Traditional Infrastructure Capacity Models vs. Cloud Capacity Models
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The presentation compares traditional infrastructure capacity models to cloud capacity models.
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Traditional Infrastructure Capacity Models vs. Cloud Capacity Models
- 1. Traditional Capacity Models vs. Cloud Capacity Models
- 2. Infrastructure Costs Traditional Infrastructure Capacity Model Estimated Demand Hardware Demand Actual Demand Time
- 3. Infrastructure Costs Traditional Infrastructure Capacity Model Estimated Demand Hardware Demand Actual Demand Time Conclusion:
- 4. Infrastructure Costs Traditional Infrastructure Capacity Model Estimated Demand Hardware Demand Actual Demand Time Conclusion: • Large CAPEX due to hardware investment
- 5. Infrastructure Costs Traditional Infrastructure Capacity Model Estimated Demand Hardware Demand Actual Demand Time Conclusion: • Large CAPEX due to hardware investment • Financing overcapacity
- 6. Infrastructure Costs Traditional Infrastructure Capacity Model Estimated Demand Hardware Demand Actual Demand Time Conclusion: • Large CAPEX due to hardware investment • Financing overcapacity • Customer dissatisfaction when actual demand outperforms available capacity
- 7. Infrastructure Costs Jitscale Infrastructure Capacity Model Estimated Demand Jitscale Capacity Actual Demand Time
- 8. Infrastructure Costs Jitscale Infrastructure Capacity Model Estimated Demand Jitscale Capacity Actual Demand Time Conclusion:
- 9. Infrastructure Costs Jitscale Infrastructure Capacity Model Estimated Demand Jitscale Capacity Actual Demand Time Conclusion: • No investment in hardware; from CAPEX to OPEX
- 10. Infrastructure Costs Jitscale Infrastructure Capacity Model Estimated Demand Jitscale Capacity Actual Demand Time Conclusion: • No investment in hardware; from CAPEX to OPEX • No nancing of overcapacity
- 11. Infrastructure Costs Jitscale Infrastructure Capacity Model Estimated Demand Jitscale Capacity Actual Demand Time Conclusion: • No investment in hardware; from CAPEX to OPEX • No nancing of overcapacity • Customer satisfaction because capacity automatically scales to meet actual demand
- 12. Traditional Batch Processing Capacity Model Infrastructure Costs Time Hardware Demand Actual Demand
- 13. Traditional Batch Processing Capacity Model Infrastructure Costs Time Hardware Demand Actual Demand Conclusion:
- 14. Traditional Batch Processing Capacity Model Infrastructure Costs Time Hardware Demand Actual Demand Conclusion: • Large CAPEX to meet actual demand peak
- 15. Traditional Batch Processing Capacity Model Infrastructure Costs Time Hardware Demand Actual Demand Conclusion: • Large CAPEX to meet actual demand peak • Financing overcapacity between batch processes
- 16. Jitscale Batch Processing Capacity Model Infrastructure Costs Time Actual Demand Jitscale Capacity
- 17. Jitscale Batch Processing Capacity Model Infrastructure Costs Time Actual Demand Jitscale Capacity Conclusion:
- 18. Jitscale Batch Processing Capacity Model Infrastructure Costs Time Actual Demand Jitscale Capacity Conclusion: • No CAPEX, only operational expenditure
- 19. Jitscale Batch Processing Capacity Model Infrastructure Costs Time Actual Demand Jitscale Capacity Conclusion: • No CAPEX, only operational expenditure • No need to nance overcapacity between batch processes
- 20. Jitscale Batch Processing Capacity Model Infrastructure Costs Time Actual Demand Jitscale Capacity Conclusion: • No CAPEX, only operational expenditure • No need to nance overcapacity between batch processes • Capacity automatically available when needed
- 21. Traditional Campaign Capacity Model Infrastructure Costs Estimated Demand Hardware Demand Actual Demand Campaign 1 Actual Demand Campaign 2 Time
- 22. Traditional Campaign Capacity Model Infrastructure Costs Estimated Demand Hardware Demand Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion:
- 23. Traditional Campaign Capacity Model Infrastructure Costs Estimated Demand Hardware Demand Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion: • Large capital expenditure due to unpredictable demand of campaigns
- 24. Traditional Campaign Capacity Model Infrastructure Costs Estimated Demand Hardware Demand Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion: • Large capital expenditure due to unpredictable demand of campaigns • Inef cient use of available capacity for campaigns
- 25. Traditional Campaign Capacity Model Infrastructure Costs Estimated Demand Hardware Demand Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion: • Large capital expenditure due to unpredictable demand of campaigns • Inef cient use of available capacity for campaigns • Customer dissatisfaction when campaign becomes too successful
- 26. Jitscale Campaign Capacity Model Infrastructure Costs Estimated Demand Jitscale Capacity Actual Demand Campaign 1 Actual Demand Campaign 2 Time
- 27. Jitscale Campaign Capacity Model Infrastructure Costs Estimated Demand Jitscale Capacity Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion:
- 28. Jitscale Campaign Capacity Model Infrastructure Costs Estimated Demand Jitscale Capacity Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion: • No need to invest in hardware
- 29. Jitscale Campaign Capacity Model Infrastructure Costs Estimated Demand Jitscale Capacity Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion: • No need to invest in hardware • Ef cient use of capacity, since it automatically scales per campaign
- 30. Jitscale Campaign Capacity Model Infrastructure Costs Estimated Demand Jitscale Capacity Actual Demand Campaign 1 Actual Demand Campaign 2 Time Conclusion: • No need to invest in hardware • Ef cient use of capacity, since it automatically scales per campaign • Campaigns are always available, even when very successful
- 31. Why Jitscale?
- 32. Why Jitscale? Cloud over cloud infrastructure
- 33. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds.
- 34. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds. Auto-scaling infrastructure and management
- 35. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds. Auto-scaling infrastructure and management Your infrastructure is made available only when necessary, on an hourly basis. Jitscale also manages all technical aspects of your application and platform pro-actively, 24/7, 365 days a year, anywhere in the world.
- 36. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds. Auto-scaling infrastructure and management Your infrastructure is made available only when necessary, on an hourly basis. Jitscale also manages all technical aspects of your application and platform pro-actively, 24/7, 365 days a year, anywhere in the world. Service level agreement
- 37. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds. Auto-scaling infrastructure and management Your infrastructure is made available only when necessary, on an hourly basis. Jitscale also manages all technical aspects of your application and platform pro-actively, 24/7, 365 days a year, anywhere in the world. Service level agreement The entire service provided by Jitscale will be detailed in a comprehensive SLA.
- 38. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds. Auto-scaling infrastructure and management Your infrastructure is made available only when necessary, on an hourly basis. Jitscale also manages all technical aspects of your application and platform pro-actively, 24/7, 365 days a year, anywhere in the world. Service level agreement The entire service provided by Jitscale will be detailed in a comprehensive SLA. Pay per success
- 39. Why Jitscale? Cloud over cloud infrastructure Your data can be diffused over multiple clouds. Auto-scaling infrastructure and management Your infrastructure is made available only when necessary, on an hourly basis. Jitscale also manages all technical aspects of your application and platform pro-actively, 24/7, 365 days a year, anywhere in the world. Service level agreement The entire service provided by Jitscale will be detailed in a comprehensive SLA. Pay per success You only invest in server capacity and management that is actually used and can cut costs by 75% compared to traditional infrastructures.
- 40. Jitscale provides fully managed, on demand, global, auto-scaling, virtualized and shared IT infrastructure as-a-service. For more information, please visit our website: www.jitscale.com