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Cloud Security Audit
Cloud security, Cloud Security Testing

Cloud Security Audit: A Complete Guide in 2025

Cloud security audits are essential to protect cloud-hosted apps and data from unauthorized use and theft. Cloud providers put businesses on the same level by enabling them to host their data and apps in the cloud.   However, some security issues are associated with agility. Cloud security breaches would be costly both financially and in terms of reputation and could mean losses that involve a lot of manpower to prevent.   This blog will cover everything you want to know about cloud security and the audits performed to assess it. We will begin by discussing a cloud security audit, why it is needed, and what the steps are. Then, we will discuss some of the challenges of the cloud security testing process and how to select the right audit provider. What is a Cloud Security Audit? A cloud security audit examines an organization’s security controls to shield its data and other resources in the cloud. An external auditor carries out the audit, typically using different test cases and checklists to ascertain if the desired security posture is satisfactory. What Does “Security-in-the-Cloud” Mean? Cloud security is rooted in a model of shared responsibility between customers and cloud providers. Customers are held accountable for the security of their data and applications, while the security of infrastructure lies with the cloud providers. The table below will make you realize this more clearly. Type of Cloud Service Security Responsibilities of Cloud Providers Security Responsibilities of Clients Infrastructure as a Service (IaaS) Virtualization. Network, Infrastructure, Physical User Access, Data, Application, Operating System Platform as as Service (PaaS) Operating System, Virtualization, Network, Infrastructure, Physical User Access, Data, Application Software as a Service (SaaS) Application, Operating System, Virtualization, Network, Infrastructure, Physical User Access, Data 5 Reasons Why Cloud Security Audits Are Necessary Cloud security services have become the new norm for businesses of all sizes. It offers many advantages in terms of cost, scalability, and agility. However, the cloud also comes with some security challenges. For various reasons, it is necessary to evaluate the security health of your cloud environment and the data hosted on the cloud regularly. 1. Compliance With Regulations A cloud security audit determines compliance risk and recommends remediation. Businesses can differentiate themselves from their competitors by being compliant with regulations and establishing brand trust and credibility. 2. Data Security Cloud service security can assist in ensuring data confidentiality, integrity, and availability. They help organizations know their cloud environment and recognize potential threats. They also enable them to create the right controls to mitigate such threats. 3. Effectiveness of Security Controls Performing cloud security audits periodically tests the efficiency of your organization’s security controls. It allows you to confirm that your security controls efficiently identify and stop unauthorized access to information. 4. Prevent Data Loss Audits assist in measuring your organization’s risk for data loss and how susceptible you are to it. You would have to spot probable causes for data loss and address them first through the use of information from a security audit. 5. Enhance Security Posture The discovery of security control weaknesses allows an organization to review its cloud security posture and improve it where needed to avoid data breaches and attacks. How is a Cloud Security Audit Conducted? A cloud security network is done by a third-party independent, for example, Qualysec. The auditor will review the customer’s security controls and recommend improvements. The security audit process usually involves the following steps: Steps Involved in a Cloud Security Audit 10-Point Cloud Security Audit Checklist Here is a checklist used by the best cloud security firms upon an audit: Latest Penetration Testing Report Download Challenges Involved in a Cloud Security Audit There are serious challenges in performing security audits in cloud environments because they are dynamic, complex environments, and each cloud security providers have its own policies. 1. Constant Change Cloud security solutions are dynamic, and new services, features, and configurations are being released continuously. This is a challenge for auditing because all these changes need to be taken into consideration and properly integrated into the audit. 2. Diverse Security Policies Security policies of cloud services differ among providers. In selecting a cloud provider, you need to be extremely careful regarding the security tests you are provided with and make sure that the audited space does not contradict the terms of service of the provider. 3. Complexity and Scale Cloud structures tend to be large and complicated, consisting of multiple interdependent parts. One of the biggest security auditing challenges is that finding sufficient information for a decent audit can take a long time. 4. Differing Security Levels Companies can receive varying degrees of protection from cloud providers—basic and enterprise-level. This variation may make it difficult to confirm all possible risks and threats in the system, especially when you’re using several providers or services from one provider. Things to Look for in a Cloud Security Testing Firm Cloud security testing may be a long, tiring, and nerve-wracking process, given how much relies on it. You should hire assistance from auditors who suit your requirements the best. Following are certain qualities of the cloud pentest providers you need to explore:   The cloud security test provider ought to possess automated and manual security test capabilities to perform a complete security audit.   The security audit provider must be compatible with and aware of the cloud security policies imposed by your cloud service provider.   Your security provider should provide guidance on the best cloud security practices, and your employees should undergo training.   It’s easier to live with it if the audit vendor provides remediation assistance.   The security audit company should assist you in preparing for the security compliances that you wish to attain. Cloud Security Testing With Qualysec Qualysec has established a benchmark in security scanning through its synergy of automated vulnerability scanning and pen cloud security testing. Qualysec is a robust, precise, and user-centric security solution provider for efficient cloud vulnerability assessment and penetration testing for AWS, Azure, or GCP.

Cloud Security Network - Definition and Best Practices
Cloud security

Cloud Security Network – Definition and Best Practices

Cloud security network is a set of technologies, practices, and protocols that protect cloud networks from breaches and cyberattacks. Organizations that use cloud services, both private and public, should implement necessary security measures to secure data and applications hosted in them. With 45% of total breaches being cloud-based, it’s high time businesses start considering the need for cloud security. Practices like security audits and cloud penetration testing can help identify vulnerabilities in the cloud environment and strengthen its overall security posture. In this blog, we are going to extensively learn about cloud security networks, their importance, and best practices. If you are a cloud service user or provider, stay until the end. What is a Cloud Security Network? Cloud security network solely focuses on protecting cloud networks from unauthorized access, misuse, modification, and exposure. It is one of the fundamental layers of cloud security that monitors, prevents, and manages risks in the network perimeter. Keeping the data safe when it is stored and managed in the cloud is what cloud network security is all about. It includes components like firewalls, encryption, and access control mechanisms to ensure that only authorized people can access the data. Additionally, it constantly monitors any suspicious activities and fixes vulnerabilities before an attacker exploits them. So, whether you are using cloud computing for work or personal use, a cloud security network ensures your information stays secure, giving you peace of mind. The Importance of Cloud Security Networks Whether you have moved completely to a private cloud or are using a hybrid cloud model, its security is a no-brainer. You need to understand that when you move to the cloud from your traditional on-premises perimeter, there are additional security risks attached to it. The usual multi-layered network security components like firewalls and encryption are a must but as workload and users increase, it becomes harder to detect and respond to security threats promptly. To keep up with modern IT requirements, organizations need an easier way to manage and scale network security that directly integrates with the cloud. Cloud security network practices like penetration testing are the best way in modern cybersecurity that help you minimize risk, comply with industry standards, and ensure safe business operations.   Benefits of Cloud Security Network What are the Challenges to Cloud Security Networks? Cloud computing is so powerful in accelerating business operations, that it comes with a wide range of challenges. One of the main reasons these challenges arise is due to organizations failing to understand network security in cloud computing, specifically where the obligations of the cloud service provider (CSP) end and where they begin in the shared responsibility model.   Cloud Network Security Challenges Cloud Security Network Best Practices Now that we have understood what the common cloud security network risks are, it’s time to check out measures that can prevent these unfortunate events. 1. Use Access and Identity Management (IAM) Managing who is allowed to access the cloud data and resources is critical in preventing unauthorized access. You need IAM services to implement role-based access controls or least privilege measures. Cloud platforms also offer tools that can be integrated with on-premises solutions, such as the Active Directory. This mechanism provides a single sign-on (SSO) for cloud-hosted job roles. 2. Secure Connections Between Environments Your work may be conducted on-premises, in the cloud, or across multiple cloud models. This is why it is essential to secure connections between these environments to keep your operations as private as possible. As a result, it reduces exposure to threats. Additionally, you can avoid disruptions of your workflow by using private access options. These options allow cloud users and on-premises users to communicate with APIs and services without an external IP address. 3. Implement Zero-Trust Networks It doesn’t matter whether you are outside or inside your network, the zero-trust security model ensures nothing, and no one is trusted by default. It allows cloud users to change access controls from the network perimeter to individual users and devices. 4. Understand the Shared Responsibility Model Every cloud service provider (CSP), be it AWS, Google Cloud, or Azure, follows a shared responsibility model when it comes to cloud security. This model defines the different areas of security in the cloud, some of which are managed by the CSP while others are managed by the user. For example, the hardware security of the cloud is managed by the CSP while cloud infrastructure and application layers are managed by the user. 5. Use Secure Internet-Facing Services It’s always best to restrict access to your cloud resources from the internet unless it is necessary. However, if you can’t seem to avoid it, you can still limit access to the network in the cloud. This includes security measures for DDoS attacks, identity-aware access control, web application firewall (WAF), and threat detection with real-time monitoring, logging, and alerting. 6. Micro-Segmentation of Access Even within your cloud network, it’s important to regulate and manage communication between different applications and services. Micro-segmenting prevents lateral movement in detailed security policies to control traffic, especially if an attacker infiltrates the network. 7. Conduct Cloud Penetration Testing If you want to know what your security flaws are and how you can strengthen them, perform cloud penetration testing. It is the process where pen testers or ethical hackers use simulated attacks on the target environment to detect security vulnerabilities. Along with that, their reports include remediation strategies for the found vulnerabilities. So, if you want to secure your cloud network, perform penetration testing at least once a year. Qualysec Technologies has been securing cloud applications and networks for a while now. We are proud to say that we haven’t had a single data breach from the applications we have secured. Talk to our cybersecurity expert if you want to secure your cloud environment.   Talk to our Cybersecurity Expert to discuss your specific needs and how we can help your business. Schedule a Call Conclusion Cloud security networks are constantly advancing, with AI and machine

Infrastructure security in cloud computing_ Tools and Techniques
Infrastructure Security

Infrastructure Security in Cloud Computing: Tools and Techniques

As businesses increasingly rely on cloud computing for scalability, cost-efficiency, and convenience, securing cloud infrastructures has emerged as a top priority. With cyber threats becoming more sophisticated, cloud infrastructure security is vital to safeguard sensitive data, maintain business continuity, and ensure compliance with evolving regulations. Recent statistics reveal alarming trends: According to a 2025 report by Cybersecurity Ventures, 88% of data breaches now involve cloud environments. IBM estimates the average cost of a data breach has surged to $4.45 million, with breaches in cloud environments costing businesses significantly more due to complexity and scale. This blog gets deep into the fundamentals of cloud infrastructure security, its critical components, advanced techniques, and the best tools to fortify your cloud environment in 2025. What is Infrastructure Security in Cloud Computing? Infrastructure security in cloud computing is the practice of safeguarding virtual environments, applications, and sensitive data from cyber threats. It employs advanced technologies, robust policies, and effective techniques to detect, prevent, and mitigate risks such as data breaches, unauthorized access, and malware attacks.   “For a detailed guide, check out Cloud Security Vulnerability and Cloud Vulnerability Management.   Key objectives of cloud infrastructure security include: Data Protection: Safeguard sensitive data across its lifecycle—at rest, in transit, and in use. Access Management: Enforce strict controls to limit access to authorized users only. Real-Time Threat Detection: Monitor activities to identify and neutralize emerging threats promptly. Compliance: Ensure adherence to regulatory standards like GDPR, HIPAA, and ISO 27001. Business Continuity: Minimize downtime by mitigating risks and enhancing disaster recovery mechanisms. Did you know? More than 95% of global organizations use cloud services in some capacity, highlighting the need for robust cloud infrastructure security to ensure smooth operations. 5 Essential Components of Cloud Infrastructure Security To secure cloud environments effectively, organizations must adopt a multi-layered approach that includes the following components:   1. Identity and Access Management (IAM) IAM governs who has access to cloud resources and what actions they can perform. This ensures that access is granted only to authorized individuals and prevents unauthorized activity. Key IAM Features in 2025: AI-Powered Behavioral Analytics: Detect unusual login attempts in real time. Zero-Trust Architecture: Enforce least privilege principles for tighter security. Adaptive MFA: Use context-aware multi-factor authentication (MFA) to reduce risks. 2. Network Security Cloud network security ensures secure communication between users and cloud resources. With data traveling over public networks, securing it against interception and tampering is critical. Top Measures for 2025: Software-Defined Networking (SDN): Allow dynamic network segmentation for enhanced security. Advanced Firewalls: Incorporate AI-driven firewalls for better threat detection. TLS 1.3 Encryption: Ensure secure data transmission with the latest protocols. “Explore our insights on Cloud Security Network. 3. Data Security Data security involves protecting sensitive information stored or processed in the cloud. Encryption, secure key management, and tokenization are foundational techniques. New Trends: Post-Quantum Encryption: Prepare for quantum computing threats with stronger encryption methods. Data Sovereignty Tools: Ensure compliance with regional data protection laws. 4. Endpoint Security As organizations embrace remote work and BYOD policies, endpoints have become a significant attack vector. Modern Endpoint Security Techniques: EDR/XDR Tools: Endpoint Detection and Response solutions provide proactive monitoring and remediation. Zero-Trust Device Management: Continuously assess the security posture of devices accessing the cloud. 5. Application Security Cloud applications face risks such as SQL injection and XSS attacks. Application security involves safeguarding these assets through secure development practices and runtime protections. 2025 Trends in Application Security: DevSecOps Integration: Embed security into the development lifecycle. RASP: Runtime Application Self-Protection to detect and prevent threats during runtime. “To dive deeper into cloud-based application protection, refer to Cloud Security VAPT. Advanced Techniques for Cloud Infrastructure Security (Expanded) Below are some techniques to ensure robust cloud infrastructure security. These methods not only mitigate risks but also strengthen your cloud environment’s resilience.  1. AI-Driven Threat Detection Artificial Intelligence (AI) and Machine Learning (ML) have revolutionized cybersecurity by enabling faster and smarter threat detection. Predictive Analytics: AI models analyze patterns of historical data and user behavior to predict potential security risks. For example, unusual access patterns or login attempts can be flagged before they escalate into breaches. Real-Time Anomaly Detection: AI-powered systems continuously monitor network traffic and user activities to identify anomalies in real time. This is crucial for detecting zero-day attacks or insider threats. Automated Response: AI can automate responses to low-level threats, such as isolating compromised devices or accounts. Threat Intelligence Integration: These systems aggregate and analyze threat data from multiple sources to provide actionable insights to preempt cyberattacks. Examples of AI-driven tools: CrowdStrike Falcon, Darktrace, Microsoft Defender for Cloud. 2. Cloud Penetration Testing Penetration testing (pentesting) simulates cyberattacks to identify vulnerabilities in a cloud environment. Modern advancements in this field include: Red Teaming Exercises: These go beyond traditional pentests by simulating sophisticated, multi-step attacks that mimic real-world adversaries. Red teams work to exploit vulnerabilities, while blue teams (defenders) improve their detection and response capabilities. Data-Driven Testing Models: Combine automated tools with manual testing along with data-driven methodologies for a complete assessment of cloud infrastructure, including APIs, databases, and identity systems. Compliance-Focused Testing: Pentests now align with regulatory standards like GDPR, PCI-DSS, or HIPAA, ensuring not only security but also adherence to legal requirements. Cloud-Specific Pentesting: Cloud platforms like AWS, Azure, and GCP require specialized pentesting techniques to account for shared responsibility models and unique configurations. Benefits of pentesting: Identifying misconfigurations in cloud storage buckets or access policies. Detecting exploitable vulnerabilities in APIs and applications. Strengthening overall cloud security posture. Latest Penetration Testing Report Download 3. Cloud-Native Security Platforms Cloud-native security platforms are designed to address the unique challenges of cloud environments. These platforms integrate security measures directly into the development lifecycle and operations of cloud-based systems. Identity and Access Management (IAM): Platforms like Okta and AWS IAM help enforce least-privilege access and implement robust authentication protocols (e.g., MFA, SSO). Workload Protection: Tools like Prisma Cloud and Lacework provide runtime protection for containers, Kubernetes, and serverless workloads. Threat Detection and Response: Cloud-native tools offer advanced features like automated incident response,

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Pabitra Kumar Sahoo

Pabitra Kumar Sahoo

COO & Cybersecurity Expert

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Pabitra Kumar Sahoo

Pabitra Kumar Sahoo

COO & Cybersecurity Expert