失うわけにはいかない重要なシステムが、攻撃者の標的になっています。AIを利用した新世代のサイバー脅威によって、かつては数週間あった対処の猶予が、わずか数時間に縮まる可能性があります。社会を支える産業の脅威は今どのような状況にあり、組織はどうすれば防御を強化できるのでしょうか。本レポートでは、これらの問いを検討します。
中国との関連が疑われるオペレーショナルリレーボックス（ORB）インフラストラクチャが、公開されたセンサーデータを大規模に収集しているものの、多くの組織はその実態を把握できていません。本レポートでは、これらのORBがデータ収集などの目的で公開テレメトリをどのように利用し得るかを掘り下げます。
TrendAI™ Researchは、工場、公益事業、エネルギー企業へのアクセスが売買され、武器化されるフォーラム、マーケットプレイス、Telegramチャネルの内部を調査しました。2年分のデータを精査した結果、金銭目的のアクセスブローカーやランサムウェアグループが、国家との関連が疑われるハクティビストと同じ場で活動し、同じ侵入経路と同じ海賊版トレーニングを共有し、場合によっては人員までも共有しているアンダーグラウンドの実態が明らかになりました。
パッチが適用されていない、または脆弱性を抱えるアプリケーションや組織のITインフラは、どのようなリスクにさらされるのでしょうか。本記事では、企業の脆弱性管理とパッチ管理にまつわる課題を仮想パッチがどのように解決するのかを解説します。
INC ransomware has been observed to exploit CVE-2023-3519 and uses HackTool.Win32.ProcTerminator.A for defense evasion and HackTool.PS1.VeeamCreds for credential access in its different attack chains.
Blockchain technology continues to be widely adopted by enterprises for its numerous benefits, and it has inevitably attracted the attention of malicious actors. The secure, decentralized nature of blockchain does present a challenge to cybercriminals, yet it is not immune to attacks.
Red teaming tools, which organizations use in cyberattack simulations and security assessments, have become an important cybersecurity component for those looking to strengthen organizational defenses.
Elections are the cornerstone of modern democracy, an exercise where a populace expresses its political will through the casting of ballots. But as electoral systems adopt and embrace technology, this introduces significant cybersecurity risks, not only to the infrastructure supporting an election but also to the people lining up in polling booths.
This article outlines the strategic risks linked to the growth of natively connected internet of things (IoT) devices that operate outside traditional cybersecurity controls.
This article provides a comprehensive overview of the necessary adjustments and strategies CISOs need to implement to safeguard their organizations’ assets, maintain business continuity, and uphold public trust amid conflict situations.
It’s projected that by 2027, more than 90% of global organizations will be running containerized applications, while 63% of enterprises already adopted a cloud-native strategy in their businesses in 2023.
The cybercriminal abuse of generative AI (GenAI) is developing at a blazing pace. After only a few weeks since we reported on Gen AI and how it is used for cybercrime, new key developments have emerged. Threat actors are proliferating their offerings on criminal large language models (LLMs) and deepfake technologies, ramping up the volume and extending their reach.
The adoption of large language models (LLMs) and Generative Pre-trained Transformers (GPTs), such as ChatGPT, by leading firms like Microsoft, Nuance, Mix and Google CCAI Insights, drives the industry towards a series of transformative changes. As the use of these new technologies becomes prevalent, it is important to understand their key behavior, advantages, and the risks they present.
In the previous parts of this series, we have learned about cryptography, what makes quantum computers unique, and how quantum computers break this cryptography. In the fourth and final part of our study on post-quantum cryptography, we will look at quantum-resistant algorithms that could replace our existing cryptography.
2026年9月16日
6 min