What is AI Detection and Response (AIDR)?
AI detection and response (AIDR) is a security capability that monitors your AI systems, prompts, agents, models, and the data pipelines feeding them, then acts when something goes wrong.
CloudSec Academy へようこそ。クラウドセキュリティの頭字語と業界用語のアルファベットスープをナビゲートするためのガイドです。 明確で簡潔、かつ専門的に作成されたコンテンツで、基本的なことからベストプラクティスまでをカバーします。
Wizがクラウドセキュリティの基礎をどのように実務的な成果に変えているかをご覧ください。
AI detection and response (AIDR) is a security capability that monitors your AI systems, prompts, agents, models, and the data pipelines feeding them, then acts when something goes wrong.
Offensive security is a proactive way to test defenses by attacking your own systems the way a real adversary would.
AI data integration is the use of machine learning, natural language processing, and large language models to automatically connect, clean, map, and move data from many sources into a single, unified view.
Code review is the practice of having someone other than the author read a code change before it merges.
Wizが即時の可視性を迅速な修復に変える様子をご覧ください。
Purple teaming is a collaborative validation loop: emulate a realistic procedure, observe what the defensive stack sees, improve the control, and retest.
AI cost management is the practice of tracking, attributing, optimizing, and governing spend across the entire AI lifecycle, including managed inference APIs, self-hosted GPU compute, vector data pipelines, and model fine-tuning
Penetration testing finds exploitable weaknesses; red teaming measures whether attackers can turn those weaknesses into real attacks before your teams detect and stop them.
API sprawl becomes a security risk when API creation outpaces inventory, ownership, and lifecycle controls.
Red teaming evaluates how well your organization detects, contains, and responds to realistic attacks by using ethical hackers to pursue specific objectives.
API discovery is the process of finding, mapping, and cataloging every single API across your entire digital estate, including your public-facing cloud accounts and your on-premises data centers.
Business logic vulnerabilities are flaws in how an app enforces its own rules, letting attackers misuse valid features. See the types, examples, and prevention.
In this article we'll cover a tried-and-true governance strategy, a practical five-layer operating model, and guidance on how to operationalize it using the right people, processes, and platforms.
クラウドセキュリティとは、クラウドベースのシステム、データ、インフラストラクチャを保護するために連携する一連のポリシー、制御、手順、およびテクノロジーを指します。
クラウド セキュリティ ポスチャ管理 (CSPM) は、クラウド環境とサービス (パブリック読み取りアクセスのある S3 バケットなど) のリスクを継続的に検出して修復するプロセスを表します。CSPM ツールは、業界のベスト プラクティス、規制要件、セキュリティ ポリシーに照らしてクラウド構成を自動的に評価し、クラウド環境が安全で適切に管理されていることを確認します。
eBPF provides deep visibility into network traffic and application performance while maintaining safety and efficiency by executing custom code in response to the kernel at runtime.
SAST (Static Application Security Testing) analyzes custom source code to identify potential security vulnerabilities, while SCA (Software Composition Analysis) focuses on assessing third-party and open source components for known vulnerabilities and license compliance.
脆弱性管理には、IT環境の脆弱性を継続的に特定、管理、修復することが含まれ、あらゆるセキュリティプログラムに不可欠な部分です。
IDOR (insecure direct object reference) is an access control flaw that leaks data when apps skip authorization checks. See how IDOR works and how to prevent it.
AI tokenomics, short for “token economics,” is the study and management of how large language models (LLMs) and other generative AI systems produce, price, and consume tokens.