Did you know 70% of organizations faced cloud security incidents, a striking figure that underscores the need for robust protective measures. The Cloud Security market is projected to exceed $2.5 billion in 2025 and grow at a CAGR of 25% by 2029. Human error remains a leading cause of such incidents, driving organizations to adopt stronger solutions. As a result, many are actively seeking top cloud security providers in 2025 to safeguard their digital assets more effectively. A series of companies are coming forward with the necessity of cloud testing, and CERT-In empanelled organizations are seeking to aid those firms by leveraging the most futuristic, cutting-edge technologies to conduct meticulous penetration testing for cloud networks. 

Top Notch Cloud Penetration Testing Companies

In the hoard of thousands of cloud security testing companies, making your way in the search for the most reliable cloud testing company is a daunting task. Let us assist you with finding the list of top-notch cloud security testing companies. We did some legwork on your behalf to save your precious time and compiled a list that you can find below:

1. Kratikal Tech Pvt. Ltd.
2. Ernst & Young LLP
3. Deloitte Touche Tohmatsu India LLP
4. Bharti Airtel Service Limited
5. AQM Technologies Pvt. Ltd.
6. BDO India LLP
7. Accenture 
8. Bharat Electronics Limited
9. Aujas Cybersecurity Limited
10. CyberSRC Consultancy LLP

As per the updated list of 2025, there are 200 CERT-In empanelled organizations, and the aforementioned cloud security testing firms fall under the category of the top 10 CERT-In empanelled companies that you can rely on. Are you wondering about the organization that offers the most reliable, tailored, and budget-friendly pentesting services? Turn to Kratikal Tech Pvt. Ltd. 

What Do We Mean by Cloud Penetration Testing?

Lately, organizations are proactively adopting the cloud to avail the outstanding benefits of significant business functions obtained from a foreign supplier. A recent study in 2021 demonstrated that 90% of contemplated firms are currently using cloud computing, such as SaaS (Software-as-a-Service) services.

Since the stats of companies deploying cloud computing in their infrastructure are rising exponentially, the probability of falling into the traps of con artists is at its height

Since the stats of companies deploying cloud computing in their infrastructure are rising exponentially, the probability of falling into the traps of con artists is at its height. Cloud penetration testing is a tactic for detecting vulnerabilities or flaws in the system, hosted on a cloud provider, of the auditee organization in order to assess its security posture, and later render functional remediation solutions by exploiting the addressed loopholes in the cloud. 

While performing cloud security testing, the auditor company adheres to all the CERT-In guidelines mentioned about the VAPT processes and testing strategies. Conducting rigorous cloud penetration testing means seeking the security of your organization and developing a shield to protect the infrastructure against cyber risks. 

So, are cloud penetration testing and penetration testing similar? 

Businesses are migrating to the cloud rapidly, which has raised their risks of being attacked. Cloud penetration testing can help them prevent cyber attacks.

The term penetration testing is a process of conducting an in-depth security audit on a service, network, or system. When the security test is performed dedicatedly on the system hosted by a cloud provider such as Azure and AWS, known as cloud penetration testing.  

How Does AWS & Azure Cloud Penetration Testing Gets Done?

There are two well-known cloud-based services that companies rely on in order to support their business pursuits in the cloud. Both the cloud-based services, i.e. Microsoft Azure and Amazon Web Services, allow penetration testing respective to any infrastructure hosted on Azure and AWS by the business until those security tests come under the category of “Permitted Services”. AWS users are free to conduct cloud security testing or pentest against their AWS cloud-based infrastructure.

Before carrying out cloud pentesting, make sure that the kind of activities businesses want to perform. Then, look for whether they are aligned with the set policies. Users are not authorized to carry out any sort of security tests on the AWS services or infrastructure themselves. In case you detect or address any security flaws in AWS services or infrastructure while conducting a vulnerability assessment, reach out to AWS security instantly.

Permitted Customer Services & Prohibited Activities For Cloud Penetration Testing

Find the list of Permitted Services and Prohibited Activities for customers in the tabular format below:

Permitted Services	Prohibited Activities
Amazon Aurora	DNS zone walking using Amazon Route 53 Hosted Zones
Amazon EC2 instances, NAT Gateways & Elastic Load Balancers	Distributed Denial of Service (DDoS), Denial of Service (DoS), SDDoS (Simulated Distributed Denial of Service), Simulated DoS (These are subject to the DDoS Simulation Testing policy)
Amazon RDS	Protocol Flooding
Amazon API Gateways	Port Flooding
Amazon CloudFront	Request flooding (for instance, API request flooding, login request flooding)
AWS Lambda and Lambda Edge functions
AWS Fargate
Amazon Lightsail Resources
Amazon Elastic Beanstalk Environments

Conclusion

Cloud penetration testing is an essential process for organizations to identify vulnerabilities and protect their cloud-based infrastructure. With the increasing adoption of cloud services, the demand for meticulous penetration testing continues to rise. Adhering to CERT-In guidelines and utilizing permitted services ensures compliance and effective security measures. By leveraging advanced testing strategies, organizations can proactively safeguard their systems against evolving cyber threats, maintain their security posture, and build robust defenses. Staying informed about permitted and prohibited activities, especially when testing on platforms like AWS and Azure, is crucial to ensure a seamless and secure testing experience.

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