Leveraging the Benefits of Cloud-Native Security Approach

Leveraging the Benefits of Cloud-Native Security Approach
Photo by Dan Nelson on Unsplash

Cloud-native technologies have ushered in sweeping changes to the modern development pipeline by removing the complexities of monolithic application architecture and have rendered traditional software development models obsolete. And modern businesses are rapidly migrating their operations to cloud environments and realizing the importance of robust security measures & how has never been more critical. While it offers many advantages, cloud-native technologies have also introduced new challenges like cloud-native security.

And, with the evolving threat landscape and the growing complexity of cloud infrastructures, adopting a cloud-native security approach is an indispensable strategy for safeguarding valuable assets & data. And, unlike traditional security methods, a cloud-native security approach leverages the unique capabilities of cloud platforms while creating defenses, detecting threats in real-time & responding with agility.

With this blog, I’ll explore the key advantages of a cloud-native security approach & how it empowers organizations to embrace the cloud while staying resilient against emerging cyber threats.

Cloud-Native Security - Introduction

Cloud-native security refers to various security practices and technologies developed for applications built and deployed in cloud environments. While traditional security practices often rely on network-based protections, cloud-native security is an application-focused approach that stresses identity and access management, container security, and workload security with continuous monitoring and response cycles.

With cloud-native security, security is built into the application and the infrastructure from the ground up. It is achieved using a combination of automated security controls and DevOps processes. The cloud-native security aims to safeguard and protect the system to counter the threats and vulnerabilities of the cloud environment by being compliant with the regulations and standards set out.

Going cloud-native provides a wealth of security benefits and the following highlights the key advantages of cloud-native security. This article features some of the benefits of using a cloud-native security approach.

Cloud-Native Security Approach Advantages

  1. Security As A Completely Managed Service: In conventional on-premises architecture, responsibility for safeguards falls on the in-house application teams and requires rigorous monitoring of applications. In the cloud-native environment, the cloud service provider manages the cloud security. Cloud providers are expected to provide protection through the entire information processing lifecycle and ensure secure deployment of services, data storage with privacy safeguards, and secure communications between services. It also offers safe and private communication with customers over the Internet and reliable operation by infrastructure administrators.
  2. Enhanced Visibility And Monitoring: Cloud-native security makes it possible to collect information from all components of an application and provides complete, end-to-end environment visibility. These real-time views offer critical assistance in the security-related decision-making process. Cloud-native security enables continuous testing throughout the CI/CD layers, enabling tracking and resolving security issues at both the system and component levels. Cloud-native applications allow monitoring of usage logs and make it easier to reject unauthorized user access by sending alerts signaling such attempts.
  3. Ease Of Compliance: The cloud-native security model is designed to protect cloud applications and data by providing better security and compliance practices. It gives end-to-end visibility for activities happening within the infrastructure. It complies with software products like Service Organization Control 2 or SOC 2 while reducing the operational burden of access management on both on-premises and the cloud-native infrastructure. A cloud-native security platform allows security management across multiple clouds and providers. By creating a single security strategy, cloud monitoring, disaster recovery & compliance efforts can be easily simplified.
  4. Easily deployable security architecture changes: A cloud-native Security Platform (CNSP) can help streamline workflows and identify and remove threats by incorporating ML techniques and algorithms. Rapid deployments are vital to cloud-native applications, enabling teams to apply security fixes across multiple environments. For this to happen, the infrastructure has to be updated with the latest security measures that can combat any evolving threat.
  5. Backup and recovery services: Cloud-native applications offer assurance of data backup; different application tiers can set up data backup as needed. Critical service applications can be backed up in real-time to ensure minimum downtime. Data backups can help companies safeguard their applications, data & other vital software against system failure, data breaches, and natural disasters.
  6. Data security: Cloud infrastructure adoption ensures that the data is always encrypted. Cloud-native security uses key-based encryption algorithms that provide the data is not breached or intercepted when accessed or at rest.
  7. Network security: Deployments in cloud-native infrastructure can be safeguarded with security controls like configurable firewall rules and monitoring continuous traffic. A log is generated for all the traffic within the network components and accesses to-from the applications.

Conclusion

Cloud-native benefits are many over traditional application design and development strategies. Cloud-native provides a more moldable and adaptable application architecture and a more efficient application development process. Cloud-native security ensures standard compliance practices and protects while giving end-to-end visibility of activities within the infrastructure. It helps achieve compliance for software products like SOC 2 and reduces the operational burden for both on-premises and cloud-native infrastructure. By leveraging the many benefits of cloud computing, cloud-native security enables protection against threats and vulnerabilities. Cloud-native security allows the development of new applications without worrying about additional security solutions.

A software company can help reap the benefits of cloud-native application development by developing reliable, secure applications optimized for the cloud in scale and performance. 

Similar Articles

plane

As winter's icy grip tightens its hold, airports face a unique and critical challenge: ensuring the safety of flights during the coldest months of the year. Icy runways, a potential hazard that can't be taken lightly, demand effective de-icing solutions to keep aircraft operations running smoothly

Azure Cost Optimization - Best Practices For Effective Resource Management

The cloud provides a lot of advantages to its users, but unmanaged cloud costs and spending can escalate very quickly. The purpose of using cost optimization practices is to maximize the cloud capability while reducing non-essential expenditures.

Overcoming Common Cloud Migration Challenges

Cloud migration is essential for businesses that want to embrace digital transformation. But this transformation comes at a price, with its own challenges that must be addressed early to ensure business continuity and success. The challenges can range from data security and privacy to technical complexities and more and can discourage many organizations.

Testing CherryPy

CherryPy remains a vigorous and lightweight web structure for Python, offering engineers a flexible stage to construct web applications. At its center, CherryPy is intended for simplicity and adaptability, giving a powerful foundation for creating dynamic and versatile web applications.

Common IoT Testing Challenges and Solutions

Testing is the bedrock of every good IoT application. Without thorough testing, IoT can cause more problems than provide solutions, and we always want it to be the other way around, don’t we? You believe gadgets should speak with one another flawlessly, however that is not exactly simple or easy.

Key Steps for Establishing a Ticketing System in Sharepoint

Efficient communication and lined-up workflows are among the two most important premises of success in the 21st-century and fast-paced world of business. And you know what can help with that? The SharePoint ticketing system, of course. How? Well, as companies aim to improve self and internal communication and processes, SharePoint is a powerful solution

A Guide to Web Application Firewalls

Web Application Firewalls (WAFs) form a significant component of modern cybersecurity infrastructure and shield web applications from any potential threats and attacks. They are designed to filter, monitor, and block malicious HTTP/S traffic between a web application and the internet.

Latest Drupal Website Development Trends For 2024 and Beyond

Innovative technologies are redefining the digital landscape, including the web development processes. Drupal, a well known content management system (CMS) continues to add value to web development, with progressive trends that will shape the future of the web. The expected release of Drupal 11 further underlines its dynamic nature.

Power Play: Comparing Energy Sources Side by Side

In the ever-evolving landscape of power generation, choosing the right energy source is like navigating through a complex maze of options. Each source beckons with its unique blend of benefits and drawbacks, whispering promises of efficiency, sustainability, or cost-effectiveness. This guide aims to illuminate the path by offering a side-by-side comparison of various energy sources, helping you make an informed decision in your energy journey.