simplifying cloud adoption

© 2016 Cisco and/or its affiliates. All rights reserved. 1

Simplifying Cloud Adoption with CiscoRonnie ScottSpeaker Title

January 2018

CiscoConnect

2© 2016 Cisco and/or its affiliates. All rights reserved.

The World of Many Clouds


The World of Many Clouds

Private Cloud

SDN Controller

Automation / Orchestration

Data Center 1

Leaf Leaf Leaf

Spine Spine Spine Spine

Border Border

Data Center 2


Leaf Leaf Leaf Border Border

Data Center Interconnect

© 2016 Cisco and/or its affiliates. All rights reserved. 5Presentation ID

Cloud computing is a model for enabling ubiquitous,

convenient, on-demand network access to a shared pool of

configurable computing resources (e.g., networks, servers,

storage, applications, and services) that can be rapidly

provisioned and released with minimal management effort or

service provider interaction.

NIST Cloud Computing Definition



convenient, on-demand network access to a (e.g., networks,

servers, storage, applications, anshared pool of configurable

computing resourcesd services) that can be rapidly





The Cost Benefits

HW/SW CostsLicencing

CostsMaintenance

Costs

Environmental Costs

Support Costs


Low Utilization Costs Money

0

2

4

6

8

10

12

5 10 15 20 25 30 35 40 45 50

Public

Private

Legacy


So Do Value-Added Cloud Services

0

2

4

6

8

10

12

14

16

5 10 15 20 25 30 35 40 45 50

Public

Private

Legacy

Redundant

Gauranteed


Reduced Complexity = Increased Return

SaaS

• No Infrastructure

• No Management

• No Helpdesk

• Universal Access


Reduced Complexity = Reduced Control

SaaS

• Who Owns Your Data?

• What Customization Is Available?

• How Much Help Is Their Helpdesk?

• What Security Do They Offer?

• Can You Repatriate Data?

• What Is Their SLA?


Account Sprawl

ITFinance

HR

Procurement

Sales

Manufacturing


Utilise Existing Resources

• Idle Resources Are Cheaper Than Any Cloud


Building the Private Cloud


Build The Foundation

Private Cloud

Element ManagerData Center 1

Leaf Leaf Leaf


Border Border

Data Center 2





“How do I automate and orchestrate the network?”


Automation


Orchestration


Subject Matter ExpertsDefine Policies

1

UCS: Embedded AutomationIntegrated, Policy-Based Infrastructure Management

Policies CreateService Profile Templates

Clone Templates toCreate Service Profiles

Associate Service Profiles to Configure Hardware

Uplink port configuration,

VLAN, VSAN, QoS, and

EtherChannels

Server port configuration

including LAN and SAN settings

Network interface card (NIC)

configuration: MAC address,

VLAN, and QoS settings;

host bus adapter HBA configuration:

worldwide names (WWNs), VSANs,

and bandwidth constraints;

and firmware revisions

Unique user ID (UUID),

firmware revisions,

and RAID controller settings

Service profile assigned to server,

chassis slot, or pool

Uplink port configuration, VLAN,

VSAN, QoS, and EtherChannels

Server port configuration including

LAN and SAN settings









firmware revisions,
















firmware revisions,
















firmware revisions,
















firmware revisions,




2 3 4

NetworkSME

ServerSME

StorageSME


APIC

Software Defined Networks – ACI

ADCAPP DBF/W

ADC

WEB

HYPERVISORHYPERVISOR HYPERVISOR


Automate and Orchestrate - UCS Director

Policy-Driven

Provisioning

VMsComputeNetwork Storage

Tenant

BTenant

CTenant

A

Virtualized and Bare-Metal

Physical Compute

B CANetwork and Services

VM VM BareMetal

BRKPCA-2020


Private Cloud

Element ManagerSDN Controller


Deliver a Cloud Experience

Data Center 1

Leaf Leaf Leaf


Border Border

Data Center 2





TCP: *,443 C

C

C

Provisioning

Automation

Self-Service

Catalog

Application-Centric Infrastructure

Self-Describing Packaging Manageability Fault-Tolerant Self-Optimizing

Application Developers Cloud Orchestration DC Resources

Automation

Packs

C

C

C

C

C

DEPLOYCLICKMODEL

WEB APP


Consuming the "Right" Cloud


Cost Security DRAvailabilityTimeliness

Scalability Performance RepatriationComplianceSupport

Defining Application Priorities


Cisco's Cloud Tools


Defining Application Linkages

• Application Team Knowledge

• Network Analysis

Tetration

• Cloud Management Tools

Cisco Cloud Center


Define Network Relationships


Security

Dependencies

Application

Service Offering

Service

Service Category

(Service Owner)

Create Application Dependency Map – Tetration

Use Cisco

Tetration Analytics™

outcome to generate

white-list policies


Infrastructure-Centric

Cloud-Specific

workflows and Scripts

Labor /Services

IntensiveUnique

Script /

Workflow

Application-Centric

Cloud-Agnostic

Low TCOUnique

Script /

Workflow

Unique

Script /

Workflow

Script-Based Application Profile-Based

Create Application Profiles – CloudCenter


Create Application Profiles – CloudCenter

Data

Center

DEPLOY

MANAGE

MODEL

Public

Cloud

Private

Cloud

One Integrated

Platform

Lifecycle

Management

New and Existing

Applications


Reduce to to valueto provision VM or Application

Enable governance on policies and sharing across business units

Control application development costs across SDLC

Cisco Services for CloudCenter

CloudCenter

Deployment

Configure

CloudCenter

Model Application

Profile

Analyze

Environment

Readiness

Configure

Governance

& Policy

Deploy and

Validate


Cloud Based Network Function Virtualization

• CSR 1000v

• ASAv

• NGFWv

• Meraki vMX100

• ACI Anywhere


Performance Validation


www

User Applications Code Infrastructure

AppDynamics: End-to-End Application Intelligence

AppDynamics

Fast Time To ValueAutomated map and correlation

Unified VisibilityEUM, APM, Infrastructure

Contextual & ActionableBusiness Transactions


AppDynamics: Highly Correlated Data ModelThe Business Transaction Enables Unifying and Strategic Context

“Before AppDynamics, we were paramedics, but with AppDynamics we are brain surgeons.”

ServerUser

Session

Network

DatabaseAppCode

Business TransactionBusinessMetrics

INFRAInfrastructure

Visibility

EUMEnd User Monitoring

APMApplication

Performance Management


Cisco Workload Optimization Manager

Automated Decision Engine determines workload placement and scaling by matching resource demands to available supply.

• Deploys in <20 minutes

• Performance analysis in 1 hour

• Full demand profile in 72 hours


Automatable Upsizing

Continuous VM resource monitor

Add CPU or Memory to running VM

– no reboot or downtime required

Targeted Rightsizing

Track historical VM resource utilization

Reduce CPU or Memory allocated to a VM

– during maintenance downtime

Fundamental Capabilities: Scaling


Data Center

Moves workloads, assures

performance, increases density

Placements abide by business or

license constraints.

Cloud

Placement in public cloud based on best

cost, while assuring performance.

Placements abide by business, license, or

data sovereignty constraints.

Fundamental Capabilities: Placement

✔

$

Use Cases

Data Center Modernization

Data Center Optimization

Hybrid Cloud Optimization

$


Cisco Cloud Security

UmbrellaSecure Internet Gateway

Secure access to the internet

wherever users go, even off VPN

CloudlockCloud Access Security Broker

Secure users, data, and apps

across SaaS, PaaS, and IaaS

Users Data Apps

SAAS / PAAS / IAAS

Umbrella InvestigateThreat intelligence

View relationships between malware,

domains, and IPs across the internet


Conclusion


Understand Your Customer Expectations

• Simplified User Portals

• Rapid Delivery Times

• Cost Effective Infrastructure

• Strong Security

• Flexible Access Models


Private Cloud

Element ManagerSDN Controller


Become More Cloudy

Data Center 1

Leaf Leaf Leaf


Border Border

Data Center 2





Leverage All Available Resources

Private Cloud

SDN Controller


Data Center 1

Leaf Leaf Leaf


Border Border

Data Center 2




Private Cloud

SDN Controller


Data Center 1

Leaf Leaf Leaf


Border Border

Data Center 2




Private Cloud

SDN Controller


Data Center 1

Leaf Leaf Leaf


Border Border

Data Center 2





Put Security Everywhere

Thank you.

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