lessons from software for synthetic biology

30
The Architecture of Participation: Lessons from software for the biohacking community Tim O’Reilly SynbioBeta November 3, 2015

Upload: tim-oreilly

Post on 17-Jan-2017

18.213 views

Category:

Science


0 download

TRANSCRIPT

Page 1: Lessons from Software for Synthetic Biology

The Architecture of Participation:Lessons from software for the

biohacking communityTim O’Reilly

SynbioBetaNovember 3, 2015

Page 2: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

“History doesn’t repeat itself, but it sure does rhyme.”

Mark Twain

2

Page 3: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

It Begins With Generosity

3

John von Neumann

Don Estridge

Tim Berners-Lee

Page 4: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

The Same Is True in Bio

4

Jim KentCraig Venter Drew EndyTom Knight

Page 5: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

A lot of people think freedom is a matter of license

5

Page 6: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

Despite having a proprietary license, and being owned by one company, Unix was developed collaboratively by small teams of independent developers.

6

Page 7: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

What do these things have in common?

Unix/LinuxThe internetThe world wide webWikipedia

7

Page 8: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

Small Pieces Loosely JoinedEnabled by:

• Common, well-understood data formats• A communications protocol• A variety of tools for accessing and representing the

data

8

Page 9: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

I think it has more to do with architecture

“The book is perhaps most valuable for its exposition of the Unix philosophy of small cooperating tools with standardized inputs and outputs, a philosophy that also shaped the end-to-end philosophy of the Internet. It is this philosophy, and the architecture based on it, that has allowed open source projects to be assembled into larger systems such as Linux, without explicit coordination between developers.”

9

Page 10: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

“I couldn’t have built a new kernel for Windows even if I had access to the source code. The architecture just didn’t support it.”

10

Linus Torvalds

Page 11: Lessons from Software for Synthetic Biology

@timoreilly #SynBioBeta@timoreilly #SynBioBeta

The Robustness Principle“Be conservative in what

you send, be liberal in what you accept from others.”

RFC 761

Jon Postel

Page 12: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

But that began to changeGoogle didn’t change the architecture of the web, but it did change the architecture of how it was controlled.

12

Page 13: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

What I learned from Nutch:

Even if you have the source code for a Google-like search engine, you don’t have Google.

The game had changed!

13

Page 14: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

Don Estridge “Freed” the PC

14

Don Estridge

Page 15: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

What happened?

In a world of commodity hardware, control over software APIs gave proprietary advantage.

The hacker became the despot.

15

Bill Gates

Page 16: Lessons from Software for Synthetic Biology

(Control by API)

Desktop ApplicationStack

Proprietary Software

Hardware Lock InBy a Single-Source Supplier

System Assembled fromStandardized

Commodity Components

Page 17: Lessons from Software for Synthetic Biology

Free and Open Source Software

Cheap Commodity PCs

Intel Inside

Page 18: Lessons from Software for Synthetic Biology

ProprietarySoftware As a Service

Subsystem-Level Lock In

Integration of CommodityComponents

Internet ApplicationStack

Apache

Page 19: Lessons from Software for Synthetic Biology

"The Law of Conservation of Attractive Profits"

"When attractive profits disappear at one stage in the value chain because a product becomes modular and commoditized, the opportunity to earn attractive profits with proprietary products will usually emerge at an adjacent stage."

-- Clayton ChristensenAuthor of The Innovator's Solution

In Harvard Business Review, February 2004

Page 20: Lessons from Software for Synthetic Biology
Page 21: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

More open licenses are necessary, but they are rarely sufficient.

We must fight restrictive licenses and other forms of IP, but replacing them with open licenses isn’t the answer.

22

Page 22: Lessons from Software for Synthetic Biology
Page 23: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta24

Page 24: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

“Everyone applauds when Google goes after Microsoft’s Office monopoly, seeing it simply as “turnabout’s fair play,” (and a distant underdog to boot), but when they start to go after web non-profits like Wikipedia, you see where the ineluctable logic leads. As Google’s growth slows, as inevitably it will, it will need to consume more and more of the web ecosystem, trading against its former suppliers, rather than distributing attention to them. We already take for granted that common searches, such as for weather or stock prices, are satisfied directly on the search screen. Where does that process stop?

“Ultimately, I think we see this pattern in the economic development of every innovation. When a new technology is introduced, there’s a lot of green-field opportunity, and so much value is being created that there’s no need to capture it all. But as the technology matures, the winners need to capture more of the total value being created. They gradually crowd out suppliers as well as competitors.”

25

Page 25: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

Losing the way of life, men rely on goodness;Losing goodness, they rely on laws.

- Lao Tzu

26

Page 26: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

The way of life = The architecture of the system

Goodness = “Don’t be evil”

Laws = “We need a free gene license”

27

Page 27: Lessons from Software for Synthetic Biology
Page 28: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

Small Pieces Loosely JoinedEnabled by:

• Common, well-understood data formats• A communications protocol• A variety of tools for accessing and representing the

data

29

Page 29: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta@timoreilly#SynBioBeta

Who sets the gauge rules the worldSixty per cent of the world's railways use 4 ft 8 1⁄2 inch standard gauge, developed by George Stephenson in 1822.

30

http://www.warwickshirerailways.com/lms/lnwrns305.htm

Page 30: Lessons from Software for Synthetic Biology

@timoreilly#SynBioBeta

You standardize railroads by building tracks

“The strategy is delivery!”

31

@timoreilly#SynBioBeta

UK GDS Director Mike Bracken