News
[Webinar] Announcement of a webinar explaining "Three ways to inspect for vulnerabilities in critical systems in operation in the era of high-performance AI"

G-Gravity Co., Ltd., a leader in public digital transformation, will hold a webinar on September 28th (Monday) and 29th (Tuesday) to explain "Three methods for inspecting vulnerabilities in critical systems in operation in the era of high-performance AI."
▽Click here for details
URL:https://form.k3r.jp/ggravity/20260928
_____________________________________
The rapid proliferation of high-performance AI is fundamentally shaking the foundations of traditional security operations.
Among these, the most difficult and important to address is:
○ "Unstoppable (high availability)"
○ "High level of confidentiality (secrecy/isolated environment)"
○ "Legacy assets that have been in operation for many years"
This is vulnerability management for critical systems with the following characteristics.
This webinar will systematically explain three practical methods for vulnerability assessment in live systems from the perspectives of Source Code Analysis (SAST) and Open Source Component Analysis (SCA).
_____________________________________
▽Click here for event details
Theme: "Three methods for vulnerability assessment of critical systems in operation using high-performance AI"
Date and time:
Monday, September 28th 16:00-17:00
Tuesday, September 29th, 11:00 AM - 12:00 PM
*Similar content will be streamed live.
Format: Online
Participation fee: Free (pre-registration required)
Speaker: G-Gravity Co., Ltd.
Yuto Tenpaku, General Manager, Product & Alliance Management, Business Strategy Promotion Office
▽Apply here
URL:https://form.k3r.jp/ggravity/20260928
______________________________________
Webinar content
New security risks to critical infrastructure and foundational systems due to the rise of high-performance AI
・Three practical methods for inspecting systems without stopping them while they are running (Key points of SAST/SCA)
Triage and countermeasures: How to develop realistic triage criteria and priorities.
■Contact information:megumi.tanaka@g-gravity.jp
