Mark
van Rijmenam:
Once
we understand who we can be in the metaverse, we will discover what
we can."
Isaac
Asimov:
"It is change, continuing change, inevitable change, that is the
dominant factor in society today."
"Rob
van Kranenburg:
... The next generation of pervasive ICT devices can play a unique
role in stabilizing and balancing new societal structures. There is
a need to disambiguate the productive functions in order to slow down,
mediate and look for balance in the long, mid and short term with regard
to bureaucracy and the democratic politics that could rendered ineffective
in a real-time world. ...
Lead Article:
New Forms
of Governance: The mobile phone should be in public hands by Rob
van Kranenburg
There are
three main reasons:
Individual and unique
encryption enables signing, authentic data, and authenticates IoT
devices on the body, in the home and car. Disposable identity mode
ensures not all communication leaves and enters the device tied
to the master personality, while remaining authentic. The EU or
NL OS is embedded on the chip. Legal is any communication from that
device in combination with OS and unique hardware properties.
A common and deliberated
educational framework for what kind of apps, services and experiments
run on the device. A joint new messaging service, integrated school,
health, administrative tools like travel credentials in the wallet,
cv are co-created ideally on a European scale, but also on
local or national scale. Most if not all data stays on the device
(edge) creating a common edge cloud keeping value and added value
inside the common framework. AI algorithms will be public and trustworthy
before deployed and tested. Peer to peer protocols can run next
to tcp-ip. This is the fading out end of the big platforms whether
in search, shopping or entertainment and the emergence of new values
driven ones.
A balanced innovation
resilience cybersecurity European values embedded
in § Data Act, § AI-Act, § European Chips Act, §
NIS 2-Richtlinie, § Cyber Resilience Act, § Cloud Computing,
§ Digital Markets Act, § Digital Service Act, § Data
Governance Act, §Industrial Metaverse is hardcoded on the device.
These values can only be hardcoded not achieved by national governments
who have outsourced necessary capabilities or a massive (obsessive
compulsive) European regulatory framework with only fines to work
with non-compliance.
Things are very simple. Organizations
that depend on taxes it claims from citizens must own the means of governance
to govern. Citizens will understand that instead of being captured in
shareholder value, this system builds value for all in a democratic
way. A broad societal debate about what kind of a smart society do we
want can finally be an achievable goal. Tribes can be formed on the
choice of settings. Local and national referenda on topical issues are
easily scripted. As Tim Bouma, Director, Verification and Assessment
Digital Governance Council, says: We need signed data that is portable
between systems and meaningful across contexts. Thats about it.
This is a normal operation
in a fundamental shift in the data information knowledge
paradigm. When in 1452 the ability rose to print cheap books, the power
structure built a huge infrastructure and only opened a public library
in Den Haag in 1917. Schools, codex, universities, diplomas, books banned,
to build notions of fact and fiction, truth, and falsehoods, legal and
illegal. All this is man made and a response over centuries to gradually
educate its population into the paradigm. This paradigm has run its
course. The cost of not doing this is thus equally simple, the breakdown
of the hegemonic glue that fed into the notion that common sense equals
the paradigm. When this shifts you either need to have a new frame ready
and move into that or you break down.
Economically: A new
company is set up with the Dutch State owning 51%. All device holders
are shareholders. Investors cannot be paid a dividend, but they have
the first right to invest in new spin offs coming from the system. Taxes
are paid automatically through VAT and a general fee.
Ethically: Embedding
Self Sovereign ID and the Disposable ID framework. Accountability over
anonymity is the key. When a contract with an energy company is signed
it only needs to know that I can pay so I send that credential. That
is all it needs to know.
Practically: By the
age of 14 91% of children are in possession of a smartphone. At that
age they receive the Team-phone which they will start to use gradually
more than their commercial ones as the content is rich, the information
hyperlocal (drawing from the full potential of Dutch administration,
news, and friends) and special school functionalities.
Politically: Countries
identify as zones of communication/taxation instead of relying on territory
and kinetic borders.
This plan is doable with the
tools around today. It is a new form of democratic governance.
The 21st century does not
need politicians, parties or voters, just participants.
Rob van
Kranenburg is the founder of Council and the ecosystem manager of
the Horizon 2020 project, TagItSmart. He also chairs AC04 - IoT Hyper-connected
Society of the European Research Cluster on the Internet of Things.
QR Codes powered
by GS1
discover endless business benefits and consumer engagement opportunities
by
GS1
Phil Archer of GS1 explains
what is a QR Code, how it's structured and what's particularly a QR
Code powered by GS1. How QR Codes powered by GS1 - with GS1 standards
inside - benefit business and consumers by providing next level consumer
engagement and next level operational efficiencies.
Phil
Archer joined GS1
- the standards body behind the barcode - in July 2017 to bring an in-depth
knowledge of the Web to the world of supply chains for retail, healthcare
and more. Early projects include Mobile
Ready Hero Images (product images optimised for display on
small screens to users with zero attention span), expanding GS1's
extension to the schema.org
vocbaulary, and most fundamentally, GS1
Digital Link.That's the standard that embeds GS1 identifiers
within Web URIs, making products first class citizens of the Web. These
projects and more draw on his long experience at W3C,
the industry standards body for the World Wide Web. While there, Phil
coordinated W3C's work in the Semantic Web and related technologies.
The role at GS1 is therefore an application of work done previously
at W3C, making product data more accessible and maximising its potential
for brand owners, manufacturers, retailers and consumers.
As well as work at GS1
and W3C, his career has encompassed online safety, broadcasting, teaching,
linked data publishing, copy writing, and, perhaps incongruously, countryside
conservation. The common thread throughout has been a knack for communication,
particularly conveying complex technical ideas to a more general audience.
Growth forecasts
for The Internet of Things (IoT) currently span 30 60 Bn Things
by 2030. However, this ignores the central role of the IoT in realising
sustainable societies where raw materials and component use has to see
very high levels of reuse, repurposing and recycling. In such a world
almost everything we poses and use will have to be tagged and be electronically
addressable as a part of the IoT Such a need immediately sees the IoT
grow to 2Tn or more over the span of Industry 4.0/5,0. In turn, demands
new very-low energy wireless technologies operating over very short
distance; a need that might be satisfied by Zero Infrastructure
Mesh Networks.
Moderator
Credits
Peter Cochrane Professor of Sentient Systems, Consultant, Advisor, NED, Founder
Greater Ipswich Area, UK petercochrane.com
Moderator
Katie (Miss Metaverse) King
Futurist and Content Creator
Bangkok, Thailand & Cary, North Carolina, USA missmetaverse.io futuristmm.com
Crypto:
Why are we here? | Erik Voorhees Keynote | Permissionless II
by Empire
Erik Voorhees is
the founder and CEO of the cryptocurrency exchange ShapeShift,
an instant Bitcoin and altcoin exchange that he developed and managed
under a penname until revealing his identity in 2015 via a seed fundraising
announcement.
We are a group of students that wants to
involve girls from around the world in the field of Quantum Computing.
We have already impacted girls and students from 21 countries, and we
have girls ambassadors from Egypt, Pakistan, India, USA, Canada, Spain,
Germany, UK and Chile.
SG100 technology
a carbon removing solution
Low-cost, and with a small footprint, our SG100 plant is designed to
be scaled and deployed at speed to address the urgent need for sustainable,
decarbonising energy as our Climate Change challenges accelerate.
Carbon Negative Energy: Each year, a single SG100 plant can generate
up to 40,000 MW hours of carbon-negative power, enough for around 10,000
homes, offices or commercial properties, as well as for the transportation
sector and wider industry.
Carbon Reduction:
One SG100 will remove up to 16,000 tonnes of CO2e equivalent
to the annual carbon emissions of 5,000 cars. With electrolysis, a plant
processing biogenic waste will generate over 650 tonnes of green hydrogen.
And the SG100 closes the waste management loop, offering a better low
carbon alternative to landfill and incineration.
Carbon Capture:
The SG100 technology also generates biochar and carbon
char, a black, granular, dust-like co- product that can be sequestered
in valuable agricultural, environmental, and industrial applications.
Standard Gas Technologies doesnt have all the answers, but we
have some important contributions to make. Valuable carbon-removing
energy options and products from wastes we cant recycle for a
start.
The legendary science fiction writer
shares his thoughts on the future of medicine, communications and more.
(From "The David Letterman Show," air date: 10/21/80)
Isaac Asimov was an American writer and professor of biochemistry
at Boston University. During his lifetime, Asimov was considered one
of the "Big Three" science fiction writers, along with Robert
A. Heinlein and Arthur C. Clarke. A prolific writer, he wrote or edited
more than 500 books. - Wikipedia
The Internet of Things (IoT) is revolutionizing the way we live and
work, and this book is your ultimate guide to exploring the advancements
and possibilities of connected devices. From smart homes to smart
cities, IoT has the potential to transform every industry and aspect
of our lives, and this book will take you on a journey through the
technology that is shaping our future.
In this book, you will discover
the different categories of IoT devices and their applications in
various industries, including agriculture, healthcare, transportation,
energy management, and manufacturing. You will learn about IoT communication
protocols and the technological advancements behind IoT. The book
will also explore the security and privacy risks of IoT, as well as
best practices for securing connected devices.
As you progress through
the book, you will gain insights into emerging IoT trends and technologies,
the impact of IoT on businesses and society, and IoT's role in the
future of smart cities. You will also gain a deeper understanding
of the ethical considerations and governance surrounding IoT.
Whether you are a student,
a business professional, or simply interested in understanding the
technology that is shaping our future, this book is the perfect guide
to exploring the world of IoT. With its comprehensive coverage of
IoT advancements and possibilities, this book is a must-read for anyone
seeking to stay ahead of the curve in the fast-evolving world of technology.
Daniel Garfield Co-Founder
and Chief Open Source Officer, Codefresh
I am a technology
leader and full-stack engineer specialized in evangelizing containers,
Kubernetes, Helm, Istio, and related technologies. As the Chief Technology
Evangelist at Codefresh, I lead communication, marketing, and forward-thinking
technology initiatives.
As an evangelist
at Codefresh and Google Developer Expert, I've presented at Kubecon,
Google Cloud Summit, DeveloperWeek, Meetups, and more. I build my
own demos :)
Since 1968, the Wild Sanctuary
team has traveled the globe to record, archive, research, and express
biophony the voice of the natural world. These extremely
rare wild soundscapes inform and enrich our specialized efforts from
the field to public performance.
The Wild Sanctuary Audio Archive
represents a vast and important collection of whole-habitat field recordings
and precise metadata dating from the late 1960s. This unique bioacoustic
resource contains marine and terrestrial soundscapes representing the
voices of living organisms from larvae to large mammals and the numerous
tropical, temperate and Arctic biomes from which they come. The catalog
currently contains over 4,500 hours of wild soundscapes and in excess
of 15,000 identified life forms.
Fully half of the natural soundscapes in
this rare set are from habitats that no longer exist, are radically
altered because of human endeavor, or have gone altogether silent.
GIANTS | Bernie Krause byMoog Music Inc
'GIANTS' is a platform for legendary electronic
musicians and innovators to express themselves through the art of storytelling.
This documentary series, filmed and produced by Moog Music, is about
honoring and preserving the legacy of these artists and sharing their
untold stories with the world.
This installment of 'GIANTS' focuses on
one of the Moog modular synthesizers earliest advocates: soundscape
ecologist and bio-acoustician Bernie Krause.
Once a Motown session guitarist intrigued
by early advancements in the world of electronic music, the artists
first Moog modular synthesizer encounter in 1965 led him to develop
a new understanding of sound and musical expression. It was this understanding
and early adoption of the instrument - co-owning one of the very first
models - that helped Bernie and his musical partner Paul Beaver introduce
the Moog synthesizer to the likes of George Harrison, The Monkees, The
Byrds, and The Rolling Stones.
Bernie Krause
Since 1968, Bernie Krause has traveled the world recording and archiving
the sounds of creatures and environments large and small. Working at
the research sites of Jane Goodall (Gombe, Tanzania), Biruté
Galdikas (Camp Leakey, Borneo), and Dian Fossey (Karisoke, Rwanda),
he identified the concept of biophony based on the relationships
of individual creatures to the total biological soundscape as each establishes
frequency and/or temporal bandwidth within a given habitat. His contributions
helped establish the foundation of a new bioacoustic discipline: soundscape
ecology. Krause has produced over 50 natural soundscape CDs in addition
to the design of interactive, non-redundant environmental sound sculptures
for museums and other public spaces throughout the world. His installations
can be experienced at the National Museum of Natural History (Smithsonian
Institution, Washington, DC), the California Academy of Sciences (SF),
the Houston Museum of Natural Science, the Chicago Science Museum, the
American Museum of Natural History (NYC), five special commissions at
the World Financial Center (NYC that performed October/November 2006)
and over 30 other venues in N. America and Europe. During his life as
a professional studio musician, Krause earned the Pete Seeger slot in
the Weavers (1963), and with his late music partner, Paul Beaver, introduced
the Moog synthesizer to pop music and film. The teams work can
be heard on over 250 albums and 135 feature films released between 1967
and 1980.
Krause, who holds a PhD in Creative Arts
with an internship in Bioacoustics, was a key figure in implementing
natural soundscapes as a resource for the U. S. National Park Service
and authored the educational soundscape manual for the agency that resulted
in a recent book/CD, Wild Soundscapes: Discovering the Voice of Natural
World (Wilderness Press, 2002). In 2006, under the auspices of US Fish
& Wildlife, the Calgary Zoo, Google, Stanford, Harvard Universities,
the University of Utah, and several other institutions, he led three
teams to capture the first natural soundscape examples ever recorded
in the Arctic National Wildlife Refuge. Until recently, he served on
the board of Harvards Institute for Music and Brain Science.
Currently, the most common form of weather modification is cloud seeding,
which increases rain or snow, usually for the purpose of increasing
the local water supply. Weather modification can also have the goal
of preventing damaging weather, such as hail or hurricanes, from occurring.
Is geoengineering good or
bad?
Solar geoengineering risks and side effects range from possible damage
to the earth's ozone layer to inadvertent changes in global precipitation
patterns. Once started, it would be dangerous to stop unless enough
carbon had been sucked out of the atmosphere to lower the earth's temperatures
below a safe threshold.
It's currently
illegal to facilitate any sort of geoengineering on a large industrial
scale, since no one fully understands the impact it could have on other
aspects of the environment.
European Commission calls
for international discussions on risks of climate engineering euronews, published on 28/06/2023
The European Commission
called (on Wednesday) for talks at the highest international level on
the risks posed by the possible use of climate geoengineering - a contested
technology still under development that could help to cool the planet.
"We note that geoengineering
is discussed and explored in several parts of the world and that it
is considered by some as a potential future response to climate change,"
Frans Timmermans, the Commission Executive Vice-President told reporters
on Wednesday.
"This is an issue
with global indications and considerable risks, nobody would do experiments
alone within our shared planet."
EPRS | European Parliamentary
Research Service
Author: Lieve Van Woensel with Marcos Fernández Álvarez,
Scientific Foresight Unit (STOA)
PE 656.339 February 2021
Efforts to curb carbon emissions are falling
short. As climate change impacts become all too clear,
geoengineering is again in the spotlight. Some see it as a last-resort
option to fight climate change.
Detractors highlight the risks and uncertainties. Will governments end
up tinkering with Earth's
thermostat?
RAND Corporation
The Risks of Geoengineering
Geoengineering, the intentional manipulation of the climate, is quickly
emerging as a tool to address global warming. But tinkering with the
climate could have world-altering consequences, and there is currently
no international agreement or enforcement mechanism that addresses the
use of geoengineering technologies.
RAND researchers have examined
this problem and its potential solutions. The time to establish international
agreements on geoengineering is now, they say, while the risks are still
theoretical.
Earth Goes to the Doctor: Is Geoengineering Right for Her? by TheRANDCorporation
In this short animated film by Juan Delcan and Valentina
Izaguirre, Earth consults with a doctor about how to address her high
temperature. Geoengineering, the intentional manipulation of the climate,
is one treatment option. But these emerging technologies are unregulated
and have some serious side effects.
Could solar geoengineering
counter global warming? by The Economist
Global warming is probably the biggest threat facing
humanity. If all else fails, could climate-controlling technology be
the answer?
This
is CRAZY!! Are They Changing The Weather?!
by Coin Bureau
The
Dimming, Full Length Climate Engineering Documentary by Dane Wigington
GeoeongineeringWatch.org
is pleased to announce the release of our groundbreaking documentary
that conclusively exposes the existence of global weather intervention
operations.
Global weather engineering operations are a reality. Who is responsible
for carrying out these programs? What will the consequences be if geoengineering
/ solar radiation management operations are allowed? THE DIMMING documentary
will provide answers to these questions and many more. This is the most
complete GeoengineeringWatch.org documentary regarding climate engineering
operations. Thank you for viewing and for notifying others of The Dimming
film release.
All are needed in the critical battle to wake populations to what is
coming, we must make every day count. Share credible data from a credible
source, make your voice heard. Awareness raising efforts can be carried
out from your own home computer.
These
Scientists Are Altering Weather to Fight Droughts | TechnoLogic
by Motherboard
Cloud seeding
has been around for almost a century, touted for its ability to increase
rain and snowfall in drought-stricken regions. Governments have spent
billions on these weather-modifying projects, despite scant evidence
that the technology actually increased precipitation. Now, scientists
finally have proof that cloud seeding works. But can weather modification
ever escape its controversial reputation?
How China
changed the weather to clear skies for Beijing centenary celebration
by FRANCE 24
A new report by Tsinghua University in Beijing has revealed that the
Chinese Communist Party used cloud seeding to artificially bring down
pollution levels for its centenary celebrations on July 1, 2021. The
peer-reviewed study shows just how far has come with this technology.
FRANCE 24's Technology Editor Peter O'Brien breaks down how cloud seeding
works, and the scale of China's ambitions to change the weather.
How
DUBAI Actually Controls its Weather by The Infographics Show
Wouldn't it be amazing to be able to control the weather? You could
give yourself beautiful sunny days whenever you wanted or decide you
needed some rain to help water crops for farmlands. Well in today's
new video you will learn about the insane and fantastic way Dubai has
taken control over the city's weather!
Fine-tuning
the climate
by DW Documentary
Engineers
and scientists are trying to intervene in the Earths geochemical
cycles. Because it appears efforts to cut CO2 wont suffice to
avoid irreversible climate change. But does geoengineering offer a real
solution? Or is it just human hubris?
Some scientists believe
that we need to explore radical, and perhaps dangerous, technologies
in order to be able to lower the earths temperature through geoengineering
in the near future. Science journalist Ingolf Baur explores the feasibility
and risks of leading geoengineering projects. His journey takes him
to meet scientists in Switzerland, Iceland, the US and Peru. Along the
way, he encounters two very different strategies: One is to fish climate-damaging
CO2 from the atmosphere and sink it underground or in the deep sea.
The other, and this is the far more controversial strategy, seeks to
develop techniques that dim sunlight.
Global warming is causing
entire mountain ridges like the Moosfluh above Switzerlands Aletsch
Glacier to break off. Such dramatic changes could increase the pressure
to try geoengineering. Its most prominent proponent is David Keith from
Harvard University in the US. Hes devised experiments to to sound
out the possibilities of "solar geoengineering." His idea
is for fleets of aircraft to dump millions of tons of sulfur into the
stratosphere every year, where it should reflect part of the incoming
sunlight back into space. As audacious as this method seems, its
actually no different to what happens during volcanic eruptions.
Or could we still manage
to get greenhouse gases out of the atmosphere again? In Iceland, a group
of researchers is using a special process to filter carbon dioxide from
the air and pump it 2,000 meters deep into basalt rock. The surprise:
after a few months, the CO2 is already reacting chemically and turning
to stone, which renders it harmless - permanently. The quantities are
still far too small, but it shows that as controversial and risky as
some geoengineering methods may be, in the end we may need technology
to avert or at least mitigate the effects of climate collapse.
Dr
Mark van Rijmenam, CSP, renowned as The Digital Speaker,
is a trailblazing strategic futurist and highly sought-after international
keynote speaker. His unique ability to simplify intricate concepts and
captivate audiences has inspired and enlightened 100,000+ global leaders
across more than 25 countries on all continents. In 2023, he was awarded
the Certified Speaking Professional and Global Speaking Fellow accreditations.
With a deep understanding of (generative)
AI, blockchain, the metaverse, and other emerging technologies, Dr Van
Rijmenam is the trusted advisor to leading companies and governments
seeking to innovate and thrive in the digital age.
As a distinguished 5-time author and corporate
educator, Dr Van Rijmenam is celebrated for his candid, independent,
and balanced insights. His engaging and thought-provoking presentations,
webinars, workshops, and podcasts empower audiences to embrace the future
and stay ahead of the curve in today's rapidly changing digital world.
In his keynote speeches, Dr Van Rijmenam
explores the future of work, the role of the metaverse, generative AI,
such as ChatGPT, and the importance of data-driven customer-centricity.
He emphasises the need for ethical applications of technology and helps
organisations build trust while leveraging data for growth and innovation.
The Metaverse - what is it and what
does it mean for business and society
by Mark van Rijmenam
"In this episode, I explore more of
the world I exist in, the Metaverse. Looking into where it was, where
it is, and more importantly, where it is going. From virtual real estate
and real-life virtual spaces, to battle royal social spaces selling
digital fashion, and copyright infringements for Roblox, I aim to look
into every corner of this digital world, shining a light on exactly
what is going on and taking a closer look at what all of these ones
and zeros mean for our public and private lives.
Hopefully, by taking a closer look at this
new frontier, we will get a better understanding of what it means for
our professional and personal lives and how the metaverse will change
our society.
So, what are we waiting for? It is time
to start todays digital download."