THE FUTURE OF INTEGRATION
Richard Seroter@rseroter
The typical integration project integrates business applications by sending thousands of XML messages per hour through an on-premises integration bus with five web services endpoints
CAUGHTBY SURPRISE
BE PREPARED
HOW DO WE GET
THERE?
INTEGRATION TODAYINDUSTRY TRENDS
HOW TO PREPARE
INTEGRATION TODAY
INTEGRATION SURVEY
32 participants from around the
world
428 projects represented
Q1: HOURLY MESSAGE VOLUME
dozens
hun-dreds
thou-sands
millions
Q2: NUMBER OF ENDPOINTS
1-4 endpoints 5-9 endpoints 10 or more endpoints
0
2
4
6
8
10
12
14
Q3: TECHNOLOGY USED
TECHNOLOGY USED USED 50% OR MORE
onpremises integration bus 94% 83%cloud-based integration bus 64% 6%
soap web services 100% 84%rest web services 85% 45%etl tools 81% 27%streamprocessing engines 38% 40%
Q4: POPULAR DESTINATIONS
0.00%
10.00%
20.00%
30.00%
40.00%
50.00%
60.00%
70.00%
80.00%
90.00% biz apps (commercial)biz apps (custom)
relational db
nosql dbdevices
Q5: DATA STRUCTURE
xml
json
text
INDUSTRY TRENDS
cloud computing
cloud computing 87%
cloud computing
what is it?
self-serviceautomatedprogrammablelayer of abstractionmultiple hosting optionsvalue-added services
cloud computing
integration implications
latencydata securitynew endpointstroubleshootingREST orientation
internet of things
internet of things
26billion
internet of things
what is it?
objects connected to Internetbi-directional communicationnew types of “things”new types of insight
internet of things
integration implications
lightweight communicationmassive data volumecountless endpointspre-filtered contentimmature security
mobility
mobility 149%
mobilitywhat is it?
mobile devicesmobile workforcemobile activity
mobility
integration implications
24x7 transactionsunpredictable usageinternet connectivitylightweight data transfer
wearables
200 million
wearables
wearables
what is it?
body-borne computersfactors in surroundingssimple to sophisticatedconstant interaction
wearables
integration implications
enterprise scenarioslightweight data exchangedata volumedata aggregation
big data
big data 64%
big data
what is it?
volume, variety, velocity (3 V’s)not fit for traditional toolsnew ways to managenew insight
big data
integration implications
latencybus as source or destinationaggregation technologynew data architectures
api-centric
api-centric12,000
+
api-centric
what is it?
easily consumable servicesoften external-facingdeveloper-centricdifferent than SOA
api-centric
integration implications
restful connectionsfewer technology adaptersless rigid schemasnew technologies
microservices
micro-services 0 100
micro-services
what is it?
fine-grained SOAarchitectural stylebuild app from small servicessmart endpoints, dumb pipes
micro-services
integration implications
more endpointscoarse-grainedindependent lifecycleorchestration matters?
pre-packaged integration
pre-packaged
integration128
pre-packaged
integration
what is it?
cheap, pre-built connectorscomposable integrationpublic endpointsorchestration built-in
pre-packaged
integration
integration implications
new expectationslittle customizationbundled adaptersoff-premises
shifting budgets
shifting budgets 90%
shifting budgets
what is it?
technology done outside ITfocus on time to marketvia 3rd parties or devs
shifting budgets
integration implications
no interest in upgrade projectsnew ways of integratinglooking at iPaaS solutions
oss adoption
oss adoption 56%
oss adoption
what is it?
mainstream usage of ossorganic communitiessource of innovation
oss adoption
integration implications
new data sourcesmore tools availablefaster rate of changelearn linux
container-based deployment
container-based
deployment
13 million
what is it?
os-level virtualizationprocess isolationlightweight and faststill maturing
container-based
deployment
container-based
deployment
integration implications
new way of thinkingoss-centricmicroservices friendly
devops
devops 61%
devops
what is it?
“lean” for ITcultureautomationmeasurementsharing
devopsintegration implications
scriptable integrationmore collaborationfewer silos
MOREdata
capacity
endpoints
volatility
LESSchattiness
friction
complexity
HOW TO PREPARE
OVERWHELMED?
engage
engage
twittermeetupsconferencesco-workers
educate
educate
new productsnew protocolsnew architectural ideasuse training!
engineer
engineer
decompose dependenciesedge technologiescomplimentary servicesautomation
THANK YOU!Richard Seroterhttp://seroter.wordpress.com@rseroter
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