Breaking Down the Real Meaning of an XDR Solution
Read More Explore how to secure Azure Active Directory against modern threats with best
Is your XDR solution truly comprehensive? Find Out Now!
A CNAPP or Cloud-Native Application Protection Platform is an integrated security solution specifically designed to address the security challenges of cloud-native apps. CNAPP security combines a range of security capabilities into a single solution that helps organizations secure cloud workloads, containers, Kubernetes environments and serverless functions.
The key function of CNAPP solutions is to provide comprehensive visibility, efficiently streamline security operations, and minimize the risk of cloud-native environments. CNAPP provides end-to-end security by combining capabilities such as posture management, runtime protection, vulnerability detection, and more. This results in a comprehensive solution that enables businesses to stay ahead of potential security breaches while maintaining compliance with industry standards.
Cloud native applications protection platforms (CNAPPs) are designed to be an all-in-one cloud-native security solution. Its unified framework integrates numerous tools and capabilities to power visibility, protection, and compliance. Key features and components of CNAPP solutions include:
CNAPP gives organizations one pane of glass view to monitor infrastructure, workloads, and applications across multi-cloud environments in real time.
Prioritizes cloud workloads, containers and vulnerabilities of serverless functions, helping teams to focus on the issues with the highest risk.
CNAPP constantly scans your cloud configurations to make sure they are aligned with security policies and adhere to the industry regulatory standards so that you can fix misconfigurations that can lead to security vulnerabilities.
CNAPP also offers runtime application self-protection (RASP) that protects the application dynamically during runtime; it can identify and block attacks against containers or Kubernetes environments.
Detects security vulnerabilities in IaC templates before they are deployed, preventing insecure configurations from the beginning.
It integrates directly into DevOps workflows and automates security tasks such as threat detection and response, minimizing manual effort.
CNAPP security architecture ideally encompasses cloud-native application security during the development, deployment, and run-time phases of the cloud-native application lifecycle. With multiple layers of integrated security, CNAPP provides an appropriate degree of protection that clouds demand. Here’s a comprehensive breakdown of its functionality and design:
As part of CNAPP cloud security, the control plane is the decision-making control center. This enables the core functionality of centralized view and management across multi-cloud and hybrid cloud environments. It collects datasets within cloud infrastructure, workloads, and applications, offering a single point of access to monitor, configure, and respond to security events.
CNAPP is integrated throughout cloud layers and offers end-to-end security.
By integrating and analyzing these layers in tandem, CNAPP provides organizations with the holistic security, visibility, and compliance needed to thrive in multi-cloud or hybrid environments, allowing developers to work securely and efficiently.
The key functional CNAPP components includes:
CNAPP helps integrate with DevOps workflows and CI/CD pipelines, embedding security checks earlier in the development process. Its API driven nature allows easy integration with your existing tools and platforms.
Designed for large-scale cloud workloads, CNAPP has multi-tenancy support, making it suited for large enterprises and managed service providers that must enforce secure, isolated environments for its various teams or customers.
CNAPP cloud security further provides actionable insights and detailed reporting for organizations to understand security posture, address gaps and report compliance to stakeholders.
These architectural elements and functionalities are brought together to help organizations proactively secure their cloud-native environments, reduce complexity, and maintain compliance while facilitating agile development and operations (DevOps).
Protect your cloud environments with the advanced features of Fidelis Halo®. Gain insights into:
Cloud-Native Application Protection Platform (CNAPP) provides several benefits promising to deliver maximum value to organizations facing cloud-native environment challenges. CNAPP reduces complexity and increases security by integrating multiple security functions into a single platform.
CNAPP delivers full lifecycle protection, from development to deployment to runtime. It avoids complexity, the need of using disparate tools, and ensures consistency to secure each layer.
As it has centralized monitoring methodology, CNAPP enables utmost visibility in cloud environments, workloads, and applications. This tool helps organizations’ proactively find and remediate vulnerabilities and misconfigurations.
CNAPP helps ensure compliance—the process of making sure your data and applications follow the relevant industry regulations. CNAPP automates the compliance checks, which minimizes the likelihood of a violation and alleviates the burden of having to prove compliance with industry regulations.
By automating threat detection, response, and security policy enforcement, CNAPP minimizes manual intervention, allowing teams to focus on strategic priorities instead of manual processes.
Bringing security tools under a single platform reduces costs associated with also managing multiple products, training personnel, and responding to breaches.
Multi-cloud and hybrid environment support make CNAPP scalable whether an organization is small, medium, or enterprise level and adaptable to future cloud architectures.
Given is a brief comparison between CNAPP vs CWPP vs CSPM
Aspect | CNAPP | CSPM | CWPP |
---|---|---|---|
Definition | A unified platform integrating security for cloud-native applications across their lifecycle. | Monitors and manages cloud configuration to prevent misconfigurations and compliance issues. | Protects cloud workloads like VMs, containers, and serverless functions against runtime threats. |
Primary Focus | End-to-end security combining posture management, workload protection, and runtime security. | Cloud infrastructure security and compliance. | Securing workloads and detecting runtime threats. |
Core Features | Visibility, posture management, vulnerability management, and runtime protection. | Continuous monitoring of cloud configurations, compliance automation, and reporting. | Vulnerability scanning, runtime protection, and threat detection for cloud workloads. |
Integration Level | Combines CSPM, CWPP, and other tools for a unified approach. | Focuses on posture management without runtime or workload-specific protections. | Specializes in workload protection but lacks visibility into overall cloud posture. |
Use Case | Holistic security for DevOps, SecOps, and IT teams managing cloud-native applications. | Ensuring secure cloud configuration and regulatory compliance. | Protecting workloads during runtime and addressing workload-specific risks. |
Scalability | Designed for multi-cloud and hybrid environments. | Supports cloud infrastructure security only. | Focused on workload security, with limited multi-layer integrations. |
Fidelis Halo® is an all-in-one Cloud Native Application Protection Platform purpose-built to protect against hybrid and multi-cloud environments. It’s true differentiator is real-time visibility and risk assessment features, which help maintain continuous compliance and security of cloud workloads, servers, containers, and even deployment pipelines.
Key features of Fidelis Halo® include:
With Fidelis Halo® organizations can rest assured that their cloud environments are secure, compliant and tuned for best performance. It’s designed with the speed and agility needed to serve the accelerated needs of today’s cloud-native apps, immediately making the platform an excellent choice for those organizations looking to provide security to hybrid cloud environments.
CNAPP automates compliance and ensures compliance to various industry best standards including GDPR, HIPAA, PCI DSS etc. It also detects security misconfigurations, data privacy violations, and non-compliance in cloud environments.
CNAPP provides complete visibility, posture management, vulnerability scanning, and runtime protection for cloud-native applications, workloads, and infrastructure. On the other hand, SASE is a combination of networking and security functions like SD-WAN, Zero Trust Network Access (ZTNA), and firewall for remote access and edge security. As CNAPP protects the application layer, SASE ensures secure network access for remote workforces and locations.
DevOps and CI/CD workflows are the perfect synergy for CNAPP as it offers continuous security from development to runtime. CNAPP ensures that vulnerabilities, misconfigurations, and compliance issues are identified during the development process through early automated security testing.
There are various options available in the market, but the CNAPP vendors need to be selected, based on features, integration and security posture. Best CNAPP vendors, including Fidelis Halo®, offer deep cloud-native application protection in hybrid and multi-cloud environments. Fidelis Halo® stands out for its:
Hey there! I'm Kriti Awasthi, your go-to guide in the world of cybersecurity. When I'm not decoding the latest cyber threats, I'm probably lost in a book or brewing a perfect cup of coffee. My goal? To make cybersecurity less intimidating and more intriguing - one page, or rather, one blog at a time!
See Fidelis in action. Learn how our fast and scalable platforms provide full visibility, deep insights, and rapid response to help security teams across the World protect, detect, respond, and neutralize advanced cyber adversaries.