1. Cloud Platform for Geophysical Research

2. Geophysical Challenges
How useful can be geophysical observations in a scope of minimizing losses from natural disasters?
Has it helped to decrease the number of human victims in Nepal, and other similar places?
Nepal earthquake statistics:
Injured people 14,335
People in need of food assistance >3M
People in need of humanitarian assistance 8,1M 2

3. It's very difficult to perform geophysical research
Problem
It's very difficult to perform geophysical research
Valuable resources are often wasted
Studying
Supplying
Adaptation
Geophysical data source
Data formats and protocols
Software configuration
Hardware configuration
Computing capacity
Hardware
Updates
Maintenance
Electricity
Air conditioning
Data to software
Software to data
Software to hardware
Hardware to software
Such inefficient approach requires significant amount of human efforts and money investment

4. Unified Cloud Platform for Geophysical Research
Data Sources
Geo Apps
Software
Hardware
Data Formats
Geophysical cloud solutions can help to solve the problem

5. Requirements Stability and high availability of services
Scalability and advanced maintenance of growing geophysical data
Data format unification and data conversion automation
Low TCO and high ROI
Centralized management within cloud
Automated DevOps processes
Monitoring and alert notifications in case of threats
No vendor lock-in

6. Hybridity With Multi-Cloud
25 DCs in
11 Countries
17 DCs in
8 Countries
3 DCs in
3 Countries
11 DCs in
8 Countries
36 DCs in
25 Countries
# Of Data Centers and Regions

7. Hybrid Cloud

8. Live Migration Of Workloads

9. Advanced Access Policies

10. Auto Hibernation

11. Automatic Horizontal Scaling

12. Certified Runtimes and Docker Containers

13. High Availability Application level
load balancing, session replication, clustering
Hardware level
software defined storage,
live migration, smart distribution

14. How It Works
Video Demo

15. For more information please contact