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Sajeeb Lohani
Global Technical Information Security Officer (TISO), Bugcrowd
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Glossary

Cloud orchestration


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Table of contents

    Cloud orchestration refers to the end-to-end automation and coordination of cloud services, infrastructure, and workflows across one or more cloud environments. It enables IT organizations to manage how cloud resources—such as servers, virtual machines, storage, and networking—are provisioned, deployed, and interconnected to deliver applications and services efficiently.

    Cloud orchestration tools are designed to operate in increasingly complex cloud computing environments, including public cloud, private cloud, hybrid cloud, and multi-cloud architectures. These tools help IT teams reduce manual effort, improve consistency, and scale operations through automated, repeatable processes.

    Effective management of cloud-based resources is a growing challenge for enterprise IT as organizations migrate existing applications to the cloud and develop new capabilities that depend on cloud-based infrastructure. Cloud computing systems deal with huge amounts of data across multiple cloud environments, making it difficult to establish and maintain coherent processes that depend on increasingly disparate systems. As a result, IT organizations have turned to a new type of cloud technology designed to facilitate the management of cloud-based infrastructure: cloud orchestration.

    Today, the IaaS cloud service model includes virtualization services that help streamline and automate cloud management processes that were previously done manually. Cloud service providers ensure that IT organizations can access secure, connected storage and computing power when needed, and they can configure virtual machines to deploy applications instead of waiting for approval on costly hardware purchases.

    Cloud orchestration tools take full advantage of the capabilities of IaaS service providers to achieve a fully automated deployment process, eliminating the need for time-consuming manual processes that characterized IT deployments in the past.

    Cloud orchestration and cloud automation are both technologies that help IT organizations and software developers automate repetitive processes in the cloud. But while cloud orchestration and cloud automation are closely related, there are a few key differences.

    Cloud automation is a subset of cloud orchestration. When we talk about cloud automation, we’re looking at a single task and asking, “How can we automate this task?” Cloud automation tools can automate singular processes effectively, like spinning up a batch of virtual machines with dedicated storage or deploying applications to the cloud with a specified configuration.

    Cloud orchestration introduces and enforces a process flow for automated activities. It allows IT operators to take a set of automated processes and combine them into a specified workflow that fully automates service delivery, from the initial request to completion. Cloud orchestration is all about process control. It uses automated tasks as building blocks to coordinate more complex processes involving multiple resources across cloud environments to meet client requests.

    What are the benefits of cloud orchestration?

    Increased operational efficiency

    Cloud orchestration simplifies the management of repetitive tasks through automation. IT organizations can configure and optimize automated tasks, then use those tasks as building blocks to create customized end-to-end process automation. This makes it easier to effectively coordinate physical and virtual resources, scale infrastructure according to requirements, manage security and authorization requirements and numerous other aspects of cloud management. IT organizations save huge amounts of time and money by leveraging cloud orchestration tools to reduce their need to perform manual processes.

    Supporting DevOps initiatives

    Software development teams striving for continuous deployment and working in cloud-based environments can benefit significantly from cloud orchestration software tools that help automate the deployment process. The ability to automate server provisioning, network and server configurations, firewalls and application testing and monitoring in production help developers focus on their most valuable activity: designing and delivering frequent updates to meet consumer and business needs.

    Enhanced security and visibility

    One of the leading causes of cloud security breaches occurs when IT operators make simple network configuration errors that expose sensitive data. Cloud orchestration makes it easy for IT organizations to leverage their resources for continuous vulnerability scans, compliance testing, and configuration validation. Implementing standardized configurations and reusing them as building blocks of other processes helps avoid configuration errors in a set-up that can cause data breaches.

    Sumo Logic provides full visibility of your cloud orchestration tool

    Sumo Logic offers specialized applications for monitoring your cloud orchestration software tools, including the Kubernetes Control Plane and the VMware cloud computing virtualization platform. With Sumo Logic, you can easily aggregate logs across your cloud environments and achieve full monitoring and visibility of metrics and events on the network.

    FAQs

    Identity and Access Management (IAM):

    • Use multi-factor authentication (MFA) and role-based access controls (RBAC).
    • Regularly review permissions based on the principle of least privilege.

    Data encryption:

    • Encrypt data both in transit and at rest, using tools like AWS KMS or Azure Key Vault for key management.

    Network security:

    • Use virtual private clouds (VPCs) and security groups to control traffic.
    • Monitor network traffic for suspicious activities.

    Monitoring and logging:

    • Enable comprehensive logging and use tools like security information and event management (SIEM) solutions for monitoring.
    • Set up alerts for potential security incidents.

    Incident response and recovery:

    • Develop and test an incident response plan.
    • Regularly back up critical data and test restoration processes.

    Patch management:

    • Regularly update software and implement automated patching.
    • Conduct vulnerability assessments and penetration testing.

    Compliance and governance:

    • Adhere to industry-specific compliance requirements and conduct regular audits.

    API security:

    • Secure APIs with authentication, use API gateways, and implement Web Application Firewalls (WAFs).

    Container security (if applicable):

    • Use container security practices, such as scanning images and using secure orchestration tools like Kubernetes.

    • Conduct routine audits
    • Test your incident response procedures regularly
    • Confirm you have visibility into all cloud assets and activities
    • Ensure it meets industry compliance standards and regulations
    • Verify it covers all aspects of cloud security, including threat detection, vulnerability management and data protection
    • Turn on real-time alerting
    • Implement continuous monitoring