Webinar Rebroadcast: "Enterprise Security Risks in the Generative AI Era as Seen Through IPA's Top 10 Information Security Threats"
GMO Cyber Security by Ierae and Majisemi are rebroadcasting a webinar focusing on enterprise security risks in the generative AI era. It explains the risk of vulnerability injection due to AI coding and the importance of expert vulnerability assessments.
📋 Article Processing Timeline
- 📰 Published: May 7, 2026 at 18:00
- 🔍 Collected: May 7, 2026 at 09:31
- 🤖 AI Analyzed: May 7, 2026 at 09:36 (4 min after Collected)
Details and registration here
■ AI Coding Spreads in Development, but Risk of Vulnerability Injection Increases, IPA Issues Warning
In recent years, the use of AI coding tools in development has rapidly spread, significantly improving development efficiency. However, there is a risk of unexpected vulnerabilities being injected into AI-generated code, and the IPA (Information-technology Promotion Agency, Japan) has issued a warning about this risk as a new threat in its "Top 10 Information Security Threats 2025." In addition to traditional development methods, a new challenge of verifying AI-generated code has emerged, making vulnerability assessment more important than ever.
■ "Unchanging Measures" and "Measures to Review" in the Generative AI Era
While the use of AI-generated code is advancing, many companies lack the literacy to "how to evaluate AI-generated code," and their judgment is being questioned. AI-generated code may contain vulnerabilities even if it appears to function normally, and traditional review standards can lead to oversights. Furthermore, as development speed dramatically increases, review systems cannot keep up, leading to increased burden on reviewers, formalization of reviews, and an increase in cases where potential security holes are overlooked. Therefore, internal reviews alone have limitations, and expert vulnerability assessments that can verify from an attacker's perspective are indispensable. This seminar will organize unchanging principles of countermeasures and review systems that need to be re-evaluated, explaining practical judgment criteria such as "which areas should be prioritized for assessment" and "how to differentiate between automated tools and manual assessments."
■ Defense Ministry-Adopted Level Diagnostic Technology, International CTF Japan's Top Experts Provide Full Support from Diagnosis to Re-diagnosis
This seminar will introduce the highly advanced diagnostic technology provided by GMO Cyber Security by Ierae, which is also adopted by the Ministry of Defense, and their vulnerability assessment service by a team of experts with top-class achievements in international security competitions (CTF) in Japan. White-hat hackers manually conduct assessments using actual attack methods, discovering complex vulnerabilities that automated tools cannot detect. They provide detailed reports with specific countermeasures and explain a practical approach that consistently supports from initial assessment to re-assessment after implementation of countermeasures.
■ Organizers/Co-organizers
GMO Cyber Security by Ierae, Inc.
Open Source Utilization Research Institute Co., Ltd.
Majisemi Co., Ltd.
Details and registration here
Majisemi will continue to hold webinars that "benefit participants."
Past seminar materials and other open seminars can be viewed here.
Majisemi Co., Ltd.
Shiodome Building 3F, 1-2-20 Kaigan, Minato-ku, Tokyo 105-0022, Japan
Inquiries: https://majisemi.com/service/contact/
Keywords:
■ AI Coding Spreads in Development, but Risk of Vulnerability Injection Increases, IPA Issues Warning
In recent years, the use of AI coding tools in development has rapidly spread, significantly improving development efficiency. However, there is a risk of unexpected vulnerabilities being injected into AI-generated code, and the IPA (Information-technology Promotion Agency, Japan) has issued a warning about this risk as a new threat in its "Top 10 Information Security Threats 2025." In addition to traditional development methods, a new challenge of verifying AI-generated code has emerged, making vulnerability assessment more important than ever.
■ "Unchanging Measures" and "Measures to Review" in the Generative AI Era
While the use of AI-generated code is advancing, many companies lack the literacy to "how to evaluate AI-generated code," and their judgment is being questioned. AI-generated code may contain vulnerabilities even if it appears to function normally, and traditional review standards can lead to oversights. Furthermore, as development speed dramatically increases, review systems cannot keep up, leading to increased burden on reviewers, formalization of reviews, and an increase in cases where potential security holes are overlooked. Therefore, internal reviews alone have limitations, and expert vulnerability assessments that can verify from an attacker's perspective are indispensable. This seminar will organize unchanging principles of countermeasures and review systems that need to be re-evaluated, explaining practical judgment criteria such as "which areas should be prioritized for assessment" and "how to differentiate between automated tools and manual assessments."
■ Defense Ministry-Adopted Level Diagnostic Technology, International CTF Japan's Top Experts Provide Full Support from Diagnosis to Re-diagnosis
This seminar will introduce the highly advanced diagnostic technology provided by GMO Cyber Security by Ierae, which is also adopted by the Ministry of Defense, and their vulnerability assessment service by a team of experts with top-class achievements in international security competitions (CTF) in Japan. White-hat hackers manually conduct assessments using actual attack methods, discovering complex vulnerabilities that automated tools cannot detect. They provide detailed reports with specific countermeasures and explain a practical approach that consistently supports from initial assessment to re-assessment after implementation of countermeasures.
■ Organizers/Co-organizers
GMO Cyber Security by Ierae, Inc.
Open Source Utilization Research Institute Co., Ltd.
Majisemi Co., Ltd.
Details and registration here
Majisemi will continue to hold webinars that "benefit participants."
Past seminar materials and other open seminars can be viewed here.
Majisemi Co., Ltd.
Shiodome Building 3F, 1-2-20 Kaigan, Minato-ku, Tokyo 105-0022, Japan
Inquiries: https://majisemi.com/service/contact/
Keywords: