Today, organizations of all sizes are shifting the critical business and workload of their business to cloud computing, and these trends will strengthen as we enter 2016. According to research firm Gartner, public cloud services grew by 13.5% in 2015, while spending on cloud services will continue to increase until 2019. Gartner also found that 80% of IT organizations want to increase their investment in cloud computing in the next few years. This trend has made it easier for IT organizations to adopt native cloud computing solutions and has developed specific cloud security policies for cloud computing environments.
Cloud security requires a different approach than the environmental security of traditional internal data centers. Because working in cloud computing requires a deep understanding of some of the nuances and challenges. However, many IT managers have not fully understood this new reality to ensure their cloud infrastructure is secure.
No cloud security strategy is unique to cloud computing, and organizational risks expose deployment vulnerabilities so that the right tools can be identified and used to mitigate lost time and money. After all, one of the biggest behind-the-scenes pushers is to reduce costs and increase economies of scale. An unclear approach to cloud security can jeopardize the cloud of expected mobile business processes. For example, if a user simply attempts to delete an intrusion detection system in their cloud deployment, then the cloud may lose its resilience, disrupt things, or simply lower the target security threshold to maintain compliance or maintain service requirements.
With this in mind, when people look ahead to 2016, they have predicted some top trends worth considering, not only in cloud computing applications, but also in cloud security cases. Here are some of the hottest trends that will affect the organization's cloud security efforts in 2016:
The emergence of a serverless framework
The most challenging innovation in cloud computing in 2016 will be the rise of serverless architecture. They include "Amazon Web Services" (AWS) lambda elements and PaaS code (a code-based platform or a service) where IT departments no longer need to manage operating systems or virtual machines.
This is a big change in the cloud security strategy because it means that the API is becoming an additional vulnerability in the attack area. This is where the IT team is often not used to configuring and defending against these types of threats.
Host- and network-based security measures moved to the control platform
Another aspect of cloud security that is different from traditional data center environments is that its security features are moved to the control platform. This change will open up more opportunities to get information about risks and vulnerabilities. Based on the existing discovery, in the traditional online network, a major advantage of cloud security is to update the processing events of the host and server on the network through the API in real time.
Deliver cloud security solutions from established companies
Cloud security will deliver innovative delivery that will not be handed over to startups, as cloud computing security solutions of organizations of all sizes will have to evolve as cloud infrastructure becomes more important. This evolution will affect cloud security vendors of all sizes, including some of the largest vendors in the IT security industry. For example, multiple vendors' market solutions are Windows and Linux workloads running on AWS. Other vendors will see who needs them to support a hybrid deployment model, including traditional data centers and AWS customers facing more pressure.
Whether it's through the acquisition of smaller IT vendors or through the development of innovative new products, large-scale security vendors will offer more cloud-based security solutions.
Azure and AWS will compete on security features
Large platform vendors such as Microsoft Azure and Amazon AWS implement a “shared security†model that focuses on protecting the platform itself. In this model, however, these vendors will seek to further enhance their responsibilities, capabilities and security capabilities to help improve their overall cloud security experience. Forrester describes the shared security model as an "unbalanced handshake," with varying levels of customer security responsibility and a variety of roles, including enterprise integration, governance, and architectural perspectives.
In 2016, Azure and AWS began offering new rich security features with new platform features or third-party products. As the platform begins to provide greater transparency and new capabilities to support customers' secure work, this effort will result in fewer “unbalanced†handshakes.
Security becomes a local continuous integration and continuous deployment and toolset
In cloud infrastructure, especially as more organizations switch to DevOps-style rapid application development and deployment in cloud computing, security is no longer considered a development and deployment of a separate entity. In 2016, cloud security will become a continuous integration and continuous deployment (CI/CD) for a broader integration and local holistic process, such as the Jenkins tool used to verify code and verify security as a standard quality assurance step.
More vendors offer security detection and monitoring enabled DevOps tools, such as SAST technology to analyze the source code of applications in a static state, and look for security vulnerabilities from the inside out, while using DAST technology to detect possible presence in the application runtime Security hole. IT security becomes faster and more agile in the DevOps environment.
Cloud security will accelerate
Attacks on cloud infrastructure will become more complex and automated, and this trend is unlikely to weaken in 2016; if any, attacks on the cloud will become more intense as more organizations are in the cloud infrastructure More and more valuable data is being stored. According to Gartner's research, "By 2020, cloud computing is under attack, 80% of which is due to customer misconfiguration, poor credential management or internal theft, rather than security vulnerabilities in products provided by cloud service providers."
IT organizations need to improve their security readiness, real-time alerting and responsiveness, as well as their internal operations, internal configuration and employee safety training and certification issues.
in conclusion
IT managers are more concerned about cloud security than ever before because the threats and vulnerabilities they face are becoming more complex. To address these threats, companies need to be more flexible in providing solutions and systems. Hopefully in 2016, all these trends will make the cloud computing platform stronger, and IT organizations will be more adaptive to security.
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