Cloud workload protection offers visibility and security control management across multiple cloud environments from a single console.
One of the biggest benefits of the cloud is that the barrier to entry is low because its very easy to spin up a server and start playing around. Cloud computing can bring many economic and efficiency benefits for organizations. Cloud-delivered protection is enabled by default, however you may need to re-enable it if it has been disabled as part of previous organizational policies.
The level of complexity introduced by hybrid cloud adoption requires strong governance. Security and risk management leaders should develop a strategy for addressing the unique and dynamic requirements for protecting hybrid cloud workloads.
Hybrid cloud helps you accelerate digital transformation and harness the power of your applications and data. Organizations that follow a specific cloud migration strategy can minimize the potential risks that come with moving workloads from on-premises data centers to cloud environments. Cloud-based API service stores and manages sensitive consumer data with a zero-trust, database-as-a service approach.
Note that there is no impact to protection services and all other aspects of your service remain operational. One is to operate a cloud-bursting environment, where excess workloads automatically open up in the cloud. Cloud computing offers potential benefits including cost savings and improved business outcomes for organizations. The cost of moving to a cloud platform is shrinking, which means more organizations are capable of adopting some type of cloud model.
Enterprises cannot apply traditional perimeter-based security solutions that worked for on-premise workloads, to cloud workloads. Unfortunately, data protection for hybrid cloud workloads remain complex if you are using legacy solutions. Distributed, SaaS, and security solutions to plan, develop, test, secure, release, monitor, and manage enterprise digital services.
Cloud consumers must fully understand their networks and applications to determine how to provide functionality, resilience, and security for cloud-deployed applications and systems. Monitor threats and deliver IT security services to multiple organizations, networks, or devices. The biggest challenge however is determining which workloads are best suited for which cloud environments.
In just a short few years, cloud computing has increased dramatically and shows every indication that it will only continue growing. Workloads can now be protected from advanced malware, remote exploits, and data theft. Automated protection and monitoring for hybrid cloud workload infrastructure from a single, cloud-based console. The use of hybrid cloud increases the challenge to effectively maintain visibility of cloud resources, to manage spend (including chargebacks), and to ensure quality of service.
Want to check how your Cloud Workload Protection Processes are performing? You don’t know what you don’t know. Find out with our Cloud Workload Protection Self Assessment Toolkit: