#CIOEdge #ADAPT @ADAPT Ventures
IT AGILITY:
How to enable
Workforce & Workspace
Transformation
Dr. Joseph Sweeney
Lead Analyst
IT Agility: How to enable workforce &
workspace transformation
Dr. Joseph Sweeney
Advisor, IBRS
The Context of Business Tech Priorities
Top Priorities for 2018
New	Data	Centre	&	Cloud
• Hyper-convergence
• Software-defined	
infrastructure
• Lift	&	Shift	vs	Rewrite
• Leverage	new	solution	
architectures	to	gain	agility
• Delineate	differentiate	and	
non-differentiated	services.	
New	Operating	Model
• Automation	of	BAU
• Cost	transparency
• ICT	competes	against	the	
market
• Shift	ICT	focus	to
• service	broker
• innovation
• line	of	business	partner
• business	competition
New	Environment
• Increasing	threat	footprint
• Security	is	no	longer	ICT	
domain
• Innovation	enabled	by	
mature	risk	awareness
Running	
ICT	as-a-Service
Risk	&	Security
BAU	while	
Upgrading
Workforce	
Transformation
Automation	&	Elimination
• Digital	vs	digitisation
• Inability	to	extract	value	
from	new	collaborative	
tools
• Post-departmental	
thinking
• Customer-view	/	design-
thinking
• New	forms	of	structure	&	
employment.	
• Innovation	culture
Do we have our head in the sand?
• IBRS interviews with 1000
Australian workers reveals that
72% of people see no near
term (within 5 years) threat or
changes to work as a result of
machine-intelligence driven
automation.
Next	12	
Months
5%
Within	2	
Years
8%
Within	5	
Years…
Between	5	
and	10	
Years
17%
Beyond	10	
Years
27%
Never
28%
When	do	you	think	the	use	of	AI	
by	your	employer	will	result	in	a	
loss	of	jobs?
The journey of ahead
Human & Machine & Work
• Notice that we are currently
still talking about devices as
separate from work and
location and workers.
• We need to bring these
together...
Work ContextWork Context
Environment
Task Machine
Form factors
IoT
Autonomous
machines
Usage Policy
UX
Richness of Data
Processes
On-location
benefits
Human & Machine & Work = PLATFORM
Conceptually, the platform sits
at the intersection. It must
enable:
• worker access to apps and
information as close as
possible to the work
• sharing of information
between worker & machines
• orchestrate machine
interaction (IoT)
• automate as much as
possible, leaving workers to
focus on interventions
Work Context
DIGITAL
WORKSPACES
AS PLATFORM
Environment
Task Machine
Form factors
IoT
Autonomous
machines
Usage Policy
UX
Richness of Data
Process
On-location
benefits Connectivity
Management
Orchestration
Security
Structural Impact of Digital Workspaces
Business Desires
1. Mobility: “Work is an
activity, not a place.”
2. Device agnostic: “Right
tool, at the right time in the
right place.”
3. Borderless collaboration &
comms: “Right people for
the job.”
4. Mainstream teleworking:
“Hire for skill, not location.
ICT Considerations
• Cross-platform MDM
• Federated authentication
• Transient devices.
Transformed software UX
• CYOD and BYOD.
• 4th wave of unified comm
• Cloud storage
• Cloud collaboration &
productivity suites.
• Desktop as a Service.
But a platform will not lead to innovation
Questions to consider
• What is innovation?
• Who ‘owns’ innovation?
• Who performs innovation?
Reinventing Continual Improvement
• Innovation is not the same as
transformation or disruption.
• Innovation is small, incremental
improvements to how work gets
done.
• Over time, many small innovations
can look like transformation.
• Innovation happens at the ‘coalface’
of an organisation – where work
happens.
• Thus, it must be owned by everyone,
and performed by everyone.
Compass: Creating a Digital Workspace
Strategy
ICT’s role in Innovation and Agility
Consultative
• Get close to HR.
• Present what’s possible.
• Constantly engage around
governance – put the risk decisions
back on business, but help them
understand the balance.
• Don’t overuse the term ‘agile.’ It does
not mean the same thing to most
business people.
• Get close-up. Distribute ICT people
where they are needed.
Enablement (new skills)
• Brokering rather than procurement
• Provide platforms for business leads
to create solutions (eforms, workflow,
collaboration, etc.
• Automate, automate, automate.
• Invest in PaaS for future apps… but
understand value of cloud lock-in
• Ring-fence legacy, consider IaaS
Work	with	Senior	Executives	to	develop	a	company-wide,	practice	of	innovation.		
Impact:	time	for	innovation,	 freedom	to	experiment,	formal	and	agreed	upon	
evaluation	criteria.
Q&A
This	presentation	available	via	IBRS
Nick	Bowman:		nbowman@ibrs.com.au
https://www.linkedin.com/in/joesweeneyibrs/
It’s not business as usual...
The Big Prediction
(that most people think is hype)
“40% of today’s jobs are
at moderate to high-risk
of being replaced by
technology.*”
● Committee for Economic Development
Australia, “5 million jobs to go by 2030,”
2016
It’s NOT just jobs that
are changing. It’s the
work that is needed to
be done. How we
hire. How we structure
business.
The impact is bigger
than job change.
Workplace automation will be
deeper than most people realize
“…optimism relies on the
claim that there exists a
large set of types of tasks
that cannot be automated
and, in turn, that those
tasks that cannot be
substituted by automation
are generally
complemented
by it.”
The fundamentals of how
we thought machines
would impact work are
proving to be wrong!
Daniel Susskind, Oxford University,
“A Model of Technological
Examples of underestimating the
impact of automation
“The task of driving a car
can not be readily
automated”
Said in 2003 by Autor, Levy and Murnane,
arguably three of the most knowledge
proponents of AI and automation in the
world. 2 years later, the first self-driving car
was demonstrated.
“Order-taking and table-
waiting can not be readily
automated.”
Said in 2013 by Autor and Dorn. 2 years
later, Chili’s and Applebee began installing
100,000 tablets so customers could order &
pay with out wait staff.
“Identifying a species of
bird based on a fleeting
glimpse can be readily
automated.”
Said in 2015 by Autor… a year later an app
was released to do just this.

IT Agility How to Enable Workforce and Workspace Ttransformation

  • 1.
    #CIOEdge #ADAPT @ADAPTVentures IT AGILITY: How to enable Workforce & Workspace Transformation Dr. Joseph Sweeney Lead Analyst
  • 2.
    IT Agility: Howto enable workforce & workspace transformation Dr. Joseph Sweeney Advisor, IBRS
  • 3.
    The Context ofBusiness Tech Priorities
  • 4.
    Top Priorities for2018 New Data Centre & Cloud • Hyper-convergence • Software-defined infrastructure • Lift & Shift vs Rewrite • Leverage new solution architectures to gain agility • Delineate differentiate and non-differentiated services. New Operating Model • Automation of BAU • Cost transparency • ICT competes against the market • Shift ICT focus to • service broker • innovation • line of business partner • business competition New Environment • Increasing threat footprint • Security is no longer ICT domain • Innovation enabled by mature risk awareness Running ICT as-a-Service Risk & Security BAU while Upgrading Workforce Transformation Automation & Elimination • Digital vs digitisation • Inability to extract value from new collaborative tools • Post-departmental thinking • Customer-view / design- thinking • New forms of structure & employment. • Innovation culture
  • 5.
    Do we haveour head in the sand? • IBRS interviews with 1000 Australian workers reveals that 72% of people see no near term (within 5 years) threat or changes to work as a result of machine-intelligence driven automation. Next 12 Months 5% Within 2 Years 8% Within 5 Years… Between 5 and 10 Years 17% Beyond 10 Years 27% Never 28% When do you think the use of AI by your employer will result in a loss of jobs?
  • 6.
  • 7.
    Human & Machine& Work • Notice that we are currently still talking about devices as separate from work and location and workers. • We need to bring these together... Work ContextWork Context Environment Task Machine Form factors IoT Autonomous machines Usage Policy UX Richness of Data Processes On-location benefits
  • 8.
    Human & Machine& Work = PLATFORM Conceptually, the platform sits at the intersection. It must enable: • worker access to apps and information as close as possible to the work • sharing of information between worker & machines • orchestrate machine interaction (IoT) • automate as much as possible, leaving workers to focus on interventions Work Context DIGITAL WORKSPACES AS PLATFORM Environment Task Machine Form factors IoT Autonomous machines Usage Policy UX Richness of Data Process On-location benefits Connectivity Management Orchestration Security
  • 9.
    Structural Impact ofDigital Workspaces Business Desires 1. Mobility: “Work is an activity, not a place.” 2. Device agnostic: “Right tool, at the right time in the right place.” 3. Borderless collaboration & comms: “Right people for the job.” 4. Mainstream teleworking: “Hire for skill, not location. ICT Considerations • Cross-platform MDM • Federated authentication • Transient devices. Transformed software UX • CYOD and BYOD. • 4th wave of unified comm • Cloud storage • Cloud collaboration & productivity suites. • Desktop as a Service.
  • 10.
    But a platformwill not lead to innovation Questions to consider • What is innovation? • Who ‘owns’ innovation? • Who performs innovation? Reinventing Continual Improvement • Innovation is not the same as transformation or disruption. • Innovation is small, incremental improvements to how work gets done. • Over time, many small innovations can look like transformation. • Innovation happens at the ‘coalface’ of an organisation – where work happens. • Thus, it must be owned by everyone, and performed by everyone.
  • 11.
    Compass: Creating aDigital Workspace Strategy
  • 12.
    ICT’s role inInnovation and Agility Consultative • Get close to HR. • Present what’s possible. • Constantly engage around governance – put the risk decisions back on business, but help them understand the balance. • Don’t overuse the term ‘agile.’ It does not mean the same thing to most business people. • Get close-up. Distribute ICT people where they are needed. Enablement (new skills) • Brokering rather than procurement • Provide platforms for business leads to create solutions (eforms, workflow, collaboration, etc. • Automate, automate, automate. • Invest in PaaS for future apps… but understand value of cloud lock-in • Ring-fence legacy, consider IaaS Work with Senior Executives to develop a company-wide, practice of innovation. Impact: time for innovation, freedom to experiment, formal and agreed upon evaluation criteria.
  • 13.
  • 14.
    It’s not businessas usual... The Big Prediction (that most people think is hype) “40% of today’s jobs are at moderate to high-risk of being replaced by technology.*” ● Committee for Economic Development Australia, “5 million jobs to go by 2030,” 2016 It’s NOT just jobs that are changing. It’s the work that is needed to be done. How we hire. How we structure business. The impact is bigger than job change.
  • 15.
    Workplace automation willbe deeper than most people realize “…optimism relies on the claim that there exists a large set of types of tasks that cannot be automated and, in turn, that those tasks that cannot be substituted by automation are generally complemented by it.” The fundamentals of how we thought machines would impact work are proving to be wrong! Daniel Susskind, Oxford University, “A Model of Technological
  • 16.
    Examples of underestimatingthe impact of automation “The task of driving a car can not be readily automated” Said in 2003 by Autor, Levy and Murnane, arguably three of the most knowledge proponents of AI and automation in the world. 2 years later, the first self-driving car was demonstrated. “Order-taking and table- waiting can not be readily automated.” Said in 2013 by Autor and Dorn. 2 years later, Chili’s and Applebee began installing 100,000 tablets so customers could order & pay with out wait staff. “Identifying a species of bird based on a fleeting glimpse can be readily automated.” Said in 2015 by Autor… a year later an app was released to do just this.