2. Reduce wait time in queues.
Access to endless computation resources.
Easy scale-out of existing computational pipelines.
Collaboration of projects with external research institutions.
Enable access to the rich variety of cloud services.
Combined Self & Managed Service.
Reduce CAPEX.
Goals
3. Global References
Harvard University - http://huit.harvard.edu/services/harvard-
cloud-services
University of Chicago - https://aws.amazon.com/solutions/case-
studies/university-of-chicago/
University of New York -
https://aws.amazon.com/solutions/case-studies/new-york-
university/
7. Billing & Accounting
Allow “Pre-Paid / Budget” payment
Controlled budget
Pay per use
Automated alerts and actions
Integration of the AWS billing with the organization’s internal
billing
Seamless ordering / allocating budget
9. Network & Connectivity
Seamless experience - ONE Network
Extend organization’s network to AWS
as an integrated data center
Full routable network
Redundant and Scale
Direct-Connect
Highly Available VPN
10. Security
Unified Policy Enforcement
Controlled network
Monitored in/out traffic
Network IPS
Role based resource access
Host Protection
Vulnerability Scanning
Host based IDS and FIM
Events Correlation and
Alerting
Comprehensive Audit
11. Application Stack
Seamless access to
organization’s tools library
Shared scripts and modules
Shared data sets
Predefined instances
Integrated tools
Integrated authentication
http://star.mit.edu/cluster/