Fortinet: Four Essential Cloud Security Concepts

Possibly the foremost vital attribute of the cloud is that crucial business applications can be deployed, managed, and distributed quicker and easier than by any other method, giving employees and customers real-time access to essential information—wherever they’re located and on whatever device they’re using. That requires nimble resources which will scale and move, and applications that are straightforward and intuitive to use, have access to real-time data and might be quickly updated to satisfy perpetually evolving trends. Likewise, internal workflows across devices—and completely different clouds—need to be extremely available, flexible, and responsive so as to support essential functions and complete transactions.

Security is simply as crucial a component of any cloud environment—especially as cybercriminals look to take advantage of the rapidly increasing attack surface. However, to be effective, it has to be as agile and dynamic because the cloud infrastructure is protected. And, it’s even as not possible to safeguard a cloud environment using legacy security solutions as it is to create a cloud using legacy network components and traditional application development methods.

Effective security not solely must protect connections between data and users, however also secure virtually every connection to each physical or virtual device across the distributed infrastructure. Even those who are perpetually moving across—and even between—multi-cloud installations.

In such a setting, complexities arise from the employment of various security solutions, as deploying security solutions that are solely available on a single cloud platform might not be available on others and will have functional limitations. Such deployments have truly imposed limits on the true potential of the cloud. Too many organizations have failed to address this security challenge holistically, often swamped by the scope and scale of the challenge.

Four Essential Cloud Security Concepts

To address these challenges, organizations need to incorporate the following four security concepts into their cloud development strategies:

  1. Security-led cloud development: Security breaches tend to be the results of a determined cybercriminal exploiting the weakest link in an organization’s attack surface. And for several organizations, the adoption of the cloud has expanded their attack surface exponentially. Eliminating those weak links requires security to be implemented systematically all over, even once the infrastructure is in a state of constant flux. Because infrastructures are increasing and changing so quickly, it’s essential that overall security set up becomes the foundational requirement for any network changes. Mandating that correct security tools, policies, and procedures are in place before any new resources are spun up permits security to adapt in sync with infrastructure and application changes. this needs choosing security tools that perceive the infrastructure within which they have been placed, which can even operate systematically across all environments—including multi-cloud—to enforce policies and guarantee visibility that permits secure applications and connectivity from the data center to cloud. Even minor variations in adaptability and enforcement will produce security gaps that cybercriminals are all too willing and able to exploit.
  2. Cloud-native security: Since data and workflows can move throughout the infrastructure and to the cloud, security must perform systematically. choosing a cloud firewall from an equivalent vendor that’s protecting the organization’s physical assets won’t necessarily solve that problem. there’s a need for these solutions to interact seamlessly with cloud services and subscribe themselves to those services as well as determine cloud-based resources within the same logical manner that they identify alternative resources. That said, the underlying technology used for protecting networks is incredibly completely different from the tech used for protecting cloud-based resources, however, the practice of managing security must stay similar. that’s why native integration into the cloud infrastructure is crucial.
  3. Multiple form factors: Consistent security enforcement depends on equivalent security solutions being deployed across as several platforms and in as many different form factors as possible. Applications, as an example, should be able to create calls to a cloud-based security solution to spot and protect specific data and transactions. Container-based applications should have access to containerized security tools so as to simply integrate security functionality into the application chain. And ideally, these tools ought to be operated within the very same way as solutions deployed everywhere across your distributed infrastructure, together with at branch offices and edge devices.
  4. Central management: one of the largest complaints from network administrators is that they can’t see and manage their entire network through one console that extends visibility across physical and virtual networks. A management solution that may see and shut the gates against an attack in one area of the network but not in another is probably going cause a compromised infrastructure. To eliminate gaps in security enforcement, organizations would like one pane of glass to gain visibility and define consistent security policies throughout the whole infrastructure to effectively manage risk. Security solutions got to share and correlate threat intelligence, receive and implement centrally orchestrated policy and configuration changes, and coordinate all resources to reply to detected threats.

Rethink your Security

Traditional security models where devices are placed at a network gateway to observe foreseeable traffic and devices are obsolete. Today, security must span your distributed infrastructure, dynamically scale once application resources grow, and automatically adapt because the infrastructure unendingly adjusts to ever-changing demands. And even as necessary, it additionally must guarantee consistent functionality and policy enforcement no matter its form factor or wherever it’s deployed. Achieving that will require you to rethink your current security infrastructure.

If the cloud goes to play a major role within the future of your organization, you’ll be better off finding a single vendor that supports your overall application lifecycle and infrastructure roadmaps and expansion plans—especially a solution that gives consistent protection and functionality across multiple public and private cloud domains, even if meaning replacing the standard security hardware you’ve got deployed on-premise.

By leverage native integration capabilities of a broad protection toolset – which may all be automated and centrally managed are the security foundations necessary to enable uniform policy enforcement, collaborative threat sharing, centralized management and orchestration, and a single view across your entire distributed infrastructure and powers your organization with the confidence to deploy any application on any cloud infrastructure. while nota strong, integrated, and automated security framework designed to span, grow and adapt to your entire network, you’re flying blind, and today’s aggressive cybercriminals are only too willing and able to exploit that weakness.

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