cloud native cost optimization ucc

Cloud Native Cost OptimizationAdrian Cockcroft @adrianco

Technology Fellow - Battery Ventures UCC2014 Cloud Control Workshop - December 2014

@adrianco

What does everyone want?

@adrianco

Less Time Less Cost

@adrianco

Faster !

See talks by @adrianco Speed and Scale - QCon New York Fast Delivery - GOTO Copenhagen

@adrianco

Cheaper !

This talk: How to use Cloud Native architecture to

reduce cost without slowing down

Speeding up Development Cloud Native Applications

Cost Optimization

Why am I here?

%*&!”

By Simon Wardley http://enterpriseitadoption.com/

Why am I here?

%*&!”

Why am I here?

%*&!”

Why am I here?

@adrianco’s job at the intersection of cloud and Enterprise IT, looking for disruption and opportunities.

%*&!”

20142009

Why am I here?

@adrianco’s job at the intersection of cloud and Enterprise IT, looking for disruption and opportunities.

%*&!”

20142009

Example: Docker wasn’t on anyone’s roadmap for 2014. It’s on everyone’s roadmap for 2015.

What does @adrianco do?

@adrianco

Technology Due Diligence on Deals

Presentations at Conferences

Presentations at Companies

Technical Advice for Portfolio Companies

Program Committee for Conferences

Networking with Interesting PeopleTinkering with

Technologies

Maintain Relationship with Cloud Vendors

Speeding Up Development

Observe

Orient

Decide

Act Continuous Delivery

Observe

Orient

Decide

Land grab opportunity Competitive

Customer Pain Point

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

INNOVATION

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Model Hypotheses

INNOVATION

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Model Hypotheses

BIG DATA

INNOVATION

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Plan Response

Share Plans

Model Hypotheses

BIG DATA

INNOVATION

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Plan Response

Share Plans

Model Hypotheses

BIG DATA

INNOVATION

CULTURE

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Plan Response

Share Plans

Incremental Features

Automatic Deploy

Launch AB Test

Model Hypotheses

BIG DATA

INNOVATION

CULTURE

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Plan Response

Share Plans

Automatic Deploy

Launch AB Test

Model Hypotheses

BIG DATA

INNOVATION

CULTURE

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Plan Response

Share Plans

Automatic Deploy

Launch AB Test

Model Hypotheses

BIG DATA

INNOVATION

CULTURE

Measure Customers

Continuous Delivery

Observe

Orient

Decide

Customer Pain Point

Analysis

Plan Response

Share Plans

Automatic Deploy

Launch AB Test

Model Hypotheses

BIG DATA

INNOVATION

CULTURE

Measure Customers

Continuous Delivery

Release Plan

Developer

QA Release Integration

Ops Replace Old With New

Release

Monolithic service updates

Works well with a small number of developers and a single language like php, java or ruby

Release Plan

Developer

Release

Release Plan

Developer

Release

@adrianco

Breaking Down the SILOs

@adrianco

QA DBA Sys Adm

Net Adm

SAN AdmDevUXProd

@adrianco

QA DBA Sys Adm

Net Adm

SAN AdmDevUXProd

Product Team Using Monolithic DeliveryProduct Team Using Monolithic Delivery

@adrianco

QA DBA Sys Adm

Net Adm

SAN AdmDevUXProd

MgrProduct Team Using Microservices

Product Team Using Monolithic Delivery

Product Team Using Microservices

@adrianco

QA DBA Sys Adm

Net Adm

SAN AdmDevUXProd

Platform TeamProduct Team Using Microservices

@adrianco

QA DBA Sys Adm

Net Adm

SAN AdmDevUXProd

Platform TeamA P IProduct Team Using Microservices

@adrianco

QA DBA Sys Adm

Net Adm

SAN AdmDevUXProd

Platform Team

DevOps is a Re-Org!

A P IProduct Team Using Microservices

Developer

Old Release Still Running

Release Plan

Immutable microservice deployment scales, is faster with large teams and diverse platform components

Developer

Release Plan

Deploy Feature to Production

Developer

Release Plan

Developer

Release Plan

Configure

Developer

Release Plan

Deploy Standardized

Services

Standardized portable container deployment saves time and effort

https://hub.docker.com

Configure

Developer

Release Plan

Deploy Standardized

Services

Standardized portable container deployment saves time and effort

https://hub.docker.com

@adrianco

Developing at the Speed of Docker

Developers • Compile/Build • Seconds

Extend container • Package dependencies • Seconds

PaaS deploy Containers • Docker startup • Seconds

@adrianco

Developing at the Speed of Docker

Speed is addictive, hard to go back to taking much longer to get things done

Developers • Compile/Build • Seconds

Extend container • Package dependencies • Seconds

PaaS deploy Containers • Docker startup • Seconds

@adrianco

What Happened?Rate of change

increased

Cost and size and risk of change

reduced

Cloud Native Applications

Cloud NativeA new engineering challenge

Construct a highly agile and highly available service from ephemeral and

assumed broken components

Inspiration

http://www.infoq.com/presentations/scale-gilt

http://www.slideshare.net/mcculloughsean/itier-breaking-up-the-monolith-philly-ete

http://www.infoq.com/presentations/Twitter-Timeline-Scalability http://www.infoq.com/presentations/twitter-soa

http://www.infoq.com/presentations/Zipkin

https://speakerdeck.com/mattheath/scaling-micro-services-in-go-highload-plus-plus-2014

State of the Art in Cloud Native Microservice Architectures

AWS Re:Invent : Asgard to Zuul https://www.youtube.com/watch?v=p7ysHhs5hl0 Resiliency at Massive Scale https://www.youtube.com/watch?v=ZfYJHtVL1_w

Microservice Architecture https://www.youtube.com/watch?v=CriDUYtfrjs

@adrianco

Traditional vs. Cloud Native Storage

Business Logic

Database Master

Fabric

Storage Arrays

Database Slave

Fabric

Storage Arrays

@adrianco

Business Logic

Database Master

Fabric

Storage Arrays

Database Slave

Fabric

Storage Arrays

Business Logic

Cassandra Zone A nodes

Cassandra Zone B nodes

Cassandra Zone C nodes

Cloud Object Store Backups

@adrianco

Business Logic

Database Master

Fabric

Storage Arrays

Database Slave

Fabric

Storage Arrays

Business Logic

SSDs inside arrays disrupt incumbent suppliers

@adrianco

Business Logic

Database Master

Fabric

Storage Arrays

Database Slave

Fabric

Storage Arrays

Business Logic

SSDs inside ephemeral instances disrupt an entire industry

@adrianco

Business Logic

Database Master

Fabric

Storage Arrays

Database Slave

Fabric

Storage Arrays

Business Logic

SSDs inside ephemeral instances disrupt an entire industry

See also discussions about “Hyper-Converged” storage

@adrianco

● Edda - the “black box flight recorder” for configuration state

● Chaos Monkey - enforcing stateless business logic

● Chaos Gorilla - enforcing zone isolation/replication

● Chaos Kong - enforcing region isolation/replication

● Security Monkey - watching for insecure configuration settings

● See over 40 NetflixOSS projects at netflix.github.com

● Get “Technical Indigestion” trying to keep up with techblog.netflix.com

Trust with Verification

Netflix Cloud Native Benchmark

Autoscaled Ephemeral Instances at Netflix

Largest services use autoscaled red/black code pushes

Average lifetime of an instance is 36 hoursPush

Autoscale UpAutoscale Down

Netflix Automatic Code Deployment Canary Bad Signature

Implemented by Simon Tuffs

Netflix Automatic Code Deployment Canary Bad Signature

Implemented by Simon Tuffs

@adrianco

Happy Canary Signature

@adrianco

Speeding Up The Platform

Datacenter Snowflakes • Deploy in months • Live for years

@adrianco

Virtualized and Cloud • Deploy in minutes • Live for weeks

@adrianco

Docker Containers • Deploy in seconds • Live for minutes/hours

@adrianco

AWS Lambda • Deploy in milliseconds • Live for seconds

@adrianco

Speed enables and encourages new microservice architectures

AWS Lambda • Deploy in milliseconds • Live for seconds

With AWS Lambda compute resources are charged

by the 100ms, not the hourFirst 1,000,000 node.js executions/month are free First 400,000 GB-seconds of RAM-CPU are free

Monitoring Requirements Metric resolution microseconds

Metric update rate 1 second Metric to display latency less than human

attention span (<10s)

@adrianco

Low Latency SaaS Based Monitors

www.vividcortex.com and www.boundary.com

Adrian’s Tinkering Projects

Model and visualize microservices Simulate interesting architectures !See github.com/adrianco/spigo Simulate Protocol Interactions in Go !See github.com/adrianco/d3grow Dynamic visualization

Cost Optimization

See US Patent: 7467291Slideshare: 2003 Presentation on Capacity Planning Methods

Capacity Optimization for a Single System Bottleneck

Upper Spec Limit !When demand probability exceeds USL by 4.0 sigma scale up resource to maintain low latency

Lower Spec Limit !When demand probability is below USL by 3.0 sigma scale down resource to save money

To get accurate high dynamic range histograms see http://hdrhistogram.org/

Documentation on Capability Plots

But interesting systems don’t have a single

bottleneck nowadays…

But interesting systems don’t have a single

bottleneck nowadays…

@adrianco

How is Cost Measured?

Bottom Up

Product

Top Down

@adrianco

Bottom Up Costs

Add up the cost to buy and operate every component

@adrianco

Product Cost

Cost of delivering and maintaining each product

@adrianco

Top Down Costs

Divide total budget by the number of components

@adrianco

Top Down vs. Bottom Up

Will never match! Hidden Subsidies vs. Hidden Costs

@adrianco

Agile Team Product Profit

Value minus costs Time to value ROI, NPV, MMF Profit center

@adrianco

What about cloud costs?

@adrianco

Cloud Native Cost Optimization

Optimize for speed first Turn it off! Capacity on demand Consolidate and Reserve Plan for price cuts FOSS tooling

@adrianco

The Capacity Planning Problem

@adrianco

Best Case Waste

Product(Launch(Agility(2(Rightsized(

Pre2Launch(

Build2out(

Tes9ng(

Launch(

Growth(

Demand(

Cloud(

Datacenter(

Cloud capacity used is maybe half average DC capacity

@adrianco

Failure to LaunchProduct(Launch(-(Under-es1mated(

Build-

Growth

Mad scramble to add more DC capacity during launch phase outages

@adrianco

Over the Top LossesProduct(Launch(Agility(–(Over6es8mated(

Build-

Growth

Capacity wasted on failed launch magnifies the losses

@adrianco

Turning off Capacity

Off-peak production Test environments Dev out of hours Dormant Data ScienceWhen%you%turn%off%your%cloud%resources,%

you%actually%stop%paying%for%them%

@adrianco

Containerize Test Environments

Snapshot or freeze Fast restart needed Persistent storage 40 of 168 hrs/wk Bin-packed containers shippable.com saved 70%

@adrianco

Seasonal Savings

1 5 9 13 17 21 25 29 33 37 41 45 49

Optimize during a year

50% Savings Weekly&CPU&Load&

@adrianco

Autoscale the Costs Away

50%+%Cost%Saving%Scale%up/down%

by%70%+%

Move%to%Load=Based%Scaling%

@adrianco

Daily Duty Cycle

Busine

ss'Throu

t'Instan

Reactive Autoscaling saves around 50%

Predictive Autoscaling saves around 70% See Scryer on Netflix Tech Blog

@adrianco

Underutilized and UnusedAWS$Support$–$Trusted$Advisor$–$

Your$personal$cloud$assistant$

@adrianco

Clean Up the CrudOther&simple&op-miza-on&-ps&

•  Don’t&forget&to…&– Disassociate&unused&EIPs&– Delete&unassociated&Amazon&EBS&volumes&

– Delete&older&Amazon&EBS&snapshots&

– Leverage&Amazon&S3&Object&Expira-on&

& Janitor&Monkey&cleans&up&unused&resources&

@adrianco

Total Cost of OrangesWhen%Comparing%TCO…!

Make!sure!that!you!are!including!all!the!cost!factors!into!considera4on!

Place%Power%Pipes%People%Pa6erns%

@adrianco

Total Cost of OrangesWhen%Comparing%TCO…!

Make!sure!that!you!are!including!all!the!cost!factors!into!considera4on!

Place%Power%Pipes%People%Pa6erns%

How much does datacenter automation software and support cost per instance?

@adrianco

When Do You Pay?

@adrianco

NowNext

MonthAges Ago

Lease Building

Install AC etc

Rack & Stack

Private Cloud SW

Run My Stuff

Datacenter Up Front Costs

Cost Model Comparisons

AWS has most complex model • Both highest and lowest cost options!

CPU/Memory Ratios Vary • Can’t get same config everywhere

Features Vary • Local SSD included on some vendors, not others • Network and storage charges also vary

@adrianco

Digital Ocean Flat Pricing

Hourly Price ($0.06/hr) Monthly Price ($40/mo)

$ No Upfront $ No Upfront

$0.060/hr $0.056/hr

$1555/36mo $1440/36mo

Savings 7%

Prices on Dec 7th, for 2 Core, 4G RAM, SSD, purely to show typical savings

@adrianco

Google Sustained Usage

Full Price Without Sustained Usage

Typical Sustained Usage Each Month

Full Sustained Usage Each Month

$ No Upfront $ No Upfront $ No Upfront

$0.063/hr $0.049/hr $0.045/hr

$1633/36mo $1270/36mo $1166/36mo

Savings 22% 29%

Prices on Dec 7th, for n1.standard-1 (1 vCPU, 3.75G RAM, no disk) purely to show typical savings

@adrianco

AWS Reservations

On Demand No Upfront 1 year

Partial Upfront 3 year

All Upfront 3 year

$ No Upfront $No Upfront $337 Upfront $687 Upfront

$0.070/hr $0.050/hr $0.0278/hr $0.00/hr

$1840/36mo $1314/36mo $731/36mo $687/36mo

Savings 29% 60% 63%

Prices on Dec 7th, for m3.medium (1 vCPU, 3.75G RAM, SSD) purely to show typical savings

@adrianco

Blended BenefitsMix$and$Match$Reserved$Types$and$On4Demand$

Instan

Days(of(Month(

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

Heavy&Utilization&Reserved Instances

Light&RI Light&RILight&RILight&RI

On8Demand

All Upfront

Partial Upfront

On Demand

@adrianco

Consolidated Cost CuttingConsolidated+Billing:+Single+payer+for+a+group+of+accounts+

•  One$Bill+for+mul7ple+accounts+

•  Easy$Tracking$of+account+charges+(e.g.,+download+CSV+of+cost+data)+

•  Volume$Discounts+can+be+reached+faster+with+combined+usage+

•  Reserved$Instances$are+shared+across+accounts+(including+RDS+Reserved+DBs)+

@adrianco

Production PriorityOver%Reserve(the(Produc0on(Environment(

Produc0on(Env.(Account( 100#Reserved#

QA/Staging(Env.(Account( 0#Reserved##

Perf(Tes0ng(Env.(Account( 0#Reserved##

Development(Env.(Account( 0#Reserved#

Storage(Account( 0#Reserved#

Total#Capacity#

@adrianco

Actual Reservation UsageConsolidated+Billing+Borrows+Unused+Reserva4ons+

Produc4on+Env.+Account+ 68#Used#

QA/Staging+Env.+Account+ 10#Borrowed#

Perf+Tes4ng+Env.+Account+ 6#Borrowed##

Development+Env.+Account+ 12#Borrowed#

Storage+Account+ 4#Borrowed#

Total#Capacity#

@adrianco

Consolidated ReservationsBurst capacity guarantee Higher availability with lower cost Other accounts soak up any extra Monthly billing roll-up Capitalize upfront charges! But: Fixed location and instance type

@adrianco

Re-sell Reservations

Reserved'Instance'Marketplace'

Buy$a$smaller$term$instance$Buy$instance$with$different$OS$or$type$

Buy$a$Reserved$instance$in$different$region$

Sell$your$unused$Reserved$Instance$Sell$unwanted$or$over;bought$capacity$Further$reduce$costs$by$op>mizing$

@adrianco

Use EC2 Spot Instances

Cloud native dynamic autoscaled spot instances !Real world total savings up to 50%

@adrianco

Right Sizing InstancesFit the instance size to the workload

@adrianco

Technology Refresh

Older m1 and m2 families • Slower CPUs • Higher response times • Smaller caches (6MB) • Oldest m1.xlarge

• 15G/8.5ECU/35c 23ECU/$ • Old m2.xlarge

• 17G/6.5ECU/25c 26ECU/$

New m3 family • Faster CPUs • Lower response times • Larger caches (20MB) • Java perf ratio > ECU • New m3.xlarge

• 15G/13ECU/28c 46ECU/$ • 77% better ECU/$ • Deploy fewer instances

@adrianco

Data Science for Free

Follow%the%Customer%(Run%web%servers)%during%the%day%

Follow%the%Money%(Run%Hadoop%clusters)%at%night%

Mon Tue Wed Thur Fri Sat Sun

No#of#Instan

unning#

Auto7Scaling7Servers

Hadoop7Servers

No.%of%Reserved%Instances%

@adrianco

Six Ways to Cut Costs#1#Business#Agility#by#Rapid#Experimenta8on#=#Profit#

#2#Business>driven#Auto#Scaling#Architectures#=#Savings##

#3#Mix#and#Match#Reserved#Instances#with#On>Demand#=#Savings#

#4#Consolidated#Billing#and#Shared#Reserva8ons#=#Savings#

#5#Always>on#Instance#Type#Op8miza8on#=#Recurring#Savings#

Building#Cost>Aware#Cloud#Architectures#

#6#Follow#the#Customer#(Run#web#servers)#during#the#day#Follow#the#Money#(Run#Hadoop#clusters)#at#night#

Credit to Jinesh Varia of AWS for this summary

@adrianco

Expect Prices to DropThree Years Halving Every 18mo = maybe 40% over-all savings

1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12

Data shown is purely illustrative

@adrianco

Compounded Savings

@adrianco

Lift and Shift Compounding

Base Price Rightsized Seasonal Daily Scaling Reserved Tech Refresh Price Cuts

253030

707070

100 Traditional application using AWS heavy use reservations

Base price is for capacity bought up-front

@adrianco

253030

707070

@adrianco

253030

707070

@adrianco

253030

707070

@adrianco

Conservative Compounding

15202535

100 Cloud native application partially optimized light use reservations

@adrianco

15202535

@adrianco

15202535

@adrianco

15202535

@adrianco

15202535

@adrianco

Agressive Compounding

4681225

100 Cloud native application fully optimized autoscaling mixed reservation use costs 4% of base price over three years!

@adrianco

Cost Monitoring and Optimization

@adrianco

Final Thoughts

Turn off idle instances Clean up unused stuff Optimize for pricing model Assume prices will go down Go cloud native to be fast and save Complex dynamic control issues!

@adrianco

cloud native cost optimization ucc

simon wardley http

intersection of cloud

cloud vendorsspeeding

cloud native architecture

adrianco speed

adriancos job

anyones roadmap

everyones roadmap

Technology

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