliability of online streaming experiences.

As a comprehensive internet security company, E-Guardian provides a wide range of services including content monitoring, identity verification, ad review, social listening, and cybersecurity solutions. The company aims to ensure safety and security in the digital realm, extending its expertise into the metaverse. In August 2024, E-Guardian launched its updated system, which monitors and automatically notifies users of any faults in real-time. This development has marked a significant step towards enhancing streaming quality across various services.

Key Upgrades to the System

This latest update of the fault detection system reflects E-Guardian's commitment to continuously improve upon user feedback and to enhance the system's optimization and functionality. The upgrade includes two major enhancements:

1. Real-Time Adjustment on Broadcast Day

Previously, broadcast settings needed to be saved by 7:00 AM on the day of the live event. This posed challenges when sudden changes occurred. However, the recent upgrade allows users to modify settings directly from the management screen in real-time, even while broadcasting is underway. This flexibility ensures that last-minute changes, such as altering streaming URLs, can be managed seamlessly, reducing the workload for staff members responsible for live broadcasts.

2. Improved Alert Notification Clarity

In its earlier configuration, alert notifications were grouped by project, making it challenging to differentiate important messages amidst a flood of notifications. The recent enhancements have enabled notifications to be tailored to individual broadcasts, ensuring that critical information reaches the right personnel swiftly. This adjustment minimizes the risk of overlooking notifications and supports faster responses to any faults, thereby fostering a more stable live streaming operation.

Enhancing User Experience

With these updates, E-Guardian’s live streaming fault detection system aims to reduce the operational burden on management while delivering a smooth and uninterrupted viewing experience to users. By facilitating prompt troubleshooting, the system contributes to the overall improvement and growth of live entertainment.

E-Guardian remains dedicated to its mission of providing quality services and advancing its project of “We Guard All.” Through ongoing development, the company strives to enhance the convenience and richness of everyday life for its users.

About the Live Streaming Fault Detection System

The fault detection system utilizes AI technology to automatically identify issues such as stream stops, black screens, or audio silences during live broadcasts. After detecting a problem, alerts are sent via pre-registered emails or social media, negating the need for dedicated broadcast-checking personnel and ultimately reducing operational costs.

The system can be utilized in various contexts, including sports event broadcasting, live-streaming applications, and live commerce. It allows for the customization of criteria used to judge quality during a broadcast, such as defining a black screen or a stream stop based on specific time intervals.

Company Overview

Founded in 1998 and publicly listed on the Tokyo Stock Exchange in 2016, E-Guardian has evolved into a leading internet security enterprise. It operates across eight domestic cities and three international locations, delivering comprehensive services that cater to the needs of clients in various sectors. Recently, the company has embarked on service expansions in fintech, IoT, and RPA development, demonstrating its responsiveness to contemporary trends while ensuring a safe digital environment.