What can you do to prepare for The Next Generation of Cloud Security?

This is the amount that will be invested in cloud IT infrastructure in 2021 following Statista. The explosion of cloud services has created a new challenge for businesses looking for better ways to protect their data.

Security is still a top priority for IT decision-makers; however, most aren’t fully equipped to face the future version of cloud-based security issues.

The cloud is more than just technology. It’s an evolution of how businesses function and utilize technology. So, the subsequent technology in cloud security will be a catalyst for new ways of thinking that are different from traditional approaches to cybersecurity.

The next generation of cloud computing is coming up; what will this mean for cloud security in the future?

Cloud Security Control

One of the most frequent topics regarding cloud data security is who has the responsibility for cloud-based data. Businesses that use private cloud computing have undoubtedly assumed this obligation.
However, for other companies with a public/hybrid/multi-cloud strategy, the exact degrees of data management may be much less clear, although most parties already believe that cloud data management is a shared responsibility between providers and users.

However, we need to be aware of the predictions of experts. For example, Gartner estimates that in 2025, users responsible for most cybersecurity errors in 90% of companies with poor cloud strategies will be exposed to risks that are not worth taking.

This demonstrates that although cloud services providers need to provide secure platforms, they should enforce the correct rules and regulations because they (providers) carry out daily business operations within the network.

Distributed Cloud Adoption

Gartner estimates that the majority of cloud services providers will provide distributed cloud services in 2024.

Distributed cloud helps bring technology closer to its edge of computing by dispersing cloud management processes. It assists organizations in improving how they handle the increasingly universal nature that modern technology has brought to computing.

One of the significant benefits of using the distributed cloud is that it puts more considerable control of its services in the customer’s hands. Thus, you can choose the location and how you would like your data to be processed and stored. This solves a constant security issue for enterprises, especially in the era of IoT and shadow IT that is the inability to see.

A secure model compatible with the distributed cloud is Secure Access Service Edge (SASE), which provides flexible cloud security. Knowing SASE is the key to connecting your edge computing resources multi-layered to a single platform to enforce security guidelines.

Multi-Cloud Hybrid Strategy

One of the main benefits of increasing cloud services is that businesses are dependent on one cloud provider, opting for the hybrid cloud approach (80 percent) rather than implementing a multi-cloud environment (92 percent). This is for a reason Multi-cloud strategies are designed to be flexible and adaptable, which are two crucial characteristics for organizations that can adapt to the changing times.

In an IDC study that 67 percent of hybrid cloud customers decided due to security concerns associated with clouds that are public services. Most of those who adopt have an average improvement of 13% on security and risk mitigation.

But, there’s no guarantee if you’re not aware of what you can expect from an environment with multiple cloud services.

The most common problem with adopting multi-cloud or hybrid strategies is interoperability. Security leaks are a risk if there isn’t a proper integration between the various cloud services used.

Internet of Things

IoT devices make up one of the most susceptible assets. The researchers in April discovered an issue that could impact the security of 100 million IoT devices.

With an increasing number of IoT devices connected via the internet, organizations should take proactive steps to protect themselves from exposure.

Simple security practices will safeguard you from the majority of IoT security flaws. To effectively fix the problem, however, you have to implement best practices in cybersecurity at the managerial level. This includes ensuring that appropriate cloud configurations, along with secure authentication, are implemented.

In addition, cloud configurations that are not correct can cause at least seven of OWASP’s top ten security risks, such as unreliable authentication, inadequate monitoring and logging, as well as malfunctioning access control.

Conclusion

As security threats and cybercriminals continue to change, so do IT cybersecurity solutions.

To stay ahead of the curve, companies have to reconsider their security strategies by adopting a new generation cloud security solution that incorporates cloud-native capabilities and meets the specific requirements of the cloud-based system.

This article has looked at how cloud security is evolving from various perspectives such as policies and control and distributed cloud adoption, multi-cloud hybridization, and IoT-Cloud compatibility. Other areas to think about to secure cloud services include the implementation of ZTNA, zero-trust network access (ZTNA), serverless technology, and applications that use AI and ML in cloud architectures concerning security. These are likely to become more important factors as technology continues to develop.
The challenge now is that cloud users be more responsible in safeguarding their cloud assets and resources.

For instance, managing data is crucial to cloud security. If the cloud service you use is not on-premises, you should inquire from your provider where your information is kept and any additional management options, like Reserve data centers.

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