The recently announced EDB Postgres Cloud Database Service (CDS) is a managed service, delivering enterprise-ready Oracle-compatible EDB Postgres databases on the Amazon Web Services (AWS) Cloud.
Join Marc Linster for this live webinar that will teach you how to build an on-demand Oracle-compatible Postgres database in minutes. Marc will cover:
How to provision, scale, and manage Postgres
The built-in monitoring, high availability and and backup tools
Pre-defined templates for common configurations
Marc will end the webinar with a live demo of a migration of an Oracle database to the EDB Postgres Cloud Database Service.
EDB Postgres is the same everywhere – whether used in an on-premises data center, private or public cloud computing platform – providing users with unmatched flexibility to run and move workloads as needed.
We focus on large enterprises across the finance, telecom, manufacturing, healthcare, high tech, defense and public sector segments.
88 of the Fortune 500 and 241 of Global 2000 companies worldwide choose EDB.
Customers look to EDB for a reliable, high-performing, and cost-effective data management platform based on the open source PostgreSQL.
So, it is no surprise that EDB continues, for the fifth consecutive year, to be recognized among elite database vendors in Gartner Magic Quadrant for OPDBMS.
The power of EDB Postgres comes from its technologies and capabilities that offer interoperability, flexibility, and greater control for enterprise customers.
The EDB Postgres Platform rivals traditional vendor offerings for features and performance; yet as an open source-based provider, offers dramatic cost savings and greater flexibility.
EDB is now the only open source-based relational database vendor in the Gartner Magic Quadrant.
EDB Postgres has compelling economic benefits for a wide range of applications.
IDC determined that the three-year return on investment (ROI) for the EDB Postgres platform is 168% and organizations using EDB Postgres Advanced Server will spend a total of 65% less on database-related costs.
Plus, using an enterprise-class open source product like EDB Postgres™ Advanced Server saves money, while making environments scalable and flexible as well.
1. Good candidates
1. Connects via JDBC
2. The app uses an ORM, such as Spring or Hybernate
3. The stored procedures are written in PL/SQL, not in Java or PL/C
4. # of concurrent active connections to the database < 1000
5. DB Size < 5 TB
6. Limited use of XML (XPATH, XMLDOM)
7. Application source code and application developers are available
8. No use of RAC for scalability
9. No need for Flashback
2. Really bad migration candidates:
1. ProC interface
2. Stored procedures written in Java
3. Must have RAC capabilities and Flashback
3. Moderate candidates
1. OCI interface
2. Oracle extensions of .NET and ODBC
1. Good candidates
1. Connects via JDBC
2. The app uses an ORM, such as Spring or Hybernate
3. The stored procedures are written in PL/SQL, not in Java or PL/C
4. # of concurrent active connections to the database < 1000
5. DB Size < 5 TB
6. Limited use of XML (XPATH, XMLDOM)
7. Application source code and application developers are available
8. No use of RAC for scalability
9. No need for Flashback
2. Really bad migration candidates:
1. ProC interface
2. Stored procedures written in Java
3. Must have RAC capabilities and Flashback
3. Moderate candidates
1. OCI interface
2. Oracle extensions of .NET and ODBC