On-Premise vs. Cloud Security
Let's compare on-premises and cloud security, examine their differences, and explore key cloud-specific security concepts to help you choose the best approaches to security for your entire organization.
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。
Let's compare on-premises and cloud security, examine their differences, and explore key cloud-specific security concepts to help you choose the best approaches to security for your entire organization.
Smart CIEM beats basic visibility. The best platforms prioritize real attack paths and provide actionable fixes, not just permission inventories.
Looking for a Wiz alternative? Learn why Wiz stands apart and when it may take multiple tools to match its coverage.
Choosing between role-based access control (RBAC) and attribute-based access control (ABAC) sets up how your cloud stack determines who may do what, where, and when. This blog post shows you the functional differences between the two models.
A base image is the foundational layer of every container—it acts like the container’s operating system (OS), providing core files, dependencies, and configurations needed to run your application.
DSPM solutions are essential for effective cloud data security and compliance because they continuously oversee and assess an organization’s cloud data security practices and configurations.
Code-to-cloud security protects applications across the entire software development lifecycle (SDLC), from code all the way to runtime in the cloud.
A VPC is a logically isolated private network within a public cloud that users can fully configure.
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。
クラウド コンプライアンスは、クラウドベースの資産が組織に関連するデータ保護規制、標準、およびフレームワークの要件を確実に満たすために必要な一連の手順、制御、および組織的対策です。
Data security in 2025 demands a shift from perimeter defenses to continuous, context-aware protection across cloud, SaaS, and on-prem environments.
In this guide, we’ll show you how to choose a CNAPP that cuts through complexity and gives your team a real path to security: with full-stack visibility, runtime protection, and developer-friendly workflows.
Cloud service providers offer on-demand, scalable computing resources like storage services, applications, and cloud-based compute. Using a structured checklist can help your business select a cloud provider that has the features you need to meet your security goals.
静的アプリケーションセキュリティテスト(SAST)は、ソフトウェアがデプロイまたは実行される前に、アプリケーションのソースコード、バイトコード、またはバイナリコードのセキュリティの脆弱性を特定する方法です。
Compare 10 essential cloud security tool types and their key features and learn how to consolidate your security stack with CNAPP solutions for better protection.
アプリケーションセキュリティポスチャ管理では、ソフトウェア開発ライフサイクル(SDLC)全体を通じて、アプリケーションの脅威、リスク、脆弱性を継続的に評価します。
クラウド ワークロード保護プラットフォーム (CWPP) は、さまざまな種類のクラウド環境にわたるクラウド ワークロードに対する継続的な脅威の監視と保護を提供するセキュリティ ソリューションです。
Cloud transformation is the process of moving IT assets to cloud environments to achieve better agility and efficiency.
Container vulnerability management is the process of finding and fixing flaws throughout the container stack.
Unauthorized access refers to any successful or attempted access to systems, services, or data without the proper permissions. These incidents can result from misconfigurations, credential theft, or flaws in identity and access management—and often go unnoticed without proper detection mechanisms in place.
A SOC manages cloud and on-premises security with complete oversight. On the other hand, MDR is an external service that provides cloud-focused threat detection and response, offloads operational complexity, and offers flexibility without internal resource expansion.
In this guide, we'll help you navigate the rapidly evolving landscape of AI security best practices and show how AI security posture management (AI-SPM) acts as the foundation for scalable, proactive AI risk management.
A KBOM inventories every orchestration-layer component—from control-plane services and node binaries to CNI plugins and custom resources.
This post explains where traditional cost tools fall short in Kubernetes, the core metrics that matter, practical tactics for eliminating waste, and how modern platforms—Wiz included—blend cost and security data into a single actionable view.