With hyper-connectivity and cloud adoption redefining business functions, IaC (Infrastructure as Code) facilitates ensuring consistency, repeatability, and agility in managing complex cloud-based IT infrastructure. Opus offers specialized automation services to address infrastructure management, maintenance, version control, and testing requirements.
High costs and longer deployment times due to manual provisioning and configuration of IT infrastructure
Inefficiencies in scaling and enabling agility in the infrastructure due to time-consuming manual transition in response to changing business needs
Overprovisioning and underutilization of resources lead to wastage and increased costs
Increased risk of misconfigurations and security vulnerabilities with non-standardized and inconsistent infrastructure components
In the increasingly unified, global, and remote business operation models, ensuring consistency, availability, and agility across software, hardware, networks, and storage is critical to maintaining business continuity and leadership. Opus drives planning, deployment, and management of cloud infrastructure automation while reducing costs, optimizing resource utilization, and limiting manual intervention. With deep expertise in imbibing automation in infrastructure management, Opus empowers organizations to ensure stability and security by leveraging self-healing-enabled automation tools.
Our Automated Infrastructure Management Services Include
Infrastructure provisioning: Reducing deployment time and effort with consistent provisioning of resources with advanced automation tools
Configuration management: Ensuring consistency and adherence to desired configurations through automated configuration management
Orchestration and deployment: Orchestrating complex deployments and managing dependencies by leveraging advanced automation tools for deployment
Infrastructure as Code (IaC): Enabling version control, collaboration, and reproducibility by providing Infrastructure as Code (IaC) frameworks for IT infrastructure automation.
Monitoring and self-healing: Enabling monitoring and self-healing with cutting-edge infrastructure management tools to automate the remediation of infrastructural issues and scaling requirements
Opus Fosters Scalability and Agility With IT Infrastructure Automation
Increases efficiency and productivity while reducing manual error by streamlining processes for configuration, provisioning, and infrastructure management
Provides competitive edge by expediting time to market with smart infrastructure automation for deploying applications and services
Facilitates agility, and scalability with differentiated cloud infrastructure automation
Optimizes resource utilization and costs by eliminating overprovisioning and human error
Ensures security, compliance, and consistency by standardizing configuration and management of infrastructure components across the organization
Enhances stability and reliability of the infrastructure environments by automated monitoring and incorporating self-healing mechanisms
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READ NEWSLETTERVIEW ALLFrequently asked questions
Automated (IT) infrastructure management is the use of sophisticated technology solutions to effectively control and monitor complex and remote physical and digital technology infrastructures, such as software, hardware, networks, operating systems, and storage needed to deliver IT services.
The primary goals of infrastructure management are to make IT operations as cost-efficient, fast, and hands-off as possible across all the aspects of public, private, or hybrid cloud environments.
Infrastructure management serves many purposes – accelerates provisioning, provides greater visibility, optimizes costs, facilitates virtual tool sprawling, identifies and reduces waste, and enhances workflows by minimizing human intervention.
An automation system consists of three broad subsystems – instrumentation subsystem (manipulators, control subsystem (processor), and human interface subsystem (input).
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