How is Container Security Building a Secure Foundation for Businesses?

The current unprecedented times caused by the deadly Covid-19 pandemic have forced most industries and businesses to adopt the work from home policy. Besides poor internet connectivity and frequent power cuts, data leakage is another common issue faced by the remotely operating employees. Moreover, the employers’ concerns over business data security also increases due to continuous cyberattacks taking place these days owing to poorly handled IT security protocols. This is where robust safeguarding measures like implementing container security comes into picture.

As per a comprehensive report published by Research Dive, the global container security market is estimated to generate a revenue of $7,107.6 million and grow at a healthy CAGR of 23.3% in the 2021-2028 forecast timeframe. Considering this exponential growth rate, it is evident that container security process is here to not just safeguard modern business models and sensitive data but also evolve and simplify the operations, thus increasing the organization’s work efficiency.

What is Container Security and How is it Important?

Container security is a process of utilizing security policies and tools to protect containerized data from potential threats. Container security ensures that everything in a container is running as intended, which includes protection of the infrastructure, runtime, software supply chain, and others. This process of securing containers is continuous and is mostly integrated in the development phase as well as the operations and maintenance of every business’s infrastructure. Implementing this process safeguards a business’s platform, application layers, servers, and runtime host to secure vital information. Additionally, container security also helps in mitigating risks and reducing vulnerabilities to avoid cyberattacks.

Although containers, or software, offer great security advantages like increased application isolation, they equally expand an organization’s threat landscape, and failing to recognize this threat scope and implementing specific security measures might further increase the security risks. The growing adoption of containers in production infrastructures makes them a rather appealing target for attackers. Furthermore, a compromised or single source container might become an entry point into a business’s complete environment. All these factors underscore why implementing data safety measures like container security is important for organizations.

What are the Benefits of Container Security Process?

Here are a few benefits of implementing container security process in any organization:

1. Allows the development team to work faster and deliver software efficiently.
2. Applications that operate in containers can be easily deployed to other operating systems.
3. Less overhead operations since containers don’t need much system resources.
4. Allows to link security problems to specific microservices while testing without disrupting the whole application.
5. Containers ensure that the application is always up to date and makes it easier to apply patches in case of security vulnerabilities by pushing out the updates through the registry.

Some Common Concerns While Securing Containers

Although we now know why businesses need container security, here are a few basic concerns while securing containers:

1. Evaluating the container network traffic
2. Maintaining security of the container host
3. Maintaining security of the application running within the container
4. Safeguarding the container management stack
5. Looking for malicious behavior within the container’s application
6. Securing foundation layers of the application running within the container

Final Thought

Considering the present every-growing attack surface, several enterprises have already begun implementing container security process to build trusted applications, reduce manual touch points by including more automated processes from the start, address security concerns more efficiently, and resolve any possible vulnerabilities faster.

About the Author(s)

Princy A. J

Princy holds a bachelor’s degree in Civil Engineering from the prestigious Tamil Nadu Dr. M.G.R. University at Chennai, India. After a successful academic record, she pursued her passion for writing. A thorough professional and enthusiastic writer, she enjoys writing on various categories and advancements in the global industries. She plays an instrumental role in writing about current updates, news, blogs, and trends.