Cyberattacks have become increasingly frequent and damaging. Data breaches can damage a company’s reputation, expose sensitive information, and cause expensive business disruptions.
Protecting against these attacks requires a unified security platform encompassing the entire CI/CD lifecycle and integrating with DevSecOps workflows. This is the core of a cloud-native security platform (CNAPP). What are the benefits of using a CNAPP?
Increased Visibility and Insight
Cloud-native is a system architecture approach with the cloud as the primary hosting platform. Its focus on modular components and continuous integration and deployment workflows allows teams to deploy applications quickly. It also helps reduce risk by enabling a microservices architecture that isolates security issues so that one vulnerability doesn’t impact the entire application.
However, these advancements create new challenges for cybersecurity professionals. Increasing complexity and speed often mean that security tools are deployed in siloes, making it difficult to understand the risk of a single vulnerability across multiple devices. In a recent study, industry analysts and cloud providers developed the shared responsibility security model to clarify where responsibilities lie in terms of security.
Organizations should consider building a cloud-native security platform with the DevSecOps mentality to address these challenges. This means moving security down to the code level and prioritizing it earlier in development. The result is a faster, more cost-effective way to identify and remediate vulnerabilities.
A cloud native security platform enables this by providing visibility and insight into application code, container image, and infrastructure. This allows teams to detect misconfigurations and potential vulnerabilities as soon as they are introduced into production, helping minimize the impact of security breaches. Moreover, these platforms help teams reduce overhead and maintenance costs by providing a unified view of their cloud architecture.
Cloud-native security tools and services are designed with the agility of the cloud in mind. This means they have better compatibility with the environment, which can help reduce security gaps and prevent misconfigurations.
Many cybersecurity problems start with default credentials that have excessive permissions. Malicious actors can exploit these weaknesses to gain unauthorized access to sensitive data. Privileged access management (PAM) solutions, a critical component of cloud-native security, are designed to address these issues by replacing standard, static passwords with strong, unique credentials with appropriate restrictions.
In addition to securing credentials, a cloud-native security platform will monitor and protect network traffic and resources. These measures ensure that only authorized users can access or view data stored in the cloud. This can prevent attackers from intercepting data streams or gaining unauthorized access to cloud storage.
A cloud-native security platform will use a layered security approach, considered the best design for securing software and application systems. This multi-layered model includes features such as customizable firewall rules, continuous network traffic monitoring for reporting, and logging of access to and from applications. This logging process develops a deep understanding of usage patterns and makes it easier to analyze, detect, and predict threats. This approach helps businesses manage vulnerabilities and misconfigurations consistently across their entire build-deploy-run lifecycle.
A key benefit of using a cloud-native security platform is automated remediation. This reduces the risk of human error and reduces manual steps for the security team. It also helps keep MTTR at a minimum, which is critical for organizations prioritizing speed and agility over security.
A cloud-native security platform can automatically resolve alerts and misconfigurations, allowing you to eliminate errors and vulnerabilities in your system. Orca Security, for example, sends signals to an AWS SQS queue and triggers a serverless function to remediate the issue (such as making S3 buckets private or removing permissions on insecure security groups). This streamlines your workflow and allows you to get back to business.
Additionally, a cloud-native security platform can integrate with your CI/CD tools to scan source code and derived artifacts, such as container images, during the build process. This ensures that any vulnerabilities are fixed before they enter production. It also enables you to implement the “shift left” approach in your development processes so that security is integrated throughout your software development life cycle.
Combining a cloud-native security platform with a shift-left strategy creates a secure and optimized environment for your organization’s needs. Request a demo of Orca Security to see how our solution can help you meet your security goals and the demands of the cloud native landscape.
Modern cloud-native applications are built to handle significant volumes of user and other traffic without compromising performance or reliability. Whether microservices architecture or automated scaling and management tools, applications today operate more efficiently, securely, and at scale than ever. Portability and resilience are additional advantages of cloud-native apps, allowing them to quickly move between different environments and infrastructures.
However, the speed and scalability of cloud-native apps create security challenges that must be addressed. Visibility into these environments is limited and often provides only a snapshot of an application, making it difficult to identify risks that require remediation. Additionally, more contextual information is needed to assess an alert, resulting in missed detections and alert fatigue.
A CNSP must be tightly integrated into the build-deploy-run lifecycle to address these challenges. This includes scanning source code and derived artifacts in automated workflows, surfacing security insights directly into developer environments, and integrating into CI/CD systems to enforce security policies consistently. It should also provide a single control point for managing vulnerabilities and misconfigurations across all aspects of the cloud-native environment. This unified approach is essential for closing the gaps left by point products with siloed views of risk and enabling organizations to achieve their digital transformation and cloud-native goals.