Is your company on the verge of making a big shift to the cloud? Then you may have to be hyper-focused in greater scalability, cost savings, and increased agility. You will hope to see these attributes as a result of transferring data for cloud adoption. However, companies have a common misconception. They are extremely eager to initiate quick changes and squeezing value from the cloud service. And they feel that the default, existing, cybersecurity measures are enough to secure the distributed environment of multi-cloud. But cloud computer security is a completely different game with a new set of risks.
Just to keep the data secure, safe, and compliant for the new environment, the IT teams have to take two actions. They have to ensure that cloud solutions have the right security capabilities. Also, these solutions have to be compatible with security across the distributed network. So, when it comes to cloud computer security, you can’t overlook the five critical features:
Cloud Computer Security: Centralized Visibility
Cloud security control elements include centralized visibility across security policies, user activity, and configuration settings. The system also shows risks that may hide inside the online data stores. So, it is unlikely that your security team can overlook a vulnerability in the cloud storage security system.
The security team may catch some misconfiguration and anomalous activity when the visibility is centralized. As different clouds offer different types of configuration settings, the developers select the settings without any expertise in cloud security. So, it becomes difficult to get visibility across the clouds to become difficult.
Cloud Computer Security: Native Integration
Cloud computing is a shared-responsibility model. So, the customers can control some of the security settings, and the public cloud vendor controls others. Therefore, your security posture visibility requires close coordination between the CWP solution and the cloud environment. So, it will require an API-level integration into the tools like the VPC Flow logs, Amazon Inspector, and GuardDuty for AWS. There are Flow Drivers and Stack Event for the Google Cloud Platform, whereas, for Azure, there are Security Center.
Web Application Layer Protection With AI And Machine Learning
When we don’t know who is responsible for cloud protecting infrastructure, then there are security gaps. The company will be responsible for application security deployed at the cloud platform. And the cloud providers are not responsible for the security but the infrastructure only. For fulfilling the role in this shared-responsibility model, the organization has to shore up web application security. They will need web application firewalls.
When apps run on the cloud platform, the apps’ threat detection is quite different from on the premises. It happens as the controlling access to the few specific IP addresses can’t work with the cloud-deployed apps. In such scenarios, the detection takes place within application content and not the traffic. And this thing requires regular granular adjustments that can’t be handled manually.
We are witnessing lots of skills gaps in the cybersecurity field. And it isn’t sufficient enough to cover all the requirements of the 21st century. That’s why, there are high demand for the quality cybersecurity professionals. And the existing security and DevOps teams still have skill gaps leaving the enterprise vulnerable to huge threats.
The industry will have to keep pace with enterprise demands and needs of more capable talents. Until then, security architects will work their best to provide cloud secuirty. They will encourage organizations to automate security functions.
Threat Intelligence Feeds
As the cloud environment becomes complex, the vendor sprawl occurs with multiple providers’ use with various security platforms. So, it becomes more vulnerable to threats. The maximum cloud security comes from the comprehensive solution that is placed under one umbrella.
A good security solution will provide you with dynamic threat intelligence feeds. These feeds contain the deep intelligence of local and global security events.