As engineers we were not thinking in terms of nasty behavior

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As engineers we were not thinking in terms of nasty behavior

Postby seemslikeadream » Tue Oct 29, 2019 9:04 am

Happy Birthday

50 years after internet conception, dark side stirs fear
AFP
Glenn CHAPMAN
,AFP•October 29, 2019
Leonard Kleinrock poses beside the first Interface Message Processor (IMP) in the lab where the first internet message was sent, at the University of California Los Angeles (AFP Photo/Robyn Beck)
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Leonard Kleinrock poses beside the first Interface Message Processor (IMP) in the lab where the first internet message was sent, at the University of California Los Angeles (AFP Photo/Robyn Beck)
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San Francisco (AFP) - On October 29, 1969, professor Leonard Kleinrock and a team at the University of California at Los Angeles got a computer to "talk" to a machine in what is now known as Silicon Valley.

The event gave birth to a network that later became known as the internet -- hailed at first as a boon to equality and enlightenment, but with a dark side that has emerged as well.

As UCLA marks the anniversary, Kleinrock is opening a new lab devoted to all things related to the internet -- particularly mitigating some of its unintended consequences on the internet which is now used by some four billion people worldwide.

"To some point it democratizes everyone," Kleinrock told AFP.

"But it is also a perfect formula for the dark side, as we have learned."

So much is shouted online that moderate voices are drowned out and extreme viewpoints are amplified, spewing hate, misinformation and abuse, he contended.

"As engineers, we were not thinking in terms of nasty behavior," said Kleinrock, 85.

"I totally missed the social networking side. I was thinking about people talking to computers or computers talking to computers, not people talking to people."

The new Connection Lab will welcome research on topics including machine learning, social networking, blockchain and the internet of things, with an eye toward thwarting online evils.

Kleinrock expressed particular interest in using blockchain technology to attach reputations to people or things online to provide a gauge of who or what to trust.

For example, someone reading an online restaurant review would be able to see how reliable that author's posts have been.

"It is a network of reputation that is constantly up to date," Kleinrock said.

"The challenge is how to do that in an ethical and responsible fashion; anonymity is a two-edged sword, of course."

- Businesses being bad -

He blamed many of the internet's ills on businesses hawking things that are outdated or unneeded, violating privacy to increase profit.

Instead of clever lone hackers that vexed the internet in its early days, bad actors now include nation states, organized crime and powerful corporations "doing big, bad things," Kleinrock lamented.

"We were not the social scientists that we should have been," Kleinrock said of the internet's early days.

He regretted a lack of foresight to build into the very foundation of the internet tools for better authenticating users and data files.

"It wouldn't have avoided the dark side, but it would have ameliorated it," he said.

He remained optimistic about the internet's woes being solved with encryption, blockchain or other innovations.

"I do still worry. I think everyone is feeling the impact of this very dark side of the internet that has bubbled up," Kleinrock said.

"I still feel that the benefits are far more significant; I wouldn't turn off the internet if I could."

- What kind of beast? -

In the early days, US telecom colossus AT&T ran the lines connecting the computers for ARPANET, a project backed with money from a research arm of the US military.

A key to getting computers to exchange data was breaking digitized information into packets fired between machines with no wasting of time, according to Kleinrock.

A grad student began typing "LOG" to log into the distant computer, which crashed after getting the "O."

"So, the first message was 'Lo' as in 'Lo and behold,'" Kleinrock recounted. "We couldn't have a better, more succinct first message."

Kleinrock's team logged in on the second try, sending digital data packets between computers on the ARPANET, so named because funding came from the US Advanced Research Projects Agency (ARPA) established in 1958.

Credit for creating the internet is a topic of debate, since there are a series of key moments in its evolution including arrival of protocols for how data is routed, and creation of the World Wide Web system of online pages.

The name "internet" is a shortening of the "internetworking" allowed when one computer network could collaborate with another, according to Marc Weber, curatorial director at the Computer History Museum in Silicon Valley.

"The billion dollar question is, what kind of beast has the internet become?" Weber asked.

"It has become the default main way for humans to communicate, and that is not small."

While marking its 50th anniversary, the internet as we know it is a "rowdy teenager" in the eyes of Internet Society chief technology officer Olaf Kolkman.

"The internet has done more good than harm," Kolkman said.

"The biggest challenge we have in front of us is that while we cope with big problems enabled by global connectivity that we don't throw the baby out with the bath water."
https://news.yahoo.com/50-years-interne ... 22748.html


Experts Optimistic About the Next 50 Years of Digital Life
Fifty years after the first computer network was connected, most experts say digital life will mostly change humans’ existence for the better over the next 50 years. However, they warn this will happen only if people embrace reforms allowing better cooperation, security, basic rights and economic fairness

By Kathleen Stansberry, Janna Anderson and Lee Rainie

The year 1969 was a pivot point in culture, science and technology. On Jan. 30, the Beatles played their last show. On July 20, the world watched in awe as Neil Armstrong and Edwin “Buzz” Aldrin become the first humans to walk on the moon. Less than a month later, nearly half a million music fans overran a muddy field near Woodstock, New York, for what Rolling Stone calls the “greatest rock festival ever.”

But the 1969 event that had the greatest global impact on future generations occurred with little fanfare on Oct. 29, when a team of UCLA graduate students led by professor Leonard Kleinrock connected computer-to-computer with a team at the Stanford Research Institute. It was the first host-to-host communication of ARPANET, the early packet-switching network that was the precursor to today’s multibillion-host internet.

Heading into the network’s 50th anniversary, Pew Research Center and Elon University’s Imagining the Internet Center asked hundreds of technology experts, including Kleinrock and fellow internet pioneers, how individuals’ lives might be affected by the evolution of the internet over the next 50 years. Overall, 530 technology pioneers, innovators, developers, business and policy leaders, researchers and activists in the nonscientific canvassing responded to this query:

The year 2019 will mark the 50th anniversary of the first host-to-host internet connection. Please think about the next 50 years. Where will the internet and digital life be a half century from now? Please tell us how you think connected technology, platforms and applications will be integrated into people’s lives. You can tackle any dimension of this question that matters to you. You might consider focusing on questions like this: What changes do you expect to see in the digital world’s platform companies? What changes do you expect to see in the apps and features that will ride on the internet? How will digital tools be integrated into everyday life? What will be entirely new? What will evolve and be recognizable from today’s internet? What new rules, laws or innovations in its engineering over the intervening years will change the character of today’s internet?

Considering what you just wrote about your expectations for the next 50 years, how will individuals’ lives be affected by the changes you foresee?

Some 72% of these respondents say there would be change for the better, 25% say there would be change for the worse and 3% believe there would be no significant change.

This is a non-scientific canvassing based on a non-random sample. Thus, the results are not projectable to any population other than the individuals expressing their points of view in this sample. The respondents’ remarks reflect their personal positions and are not the positions of their employers.

The optimists responding to the better-worse-no change question expressed hope that in the next 50 years digital advances will lead to longer lifespans, greater leisure, more equitable distributions of wealth and power and other possibilities to enhance human well-being. At the same time, nearly all of these experts’ written predictions included warnings about the possibilities of greater surveillance and data-abuse practices by corporations and governments, porous security for digitally connected systems and the prospect of greater economic inequality and digital divides unless policy solutions push societies in different directions.

In short, these experts argue the future is up for grabs and some argue key decisions need to be made soon. The main themes in these hundreds of experts’ comments are outlined in this table.

Themes about the next 50 years of life online

CREATING A FAIR AND EQUITABLE DIGITAL FUTURE

Humanity’s responsibility
'Digital life will continue to be what people make of it. For a better future, humans must make responsible decisions about their partnership with technology.

Public policy and regulation
The age of a mostly unregulated internet will come to an end. Elected officials and technology leaders will move ahead with regulatory frameworks aimed at protecting the public good. The lawless alternative has caused dangerous disruptions across society.
Internet of everything
In 50 years, internet use will be nearly as pervasive and necessary as oxygen. Seamless connectivity will be the norm, and it may be impossible to unplug.
Visions of the future
From amazing advancements to dystopian developments, experts imagine a wide array of possible scenarios for the world 50 years in the future.
HOPEFUL VISIONSOF 2069
Living longer and feeling better
Internet-enabled technology will help people live longer and healthier lives. Scientific advances will continue to blur the line between human and machine.
Less work, more leisure
Artificial Intelligence (AI) tools will take over repetitive, unsafe and physically taxing labor, leaving humans with more time for leisure.
Individualized experiences
Digital life will be tailored to each user.
Collaboration and community A fully networked world will enhance opportunities for global collaboration, cooperation and community development, unhindered by distance, language or time.
Power by the people
Expanded internet access could lead to further disruption of existing social and political power structures, potentially reducing inequality and empowering individuals.
WORRISOME VISIONS OF 2069
Widening divides
The divide between haves and have-nots will grow as a privileged few hoard the economic, health and educational benefits of digital expansion.
Internet-enabled oppression
A powerful elite will control the internet and use it to monitor and manipulate, while providing entertainment that keeps the masses distracted and complacent.
Connected and alone
The hyperconnected future will be populated by isolated users unable to form and maintain unmediated human relationships.
The end of privacy
Personal privacy will be an archaic, outdated concept, as humans willingly trade discretion for improved healthcare, entertainment opportunities and promises of security.
Misallocated trust
Digital life lays you bare. It can inspire a loss of trust, often earns too much trust and regularly requires that you take the plunge even though you have absolutely no trust.
“There is no planet B”
The future of humanity is inextricably connected to the future of the natural world. Without drastic measures to reduce environmental degradation, the very existence of human life in 50 years is in question.

PEW RESEARCH CENTER AND ELON UNIVERSITY'S IMAGINING THE INTERNET CENTER

Among the experts making the case that choices made now could affect whether the future turns out well or not was Erik Brynjolfsson, director of the MIT Initiative on the Digital Economy and author of “Machine, Platform, Crowd: Harnessing Our Digital Future.” He wrote, “I don’t think the right framing is ‘will the outcome be good, or bad?’ but rather it must be ‘how will we shape the outcome, which is currently indeterminate?’ I’m hopeful that we will make the right choices, but only if we realize that the good outcomes are not at all inevitable.”

Others echoed this point. David Bray, executive director for the People-Centered Internet coalition, commented, “There will be a series of disruptions to our current way of living and whether we, as humans, navigate them successfully for the benefit of all or, unfortunately, just a few, remains to be seen…. What we are seeing is an increasing affordability and availability of technologies that only were available to large nation-states 20 years ago. The commercial sector now outpaces the technology development of nation-states, which means groups can have advanced disruptive technologies that can be used for good or bad [and] that can massively impact global events. This trend will continue and will challenge the absorptive capacity of societies to keep up with such technology developments. No longer do we have five to 10 years to assess the impact of a technology and then incorporate norms, laws, etc. Now we have to operate on a six-month or three-month time horizon which, when combined with the media’s tendency to dramatically oversimplify news and reduce complications in narratives about what is occurring, risks oversimplifying for the public the issues at hand, polarizing different groups and creating an ever-increasing number of ‘wedge issues’ in societies.”

Esther Dyson, entrepreneur, former journalist, founding chair at ICANN and founder of Wellville, wrote, “The impact of the internet is not entirely inherent in the technology; it depends on what we do with it. It’s so powerful that it has given us the opportunity to satisfy many of our short-term desires instantly; we need to learn how to think longer-term. So far we have mostly done a bad job of that: Individuals are addicted to short-term pleasures such as likes and other acknowledgments (to say nothing of drugs and instantly available, online-ordered pleasures), to finding friends rather than building friendships (and marriages); businesses to boosting quarterly profits and to recruiting ‘stars’ rather than investing in their own people; nonprofits to running programs rather than building institutions; and politicians to votes and power. Do we have the collective wisdom to educate the next generation to do better despite our own poor example?”

Susan Etlinger, an industry analyst for Altimeter Group and expert in data, analytics and digital strategy, commented, “In 50 years, what we know as our internet will be largely obsolete. Rather than organizing information in the form of URLs, apps and websites, our digital interactions will be conversational, haptic and embedded in the world we live in (even, to some extent, in ourselves). As a result, the distinction between the physical and digital worlds will largely fall away. Prosthetics, imaging, disease and pathogen detection, and brain science (identifying, understanding and perhaps even modifying the workings of the brain) will all see advances far beyond what we can imagine today. Our ability to understand weather and the natural world at scale will be immensely powerful, driven by advances in machine intelligence and networking. Yet all of these innovations will mean little if the algorithms and technology used to develop them are not applied with the same attention to human consequences as they are to innovation. Even today, the ‘Minority Report’ notion of ‘pre-crime’ is crudely possible using predictive policing technology, yet it is just one example of how embedded bias can perpetuate and actually intensify injustice. This is also true in education, health care, our financial system, politics and really every system that uses data to generate predictions about the world and the future. This is not at all to say that we should retreat, but rather that we should embrace the opportunity intelligent technologies give us – to see and better understand our biases so we can optimize for the world we want, rather than a more efficient version of the world we already have. We’ve already seen this capability weaponized in the political sphere; the decisions we make now will set a precedent for whether we are able to use intelligent technologies justly and ethically, or whether in 50 years we have consigned ourselves to a permanent state of information (and literal) warfare.”

Lindsey Andersen, an activist at the intersection of human rights and technology for Freedom House and Internews, now doing graduate research at Princeton University, commented, “The net benefits for people, in access to government services, information and quality of life, will outweigh the net losses. That said, as with any major advancement, there will be winners and losers. The losses will likely come in the form of jobs, autonomy and even freedom. But, perhaps for the first time, we are in a position to mitigate these losses because we can predict them. And if we begin solving the problems we have with technology today, it will help address the problems of the future.”

Alex Halavais, an associate professor of social technologies at Arizona State University, wrote, “The development and diffusion of new technologies have had a net-positive effect on our society over time. Certainly, there have been several near-cataclysmic events over the last two 50-year cycles, and we are currently undergoing the slow-moving technologically motivated disaster of the anthropocene. But over time these technologies have helped to enable more freedom than oppression, more abundance than deprivation and more creation than destruction. I would bet on that future.”

Fiona Kerr, industry professor of neural and systems complexity at the University of Adelaide, commented, “People love bright, shiny things. We adopt them quickly and then work out the disadvantages, slowly, often prioritizing on litigious risk. The internet has been a wonderful summary of the best and worst of human development and adoption – making us a strange mixture of connected and disconnected, informed and funneled, engaged and isolated, as we learn to design and use multipurpose platforms shaped for an attention economy.”

Joly MacFie, president of the Internet Society’s New York Chapter, said, “We are still in digital society’s adolescence. Maturity will bring ubiquity, understanding, utility, security and robustness.”

Randy Marchany, chief information security officer at Virginia Tech and director of Virginia Tech’s IT Security Laboratory, said, “The human-machine interface will be where I think we’ll see the biggest change. In the beginning, keyboard-based devices were the primary way of communicating with a computer. Today, natural-language devices (Watson, Alexa, Siri) are becoming the norm. The younger generations are using more and more conversational methods to communicate with their devices. Descendants of the Google Glass-style devices displaying info using augmented reality techniques will become the normal way of accessing and inputting information. I suspect that governments will find themselves at odds with the corporations that collect this data. For example, if Facebook can influence an election, does a government fear it, partner with it, or take it over completely? Technology will create societal disruptions a la previous ‘industrial revolutions’ as older technologies and their jobs disappear, and the workforce needs to be trained in the new technologies. This disruption will cause fundamental changes in governments, attitudes and way of life. There will be a polarization of views between the new tech and old tech worlds. How we deal with this polarization will determine whether the transition is peaceful or not.”

Richard Forno, of the Center for Cybersecurity and Cybersecurity Graduate Program at the University of Maryland-Baltimore County, wrote, “A few thoughts: 1) I see the future internet as more commercialized and locked-down in response to corporate/government interests over IP controls, cybersecurity and perhaps public discourse – to include enacting national borders in cyberspace. 2) Continued Balkanization of the future internet as people embrace various new tech – which Internet of Things platform will they use? Which ‘smart’-whatever platform will become dominant? Will we have many separate ecosystems with as-yet undefined lifespans and/or vendor support cycles that lead to forced upgrades? What problems will that pose? 3) Current questions raised over how internet tech like social media, mobile devices, everything-on-demand impacts society may well set the stage for radical rethinking about what the future internet will look like – and I suspect it’ll be far removed from the romantic ‘informational equality’ of the 1990s and early 2000s. The bottom line: The future internet will reflect future humankind. Humans are a chaotic and fallible species – so how we will develop/embrace future tech within our global society is not something easily predicted other than to say it will reflect contemporary views, mores and interests.”

John McNutt, a professor in the school of public policy and administration at the University of Delaware, responded, “Not every technology is a good idea, and every advance should be carefully considered in terms of its consequence. On balance, technology has made much human progress possible. This is likely to continue. We will always have false starts and bad ideas. People will misuse technology, sometimes in horrific ways. In the end, human progress is based on creating a future underpinned by knowledge, not ignorance.”
https://www.pewinternet.org/2019/10/28/ ... ital-life/
Mazars and Deutsche Bank could have ended this nightmare before it started.
They could still get him out of office.
But instead, they want mass death.
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Re: As engineers we were not thinking in terms of nasty beha

Postby seemslikeadream » Tue Oct 29, 2019 3:00 pm

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Here's the Internet's 'Birth Certificate' From 50 Years Ago Today

Image

The notebook that documented the first “internet” connection made on the ARPANET on October 29, 1969 at UCLA
Image: UCLA Special Collections
Fifty years ago today, on October 29, 1969, the internet was born. It was a humble beginning—a single login from a computer terminal at UCLA in Los Angeles to the Stanford Research Institute (SRI) in the Bay Area. But it was a tiny baby step that would eventually catapult the world into the information age.

Amazingly, we actually have a piece of paper that documents that important moment for the internet, first called the Arpanet because it was a project funded by ARPA. Today you probably know ARPA better by the name DARPA, the government agency that’s working on bleeding edge tech like warfighting robots and brain implants.

The computer terminal operators who were working at UCLA in 1969 kept a detailed logbook of everything that was happening as they set up their network. And in a notebook entry for “29 Oct 69" we can see a particularly important notation at 22:30 (10:30 pm): “Talked to SRI, Host to Host.”

That sheet of paper, which currently sits at the archives of UCLA, is more or less the internet’s birth certificate—a written record of that moment when the two host computers at UCLA and SRI started communicating.
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Illustration for article titled Heres the Internets Birth Certificate From 50 Years Ago Today
Image: UCLA Special Collections
I chatted over the text with Bradley Fidler, a historian of computing at the Stevens Institute in New Jersey, where he works on contemporary issues relating to the technical management of the internet. Dr. Fidler told me about why the document is important and how it fits into the grand scheme of better understanding networking history.

I should probably note that I only realized halfway through our text conversation that Dr. Fidler was on a plane to Los Angeles, a city that was experiencing a terrifying fire near UCLA’s campus in Westwood. The last question only makes sense with that context.

Gizmodo: What makes this document so special?

Dr. Fidler: If you tell people what it actually is, they won’t think it’s special. It documents, precisely, the first remote login (not message) between two computers (they’d tested the line with terminals beforehand) over the first deployed (not first designed; that was at least a tie with the UK), general-purpose computer network (not the first computer network; there were many by this point, and shortly thereafter) which was largely (not entirely) packet-switched. The network software that gave the dissimilar machines a way to speak with each other over the packet switches wasn’t finished, so they weren’t using a completed network by any stretch.

But the document is special, as far as documents go, because it documents the first successful test of the main purpose of the Arpanet: remote access for any reason (e.g. the user could run any application) between different kinds of computers, utilizing a highly experimental technology called packet switching, which permitted more distributed forms of networks. This matters because it sets in motion a small piece of the global history of networks, one which grew and extinguished a lot of alternate paths. It set in motion traditions, designs, institutions which were not replaced but morphed into what we live under today. So technical details, like how the Internet uses names, addresses, and applications, and institutional details, like how the Internet is managed. DARPA-funded researchers then tested internetworking technologies—that would allow the interconnection of networks—over the Arpanet, and a decade after the first connection, in 1979, the Arpanet was the Internet’s first and only backbone, a role it maintained until 1986. Even though the underlying structure of the Internet is supposed to be invisible, its design sets the conditions and limits on how we can connect, how we can be monitored, how it can be secured, etc. So for the same reason that some remaining segments of society would want to explain the causal forces behind historical phenomena that shape our world today, those segments would care about this too.

Gizmodo: How did you learn about this document?

Dr. Fidler: I was a doctoral student with UCLA History, procrastinating on some Western Civ grading I believe, and got talking with Len Kleinrock about Internet history; he removed this document from his filing cabinet to show me. As a professionally trained historian, I was like, sweet, this rules. Later on, I suggested that he let me archive it with the UCLA Special Collections, along with other materials from him and from that period.

Gizmodo: Are there any documents in the history of tech that are other “birth certificates” worth studying?

Dr. Fidler: The Arpanet has a bunch. There’s ARPA getting its Command and Control Research Portfolio from the White House, ARPA’s Request For Quotations that set out some basic designs and asked for bids; the response by Bolt Beranek and Newman Inc.; their first full specification after they were awarded the contract in 1968; the first Request For Comments document that began to design the network software run in the hosts; the logbook, in particular, also documents how staff sent simple teletype (e.g. terminal) messages between UCLA and SRI before connecting the hosts. Those are just a few off the top of this redeye flight. And you can keep going forward toward the Internet.

The point is if you really want to piece together a history from documents, get enough of them. Ask what had to have been accomplished for that particular document to have been made possible. Ask about the obvious stars and the hidden labor. Ask why the authors make a really big deal about [a] thing that might seem obvious to you but [doesn’t] even mention things you think to be exciting. Try to figure out what they saw themselves doing—it was [certaintly different] from how you see it. Do that enough times with enough documents and you’ll start to construct a reasonable history.

That said it’s also easy to get antiquarian about things and forget that the Internet of today is different: its underlying design is very similar (we’ve just been adding pieces and haven’t changed it fundamentally in a long time), but its purpose is radically different. That’s because of the context in which it operates, and the purposes for which it is put to use. The old Internet and Arpanet that we celebrate was a Defense Department project that tested its use scenarios in a place it didn’t really matter to military operational readiness: unclassified research settings, grad students, etc. And we should celebrate that, with a clear-eyed recognition of the place of military funding and its contributions to American society. Today, the Internet is a commercial entity and its new founding texts originate with Facebook, Google, Tencent, and the like.

Gizmodo: Are you currently on fire?

Dr. Fidler: Before I get into a discussion as to whether or not I am currently on fire, I want to clarify that I’m going to give it a good hustle, that the fire is a metaphor for some kind of divine punishment, meted out by the gods we know we serve or don’t, and that I’m going to stay positive and keep my head in the game.
https://paleofuture.gizmodo.com/heres-t ... do_twitter
Mazars and Deutsche Bank could have ended this nightmare before it started.
They could still get him out of office.
But instead, they want mass death.
Don’t forget that.
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