Cloud Penetration Tests simulate real-world attacks on various components of an organization’s cloud-based applications and infrastructure to identify security misconfigurations and deviations from security best practices. These tests offer a comprehensive attack narrative, aiding in assessing the potential impacts of each identified weakness and strategizing areas for improvement. Integral to your enterprise security program, these pentests play a crucial role in preventing cloud data breaches and securing your digital transformation initiatives.
Key findings, risks, impacts, and critical recommendations.
Overview of methodologies, standards, tactics, and techniques used.
Detailed vulnerability analysis, reproduction steps, PoC, evidence.
Strategic and tactical walkthrough on how to fix vulnerabilities.
Comprehensive advice on cybersecurity enhancement strategies.
Offered once vulnerabilities are fixed.
Cloud infrastructure is the modern-day backbone of every organization. Whether a business heavily relies on using platforms like AWS, Azure, Google Cloud, and container technologies to run operations and manage sensitive data, or only utilizes some of the fantastic cloud services and applications available, the safety and security of these systems are crucial. An effective cloud security strategy is key to minimizing business risks, protecting reputation, and maintaining trust with customers and partners.
The methodology of Secragon Cloud Penetration Testing Services is 95% manual and designed to systematically compare current cloud configurations against security best practices, identify security critial gaps that could lead to a breach of sensitive information, and ensure compliance.
Whether it’s an infrastructure as a service (IaaS), a platform as a service (PaaS) or software as a service (SaaS), our specialists have contributed to secure AWS infrastructures of all kinds. Our cloud penetration testing methodology covers the most important security risks unique to the AWS platform. (Architecture, EC2, VPC, S3 Buckets, IAM, Lambda, Cloudfront, DynamoDB, etc.)
While Microsoft provides a number of security measures out of the box, it is each user’s responsibility to maintain the stability and security of their environment. Our cloud security assessment services allow you to validate that your configurations are secure and determine exactly how your Azure infrastructure may be compromised by hackers. (Azure Architecture, VMs, ExpressRoute, App Gateway, Azure Functions, etc.)
Our Office 365 security audit services provide organizations with an accurate picture of their environment’s security risks that could allow an attacker, for instance, to move laterally within their infrastructure and gain access to critical assets, exfiltrate sensitive data or intercept confidential communications. (Advanced Threat Protection, Data Protection, Message Encryption, etc.)
Improved ability to identify & remediate security issues
Overview of methodologies, standards, tactics, and techniques used.
Improved security readiness policies and procedures
Minimized risk of data loss and misuse
Improved brand reputation & stakeholder trust
Minimized risk of downtime & associated costs
Improved compliance with regulatory standards
Minimized risk of facing
regulatory fines
We, at Secragon, are a team of certified ethical hackers, visionary security engineers, seasoned penetration testers, and committed project managers… but first of all – professionals, who LIVE and BREATHE Offensive Security. Along the list of qualifications, titles, and credentials, we bring a real “think outside of the box” mindset to every project and we constantly strive to learn, explore, and push forward to master complex concepts and deliver top-notch services and results.
Identify vulnerabilities in consumer, commercial and industrial devices with a detailed security review from hardware to firmware (IoT, Medical Device, etc.)
Identify vulnerabilities and exploits that threat actors could leverage to compromise your IT infrastructure and access sensitive data (Internal, External, WiFi, etc.)
Review your configurations and replicate a targeted attack on your cloud environment to prevent unauthorized access (AWS, GCP, Azure, etc.)