23
Architecting For A Sustainable Enterprise Stuart Boardman & Ed Harrington San Diego 4 February 2015 [email protected] [email protected]

Architecting for a sustainable enterprise

Embed Size (px)

Citation preview

Page 1: Architecting for a sustainable enterprise

Architecting For A Sustainable

Enterprise

Stuart Boardman & Ed Harrington San Diego 4 February 2015

[email protected]

[email protected]

Page 2: Architecting for a sustainable enterprise

• EA and Sustainability are Critically Linked – Our Argument

• What is Sustainability – Setting the Context

• Sustainable Organization – Essentials

• Sustainable Organization’s Ecosystem – Sort of an Onion

• Sustainability and EA Link – Systems Thinking

• Case Study – Smart Charging Ecosystem

• How? – Some Suggested Techniques

• Wrap-up and Questions

SUMMARYAGENDA

Page 3: Architecting for a sustainable enterprise

Our Argument

A sustainable world is necessary if anyorganization is to have a future

A sustainable world needs sustainable organizations

A prime goal of enterprise architecture is to enable sustainability

Page 4: Architecting for a sustainable enterprise

Sustainable

Wikipedia

• …the capacity of a system to endure and remain functional and productive over time

Taleb

• Antifragile

•Oxford•Able to be maintained at a certain rate or level

•Able to be upheld or defended

•Merriam Webster•….method of harvesting or using a resource so that the resource is not

depleted or permanently damaged

•Able to last or continue for a long time

Page 5: Architecting for a sustainable enterprise

Sustainable Organizations

A sustainable organization is not one that “does” sustainability (or has a CSR programme or delivers sustainable solutions to society)

It is an organization that is itself sustainable (see definitions)

Page 6: Architecting for a sustainable enterprise

Essentials for Sustainability

Page 7: Architecting for a sustainable enterprise

Life, Everything and the Universe.

When we try to pick out anything by itself, we find it hitched to

everything else in the universe. – John Muir

Page 8: Architecting for a sustainable enterprise

Sustainable Organization

is dependent on other parties: partners, suppliers, customers, competitors….

and on factors such as innovation, investors, resources, policy, society…..

and the other parties are dependent on yet other parties and (in their own way) on those other factors

so the organization can only be sustainable if the whole thing is sustainable

The success of an organization depends on the

collective health of all the organizations in a

business ecosystem.

Dr Pallab Saha ogSAN 3feb2015

Page 9: Architecting for a sustainable enterprise

It’s a Sort of Onion

What we have done for us

What we do

(and how that

works)

(And what we know about that)

What they have done for them

(that’s relevant for us)

And how it might affect us

What else affects their business

That we ought to keep an eye on

Economy

Resources

Policy

Innovation

Environment

Stakeholders

Customers

Employees

Investors

Society

Page 10: Architecting for a sustainable enterprise

SUMMARYWHAT IS TO BE DONE?

EA has the Holistic Perspective and Remit to take the Wider – Sustainable – View

and approaches the organization not from just the inside

but from the outside as well

Page 11: Architecting for a sustainable enterprise

This Requires Systems Thinking

Which is

what

enterprise

architects

do.

(If they’re

any good).

and systems of systems

Page 12: Architecting for a sustainable enterprise

Systemic Thinking

Central organizational

principle is relationship and process – not structure and

rules

Everything is part of

something

Everything has an outside

(environment) with which it is in

varying degrees (co)dependent

Page 13: Architecting for a sustainable enterprise

Reprise: The Big Onion – Case Study

“To understand any complex, adaptive system, we must look outside its limits”

We use the onion to:

• understand relationship between

parties

• Identify stakeholders and what

constitutes value for them

• Identify dependencies between

services (manual & auto)

• Identify external dependencies per

party

Page 14: Architecting for a sustainable enterprise

Smart Charging Ecosystem

(Taxi Driver)

http://blog.opengroup.org/2014/12/30/the-onion-from-the-inside-out/

Page 15: Architecting for a sustainable enterprise

The Taxi Driver’s Onion

Supplier

Taxi Driver

Local Government

DSO

Bulk Generator

Transmission Operator

For her, the value is primarily in

being able to charge the vehicle at

a convenient time, place, speed

and cost. But the perception of

what constitutes value in those

categories may vary depending

on whether she uses a public

charging station or charges at

home.

The service she uses is

focused on the

Supplier/Charging

operator, because that is

who she pays for the

service.Factors like convenient time and

place may bring Local

Government into the picture,

because they are often the party

who make parking spaces for

electric vehicles available.

Page 16: Architecting for a sustainable enterprise

Local Government’s Onion

Supplier

Local

Government

DSO

Transmission Operator

Taxi Driver

Bulk Generator

Value for local government is

a question of policy balanced

by cost/gain (licenses and

parking fees). Policy is

influenced by the economy, by

the convictions of the

councilors, by lobbyists

(especially those connected

with the DSO, Bulk

Generators and Transmission

Operators), by innovation and

natural resources and by the

attitude of the public towards

electric vehicles, which in turn

may be influenced by national

government policy.

Page 17: Architecting for a sustainable enterprise

Distribution Service Operator’s Onion

Supplier

DSO

Taxi

Driver

Bulk Generator

Transmission Operator

Local Government

Value for the DSO involves

balancing its regulatory

obligation to provide continuity

of energy supply with the cost

of investment to achieve that

and with the public perception

of the value of that service.

The DSO also gains value in

terms of reputation from

investing in innovation and

energy saving. That value is

expressed in its own long-

term future as an enterprise. .

Page 18: Architecting for a sustainable enterprise

Other Techniques

The Viable Systems Model

• model whole system using above info

• ensure purpose & strategy fit

• ensure coordination

Uncertainty checklists & Post-Normal Science

• explicitly allows for subjectivity and working with uncertainty

• Quantify uncertainty, significance per stakeholder, define appropriate actions

Page 19: Architecting for a sustainable enterprise

The Viable System Model

• Stafford Beer (1972)

• A model for viable systems

• Purpose, Vision, Identity

• Feedback

• Fractal

Page 20: Architecting for a sustainable enterprise

PNS & Uncertainty

Checklists

Stakeholders & their

interests

Which stakeholders are critical &

are they sufficiently involved?

What things are uncertain, to what extent and how much

do they matter?What do we

do if something completely unexpected

occurs?

http://www.pbl.nl/sites/default/files/cms/publicaties/PBL_2013_Guidance

-for-uncertainty-assessment-and-communication_712.pdf

Page 21: Architecting for a sustainable enterprise

Theories/Frameworks/Insights

• Systemic thinking and sensemaking

– Beer & Ashby• http://en.wikipedia.org/wiki/Viable_system_model

• http://www.esrad.org.uk/resources/vsmg_3/screen.php?page=home

• http://www.fractal-consulting.com/VSM-Intro-Fractal.pdf

• http://talesoftheenterprise.com/2013/06/mr-ashbys-bright-idea/

– Funtowicz/Ravetz Post-normal Science http://en.wikipedia.org/wiki/Post-normal_science

Graves - Service Oriented Enterprise & SCAN• http://weblog.tetradian.com/2014/10/29/services-and-ecanvas-review-summary/

• http://weblog.tetradian.com/2013/06/07/a-simpler-scan/

• http://weblog.tetradian.com/2015/01/29/toolsets-for-associative-modelling/

– Hodgson, Ison in Learning for Sustainability (ed Wals, Corcoran)

– Heuristics/common sense : BMC, TOGAF

– Via negativia – Taleb in Antifragile

Page 22: Architecting for a sustainable enterprise

Sustainable Architecture: a Profile

http://www.ruthmalan.com/Journal/2014/2014JournalJanuary.htm#Agility_Integrity_Sustain

ability

@ruthmalan

Page 23: Architecting for a sustainable enterprise

@ArtBourbon

www.kpnconsulting.nl

www.talesoftheenterprise.com

@ephassoc

www.ephassocllc.com

www.conexiam.com

THANKS