The Next Moore’s Law - Netness: Why Everything Wants To Be Connected
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Transcript of The Next Moore’s Law - Netness: Why Everything Wants To Be Connected
NIELS BOHR (quoted by ANTON ZEILINGER)
“There are two types of truths:�simple truths & deep truths. �
Simple truth is truth where the opposite �is not true. Deep truth is truth where �the opposite is also true.” DALAI LAMA “There’s something to that.”
MOORE’S LAW the next
Sheldon Renan vision (+) strategy
Twitter @srenan
WHY EVERYTHING
WANTS TO BE CONNECTED
netness
A funny thing happened to me in 1989:
I tried to go out of business
but the next morning
THE PHONE RANG
A funny thing happened to me in 1989:
I tried to go out of business
but the next morning
THE PHONE RANG somebody wanted an interactive version of
Murder She Wrote
A funny thing happened to me in 1989:
I tried to go out of business
but the next morning
THE PHONE RANG somebody wanted an interactive version of
Murder She Wrote
and somehow… within a short time
I was learning Moore’s Law
then writing for XEROX PARC
A funny thing happened to me in 1989:
I tried to go out of business
but the next morning
THE PHONE RANG somebody wanted an interactive version of
Murder She Wrote
and somehow… within a short time
I was learning Moore’s Law
then writing for XEROX PARC
THEN ONE DAY I WAS DOING A WHITEPAPER FOR SOMEBODY ON
…interoperability
NOTE TO SELF:
Anything that is connected always has more opportunity than anything that isn’t.
Making it easy for things to work together is the fastest way to lower the cost of
NOTE TO SELF:
Anything that is connected always has more opportunity than anything that isn’t.
Making it easy for things to work together is the fastest way to lower the cost of anything?
—1994
JSB TELLS ME:
if two machines do roughly
the same thing (LIKE COPYING)
if one machine (COPY MACHINE)
is in the world of atoms
if one machine (VIRTUAL COPY MACHINE)
is in the world of bits
If both has the same user interface (big green button),
look and feel
if machine in world of atoms
is connected with machine in the world of bits
EACH MACHINE HAS MORE
opportunity than if it is a standalone machine
— jsb’s law, 1997
Something deep was changing
I was aware of a shift the internet? the net? what?
jsb talked about the fabric, an emerging fabric of rich services surrounding and interconnecting communities
I began to recognize
it was not the internet
it was not the network
I began to recognize
it was not the internet
it was not the network
it was netness
that was making the difference between our past and our future
Moore’s Law
the price and performance available from semi-conductor technology
will double
every 24 months
Conversation between Gordon Moore & Carver Mead
Article in electronics magazine 1965
Marketing to promote future use of chips in consumer products
Named “Dr. Moore’s Law” by Carver Mead in 1971
Metronome setting the pace for global tech ecosystems
Most important source of new opportunity
Foundation of digital everything
Enabler of global communications & technology
Influence that extends far beyond technology
I asked Gordon Moore, “What is it people don’t understand?”
I asked Gordon Moore, “What is it people don’t understand?”
He answered,
I asked Gordon Moore, “What is it people don’t understand?”
He answered, “What people don’t understand is that the smaller things get the faster and cheaper and better they always work.”
What is netness?
in which connectivity is increasingly ubiquitous, lives are increasingly entangled.
IS AN EMERGING STATE OF BEING
netness
Connectivity is becoming the most important driver of new opportunity the critical creator of new value
Not networks Not the Internet Connectivity itself
The more things you connect, the better things work
The more things you connect, the better things work the smarter they are
The more things you connect, the better things work the smarter they are the safer they are
The more things you connect, the better things work the smarter they are the safer they are the more opportunity is created for sharing resources and collaborating
More things, people and places are becoming connected every day
5 vectors of growth for connectivity
1. The number of networks
2. The number of connectable points
3. The number of connected devices
4. The number of connected locations
5. The ubiquity
5. The ubiquity, frequency
5. The ubiquity, frequency & intimacy of connections
How is connectivity changing?
As connectivity becomes ubiquitous systems (networks) become
As connectivity becomes ubiquitous systems (networks) become fields
As connectivity becomes ubiquitous networks and lives become
As connectivity becomes ubiquitous networks and lives become entangled
A new kind of connectivity is emerging
We used to talk about 3 states of connectivity:
A new kind of connectivity is emerging
We used to talk about 3 states of connectivity: Loosely connected Closely connected Embedded
A new kind of connectivity is emerging
4th state of connectivity is emerging: Loosely connected Closely connected Embedded Entangled
When connectivity becomes ubiquitous The more things, people, places become entangled…
When connectivity becomes ubiquitous The more systems (networks) become like fields…
When connectivity becomes ubiquitous The more things, people, places become the better things work entangled the safer they are
Two worlds
The world of atoms The more things, and the world of bits
the better things becomes one
What creates the value
Metcalfe’s Law
Metcalfe’s Law Reed’s Law
Metcalfe’s Law Reed’s Law The externalities effect
Metcalfe’s Law Reed’s Law The externalities effect The power of collaboration
Metcalfe’s Law Reed’s Law The externalities effect The power of collaboration Summation
Metcalfe’s Law Reed’s Law The externalities effect The power of collaboration Summation (more data from more points of view)
We are not just talking about connecting more things over the networks,
We are not just talking about connecting more things over the networks,
We are not just talking about connecting more networks
We are talking about connecting everything
individual world
individual world
many devices makes
individual world
many devices make
individual world
many devices make
many room networks
make
individual world
many wearable devices
make
many room networks
make
individual world
many wearable devices
make
many room networks
make
Many house networks
make
individual world
many wearable devices
make
many room networks
make
many house networks
make
individual world
many wearable devices
make
many room networks
make
many house networks
make
many neighborhood networks
make
individual world
many wearable devices
make
many room networks
make
many house networks
make
many neighborhood networks
make
individual world
many wearable devices
make
many room networks
make
many house networks
make
many neighborhood networks
make
associations of peer to peer networks
individual world
many wearable devices
make
many room networks
make
many house networks
make
many neighborhood networks
make
associations of peer to peer networks
global networks
individual world
individual world
What we consider today to be interconnected networks
individual world
is really, really tiny
individual world planet atom
…is just the beginning
atom is comprised of networks
planet is comprised of networks
connect everything, at every level
atom planet
Limit connectivity, and you limit opportunity
Limit connectivity, and you limit opportunity you decrease safety
Connect the unconnected, and you hugely increase opportunity
Connect the unconnected, and you hugely increase opportunity, safety
Connect the unconnected, and you hugely increase opportunity, safety & success
This is why we can say that
WHY EVERYTHING
WANTS TO BE CONNECTED
This is why we can say that
WHY EVERYTHING
WANTS TO BE CONNECTED
This is why we can say that
WHY EVERYTHING
WANTS TO BE CONNECTED
This is why we can say that
WHY EVERYTHING
WANTS TO BE CONNECTED
Example
AN EIGHTY YEAR OLD MAN
WHO LIVES
BY HIM
SELF
AN EIGHTY YEAR OLD MAN
TAKES A
S H O W E R
AN EIGHTY YEAR OLD MAN
TAKES A
S H O W E R
WHEN HE FALLS INTO THE TUB
What if
WHEN HE FELL INTO THE TUB KNOWS
WHEN HE FELL INTO THE TUB KNOWS
THAT THE
MAN IS
FALL ING
WHEN HE FELL INTO THE TUB KNOWS
THAT HE
HAS OSTEO PORO SIS
THE TUB KNOWS AND THEN PROCEEDED TO CONTACT
THAT THE
MAN IS
FALL ING
THE TUB KNOWS AND THEN PROCEEDED TO CONTACT
– 911 – Daughter – Landlord – Geriatric service – Hospital
THE BATHTUB KNOWS AND THEN PROCEEDED TO
THE BATHTUB KNOWS REARRANGE ITS MOLECULES
THE BATHTUB KNOWS REARRANGE ITS MOLECULES
HITS THE SO TUB WHEN HE
HITS THE SO TUB WHEN HE
THE TUB
CATCHES HIM
connectivity fields will enable emergence
of “virtuous service fabrics” individual world
connectivity fields will enable emergence
of “virtuous service fabrics”
programmed to mitigate threats
and optimize outcomes
for individuals
individual world
“virtuous service fabrics”
will evolve from current experiments with
individual world
“virtuous service fabrics”
will evolve from current experiments with
individual world
sensor nets
“virtuous service fabrics”
will evolve from current experiments with
sensor nets &
individual world
pervasive computing
“virtuous service fabrics”
will evolve from current experiments with
sensor nets &�
pervasive computing for healthcare
individual world
early stage virtuous service fabrics are already operating invisibly in a surprising number of automobiles today.
Netness vs. Moore’s Law
EVERY DAY it becomes more important and more productive
EVERY DAY it becomes more important and more productive
to be able to connect, communicate,
and collaborate
EVERY DAY it becomes more important and more productive
to be able to connect, communicate,
and collaborate anywhere
EVERY DAY it becomes more important and more productive
to be able to connect, communicate,
and collaborate anywhere
with anything
EVERY DAY it becomes more important and more productive
to be able to connect, communicate,
and collaborate anywhere
with anything
on an ad hoc basis
EVERY DAY
it becomes less important to have
EVERY DAY
it becomes less important to have
the fastest computer chips,
EVERY DAY
it becomes less important to have
the fastest computer chips,
fattest connections,
EVERY DAY
it becomes less important to have
the fastest computer chips,
fattest connections, or vertically optimized
silicon solutions
Where does this apply?
This is a tool you can use in planning products, business models & governance
What would be the most important use?
Confluencing crises
Confluencing crises
of population growth,
climate change
& insufficient
resources & reserves
Confluencing crises of population growth, climate change & insufficient resources are the most urgent reason to recognize, optimize and utilize netness
Radically increasing the ability for everything to cooperate and collaborate
Confluencing crises of population growth, climate change & insufficient resources are the most urgent reason to recognize, optimize and utilize netness
Radically increasing the ability for everything to cooperate and collaborate for maximum efficiency (and minimum waste)
Confluencing crises of population growth, climate change & insufficient resources are the most urgent reason to recognize, optimize and utilize netness
Radically increasing the ability for everything to cooperate and collaborate for maximum efficiency (and minimum waste) will be a requirement to assure survival of many communities.
What Can We Do To Accelerate The Recognition And Optimization of Netness?
We need to create a taxonomy of connectivity
We need to conduct a taxonomy of connectivity experiments to validate the value of connectivity
We need to focus a taxonomy of connectivity experiments to validate the value of connectivity on more “drip networks” as much as broadband
Pierre Teilhard de Chardin in The Phenomenon of Man
Connectivity = Life
Pierre Teilhard de Chardin in The Phenomenon of Man
Connectivity = Life Isolation = Death
That is why
WHY EVERYTHING
WANTS TO BE CONNECTED
That is why
ALL THINGS ABSOLUTELY WANTS TO BE
CONNECTED
Designed by Bram Pitoyo
Any questions, comments or rants?