2. Internet Industrialization is Now Inevitable
all human mass systems eventually industrialize
now the time has come to industrialize the Internet
by building a universal printing press for custom code
using state of the art engineering automation science
and eliminating antique computer science craftwork
to create trillions of dollars of new annual GDP value
by automating the management of all mass systems
this achieving the ultimate perfection of the Internet
3. Robots Will Rule the Industrialized Internet
these are soft robots that model and manage things
and control solid robots that make and move things
they mechanize the minutiae of human mass systems
each is fully mass customized for a practical purpose
using really smart synthetic specialized custom code
each of us will have thousands of Internet robots
and every medium size business will have millions
for agile automation replacing data processing
4. Building The River Rouge of Internet Robots
the industrialized Internet needs trillions of robots
so now we need a vast Internet robot factory
producing a trillion lines of perfect code daily
an supporting billions of robot designers
automated design factories at this scale already exist
long commonplace in automotive and aerospace
now we must build a new kind for the Internet
to mass custom produce smart Internet robots
5. Robots Industrialize the Future Internet, Not the Past
today most code does some kind of media processing
e.g. websites, web services, email, data processing
this is the sort that’s the easiest to handcraft
mechanization code is really hard to handcraft
but it’s the only kind that can be mass synthesized
and it’s ideal for Internet industrialization
mechanization will mostly displace media processing
doing old things in new way plus endless new things
with far more smarts, safety, security, and scalability
6. Internet Software Technology is Primitive Today
Flintstones technology: zero testable technology base
pure preindustrial pattern craftwork on a huge scale
software is crafted in the manner of symphonies
based on a vast legacy of workable patterns
brilliant work, but really bad engineering practice
all handcrafted code is slow, sloppy, and stupid
far too much effort and expense, time and trouble
above all 99% of feasible code can’t be handcrafted
7. Synthesis Fully Perfects Practical Software Production
the age of robots will require torrents of perfect code
in order to power huge soft and solid robot systems
but human beings are terrible at handcrafting code
there aren’t nearly enough coders to do the job
and most of the code required can’t be handcrafted
engineered synthetics is the only workable solution
it’s mature technology ready to do the job right now
this is time-test, trustworthy, true high technology
that explains everything and does all that’s needed
8. Synthesis Start With Fully Understanding Software
software progress has been stagnant since the 1960s
handcrafting today is much like it was back then
yet digital hardware has advanced a millionfold
that’s because computer science has failed us
while empirical engineering advances steadily
CS mathematics can only explain software trivially
today automation science is fifty years out in front
with a workable mechanistic understanding
that explains all we that can ever know
about every kind of practical software
9. Synthetic Software is the New Internet Normal
radically bigger, better, cheaper, and faster in all ways
mass custom production that’s too cheap to charge
so handcrafted software can’t hope to compete
industrialization always happens in the same way
by automating the deep mechanics of practice
so pattern craftwork rapidly declines then disappears
the new Internet innovation cycle is five minutes
and everyone can easily innovate anything
so hacker culture and hacker capitalism are doomed
10. Mastering the Deep Mechanics of Code
this the key to all successful code industrialization
computers and code are merely machines after all
so they’re entirely explicable by empirical mechanics
and computer science mathematics is irrelevant
but code is about everything practical
so you need universal practical mechanics
this is provided by engineering automata theory
modeled entirely with familiar plain language
which is the universal practice modeling medium
11. Now We Need A Synopsys of Software
Synopsys (SNPS) is a digital circuit synthesis leader
digital code synthesis is nearly the same problem
that’s because code is just frozen circuitry after all
the heart of your smartphone is a silicon SOC
a System on a Chip with many 100M devices
these have been routinely synthesized for decades
a huge engineered systems of vast complexity
developed automatically with engineered synthetics
in future all code will be mass produced in this way
12. Turning Practical Language into Practical Programs
everyone has a Ph.D. in practical language
so it’s the ideal design medium for practical programs
necessary and sufficient for all practical purposes
and far superior to any programming language
practical language is entirely mechanistic
programs are entirely mechanistic
both use the same plain logic mechanisms
so program production can be mass mechanized
using plain language and logic as the feedstock
13. Universal Automation of Practical Design
every pencil is an ideal universal design tool
plain language is the perfect design medium
plain language models express plain logic
this practical logic is entirely mechanistic
design automation tools extract this logic
to build differential dynamic automata structures
which is then synthesized into perfect code
and this works well for all practical purposes
14. Solving the Vexing Internet Security Problem
all handcrafted code is intrinsically insecure
because the deep mechanics are a mystery
so we aren’t sure where the doors and windows are
and the bad folks just need to find one left open
all synthetic code is intrinsically secure
because the deep mechanics are well understood
so we know where all the doors and windows are
and these are easily defensible
15. Mass Custom Specialized Solid Robotics
a huge new opportunity possible with 3D printing
custom 3D printed robots optimal for a specific task
100 of these can fully automate shoe manufacturing
each robot has a unique design and unique dynamics
soft robots are required to manage these solid robots
with extreme application adaptivity and agility
and to orchestrate complex systems of custom robots
also to coordinate with smart perceptual automation
soon there will be billions of custom solid robots
mechanizing the minutia of all making and moving
16. Summary
Internet industrialization is now at the tipping point
privately funded primary innovation paves the way
plain language information modeling is enabling
breaking the big bottleneck technology barrier
letting us synthesize programs from plain language
providing the best custom code production possible
perfect code mass produced at the push of a button
with none of the huge failings of handcrafted code
just exactly the code you need when you need it
to maximize the success of what you’re doing now
