This document discusses migrating SAP workloads to AWS. It begins with an introduction to SAP on AWS, including the various SAP platforms and solutions available. It then discusses the benefits of running SAP on AWS, including security, scalability, availability and cost savings. Finally, it demonstrates how to migrate SAP systems to AWS through automation using services like AWS Lambda, Step Functions and EC2 Systems Manager. The presentation provides an overview of innovating SAP solutions by migrating workloads to AWS.
2. Introduction and level setting
• an introduction to SAP
• an advanced level session
What it IS NOT…
• how to deploy innovative
SAP workloads
• introductory technical level
What it IS…
3. Our Mission: Support Every Workload
Enterprise Security Networking Databases
BI Storage Media
4. SAP and AWS – many firstsCustomerAdoption
2008
SAP as a Customer
S/4 HANA
SAP IQ / ASE
SAP HANA Platform Edition
SAP Afaria
SAP Business Suite
HANA One
HANA Developer Edition
SAP Cloud Appliance Library (CAL)
A1 / B1
RDS Solutions
BOBJ
SAP HANA for B1
BW on HANA
BW on HANA (4TB)
Today
X1 – 2TB (In Memory)
SAP HANA Production Certified
X1 – 14TB (2TB*7 Nodes) Certified for BW on
HANA and BW4HANA
R4 and X1 1Tb instances certified
X1e.32xlarge 4TB
& SAP HEC on AWS
Fast AWS & SAP
Transformation
R4.8xlarge - HANA
6. SAP ecosystem with AWS
APN Consulting Partners with successful SAP deployments include
APN SAP Competency Partners in APAC
7. Amazon EC2 Instances – for SAP workloads
Memory Optimized
Name vCPU Mem (GiB) Network Bandwidth SAPS
r3.8xlarge* 32 244 10 Gigabit 31,920
r3.4xlarge 16 122 High 15,960
r3.2xlarge 8 61 High 7,980
r3.xlarge 4 30.5 Moderate 3,990
r3.large 2 15 Moderate 1,995
r4.16xlarge* 64 488 10 Gigabit 76,400
r4.8xlarge* 32 244 up to 10 Gigabit 38,200
r4.4xlarge 16 122 up to 10 Gigabit 19,100
r4.2xlarge 8 61 up to 10 Gigabit 9,550
r4.xlarge 4 30.5 up to 10 Gigabit 4,775
r4.large 2 15.25 up to 10 Gigabit 2,387
x1.32xlarge* 128 1952 20 Gigabit 131,500
x1.16xlarge* 64 976 10 Gigabit 65,750
x1e.32xlarge* 128 3902 20 Gigabit 131500
General Purpose
Name vCPU Mem (GiB) Network Bandwidth SAPS
m4.10xlarge 40 160 10 Gigabit 47,320
m4.4xlarge 16 64 High 17,712
m4.2xlarge 8 32 High 8,856
m4.xlarge 4 16 High 4,428
m4.large 2 8 Moderate 2,214
Compute Optimized
Name vCPU Mem (GiB) Network Bandwidth SAPS
c4.8xlarge 36 60 10 Gigabit 37,950
c4.4xlarge 16 30 High 19,030
c4.2xlarge 8 15 High 9,515
c4.xlarge 4 7.5 High 4,758
c4.large 2 3.75 Moderate 2,379
c3.8xlarge 32 60 10 Gigabit 31,830
c3.4xlarge 16 30 High 15,915
c3.2xlarge 8 15 High 7,957
c3.xlarge 4 7.5 High 3,978
c3.large 2 3.75 High 1,989
8. Amazon EC2 Instances – for SAP HANA
The Next Generation of HANA Infrastructure at Scale
Engineered for SAP HANA
High
Performance
Resilient Flexible
Benefits:
Technical
Excellence
Infinite
Global
Scale
Lowest
TCO
244 GB
50 TB scale-out
1 TB 14 TB4 TB …
X1
x1.32xl
14 TB scale-out
X1
x1.16xl
7 TB
7 TB scale-out
R3
r3.8xl l
4 TB scale-out
R4
r4.16xl
50 TB
X1e
x1e.32xl
1 TB
2 TB
Scale-up
488 GB
4 TB
9. AWS platform drives SAP value
Security
Trust
Resiliency
Security
Scalability
Availability
Zone A
Availability
Zone C
Availability
Zone B
Sample Region
Trusted Advisor: Recommends optimizations for
• Cost
• Security
• Compliance
• Performance
Amazon
CloudWatch
Alarm
Primary
HANA
Primary
HANA
Primary
HANA
Secondary
HANA
Auto Recovery Optimized HA Full HA/DR
+
10. A platform for further innovation
Additional use cases
AI & ML
(Rekognition, Lex…)
Big data
(Amazon EMR…)
Data warehousing
(Redshift, DMS, SCT…)
IoT
(AWS IOT, Lambda…)
Virtual desktop
(Amazon Workspaces,
AppStream 2.0)
Run SAP on AWS
ERP
(S/4HANA, ECC, B1…)
Digital
(hybris Commerce…)
Analytics
(BW, BPC, BI…)
DB & platforms
(HANA, SCP CF, NW…)
11. From zero to HANA in ~40 minutes
A virtual appliance delivery method to configure and install all key
components of the SAP HANA solution on AWS
SAP HANA Cluster
Public Subnet Private Subnet
CloudWatch Alarm
IAM Role / Instance Profile
security group
EBS VolumesBucket containing SAP
HANA software
NAT Gateway Bastion Host and/or RDP
instance (optional)
AWS CloudFormation
AWS Quickstart for SAP HANA
12. Taking it to the next level
Amazon
S3
Amazon
Route 53
AWS Quickstart for SAP NetWeaver
(including SAP HANA)
Build a full
SAP NetWeaver ABAP
environment in one step.
13. Migrate SAP in four easy steps, to AWS
Source:
on-premises
virtualized server
Target: Amazon Machine Image
Windows, SLES, RHEL
Scheduled Uploading
Convertin
g
Creating
AMI
Migrate your on-premise workloads to AWS
Source: ANY OS and database supported by AWS for SAP
AWS Server Migration Service
14. SAP re-platforming done FAST
29 hours to migrate to SAP Business
Suite on SAP HANA
90% of global SAP customers
are similar in data size
Low Cost
Fast
Simple
SAP ECC
(prod)
ORACLE
Converted data to
SAP HANA format
export load
On-Premise
SAP Suite on
SAP HANA
SAP HANA
Extract/Config/Check
1 hour
Preprocessing
18 hours
Transfer
3 hours
Import
7 hours
5x compression
SAP Database Migration Option with System Move
SAP Rapid Migration Test Program
15. Hyper-scale data warehouses
GE moves billions of rows from SAP into Amazon Redshift
Source data: SAP ECC
Data Warehouse:
• Amazon Redshift
Data Integration:
• Matillion ETL for Amazon Redshift
• HVR
Data Visualisation: Tableau
SAP
32 x DC1 Nodes
Amazon Redshift Cluster
Staging DWH
Matillion ETL
M3.Large
ELT
Tableau
CDC Data Replication (HVR)
45%operating cost
reduction
6months from ideation
to go-live
<$100PoC pilot cost
17. 17
ZALORA - ASIA’S LEADING ONLINE FASHION DESTINATION
SINGAPORE
PHILIPPINES
INDONESIA
MALAYSIA
BRUNEI
HONG KONG
TAIWAN
MACAU
20MMOBILE APP
DOWNLOADS
2MACTIVE
CUSTOMERS
10MVISITS
WEEKLY
1.3MORDERS SHIPPED
IN Q4 2016
6.8M
FACEBOOK
FANS
5MSUBSCRIBERS
3FULFILLMENT
CENTRES
Source: Company Information
19. SAP System Refresh
• What it is
Ø Refresh database of one system from another
• Why we do it
Ø To improve data quality of target system
Ø To build a new system as replica of source system
• How we do it
Ø Manual
Ø Automation with SAP LaMa or Other Third Party Tools
20. Challenges – Manual Procedure
• Time consuming (days to weeks)
• Lots of manual steps
• Not consistent - Different issues every time
• Risk of communication with systems in source landscape
(generally production)
• Target System not available for duration of refresh
• Requires involvement of many teams
21. AWS Solution
• AWS Lambda
• Compute service that runs your code without provisioning or
managing servers
• AWS Step Functions
• Coordinate the components of distributed applications and
microservices using visual workflows
• AWS EC2 Systems Manager
• Automate operational tasks across your AWS resources
23. Call to action
Talk to us about how you can achieve the innovation we’ve
discussed, by migrating your SAP workloads to AWS.
Contacts:
Harpreet Singh, Solutions Architect, batrahs@amazon.com
Derek Ewell, Solutions Architect, dewell@amazon.com
David Payne, SAP alliance lead, dspayne@amazon.com