The document discusses the evolution and future of hyperconnected buildings, emphasizing the role of smart technology in creating efficient, sustainable environments. It explores smart buildings' design, user experiences, and the integration of various technologies like AI and IoT to enhance operations. With the rapid growth of data and computational capabilities, the text advocates for a holistic approach to building design that meets rising consumer expectations and environmental goals.

1. The Future of Hyperconnected Buildings
Monday June 2nd
Western Hotel, Sydney
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2. 2
technology
property
An exploration at this intersection

3. overview
3
technology
insights
smart buildings
smart lighting

4. what’s happening in the world of technology?

5. exponential computational growth
5
Source: Ray Kurzweil(www.kurzweilai.net)
by 2030

6. 6
big networks
Source: Cisco 2013-2017 Visual Networking Index
1.4
zettabytes per annum (1.4 trillion gigabytes or 41M DVDs per hour)

7. 7
big data
1000+
data points, 15Mb data per lap, real time analytics, predictive analysis

8. super computing
54.9
petaflops (a thousand trillion floating point operations per second)

9. nano computing
9
micro computing
1mm
microprocessor, pressure sensor, memory, solar cell, wireless radio

10. 10
cloud computing
36%
compound annual growth rate and a market size of US$200B+ per annum by 2016
Source: Gartner (February 2013)
é

11. 11
artificial intelligence
2029
robots will be smarter than humans within 15 years – Ray Kerzweil

12. 2005
2013
12
mobile growth
1.8B
smartphones sold in 2013

13. 13
the internet of things
50B
devices connected to the Internet by 2020

14. ingestible computing
1c
cost of adding a microprocessor into a pill
14

15. 15
3D printing
2025
McKinsey & co. predict major disruption to global economy by 3D printing
Amsterdam Canal House3D Printed house China

16. the trends
1990 2013
Cost per M computations
$527
$0.05
Declining 33% annually
Cost per Gb storage
$569
$0.02
Declining 38% annually
Cost per 1000 Mbps bandwidth
$1,245
$16
Declining 27% annually
(Source: Mary Meeker @KPCB Internet trends 2014)

17. where are we heading with technology?
ubiquity
democratisation
singularity?

18. smart buildings

19. 19
safer, more comfortable & productive for occupants
and more operationally efficient for owners
what is a smart building?

20. why smart buildings?
Consumer expectations for technology in
the home & workplace have risen.
20

21. 21
why smart buildings?
People and organisations are looking to achieve more sustainable outcomes.
social, environmental, economic
social
environmental
economic
sustainable

22. 22
why
People are time poor and want to be efficient.
People are looking for more rewarding and better experiences everywhere.

23. 23
buildings are traditionally ‘dumb’ & our industry siloed

24. Smart buildings require a holistic design approach
solution
design
telco
comms
electrical
mechanical
fire
hydraulic
controls
monitoring
safety &
security
software
wayfinding
architecture
24

25. Smart buildings consider a range of user experiences
25

26. Smart buildings utilise a wide mix of technologies
26
Foundation Systems
Data Networks
Telecommunications Services
Power Networks
Common Building Systems
Access Control Systems
Audio Visual Systems
Digital Signage and Wayfinding systems
Distributed Antenna Systems
Energy Monitoring Systems
Fire Alarm and Early Warning Systems (EWIS)
Hydraulic Control Systems
Intercom Systems
Irrigation Systems
Lighting Control systems
Lift Control Systems
Mechanical HVAC
PayTV, Free to Air and Satellite TV Systems
Power Management Systems
Security Alarm Systems
Video Surveillance Systems
Specialist Systems
Systems per specialist building types
e.g. Airports, Libraries, Theatres etc.
Specialist Software Systems
Building Management Systems
Building Information Management Systems
Building/Home Automation Systems
Facilities Management Systems
Middleware Integration Systems
Property Management Systems
Room/Loading Dock Booking Systems
Information Systems
Analytics and Predictive Analysis Systems
Building Intranets
Content Management Systems
Mapping Systems
Marketing Websites
Wayfinding Systems
Mobile Applications
Web, IOS, Android
Optimal
Technology
Mix
Optimal
Technology
Mix

27. connect
sense
display
analyse
predict
automate
Smart buildings are data centric
27
DATA

28. 28
require building networks
Connect

29. power, water, gas, temperature, humidity,
volume, light, moisture, flow rate, depth,
movement, occupancy, geo-location,
CO2, CO, smoke etc.
29
require building sensors
Sense

30. 30
graphical user interfaces
Display

31. 31
use real time reporting
Analyse

32. use predictive analysis tools
32
NABERS Rating Forecast
Predict

33. use building automation sequences
33
Automate

34. SF Public Utility Building
Leading US Smart Office
Building.
Top 10 AIA Green Buildings.
LEED Platinum
13 Level 277,000 sq feet.
$146M
Solar PV cells (7% of needs)
Blackwater treatment plant
Wind turbines
Daylight harvesting
Floor cooling distribution
Automatic shading
Automatic ventilation
Lobby video screen
Energy monitoring
Extensive submetering
Real time monitoring
Building dashboards
Fault detection & diagnosis
Kinetic LED active screen
34

35. Barcelona City
Aim’s to become a world
reference for Smart Cities.
Barcelona is working to merge
urban planning, ecology, and
information technology to
ensure the benefits of
technology reach every
neighborhood and improve the
lives of citizens.
Smart Lighting: remote
control LED street lighting.
Smart Energy: Deployed
more than 19,500 smart
meters
Smart Water: Remote
irrigation control for the
City’s green spaces & 77
fountains
District Heating & Cooling
Smart Transportation:
Orthogonal bus routes
Zero Emissions Mobility:
Foster electric vehicle &
electric charging
Open Government & open
data portal.
35

36. Rio de Janeiro
Centro de Operacoes Rio is a
state-of-the-art intelligent
operations center, where
managers monitor dozens of
data feeds.
Information is monitored in
real time on
weather
traffic
fire
police
medical services
30 state departments
Private utilities
Public transport
Private transport
CCTV cameras
Drones
36

37. where is this leading us?
ê
more
sensors
ê
more
data
ê
better
insights
ê
more
knowledge
smarter buildings
smarter precincts & cities
increased efficiencies
more sustainable outcomes
better user experiences

38. from bits to atoms to photons

39. smart lighting
traditional
lighting
art
place
making
internet
of things
urban
lighting
systems
Infra-
structure

40. 40
CityTouch – urban lighting management
Source: Phillips CityTouch

41. 41
Infrastructure - light emitting highway
Source: www.smarthighway.net

42. 42
Soft stop
Source: Laservision

43. 43
Van Gogh bicycle path
IIooTT -- PPhhiilllliippss hhuuee
Source: Phillips hue

44. 44
Experiential - Digital light graffiti
Source: Phillips CityTouch

45. 45
Soft stop
Placemaking - Nature trail
Public Art – SF Oakland Bay bridge
Image: Toby Harriman Artist: Leo Villareal Film: Impossible Light

46. 46
Soft stop
Placemaking - Nature trail
Source: Jason Bruges Studio

47. We are living in an increasingly hyperconnected world.
We are heading into a digitally literate world with high expectations.
However the spaces, buildings & cities we live in, will only ever be as
smart, livable and engaging as the effort we put into designing them.
So lean in.
Learn to embrace a new world of possibilities…
Technology is not a threat. It’s an opportunity.
47

48. tthhaannkk yyoouu
@BruceDuyshart
www.meldstrategies.com
info@meldstrategies.com
48
Smarter Buildings.
Better Experiences.