Reliability and vulnerabilities of Cloud Security to watch in 2019
Several enterprises opt to move to the cloud because of numerous potential benefits like elasticity, Pay per use, migration flexibility, and workload resilience. Microsoft Azure, Google Cloud Platform and other providers have joined AWS in providing cloud-based services to small and global enterprises. Security was the primary concern but advancement in data encryption, various identity and access management tools has significantly improved security within the cloud. Unforeseeable threats like data breaches, data loss, and insecure application programming interfaces are still major threats faced by enterprises.
Many businesses are still unclear on which parties are responsible for which fundamental elements of cloud security. The Shared Responsibility Model of cloud security terms that cloud service providers are responsible for protecting the infrastructure that runs all the services offered in the cloud. Meanwhile, the cloud customer is responsible for monitoring configurations, odd user activities, and suspicious network traffic.
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The remarkable rise in Demand for Cloud Services
The Simplicity cloud provides is a significant factor that drives its increasing demand. In the foreseeable future, we can expect the cloud infrastructure to become the default web server and a radical change for local and multi-national companies. Platform as a Service (PaaS) and Software as a Service (SaaS) services are mainly responsible for a considerable number of applications and projects generating more percentage of total cloud revenues.
Hybrid Based Cloud Solutions
The hybrid cloud integrates the benefits obtained from the private cloud’s high-security features along with the public clouds fast connection and easy to access features. Lower cost companies can now transform their computational abilities gradually with hybrid based cloud solutions.
Credential Data Compromise May Increase
There is an urgent need for impenetrable governance and to maintain certain hygienic policies to curb user account compromises. Enterprises should operate and must be able to know how and when an account compromise could occur. Continuous monitoring to detect and respond to suspicious activities by the enterprises is required.
The cloud adoption growing exponentially, organizations are impelled to manage more applications and data in the cloud, turning system administrator’s role into real time-consuming and menial task. Companies are looking forward to manage their cloud architecture with tools that can automate several processes. Automation will simplify the cloud administrator’s role by eliminating manual processes like sizing, provisioning or backup jobs.
The trend of “bring your own device” (BYOD) has fascinated several enterprises but devices consolidating IoT technology are vulnerable to security threats. While BYOD offers exceptional convenience, personal data becomes vulnerable in the process; this increases the need for cloud security.
Compliance is still under process
The resource configurations are the genesis of many high-profile breaches. Education, awareness, and good computing skills are required to safeguard the enterprise from the risk of customer data theft and potential exposure that may steer many security breaches following.
Blockchain in cloud security
Developed previously for cryptocurrencies, blockchain can provide solutions in cloud security as the most effective way to deal with cybercrimes as the data is stored in a decentralized and distributed manner, this helps organizations to secure data from external hacking as other participants in the blockchain network would be able to identify any security breach.