Cloud Security

Extracted Attributes

• Scope

  Encompasses protection of virtualized IP, data, applications, services, and cloud infrastructure.

• Definition

  A broad set of policies, technologies, applications, and controls utilized to protect virtualized intellectual property, data, applications, services, and the associated infrastructure of cloud computing.

• Importance

  Crucial for data protection, meeting compliance requirements, safeguarding against reputational damage, establishing business continuity, and providing a competitive advantage.

• Threats/Risks

  Data breaches, malware attacks, misconfigurations (e.g., open storage buckets, weak IAM settings), evolving attack vectors.

• Key Components

  Policies, technologies, applications, controls, security controls, compliance, access control, data privacy protection, user and device authentication, data encryption.

• Responsibility Model

  Requires collaboration between cloud providers (security of the cloud infrastructure) and users (securing data, applications, and access controls within their cloud environments).

• Strategies/Practices

  Zero Trust (ZT), Artificial Intelligence (AI), Threat and Vulnerability Management (TVM), continuous verification, least privilege principles, multi-factor authentication, regular audits, CSPM tools, integrating security throughout SDLC.

Timeline

• Google's $32 billion acquisition of cloud security firm Wiz is analyzed as a major market development, potentially stimulating M&A and IPOs in the cloud security market. (Source: Related Documents)

  2025-03-XX

Cloud computing security

Cloud computing security or, more simply, cloud security, refers to a broad set of policies, technologies, applications, and controls utilized to protect virtualized IP, data, applications, services, and the associated infrastructure of cloud computing. It is a sub-domain of computer security, network security and, more broadly, information security.

Web Search Results

• Cloud Security Best Practices: 22 Steps for 2025 - Wiz

  Cloud security, often called cloud computing security, encompasses a broad range of policies, technologies, applications, and controls to protect data, applications, services, and the associated infrastructure of cloud computing. It falls under the umbrella of IT-related security terms, including network security, computer security, and, more generally, information security. [...] Cloud security is a two-way street, requiring collaboration between cloud providers and users to maintain a secure environment. While providers handle the security of the cloud infrastructure, users are responsible for securing the data, applications, and access controls within their cloud environments. Understanding these roles is foundational to a strong cloud security strategy. Recommended actions: [...] With our growing dependence on cloud platforms, safeguarding these systems is of utmost importance. Integrating cloud security throughout the software development lifecycle safeguards sensitive data and ensures the integrity and availability of services businesses and individuals depend on daily. From the security perspective, the main components of cloud architecture are as follows:

• What Is Cloud Security? - Issues & Threats | Proofpoint US

  Cloud computing infrastructure requires protection from cyber threats. Cloud security is a branch of cybersecurity devoted to this task. Not only is cloud security important for data protection, but it also helps industries and organizations meet compliance requirements, safeguard against reputational damage, establish business continuity in case of disruptive events, and even provides a competitive advantage in a predominantly cloud-based landscape. [...] Cloud security encompasses the technologies, applications, controls, and policies that protect people, data, and infrastructure from cyber-attacks and compliance risks on cloud computing platforms. It involves a comprehensive set of security measures designed to address both external and internal security threats to organizations, including controlling security, compliance, and other usage risks of cloud computing and data storage. [...] Cloud security utilizes a combination of technical and procedural measures to protect cloud-based infrastructure, applications, and data from persisting cyber threats. A secure cloud environment ensures user and device authentication, access control over data and resources, and data privacy protection. Cloud security helps organizations protect users from cloud-based threats by:

• 20 Cloud Security Best Practices - CrowdStrike.com

  One of an organization’s key concerns when embarking on a digital transformation journey in the cloud is security, as cloud security entails a paradigm shift from traditional security solutions and approaches. In addition, data breaches and malware attacks are becoming commonplace in the cloud, and attack vectors keep evolving every day. It’s important to understand cloud security so you can implement the right tools and best practices to protect your cloud-hosted workloads. Better [...] CrowdStrike Falcon® Cloud Security consolidates and unifies all of the security controls discussed above into one solution to streamline security operations. The platform consolidates a wide range of point products used to protect and monitor endpoints, cloud workloads, identity, and data to provide end-to-end coverage and eliminate complexity. [...] As with any product, service, or process, cloud security solutions and strategies should have cloud and data compliance requirements top of mind. Staying compliant means you are meeting standards set by laws and regulations to ensure customer protection.

• CSA Security Guidance for Cloud Computing

  This domain explores various angles for analyzing cloud security challenges using perspectives (lenses) and processes. It covers critical security areas such as organization management, IAM, security monitoring, network, workload, application, and data. Key technologies and strategies include Zero Trust (ZT), Artificial Intelligence (AI), and Threat and Vulnerability Management (TVM). Practices include continuous verification of users and devices, least privilege principles, multi-factor [...] The Cloud Security Alliance'sSecurity Guidance for Critical Areas of Focus in Cloud Computingoutlines cloud security best practices that have been developed and refined by CSA's extensive community of experts. Emphasizing the practical application of security principles in real-world scenarios, this comprehensive guide equips professionals with actionable skills. Learn how to adopt and implement a cloud-native approach that addresses modern challenges in complex cloud environments. [...] This domain focuses on the practice of using security controls to protect computer applications from external threats. It covers the entire lifecycle of application security, from early design and threat modeling to maintaining and defending production applications. Cloud computing advancements necessitate stable, scalable, and secure progress in application development. Key topics include microservices, API exposure, DevOps approaches, shared responsibility models, third-party libraries,

• Cloud Security | The 10 Most Common Threats - Darktrace

  Apply a zero trust security framework where no devices or users are trusted by default. Establish and enforce clear security policies, access control, and data-sharing guidelines for cloud usage. Conduct regular employee awareness training regarding cloud security best practices and how to recognize common cyber-attack tactics. [...] Use the security features provided by cloud service providers. Undertake regular audits and updates to identify vulnerabilities and misconfiguration. Leverage cloud security posture management (CSPM) tools to offer visibility into cloud environments and automated remediation processes that quickly address vulnerabilities. Implement data encryption to ensure data remains unreadable if unauthorized users intercept it. [...] Misconfigurations in cloud environments are among the most common and critical security risks. These occur when cloud resources, such as storage buckets, databases, or virtual machines, are set up with weak security controls or improper access permissions. Examples include leaving storage buckets open to the public, not enabling encryption, or failing to configure identity and access management (IAM) settings correctly. These misconfigurations can expose sensitive data and cloud infrastructure