DevOps Services
Tasks that DevOps solves
Minimum need for product support
No need to maintain a DevOps platform and infrastructure.
Improving team communication
Development budget optimization
To maintain the IT infrastructure, you need a minimum staff, you can hire more developers
Reduce costs with open source tools
Speed up the development process
Preparing infrastructure for deployment
CI/CD Implementation
Build environment optimization
Build automation and keeping the application up to date
Application container management
IaC
Product quality improvement
Reducing the number of failures when releasing new releases
Accelerating the implementation of changes
Reduced disaster recovery time
Automatic scaling and failover
How the service works
Business needs analysis
Conducting an audit of an existing solution in order to fit into it as much as possible
Choosing the best solution based on the DevOps tool stack
NDA signing
Deployment of all necessary services and components
Testing the effectiveness of the resulting solution. Making adjustments if necessary
Implementation of support according to SLA (the format is discussed individually) and employee training
Quick start: less than a month from signing the contract to the result
The project team, which includes an architect and a CSM/account manager to interact with the business, is already assembled, has expertise and costs less than an in-house
Reduced time to market by freeing up resources for R&D and development
Scale with Time to Material + Pay As You Go for IaaS/PaaS tools
Benefits of Managed DevOps
Benefits of Managed DevOps
Benefits of Managed DevOps
Benefits of Managed DevOps
Benefits of Managed DevOps
Benefits of Managed DevOps
Benefits of Managed DevOps
CI/CD (Continuous Integration/Continuous Delivery)
Microservices
Infrastructure as Code (IaC)
Monitoring and documentation of development
Data sharing and collaboration
DevSecOps - checking code for security
DevOps Core Principles and Tools
DevOps Core Principles and Tools
DevOps Core Principles and Tools
DevOps Core Principles and Tools
DevOps Core Principles and Tools
DevOps Core Principles and Tools
DevOps Core Principles and Tools
Version control tools
Application monitoring
Infrastructure monitoring
Configuration management
CI/CD integration/deployment automation
Who Needs Managed DevOps
Those who need a quick start in DevOps with minimal time and resources
Those who need a quick start in DevOps with minimal time and resources
Those who want to automate the development and improve the time-to-market of their products
Those who want to automate the development and improve the time-to-market of their products
Large companies with significant IT spending who need a qualitative leap in the efficiency of system development and administration
Large companies with significant IT spending who need a qualitative leap in the efficiency of system development and administration
Companies that need a qualitative leap in the efficiency of development and administration of systems
Companies that need a qualitative leap in the efficiency of development and administration of systems
Those who need to increase the reliability and availability of applications through the use of distributed solutions
Those who need to increase the reliability and availability of applications through the use of distributed solutions
Those who want to implement the best IT practices and methodologies without downtime in processes and easily scale
Those who want to implement the best IT practices and methodologies without downtime in processes and easily scale
Large companies with high IT spending
Large companies with high IT spending
Large companies looking to cut IT costs
Large companies looking to cut IT costs
How the price is formed
In general, the cost of implementing Managed DevOps is affected by the breadth of the IT landscape and the scale of the project.
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Type of architecture (monolithic and microservice architecture require different time for containerization)
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Storage infrastructure (on-premise, private/public cloud, hybrid)
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Type/number of technological components, presence of containerization and type of solution
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Availability of CI/CD processes
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Deploy frequency
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Type of load (low, variable, high) and number of hits
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The need for development
How the price is formed
How the price is formed
How the price is formed
How the price is formed
How the price is formed
How the price is formed
How the price is formed
Web server configuration and deployment automation
Web server configuration and deployment automation
Automate code compilation using various compilation tools (Maven, Gradle, Nuget, .Net, etc.)
Automate code compilation using various compilation tools (Maven, Gradle, Nuget, .Net, etc.)
Automation of work with Enterprise applications
Automation of work with Enterprise applications
Automation of assembly and delivery of code using "system" languages (PowerShell, Bash, VB, etc.)
Automation of assembly and delivery of code using "system" languages (PowerShell, Bash, VB, etc.)
Database interaction automation (PaaS and managed DB) – MSSQL, PostgreSQL, MySQL, ClickHouse
Database interaction automation (PaaS and managed DB) – MSSQL, PostgreSQL, MySQL, ClickHouse
Automation of interaction with databases (PaaS and managed DB) - MSSQL, PostgreSQL, MySQL, ClickHouse
Automation of interaction with databases (PaaS and managed DB) - MSSQL, PostgreSQL, MySQL, ClickHouse
Automating the storage and delivery of static application content with S3 and NAS
Automating the storage and delivery of static application content with S3 and NAS
Solution for interacting with the storage of assembly artifacts (Docker Registry, JFrog, Harbor, private solutions)
Solution for interacting with the storage of assembly artifacts (Docker Registry, JFrog, Harbor, private solutions)