best practices for running sap system workloads on the aws cloud

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Best Practices for Running SAP System Workloads on the AWS Cloud Steven Jones – Sr. Manager, Solutions Architecture ITM248 – October 2015

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Page 1: Best Practices for Running SAP System Workloads on the AWS Cloud

Best Practices for Running SAP System Workloads on the AWS Cloud

Steven Jones – Sr. Manager, Solutions Architecture

ITM248 – October 2015

Page 2: Best Practices for Running SAP System Workloads on the AWS Cloud

•  Amazon Web Services Overview •  SAP on AWS •  Best Practices •  Customer Success Stories •  Getting Started

Agenda

Page 3: Best Practices for Running SAP System Workloads on the AWS Cloud

AWS Global Infrastructure

Application Services

Networking

Deployment & Administration

Database Storage Compute

What Is Amazon Web Services (AWS)?

Page 4: Best Practices for Running SAP System Workloads on the AWS Cloud

Building and managing cloud since 2006

50+ services to support any cloud workload

History of rapid, customer-driven releases

11 regions, 30 Availability Zones, 53 edge locations

50 proactive price reductions to date

10,000+ SIs and ISVs; 2,300+ Marketplace products

Experience

Service Breadth & Depth

Pace of Innovation

Global Footprint

Pricing Philosophy

Ecosystem

*as of July 31, 2014

What Sets AWS Apart?

Page 5: Best Practices for Running SAP System Workloads on the AWS Cloud

11  Regions  §  N.  Virginia  §  N.  California  §  Oregon  §  GovCloud  US  §  São  Paulo  §  Ireland  §  Frankfurt  §  Singapore  §  Tokyo  §  Sydney  §  China*  

hAp://aws.amazon.com/about-­‐aws/globalinfrastructure  

30  Availability  Zones  53  Edge  Loca9ons  

*  Limited  public  release  

Global Footprint: AWS Global Infrastructure

Page 6: Best Practices for Running SAP System Workloads on the AWS Cloud

•  Distinct locations engineered to be insulated from failures in other Availability Zones

•  Connected via high speed, low-latency network

•  An independent collection of AWS services in a defined geographical location

•  Foundation for meeting location-dependent privacy and compliance requirements

•  Each region contains two or more Availability Zones

Region

Availability Zone

Availability Zone A

Availability Zone B

Availability Zone C

Sample US Region

Global Footprint: Regions and Availability Zones

Page 7: Best Practices for Running SAP System Workloads on the AWS Cloud

A private, isolated section of the AWS cloud where you can launch resources in a virtual network that you define.

VPC  

•  Complete control over your virtual networking environment (IP address range, subnets, route tables, and network gateways)

•  Enables secure connectivity between your

network and VPC via a VPN or dedicated connection

Amazon VPC Deep Dive: https://www.youtube.com/watch?v=HexrVfuIY1k

Amazon Virtual Private Cloud (VPC)

Page 8: Best Practices for Running SAP System Workloads on the AWS Cloud

•  Linux and Windows

•  Different Instance sizes available & optimized for various workloads

•  Self-service provisioning and management

•  Monitoring, scaling, and load balancing services

•  Rapid provisioning from pre-built OS and SAP images

•  Pay by the hour―no up-front costs or long-term commitments

On-demand virtual computing, storage and networking infrastructure

Amazon Elastic Compute Cloud (EC2)

Page 9: Best Practices for Running SAP System Workloads on the AWS Cloud

•  Network-­‐aAached  block  device  for  persistent  storage    •  Custom  provision  sizes  from  1  GiB  to  16  TiB  per  volume  •  MulPple  volumes  per  EC2  instance  •  AES-­‐256  based  encrypPon  available  (no  extra  charge)  

EBS  Magne9c  (Formerly  EBS  Standard)  Cost-­‐effecPve  storage  that  delivers  approximately  40-­‐200  IOPS  per  volume  on  average  with  a  best  effort  ability  to  burst  to  hundreds  of  IOPS  per  volume  

EBS  Provisioned  IOPS  (SSD)  Designed  to  deliver  predictable,  high  performance  for  I/O-­‐intensive  workloads  such  as  databases.  Customer  specifies  an  IOPS  rate  when  creaPng  a  volume.  Currently  supports  up  to  20,000  IOPS  per  volume.  

EC2  EC2  

EBS  General  Purpose  (SSD)  Provide  the  ability  to  burst  to  3,000  IOPS  per  volume,  independent  of  volume  size.  Designed  to  deliver  a  consistent  baseline  of  3  IOPS/GiB.  

Amazon Elastic Block Store (Amazon EBS)

Page 10: Best Practices for Running SAP System Workloads on the AWS Cloud

Highly  available  and  durable  file/object  data  storage  service  Designed  to  provide…    

• 99.99%  availability  • 99.999999999%  durability  

Highly  secure  •  Four  different  access  control  mechanisms  •  Server-­‐side  encrypPon  available  

SAP  use  cases  •  Backup  storage  •  SAP  archiving  storage  

Amazon Simple Storage Service (Amazon S3)

Page 11: Best Practices for Running SAP System Workloads on the AWS Cloud

All SAP Business Suite and NetWeaver applications (FI, HR, BI/BW, SRM, Solution Manager, SAP PO, etc.)

Leverage Multi-AZ for production workloads

x86 Intel processor-based systems with up to 32 vCPUs x 244 GiB RAM, SSD-backed storage for tens of thousands of IOPS

Amazon S3 storage is designed to provide 99.999999999% durability

Enterprise-level security

Pricing, sizing, management, and operations

SAP Supported Platform

High Availability

High Performance

High Durability

Secured platform

Flexible

SAP on AWS

Page 12: Best Practices for Running SAP System Workloads on the AWS Cloud

Cus

tom

er A

dopt

ion

2008 2010 2012 2014

SAP as a Customer

S4/HANA

SAP IQ / ASE SAP HANA Platform Edition

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 Large Scale-out Clusters (4 TB)

SAP Livecache

Full Complement of SAP-Supported Solutions

Page 13: Best Practices for Running SAP System Workloads on the AWS Cloud

Memory Optimized

Name vCPU Memory (GiB) I/O Perf 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

ü  Use in 2-Tier and 3-Tier Configurations ü  Cluster Networking Available ü  EBS Optimized Instances ü  Enhanced Networking (SR-IOV) ü  *Certified Instances for SAP HANA Check SAP Note 1656099 for more information

General Purpose

Name vCPU Memory (GiB) I/O Perf SAPS

m4.8xlarge 40 160 10 Gigabit 44,280 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 Memory (GiB) I/O Perf 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

Wide Selection of SAP-Supported Instances

Page 14: Best Practices for Running SAP System Workloads on the AWS Cloud

SAP HANA Infrastructure Services SAP HANA One Overview On-­‐demand  infrastructure  to  run  any  SAP  HANA  workload  on  the  AWS  cloud  

using  your  exisPng  licenses  Fully  featured  SAP  HANA  system  on  AWS  with  on-­‐demand  license  sold  by  SAP  via  the  AWS  Marketplace  

Supported use cases and scenarios

Use  cases:  ü  ProducPon  and  non-­‐producPon    

All  HANA  scenarios,  including:  ü  NaPve  HANA  applicaPons  ü  Data  marts  &  analyPcs  ü  Business  Suite  on  HANA  ü  BW  &  BPC  on  HANA  ü  Business  One  on  HANA  ü  Business  Suite  Accelerator  

Use  cases:  ü  ProducPon  and  non-­‐producPon  

 Specific  HANA  scenarios:  

ü  NaPve  HANA  applicaPons  ü  Data  marts  &  analyPcs  

 

Key    benefits

§  Rapid  provisioning.    No  need  to  wait  for  approval,  procurement,  or  deployment  of  physical  infrastructure.  

§  Replace  CapEx  with  OpEx  §  No  contracts  or  long-­‐term  commitments  §  Fully  automated  deployment  

§  Instant,  self-­‐service  access  –  up  and  running  in  10  minutes  §  On-­‐demand  per  hour  SAP  HANA  license  §  Only  pay  for  infrastructure  and  SAP  HANA  license  when  system  is  running  §  Community  support  

Licensing Bring-­‐your-­‐own-­‐License   On-­‐demand  charged  per  hour    -­‐    $0.99    |    $1.99    |    $3.99  

Memory OLTP  (ERP,  CRM,  etc.)  -­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐  244  GB      OLAP  (BW,  Data  marts,  etc.)  -­‐-­‐-­‐-­‐-­‐-­‐-­‐-­‐  up  to  4  TB   60.5  GB    |    122  GB    |    244  GB  

Available hAps://aws.amazon.com/quickstart   hAp://aws.amazon.com/marketplace  

SAP HANA on AWS

Page 15: Best Practices for Running SAP System Workloads on the AWS Cloud

Scale-­‐out  Benchmarks  

All  benchmarks  validated  and  published  by  SAP  hAp://global36.sap.com/campaigns/benchmark/appbm_bweml.epx    

Number  of  HANA  Nodes  

Ini9al  records  

(data  load)  

Total  Cores   Total  Memory  (Gib)   Adhoc  Naviga9on  Steps/hr  

5   2  Billion   80   1220   177,590  

14   5  Billion   224   3416   258,020  

17   5  Billion   272   4148   303,270  

"A  14-­‐node  system  from  Amazon  Web  Services  (AWS)  sets  the  record  for  SAP  HANA  scale-­‐out  in  the  cloud,  validaPng  it  as  an  ideal  soluPon  for  customers  to  cost-­‐effecPvely  consume  SAP  HANA.”    -­‐SAP  hAp://www.news-­‐sap.com/sapphire-­‐now-­‐sap-­‐hana-­‐cloud-­‐plaporm-­‐digital-­‐economy/  

High-Performance Systems for SAP HANA

Page 16: Best Practices for Running SAP System Workloads on the AWS Cloud

X1  Up  to  four  Intel  Xeon  E7  v3  (Haswell)  processors  

Over  100  vCPUs  Up  to  2  TB  of  RAM  

 Available  first  half  of  2016  

Contact  us  @  ec2-­‐[email protected]      

New Instances for SAP HANA – Tons of Memory

Page 17: Best Practices for Running SAP System Workloads on the AWS Cloud

Best Practices

•  Security  •  Sizing  •  Agility  •  HA/DR  •  Support  &  Monitoring  

 

Page 18: Best Practices for Running SAP System Workloads on the AWS Cloud

Facilities

Physical security

Compute infrastructure

Storage infrastructure

Network infrastructure

Virtualization layer (EC2)

Hardened service endpoints

Rich IAM capabilities

Network configuration

Security groups

OS firewalls

Operating systems

Applications

Proper service configuration

AuthN & acct management

Authorization policies

+ =Customer

. •  Scope of responsibility depends on the type of service offered by AWS:

Infrastructure, Container, Abstracted Services •  Understanding who is responsible for what is critical to ensuring that your AWS data

and systems are secure!  

More  secure  and  compliant  systems  than  any  one  enPty  could  achieve  on  its  own  at  scale  

Security ― Shared Responsibility Model

Page 19: Best Practices for Running SAP System Workloads on the AWS Cloud

•  Fine-grained security network controls with Amazon VPC •  Enable network access control on every subnet •  Firewall every single compute instance with security groups •  Encrypt your sensitive information everywhere (EBS, S3, etc.) •  Protect your encryption keys (AWS CloudHSM) •  Log and audit (AWS CloudTrail) •  AWS Identity and Access Management (IAM) •  Use dual-factor authentication for AWS login credentials •  Connect in private to your existing data centers

https://aws.amazon.com/security/

Security ― Best Practices

Page 20: Best Practices for Running SAP System Workloads on the AWS Cloud

VPC  

VPN  connec9on  

AWS  Direct  Connect  

VPN  connec9on    •  Encrypted  IPsec  hardware  VPN  connecPon  

between  your  network  and  VPC  •  Can  create  mulPple  VPN  connecPons  to  one  

VPC  •  Fast  and  simple  to  set  up  

Internet  

AWS  Direct  Connect  •  Dedicated  network  connecPon  between  

your  network  and  VPC  •  Can  reduce  network  costs,  increase  

bandwidth  throughput,  and  provide  a  more  consistent  network  experience  

•  1  Gbps  or  10  Gbps  ports  

Security ― VPC Connectivity Options

Page 21: Best Practices for Running SAP System Workloads on the AWS Cloud

Best Practices

•  Security  •  Sizing  •  Agility  •  HA/DR  •  Support  &  Monitoring  

 

Page 22: Best Practices for Running SAP System Workloads on the AWS Cloud

0  20  40  60  80  

100  120  140  160  

Q1Y1  

Q2Y1  

Q3Y1  

Q3Y1  

Q4Y1  

Q1Y2  

Q2Y2  

Q3Y2  

Q4Y2  

Q1Y3  

Q2Y3  

Q3Y3  

Q4Y3  

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Q1Y5  

Q2Y5  

Q3Y5  

Q4Y5  

Q1Y6  

Q2Y6  

Q3Y6  

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Demand  

TradiPonal  

AWS  

•  CPU,  memory,  I/O  performance  on  demand    

•  CPU,  memory,  I/O  performance  at  current  prices  

 

 

TradiPonal  planning  horizon  

Planning  horizon  on  AWS  

SAP Sizing on AWS vs. Traditional Approach

Page 23: Best Practices for Running SAP System Workloads on the AWS Cloud

General Sizing Best Practices

Page 24: Best Practices for Running SAP System Workloads on the AWS Cloud

When sizing the HANA appliance, main memory is the most important resource. Sizing methods vary depending on the implementation scenario. In general, the following methods apply: •  New implementation: Use the SAP Quick Sizer

http://service.sap.com/quicksizer

•  Migrating an existing SAP Netweaver Business Warehouse System: Use the ABAP sizing report for SAP NetWeaver BW described in SAP note 1736976.

•  Migrating an existing SAP Business Suite System to HANA: See SAP note 1872170 to estimate the main memory requirements of the HANA virtual appliance.

hAp://bit.ly/sap_sizing_on_aws    

Page 25: Best Practices for Running SAP System Workloads on the AWS Cloud

Physical  Host  X  

AWS  Hypervisor  

Virtual Machine

Physical Host Physical  Hardware  Y  

AWS  Hypervisor  

SAP  or  Database  Virtual  Machine  

•  Running •  Shutdown •  SAP virtual

machine is unavailable

•  Issue API call to start virtual machine

•  SAP virtual machine started on a new physical host

•  Amazon EBS persistent volumes are mapped by default

SAP  or  Database  Virtual  Machine  

Physical  Host  Y  

AWS  Hypervisor  

SAP  or  Database  Virtual  Machine  

•  Running (new host)

Change instance type using AWS

console or API call

Physical  Hardware  X  

AWS  Hypervisor  

SAP  or  Database  Virtual  Machine  

Results:  •  Hardware  upgrades  in  minutes!  •  No  data  migraPon  required  •  Retain  same  IP  addressing  (VPC)  

Page 26: Best Practices for Running SAP System Workloads on the AWS Cloud

Best Practices

•  Security  •  Sizing  •  Agility  •  HA/DR  •  Support  &  Monitoring  

 

Page 27: Best Practices for Running SAP System Workloads on the AWS Cloud

Provisioning and Management of AWS resources is completely self-service using the AWS API.

SDKs  &  libraries  AWS  CLI  AWS  Management  

Console  

3rd-­‐party  tools  

JAVA .NET

iOS PHP

Ruby Android Python Node.js

AWS Resource Provisioning and Management

Page 28: Best Practices for Running SAP System Workloads on the AWS Cloud

•  Enables the provisioning and management of a group of integrated AWS resources

•  Stacks of AWS resources are defined, deployed, and managed in a single template file using JSON

•  New AWS CloudFormation Designer―use drag and drop functionality to create your own template

SAP use cases

•  Provision complete SAP landscapes from a single template

•  Define and provision entire DR environment from a pre-defined and tested template

AWS CloudFormation

Page 29: Best Practices for Running SAP System Workloads on the AWS Cloud

+  

AWS CloudFormation

=  Significant  reducPon  in  Pme  for  deployments  from  weeks  to  minutes  with  consistency,  repeatability,  and  reliability  

•  Landscape    configuraPon  

•  Network  layout  •  Security  policies  •  …  

Amazon Machine Image (AMI)

•  Soyware  installaPons  

•  Best  pracPces  •  ConfiguraPon  •  …  

Page 30: Best Practices for Running SAP System Workloads on the AWS Cloud

AWS  Quick  Start  for  HANA  provides  an  automated  process  to  deploy  a  complete,  producPon-­‐cerPfied,  virtual  SAP  HANA  appliance  on  the  AWS  cloud  in  less  than  1  hour    Uses  AWS  CloudFormaPon  to  provision  all  required  AWS  resources    Configures  network  and  security  sezngs  following  best  pracPces    AWS  Quick  Start  reference  deployments  are  free―pay  only  for  the  resources  you  use.    

hAps://aws.amazon.com/quickstart    

hAp://aws.amazon.com/sap/soluPons/saphana/pilot/offer/    

Apply  for  up  to  US$1,000  in  AWS  promoPonal  credit      

Example: Automated SAP HANA Deployments

Page 31: Best Practices for Running SAP System Workloads on the AWS Cloud

Best Practices

•  Security  •  Sizing  •  Agility  •  HA/DR  •  Support  &  Monitoring  

 

Page 32: Best Practices for Running SAP System Workloads on the AWS Cloud

Physical  Host  X  

AWS  Hypervisor  

Virtual  Machine  

Physical  Host  Physical  Hardware  Y  

AWS  Hypervisor  

SAP  Virtual  Machine  

•  Running   •  Host/hypervisor  failure  or  loss  of  network  connecPvity  

•  SAP  virtual  machine  is  unavailable  

•  SAP  virtual  machine  started  on  a  new  physical  host  

•  Amazon  EBS  persistent  volumes  are  mapped  by  default  

SAP  Virtual  Machine  

Physical  Host  Y  

AWS  Hypervisor  

SAP  Virtual  Machine  

•  Running  (new  host)  

Physical  Hardware  X  

AWS  Hypervisor  

SAP  Virtual  Machine  

Result:  •  BeAer  upPme  numbers,  no  waiPng  for  hardware  repairs  •  Leverage  hardware  spares  at  no  addiPonal  cost  

Amazon  CloudWatch    Alarm  

Detect  &  Trigger  

Automatic recovery of an EC2 instance when underlying checks fail, due to, among other things, loss of network connectivity, loss of system power, software issues on the physical host, and hardware issues on the physical host

Amazon EC2 Auto Recovery

Page 33: Best Practices for Running SAP System Workloads on the AWS Cloud

SAP on AWS High Availability Guide

Availability Zone A

Availability Zone B

Availability Zone C

Sample Region

Multi-AZ Concept for High Availability

Page 34: Best Practices for Running SAP System Workloads on the AWS Cloud

Corporate Network

AWS Cloud

Region

Availability Zone 2

SAP Application Tier

SAP GUI / Presentation

AWS Direct Connect / VPN

SAP Database Tier

Real-­‐Pme    ReplicaPon  

Availability Zone 1

AWS SAP Architecture (HA/DR)

Page 35: Best Practices for Running SAP System Workloads on the AWS Cloud

Corporate Network

AWS Cloud

Region

Availability Zone 2

SAP Application Tier

SAP GUI / Presentation

AWS Direct Connect / VPN

SAP Database Tier

Real-­‐Pme    ReplicaPon  

Availability Zone 1

AWS SAP Architecture (HA/DR)

Page 36: Best Practices for Running SAP System Workloads on the AWS Cloud

Region X

Availability Zone

SAP Application Tier SAP Dbase Tier

AWS Direct Connect / VPN

Region Y

Amazon Route 53

Corporate Network

SAP GUI / Presentation

Availability Zone

SAP Application Tier (Standby -or- AMI)

SAP Dbase Tier (DR Standby)

Log  Shipping  

AWS SAP Architecture (DR) ― Cross Region

Page 37: Best Practices for Running SAP System Workloads on the AWS Cloud

Region X

Availability Zone

SAP Application Tier SAP Dbase Tier

AWS Direct Connect / VPN

Region Y

Amazon Route 53

Corporate Network

SAP GUI / Presentation

Availability Zone

SAP Application Tier (Standby -or- AMI)

SAP Dbase Tier

SAP  Backup  to  S3  

Cross  Region  S3  ReplicaPon  

Backup  RestoraPon  from  S3  

AWS SAP Architecture (DR) ― Cross Region

Page 38: Best Practices for Running SAP System Workloads on the AWS Cloud

Best Practices

•  Security  •  Sizing  •  Agility  •  HA/DR  •  Support  &  Monitoring  

 

Page 39: Best Practices for Running SAP System Workloads on the AWS Cloud

Support and Monitoring

Page 40: Best Practices for Running SAP System Workloads on the AWS Cloud

The data provider gathers: •  AWS-specific information about instance type, instance ID, etc. •  Key system configuration (number of processors, main memory, disks, etc.) •  Enhanced performance metrics

SAP  OSS  Note  1656250  -­‐  SAP  on  AWS  Support  prerequisites  

AWS Data Provider for SAP •  Mandatory component to have

integrated support from SAP and AWS

•  Used by SAP DB/OS Cockpit and SAP Support to analyze performance issues

Page 41: Best Practices for Running SAP System Workloads on the AWS Cloud

SAP OSS Support Queues for AWS •  BC-OP-LNX-AWS (Linux) •  BC-OP-NT-AWS (Windows) •  XX-PART-AWS (AWS General)

   

SAP  Note     Descrip9on  

1964437   SAP  HANA  on  AWS:  Supported  AWS  EC2  Products  

1656099   SAP  ApplicaPons  on  AWS:  Supported  DB/OS  and  EC2  Products  

1588667   SAP  on  AWS:  Overview  of  related  SAP  Notes  and  Web-­‐Links  

1656250   SAP  on  AWS:  Support  Prerequisites  

1798212   Support  for  SAP  HANA  One  

1758890   SAP  HANA:  InformaPon  needed  by  Product/Development  Support  

2058870   SAP  B1:  Version  for  SAP  HANA  on  Public  IaaS  

SAP on AWS Support Notes

Page 42: Best Practices for Running SAP System Workloads on the AWS Cloud

Operate SAP Environments Differently on AWS

Improve  security  posture  

Scale  to  meet    actual  demand  

Build  once,    deploy  globally  

Improve  operaPonal  reliability  

Deploy  in  minutes  vs.  week/months  

Deploy  complex  topologies  with  ease  

Focus  on  your  business  

Combine  with  other  AWS  services    

Page 43: Best Practices for Running SAP System Workloads on the AWS Cloud

Customer Success Stories

Page 44: Best Practices for Running SAP System Workloads on the AWS Cloud

Kellogg Uses AWS to Save $900,000 over 5 Years vs. Using On-Premises Infrastructure

Kellogg produces breakfast foods for more than 180 companies worldwide, with annual revenue of almost $15 B.

Using AWS saves us $900,000 in infrastructure costs alone, and lets us run dozens of simulations a day

so we can reduce trade spend. It’s a win-win.

•  Needed a better way to track and model promotional costs (“trade spend”) to improve the bottom line—and needed to be able to run more than one trade-spend simulation/day

•  Running SAP Accelerated Trade Promotion Planning (TPM) – Powered by SAP HANA

•  By using SAP HANA on AWS, Kellogg estimates it will save $900,000 over 5 years vs. traditional on-premises infrastructure alternatives

•  Increased business agility: Company can run dozens of trade spend simulations each day, and decreases deployment time by 30x

•  Leveraged existing SAP HANA software license investment on AWS

•  Familiarity and accessibility of the AWS platform enabled engineers to easily apply their existing knowledge and infrastructure skills

Stover McIlwain Senior Director of IT Infrastructure Engineering

Page 45: Best Practices for Running SAP System Workloads on the AWS Cloud

Background Hoya specializes in advanced optical technology and their finance department was serving about 100 subsidiaries worldwide. Hoya began looking for a cost-effective, elastic, and high-performance environment to support their business. Their current “private” cloud environment could not deliver this.

Additional criteria: •  Security, SLAs clearly defined, external audits in place, global

footprint, highly reliable infrastructure

Implementation: •  Cloud provider selection: 0.5 months •  DR environment setup, test, and run: 1 month •  Migration of production systems: 48 hours

Customer-stated benefits: Speed and agility: Rapid response to business requirements, including M&A Cost: 50-60% cost reduction; but when Hoya considered TCO, they estimate about a 80-90% cost saving versus “private” cloud

•  Saved 50-60% on a cost basis •  Estimated to save 80-90% on a

TCO basis •  Migrated production systems in 48

hours •  Entire process from going to

market for a cloud provider to full production took less than two months, including testing and migration

SAP Business Suite

Page 46: Best Practices for Running SAP System Workloads on the AWS Cloud

Seaco Global Uses AWS to Improve SAP Application Performance

•  Needed a faster solution to host its SAP applications

•  Moved its previously hosted datacenter solution to AWS

•  Improved the performance of its SAP applications by nearly 90%

•  Saved more than 50% in IT infrastructure and maintenance costs.

•  Reduced its monthly billing-process time by 75%

Lemongrass  ConsulPng  helps  SAP-­‐centric  organizaPons  transform  the  workplace  through  mobile-­‐  and  cloud-­‐

based  implementaPons.

Our  performance  of  SAP  on  AWS  is  off  the  scale.  We  reduced  our  monthly  

billing  cycle  from  four  days  to  one  day  and  have  significantly  reduced  our  

overall  annual  IT  costs. Carlos Galiano

Chief Information Officer, Seaco Global Ltd.

Seaco  Global  Ltd.  is  the  world’s  largest  sea  container  leasing  company  with  assets  in  excess  of  $6  billion.

Page 47: Best Practices for Running SAP System Workloads on the AWS Cloud

Getting Started

Page 48: Best Practices for Running SAP System Workloads on the AWS Cloud

SAP offers free software trials and developer editions of many of their most popular solutions on the AWS cloud through the SAP Cloud Appliance Library.  

A complete list of the SAP trials and developer editions currently available on AWS can be found at the SAP Community Network.

SAP Trials •  SAP S/4HANA, on-premises edition •  SAP Business Warehouse on SAP HANA •  SAP hybris Marketing and SAP CRM RDS •  SAP Mobile Platform

SAP Developer Editions

•  SAP HANA •  SAP NetWeaver AS with SAP BW

SAP Trials and Developer Editions on AWS

Page 49: Best Practices for Running SAP System Workloads on the AWS Cloud

•  SAP Implementation •  AWS Onboarding •  SAP OS/DB Migrations •  SAP POCs •  SAP Sizing •  Architecture Planning •  SAP Evaluations •  Performance Tuning •  SAP High Availability

•  SAP Hosting •  Backup & Recovery •  Account Management •  Disaster Recovery •  DB Administration •  SAP BASIS •  24/7 Help Desk •  OS Admin & Patching •  SAP Upgrades

APN SAP partners provide a variety of SAP-specific services on the AWS platform.

Consulting Services:

Managed Services:

AWS Partner Network: SAP Partners

Page 50: Best Practices for Running SAP System Workloads on the AWS Cloud

SAP-Related Resources on AWS http://aws.amazon.com/sap

•  Case studies •  Whitepapers •  SAP notes •  Support information •  Service providers

Contact  us  @  hAp://aws.amazon.com/sap/contact-­‐us/    

Page 51: Best Practices for Running SAP System Workloads on the AWS Cloud

Additional Links

•  AWS Security Center: https://aws.amazon.com/security •  VPC Deep Dive: https://www.youtube.com/watch?v=HexrVfuIY1k •  SAP HANA Quick Start Reference: https://aws.amazon.com/quickstart •  SAP Cloud Appliance Library: http://bit.ly/sap_cloud_appliance_library •  SAP HANA on AWS Pilot offer:

http://aws.amazon.com/sap/solutions/saphana/pilot/offer/ •  AWS for SAP Blog: https://aws.amazon.com/blogs/awsforsap/ •  Why Brooks Brothers Moved their production SAP to AWS presentation:

https://www.youtube.com/watch?v=ILypyF41Hms

Page 52: Best Practices for Running SAP System Workloads on the AWS Cloud

•  AWS SAP solutions architects •  Professional Services resources

ü  Architecture and sizing guidance ü  Deployment automation ü  Support guidance

Come find us at booth # 102

AWS SAP Resources are here to help

Page 53: Best Practices for Running SAP System Workloads on the AWS Cloud

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