Data harmonycloudpowerpointclientfacing
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Cloud Deployment of Data Harmony Jeffrey Gordon, Lead Developer, Access Innovations, Inc. Jeffrey will describe the cloud deployment of the Data Harmony software.
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Data harmonycloudpowerpointclientfacing
- 1. DATA HARMONY D H U G 2 0 2 1 CLOUD VERSION
- 2. 2 M e e t i n g t h e g r o w i n g d e m a n d s f o r d a t a a n a l y s i s 2 • What is the purpose of Data Harmony Cloud? • To help meet the growing needs of our customers to index and process increasingly large amounts of data • Allow our customers to easily deploy scalable, responsive, and self-managing services utilizing Data Harmony • How do we achieve this? • Centralized project management • GIT driven project storage and version control • Docker containers • For ease of deployment and project loading • Kubernetes clusters • Highly scalable and self-managing clusters capable of mostly administrating itself DATA HARMONY CLOUD
- 3. 3 S i m p l i f y i n g t h e p r o j e c t m a n a g e m e n t w o r k f l o w 3 • Utilizing GIT style repositories for project storage and versioning • BitBucket, GitHub, etc… • What are the benefits of this approach? • Allows for project development to be more agile • Thesaurus features can be developed in sprints • Development versions of the thesaurus can be deployed for testing before deployment to production • Thesauri can be versioned and branched for different portions of the application • Project management is greatly simplified at all levels • Native integration with Jira, Trello, etc… CENTRALIZED GIT PROJECT STORE
- 4. 4 I n s t a n t D a t a H a r m o n y D e p l o y m e n t s 4 • Data Harmony is can now scale alongside our client’s infrastructure • Implementing Platform as a Service alongside our Software as a Service offerings • The amount of data being processed is scaling at a dramatic pace • Our cloud implementation allows us to scale alongside our customers seamlessly, through Docker containers • Allow for development around Data Harmony to be streamlined and integrate with agile practices • Resources are available as needed • Create production and staging environments when updating service versions or implementing thesaurus changes DOCKER CONTAINERS
- 5. DOCKER BASICS Image The basis of a Docker container. The content atrest. Container The image when it is ‘running.’ The standard unit for app service Engine The software that executes commands for containers. Networking and volumes are part of Engine. Can be clustered together. Registry Stores, distributes and manages Dockerimages Control Plane Management plane for container and clusterorchestration
- 6. • Kubernetes is an open-source system for automating deployment, scaling, and management of containerized applications. • Improves reliability - Continuously monitors and manages your containers - Will scale your application to handle changes in load • Better use of infrastructure resources - Helps reduce infrastructure requirements by gracefully scaling up and down your entire platform via autoscaling • Coordinates what containers run where and when across your system • How do all the different types of containers in a system talk to each other? • Easily coordinate deployments of your system - Which containers/projects need to be deployed - Where should the containers be deployed o Mars, AWS, Azure, SWCP, … WHAT DOES KUBERNETES DO?
- 7. THE POD IS THE CORE KUBERNETES COMPONENT • The Pod is the core component of Kubernetes • Collection of 1 or more containers • Each pod should focus on one container, however sidecar containers can be added to enhance features of the core container spec: template: spec: containers: - name: accessinnovations/dataharmonyrepo APIKEY: 384c1bb9-b539-420e-a647-a368e86b47b7
- 8. PODS CAN HANDLE SCALING AND DEPLOYMENTS • Once Kubernetes understands what is in a pod, multiple management features are available: • System Performance - Scale up/down the number of pods based on CPU load or other criteria • System Monitoring - Probes to check the health of each pod - Any unhealthy ones get killed and new pod is put into service • Deployments - Deploy new versions of the container - Control traffic to the new pods to test the new version o Blue/Green deployments o Rolling deployments
- 9. 9 C o n t a i n e d H e r e i n 9 • Deployment Workflows • Deploying, Upgrading, and maintaining • Centralization of projects in BitBucket • Porting Projects, Production/Development • Agile platform development • On-demand production environments • Self-managing service with scaling logic provided • Scalability of Data Harmony • Cloud scalability • AWS, Azure, Google, and On-Premise HOW DOES THIS BENEFIT YOU
- 10. 10 Deploying, Upgrading, and maintaining 10 • Seamless service deployments and upgrades • Server upgrades are facilitated through the Docker service • Reduces or eliminates any need for downtimes • Project migration is handled automatically through the container’s logic • All server/project relationships are managed by the API keys • Utilizing Docker to automate the deployment reduces deployment time • Rollover time to new versions or deployments reduced to seconds • Maintaining the service is handled automatically through the container logic DEPLOYMENT WORKFLOWS
- 11. 11 Centralization of projects in BitBucket 11 • Projects are now maintained through centralized repositories • BitBucket, GitHub, etc… • Simplifies how projects are stored and tracked • Data Harmony projects are now centralized in BitBucket • Makes deploying projects through Docker extremely easy • In fact, this process is automated through the deployment process • For new pipelines, workflows, or applications • Single command line allows for immediate deployment • Projects are now strictly versioned and branched • Allows for app dependent version of thesauri DEPLOYMENT WORKFLOWS
- 12. 12 Porting Projects, Production/Development 12 • Simplified and efficient deployment/updates of your service • Improved development/production cycle for your projects • Implementing BitBucket and version control into the workflow allows for a streamlined experience when working with development versions of your thesauri. • Centralizing the projects in BitBucket alleviates this issue • Development projects are clones of a project on different a different branch • When all changes are finished, the changes can merged/pushed to production • Production version of the project on BitBucket can be seamlessly pushed the containers HOW YOUR PROJECT IS DEPLOYED
- 13. 13 On-demand production environments 13 • Project deployment, upgrading, or migration is now simplified to allow for swift platform changes • DevOP’s, IT, and management have complete control over Data Harmony services are deployed for resources that utilize it • Allows for agile platform deployment • Infrastructure planning minimized • Staging environments for updates • Development teams have access to deploy identical or development versions of their Data Harmony stack • Moving from staging to live is also streamlined once the system is deemed ready for production AGILE PLATFORM DEVELOPMENT
- 14. 14 Self monitoring and disaster recovery 14 • Utilizing built in monitoring tools in our container, the Kubernetes cluster or container can self-govern and heal itself • With little to no intervention from DevOp’s the Data Harmony service is capable of monitoring itself and taking steps to prevent service interruptions. • The logic for governing these behaviors is provided • In the case of disaster on any infrastructure • On boot of the server, the docker service will restore all known containers of Data Harmony currently running • Downtime reduced from potentially a day to a matter of minutes, mitigating the worst-case scenario SELF-MANAGING SERVICE
- 15. 15 AWS, Azure, Google, and On-Premise 15 • Whether your use-case is to use on premise hardware, lease hardware, or deploy in the cloud • Data Harmony Cloud is platform agnostic and can be deployed anywhere whether it’s AWS, Azure, Google Cloud, your own private cloud, or a standard server. • Combining the power of Docker and Kubernetes, the service can be scaled to meet any indexing need • Services can be configured to scale “infinitely” or finitely depending on the use-case • Kubernetes handles day-to-day management of the service • Monitoring, roll-over, and automatic container deployment depending on current system load SCALABILITY OF DATA HARMONY
- 17. 17 17 • When will this be ready? • Data Harmony Cloud is available now • How can I try it out • Ask us for a trial! • How complex is this to work with? • For most people, just a single command line! CONCLUSION