Webinar: Emerging Trends in Data Architecture – What’s the Next Big Thing?
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The document discusses the benefits of modernizing data architecture to deliver Oracle as a service through database-as-a-service solutions. It highlights features such as faster provisioning, simplified management, dynamic scaling, and high availability, along with challenges in traditional Oracle management. Robin.io offers tools for self-service provisioning, database cloning, and migration to cloud environments, aimed at improving efficiency and reducing costs.
Webinar: Emerging Trends in Data Architecture – What’s the Next Big Thing?
- 1. Modernize Your Data Architecture to Deliver Oracle as a Service Oracle Database-as-a-Service www.robin.io
- 2. 2 Reliability to run mission critical applications Familiar SQL syntax Excellent product maturity and track record Skillset readily available Global partner ecosystem Oracle Has Been a Trusted Technology For a Long Time
- 3. Need faster provisioning and Dev/Test refreshes Massive licensing and hardware costs Dynamic scaling to meet sudden demands High availability and auto-failover Cloud migration However, There are Challenges with Oracle Management 3
- 4. Agile Oracle Database-as-a-service is Needed Faster time-to-market Reduced costs Future-proof platform Dev/QA Wants IT/Ops Wants • Standardized platforms • Less maintenance and better support • More budget and time for innovation • Cut costs • Self-service • Rapid provisioning • Simplified management • Performance optimized for SLAs Business Needs 4
- 5. How Does ROBIN Help? Consolidate databases with QoS and SLA guarantees Clone database environments for agile Dev/Test refreshes Deploy databases 10x faster with self- service provisioning Dynamically Scale databases as needed 5 Auto-failover to provide high availability Migrate to cloud using clones
- 7. ROBIN Provides Self-Service Provisioning 7 Select the App in your private “App Store” Provide simple inputs Your database is provisioned within minutes
- 9. Traditional Database Copy Methods Cause Data Sprawl PROD Gold Copy Downstream environments Dev & Test Storage Usage for one application › Full Clones of your production database › Time consuming › Results in Data Sprawl › Create “Gold copy” to avoid performance penalty › What if , you create as many environments but not pay the storage penalty ? 9
- 10. Thin Clone Databases using ROBIN within Minutes 10 PROD Docker/LXC Database Instance and Processes Create a clone of the database Test Docker/LXC Database Instance and Processes ROOT VOLUME ORACLE HOME DATA VOLUME ROOT VOLUME ORACLE HOME DATA VOLUME Point in time snapshot of all the volumes
- 11. Multiple Clone Copies with Fraction of Storage 11 PROD ROOT VOLUME ORACLE HOME DATA VOLUME Docker/LXC Database Instance and Processes CLONE TEST DEV BI DEV 2 Redirect-on-Write Significantly Reduces the Storage Penalty
- 13. Multi-Tenant Environment Reduces Hardware Footprint Group servers into “Resource Pools” Restrict Users, Tenants & Applications to specific Resource Pools Assign limits and quotas per Tenant/User Role Based Access Control Production TestDev Applications Teams Resources
- 14. Robin Scale-out Block Storage COMPUTE NODE Consolidate with Performance Predictability MAX IOPS enforced here to throttle usage MIN IOPS & IO PRIORITIES enforced here to deliver predictability COMPUTE NODE COMPUTE NODE MySQL Mongo DB IO IO IO Robin controls end-to-end IO pipeline (App-to-Disk) allowing it to truly enforce QoS on per-App basisIOPS Eliminate Noisy Neighbors Predictable Performance for mission-critical Apps Application-aware QoS, not just per volume IOPs control › WebLogic WebLogicEBS Database
- 16. Dynamically Scale-up to Meet the Business Needs 16 1-Click Scale-up DB Server DB Server
- 17. Dynamically Scale-out Oracle RAC to Meet Business Needs 17 RAC Node1 RAC Node2 Start small Grow as you need - within minutes 1-Click Scale-out RAC Node1 RAC Node2 RAC Node3
- 19. Make Sure Your Critical Applications are Always On 19 PROD ROOT VOLUME ORACLE HOME DATA VOLUME Docker/LXC Database Instance and Processes Compute Node Storage Layer › Robin automatically detects container failure › Brings up an Oracle container image in seconds on another compute node › No need to move storage Robin automatically mounts the storage volumes to the new container Compute Node PROD Docker/LXC Database Instance and Processes
- 20. Migrate to Public Cloud 20
- 21. Migrate to Public Cloud without Losing Your Investment › 1-Click full Cluster Clone Create multi-cloud portable clones of your on-prem cluster › Migrate to Cloud Migrate the clone and “light-up” the cluster in public cloud with the exact state as on-prem › Keep your Investments Keep using your licenses and code › Enjoy Cloud Economics With separation of compute and storage, pay for what you use AWS, Azure, GCPOn-Premise Snapshot 1 3 months ago Snapshot 2 2 weeks ago Snapshot 3 3 days ago Snapshot 4 yesterday Current now Snapshot 1 3 months ago Snapshot 2 2 weeks ago Snapshot 3 3 days ago Snapshot 4 yesterday Current Full Application Clone Full Application Clone App on Robin (on-prem) App on Robin (cloud)
- 22. Benefits of Robin’s Hyperconverged Kubernetes Collaborate, Experiment, Debug Share App clones with data; Run what-if trials with 1-click snapshot, clone; Time travel to restore app to any point in time 1-click deploy, scale, tune QOS Data locality, affinity/anti-affinity and isolation controls Adjust CPU, Memory, GPU, Network and IOPs Agile Dev Simplified Ops Modernize – self-service, multi-tenant, multi-cloud 1-click backup, restore, upgrade, cloud migrate entire app+data; RBAC, quotas, data+QOS isolation Same app setup across Data Center(s) and Cloud(s) Increase Utilization Pack more apps on same resources, Decouple compute/storage, thin clones Guarantee SLA & Uptime Min/max controls for CPU, Memory, GPU, Network, IOPS High availability even for apps that break K8S assumptions
- 23. Contact Tim Lawler tim@robin.io More Information www.robin.io