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In today’s dynamic tech environment, Extended Operations (XOps) have emerged as the cornerstone of operational excellence. At Optimized, we understand the pivotal role XOps plays in seamlessly integrating DevOps, Platform Engineering, SRE, MLOps, FinOps, and DevSecOps. Our holistic approach enables you to unlock the collective power of these interwoven disciplines, offering insights to enhance engineering efficiency, foster collaboration by dismantling silos, and prioritize cost optimization amidst the ever-changing technological landscape.
Cloud FinOps
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MLOps
Platform Engineering
DevOps/ SRE Engineering
Cloud FinOps
Cost Control
Tracking and optimizing cloud resource usage to ensure cost-effective management.
Budgeting and forecasting
Developing budgets and financial forecasts to align cloud spending with strategic business objectives.
Showback/ chargeback
Assigning cloud costs to departments or teams to promote transparency and accountability in resource usage.
Resource Tagging
Utilizing resource tags to accurately attribute cloud costs to specific services, projects, or departments.
PLATFORM ENGINEERING
Containerization
Utilizing containers such as Docker to ensure uniform application packaging and deployment across a variety of environments
Serverless Computing
Harnessing serverless platforms to execute code seamlessly without the burden of managing infrastructure
Orchestration
Overseeing containerized applications and resources efficiently at scale, utilizing platforms like Kubernetes.
Infrastructure Automation
Automating the provisioning and oversight of infrastructure resources.
PLATFORM ENGINEERING
Containerization
Utilizing containers such as Docker to ensure uniform application packaging and deployment across a variety of environments
Serverless Computing
Harnessing serverless platforms to execute code seamlessly without the burden of managing infrastructure
Orchestration
Overseeing containerized applications and resources efficiently at scale, utilizing platforms like Kubernetes.
Infrastructure Automation
Automating the provisioning and oversight of infrastructure resources.
MACHINE LEARNING OPERATIONS (MLOPS)
Data Management
Effectively storing, processing, and administering extensive datasets tailored for machine learning objectives.
Model Development
Optimizing the development, training, and evaluation procedures for machine learning models to streamline the workflow.
Model Deployment
Automating the deployment of machine learning models into production environments for seamless integration and operational efficiency.
Monitoring and Governance
Continuously monitoring models, data quality, and performance, with a strong emphasis on ethical and compliant AI practices.
SITE RELIABILITY ENGINEERING (SRE)
Reliability Engineering
Concentrating on the design and upkeep of systems to meet precise reliability objectives, frequently delineated by service level objectives (SLOs).
Incident Management
Developing protocols and playbooks for incident response and mitigation.
Monitoring and Alerting
Deploying resilient monitoring and alerting systems to swiftly detect and respond to incidents as they arise.
Error Budgeting
Establishing error and downtime thresholds and managing system changes accordingly to maintain operational stability.
DEVSECOPS
Incident Response
Creating and implementing security incident response plans to effectively address vulnerabilities and threats.
Compliance and Governance
Automating code deployment to achieve quicker and more dependable releases.
Security integration
Incorporating security practices and automation seamlessly into the DevOps pipeline to prioritize security as a fundamental aspect.
Security testing
Performing security testing, vulnerability scanning, and code analysis as essential components of the CI/CD process.
SITE RELIABILITY ENGINEERING (SRE)
Reliability Engineering
Concentrating on the design and upkeep of systems to meet precise reliability objectives, frequently delineated by service level objectives (SLOs).
Incident Management
Developing protocols and playbooks for incident response and mitigation.
Monitoring and Alerting
Deploying resilient monitoring and alerting systems to swiftly detect and respond to incidents as they arise.
Error Budgeting
Establishing error and downtime thresholds and managing system changes accordingly to maintain operational stability.
DEVSECOPS
Incident Response
Creating and implementing security incident response plans to effectively address vulnerabilities and threats.
Compliance and Governance
Automating code deployment to achieve quicker and more dependable releases.
Security integration
Incorporating security practices and automation seamlessly into the DevOps pipeline to prioritize security as a fundamental aspect.
Security testing
Performing security testing, vulnerability scanning, and code analysis as essential components of the CI/CD process.
