Industry: Technology
Practices: Microsoft aims to be carbon negative by 2030 and to reduce water
use by replenishing more than it consumes. Its data centers are designed to
reduce water and energy consumption significantly, and the company is focused
on shifting toward sustainable hardware production and recycling practices.
Tags
Agriculture, Antibiotics, ARCHITECTURE,
Data, Digital Governance, ENERGY, FOOD, Healthcare, Indigenous,
Innovation, Internet of Things, IoMT, IoT, MOBILITY, Resilience,
Risk Management, The Internet of Medical Things, Water, Wildlife
Welcome
Felix B Bopp Producer, The Future Now Show
Founder & Publisher, Club of Amsterdam
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Rob
van Kranenburg:
"One of the most vital arguments
in my upcoming #Statecraft and #Policymaking in the Age of Digital Twins,
Digital Democracy and the Internet of Things is building a European
phone."
Scott
Steinberg:
"Unpredictability
is the only thing we can predict and uncertainty the only certainty
for businesses and working professionals going forward."
Hans
Labohm: "I
was already afraid that the climate hype would give rise to more regulation
and a tendency of our economic model towards central planning. And we
knew, from the experiences and also from the theory, of the 70s that
the central plan produces model and less prosperity and less freedom
for the people. So as an economist, I was afraid of such a development.”
New
set of human rights principles aims to end displacement and abuse of
Indigenous people through "fortress conservation"
by John
H. Knox, Professor of International Law, Wake Forest University
For more than a century, conservationists
have worked to preserve natural ecosystems by creating national parks
and protected areas. Today the Earth faces a global biodiversity crisis,
with more
than 1 million species at risk of extinction. This makes
it even more important to conserve places where at-risk species can
thrive.
In 2022, governments around the world
committed to protect 30%
of the entire planet by 2030, nearly doubling the current
coverage. They also agreed to respect the rights of Indigenous peoples,
whose lands contain large shares of the world`s remaining natural
ecosystems.
But such promises have often been
broken. Historically, governments and private conservation organizations
have typically insisted that only pristine, human-free parks can properly
conserve nature. In many places, including
U.S. national parks, authorities have forcibly
removed people who lived on and cared for those lands for
centuries.
I am a lawyer
and law professor, and my work has focused on human rights,
environmental law and areas where they overlap. From 2012 to 2018
I served as the first United
Nations special rapporteur on human rights and the environment.
In my work, I have heard many reports of human rights abuses associated
with these forced displacements, including murder, rape and torture.
Despite progress to protect their rights, many of the world`s Indigenous
peoples face discrimination and threats to their livelihoods and ancestral
lands.
The history of "fortress conservation"
Indigenous peoples and others who
live on undeveloped lands are on
the front lines of battles against illegal mining, logging
and poaching. They are generally more
effective than governments at preventing deforestation
and loss of living species, and they do so far more cost-effectively.
However, governments often
do not recognize Indigenous peoples` legal rights in their
ancestral lands. And Indigenous communities receive
only a small fraction of the billions of dollars directed
toward climate and biodiversity protection.
Over the following century, the pursuit
of what came to be called "fortress
conservation" spread around the world. Colonial European
powers took this strategy to Africa and Asia; after countries there
became independent, international conservation organizations based
in North America and Europe continued to push their governments to
create national parks on the Yosemite and Yellowstone models. Researchers
estimate that millions
of people were dispossessed, suffering physical harm and,
in many cases, the loss of their cultures.
"Mariposa Indian Encampment, Yosemite Valley, California,"
by Albert Bierstadt, c. 1872. Native Americans living in Yosemite
Valley were initially allowed to remain in the park after its creation
in 1872, working as laborers and selling goods to tourists. But in
the 20th century, park officials slowly pushed them out of the valley
and destroyed their homes.forum.netfotograf.com/Wikimedia
Stewards at risk
In recent years, growing evidence
that fortress conservation is both morally repugnant and ecologically
ineffective has led nations to formally reject it. At an international
conference in 2003 in Durban, South Africa, conservationists adopted
an action plan that promised to create and manage protected
areas "in full compliance with the rights of Indigenous Peoples."
Nonetheless, many protected areas
still
prohibit Indigenous peoples from remaining in or returning
to their ancestral homes. When they try to return, park rangers treat
them as criminals. In some cases the rangers, who are often poorly
trained, abuse them further by beating, torturing or even killing
them.
Investigators found that rangers
in Salonga
National Park, the largest park in the Democratic Republic
of Congo, regularly punished local residents by beating them with
sticks, bayonets and the butts of weapons and engaging in sexual abuse.
Investigators there also heard multiple allegations of rape and murder.
The World Wildlife Fund was not accused
of encouraging or participating directly in such abuses, but it co-managed
Salonga and paid its rangers. An independent panel of experts, on
which I served, concluded that the organization had failed
to effectively prevent or respond to the violations and
had continued to fund the rangers even after learning about the allegations.
Since then, stories of similar abuses have continued to proliferate.
In 2024, for example, Human Rights
Watch reported on allegations of violent evictions of Indigenous Chong
residents by a conservation organization, Wildlife Alliance, that
co-manages a conservation project in Cambodia`s Cardamom
National Park. And rangers working for African Parks, a
private conservation organization that manages more
than 20 national parks in 12 African countries, were accused
by human rights organizations of beating
and sexually assaulting Baka Indigenous people in Odzala-Kokoua
National Park in the Republic of Congo.
Human rights principles for conservation
Conservation is not fundamentally
at odds with human rights. Many Indigenous peoples, conservation organizations
and others are trying to replace fortress conservation with a truly
inclusive approach that safeguards human rights and the environment.
For the past two years, I have worked
with people from many different organizations, under the auspices
of the U.N. Environment Programme, to clarify human rights principles
that we believe should apply in conservation. Our focus is on affecting
the behavior of private conservation organizations and funders, who
play critical roles but often receive far less scrutiny than governments.
The principles that will be announced
on Dec. 13, 2024, are not binding, but they reflect and summarize
widely accepted human rights standards. They are based on key concepts
that urge conservation organizations and funders to:
Adopt commitments to respect human rights.
Embed the commitments in their work.
Institute processes to ensure that they identify
and address human rights concerns.
Avoid causing or contributing to human rights
abuses.
Use their influence to try to ensure that
their partners, including government agencies, do not engage in
abuses themselves.
In particular, the principles call
on conservation organizations and funders to respect the rights of
Indigenous peoples, including their right to decide whether to give
their free, prior and informed consent for conservation initiatives
and projects.
More remains to be done, including
creating a regular conference to bring conservation organizations
and funders together with Indigenous peoples to jointly address issues
of conservation and human rights. But these principles are an important
step toward greater protection for nature and the people who live
closest to it.
"Rob van Kranenburg
& Reto Brosi talk about the evolution of data gathering and management
systems, the challenges of technological advancement and governance,
and the potential of creating a European phone to regain control over
personal data and services. They also explore the concept of disposable
or pseudonymous identities, the importance of engineers in governance
discussions, and the need for a working group on cybernetics to explore
new governance models. Lastly, they touche on the concerns of intelligence
agencies and the role of influential individuals in the digital world."
AI summary by Zoom
Proposes a political
framework that aims to develop a next-generation internet for
Europe
Presents policy recommendations
for the digital transformation in Europe
Based on empirical
evidence from various industries and institutions
This book describes the transition
from basic automation to pervasive computing, ubiquitous computing,
ambient intelligence, and the Internet of Things, and its effects
on democratic decision-making and governance in Europe. It diagnoses
a lack of political agency and technical capabilities in the West
that has accelerated the end of the model of entrepreneurial government
in favor of a new paradigm: Cyber-physical Systems. Offering an
analysis of the digital transformation process in various industries
and institutions, the book highlights the severe repercussions and
impacts on democratic decision-making and the legitimacy of the
Westphalian model of the nation-state. Readers will learn how the
convergence of cloud systems, data platforms, and connected objects
is facilitating this transformation process, one characterized by
a virtual representation of every person, object, and machine –
a digital twin.
The book argues for balancing centralization
and decentralization in a cybernetic framework with human-centric
values at its core. Further, it proposes a political framework that
aims to develop a next-generation internet for the five hundred
million citizens of Europe, one capable of enforcing and promoting
digital hegemony while safeguarding the rights and proactive capabilities
of said citizens. In closing, the book makes the case for a hardware
wallet built on European chip requirements and platforms and running
on its own OS to promote technical European integration on infrastructure,
applications, and services. Given its scope, the book will appeal
to policymakers and practitioners interested in European digital
governance and autonomy, as well as scholars of public administration,
public policy, and political science.
Credits
Rob van Kranenburg
Senior Policy and Communication Expert at Martel Innovate
Ghent, Belgium martel-innovate.com
Hans
Labohm: Chronicles of Climate Hysteria
by Tom Nelson Pod
Hans Labohm, an economist
and former expert reviewer for the IPCC, discusses his skepticism towards
the current climate change narrative. He critiques the alarming predictions
about global warming, CO2 emissions, and climate policy, presenting
data that contradicts these claims. Labohm argues that CO2 is not a
threat but rather benefits the environment and questions the effectiveness
of policies like the Paris Agreement. He also touches on the societal
and economic impacts of climate alarmism and the consequences for those
skeptical of mainstream views.
Hans Labohm
Hans H.J. Labohm (* 1941)
is a Dutch economist and journalist. He is a member of the Dutch party
VVD.
He studied economics and economic history
at the University of Amsterdam. From 1987 to 1992 he was permanent representative
of the Netherlands to the OECD and a member of the OECD DAC in Paris.
He writes, among other for de Volkskrant,
Het Financieele Dagblad, Trouw and NRC Handelsblad.
Labohm is considered one of the leading
figures in the climate denial movement and is a member of various climate
denial organizations, including the International Climate Science Coalition,
CFACT, EIKE and the Heartland Institute. In 2017 he appeared at a “climate
conference” in Düsseldorf organized by EIKE and CFACT.
"There is no greater story than people's
relentless and dogged endeavor to overcome repressive regimes. Whether
we notice it or not, centralized firms, markets and authorities are
engaged in a never-ending disempowerment of human people`s autonomy.
Bittensor is creating a new future for humanity, where new economies
and new commodities are decentralized by design and where no single
entity is a sole authority.
At the core of the Bittensor ecosystem
is the production, marketing and selling of digital commodities. At
the expanding periphery of this ecosystem are the entire internet geographies
of ecosystems.
Everything is decentralized. Digital commodities
like compute, data, storage, predictions, and models are transformed
into intelligence. When digital commodities are recast as intelligence,
then new architectures are discovered, new commodities are produced
and surprisingly cheaper ways to achieve innovations are being revealed
- the possibilities are turning out to be limitless.
TAO, the decentralized currency, fuels
the production of this intelligence in subnets.These intelligence-producing
subnets are then innovatively connected in productive and profitable
ways, feeding one intelligence into another.
Entrepreneurs with skills and ideas will
use Bittensor when they are deprived of investments from traditional
sources of capital. And most important, any such entrepreneur can participate
profitably and thrive in the Bittensor ecosystem.
You can be a consumer of a subnet's digital commodity. Or if you are
a subject-matter expert, for example an ML practitioner, then be a subnet
miner, produce best predictions for your customer and earn TAO. Or,
you can be a subnet validator, find markets, enterprises, small-businesses,
application developers or end-users, for these digital products, generate
revenue and earn TAO. Or you can just be a subnet owner and create fertile
grounds for the growth of your subnet validators and subnet miners and
earn TAO."
Spiritus has introduced its innovative
"Carbon Orchard", redefining the landscape of direct-air-capture
(DAC) technology.
We refer to Spiritus’ DAC approach
as a Spiritus “Carbon Orchard”
Every Orchard uses passive air contacting
(no fans), a low temperature desorption process, and a modular design
that allows rapid scale-up.
The solid sorbent, called “Fruit”,
adsorbs CO2 from the ambient air through passive contacting and is conveyed
to a centralized, fully-contained and novel non-TVSA desorption system.
Once desorbed, the Fruit are circulated
back to the contactors, referred to as “Trees”, for additional
passive air contacting, repeating the cycle.
Carbon Orchard represents a Rubik's Cube
solution to efficient DAC technology. By integrating a highly cost-effective
sorbent material, low-energy consumption, and a modular design, Spiritus
has unlocked a novel method for tackling the challenge of megaton-scale
carbon removal.
Reclaiming
Control: An Analysis of Europe's Path to Digital Sovereignty
by
Igor van Gemert, CEO focusing on cyber security solutions and business
continuity
Introduction
The rapid digitalization of society has
transformed the way economies operate, with cloud services and digital
infrastructures becoming integral to both public and private sectors.
However, this transformation has also led to increased dependence
on foreign technologies, raising concerns about digital sovereignty.
This
article analyzes the iBestuur webinar held on 9 okt 2021,
which brought together experts to discuss the challenges and strategies
related to achieving digital autonomy in Europe.
Participants:
Michiel Steltman (Moderator), Director of the Dutch Digital Infrastructure
Association.
Queeny
Rajkowski, Member of Parliament for the VVD and member of the Committee
on Digital Affairs.
Witte
Wijsmuller, Policy Advisor at the European Commission, focusing
on European cloud policy.
Kees
Verhoeven, Former Member of Parliament for D66, now a digital advisor
in the sector.
Overview of the Webinar
The webinar commenced with an acknowledgment
of the pervasive integration of cloud services in modern businesses.
It highlighted that the initial enthusiasm for digitalization has
been tempered by growing concerns over dependency on foreign technologies,
particularly those from the United States and China. The discussion
was catalyzed by Professor Lokke Moerel's presentation at the Waag
conference, where she emphasized the vulnerabilities arising from
this dependency.
Key Themes Discussed
Dependence on Foreign Technologies
Geopolitical
Tensions and Cybersecurity Threats
Regulatory
Approaches vs. Innovation
Role
of Government and Policy Recommendations
European
Collaboration and Initiatives
Discussion
The webinar illuminated the complexity
of achieving digital sovereignty. On one hand, there is an urgent
need to protect national security and economic interests by reducing
dependency on foreign technologies. On the other hand, Europe must
avoid protectionism that could hinder innovation and contravene international
trade agreements.
The discussion revealed that while regulatory
measures are important, they are insufficient on their own. A balanced
approach that includes:
Innovation Promotion: Encouraging the development of cutting-edge
technologies within Europe.
Education
and Awareness: Increasing political and public understanding
of digital sovereignty issues.
International
Standards: Participating in global dialogues to establish norms
and standards that protect data privacy and security.
Conclusion
The iBestuur webinar provided valuable
insights into the challenges and potential strategies for achieving
digital sovereignty in Europe. The consensus among the participants
is that Europe must act decisively to reduce its digital dependency
through a combination of regulation, investment in innovation, and
strengthened European collaboration. This multifaceted approach is
essential to safeguard national security, promote economic prosperity,
and uphold democratic values in the digital age.
References
European Commission initiatives on digital sovereignty.
General
Data Protection Regulation (GDPR).
Important
Projects of Common European Interest (IPCEI).
Note: As this analysis is based on
a webinar discussion, specific citations are limited to the content
presented therein.
Conceptual Evolution
The European Union's approach to digital
sovereignty has evolved from a market-based perspective to a more
strategic orientation[1]. Under Ursula von der Leyen's leadership,
digital sovereignty has become a central guiding principle, though
its definition remains somewhat nebulous[2].
Core Components
The EU's digital sovereignty framework
consists of three main elements:
- Indigenous technology development within
the EU
- Global norm-setting for data
governance
- Market restrictions on non-EU
actors[1]
Policy Implementation Challenges
Several key challenges have emerged in
implementing digital sovereignty:
Strategic Tensions
- Balancing protectionism with international
cooperation
- Managing high levels of existing
digital dependencies
- Reconciling sovereignty aims
with multistakeholder governance[5]
Practical Limitations
- Lack of advanced domestic technology
sector
- Dependencies on foreign software
and hardware
- Limited tools for global leadership
in emerging technologies like AI[3]
Alternative Approaches
Some experts suggest moving away from
"digital sovereignty" terminology toward:
- "Digital responsibility"
focusing on partnerships and cooperation
- Open strategic autonomy maintaining
international collaboration
- Balanced approach combining protective
and promotional measures[5][6]
Policy Framework
The EU has developed a comprehensive
policy stack including:
- Better coordination among policy institutions
- Greater investment in technological
competitiveness
- Enhanced understanding of digital
interdependencies
- Balanced approach between protection
and promotion of interests[6]
The success of EU digital sovereignty
will largely depend on finding the right balance between autonomy
and international cooperation while building domestic technological
capabilities[1][6].
What are implications if the war with russia breaks out and the
USA will cut internet connections ?
Here's an analysis of the potential implications
of internet disconnection during a conflict with Russia
Critical Services Disruption
- Healthcare and emergency services would
lose coordination capabilities[1]
- Payment systems and ATMs would
cease functioning[1]
- Educational institutions would
lose online learning capabilities[1]
- E-commerce would halt, affecting
supply chains[1]
Infrastructure Effects
- Power grids could face operational
issues[1]
- Transportation networks would
be compromised[1]
- Water systems management would
be impacted[1]
- Financial markets would face
severe disruption[1]
Technical Considerations
Network Resilience
Complete internet shutdown is difficult
due to:
- Multiple redundant cable systems across
different routes[2]
- Distributed nature of global
internet infrastructure[1]
- Alternative routing possibilities
through other regions[2]
Vulnerable Points
- Chokepoints where multiple cables converge[4]
- Island nations with limited terrestrial
connections[4]
- Regional hubs with high cable
density[4]
Economic Impact
Financial Consequences
- Trillions of dollars could be wiped
from economies[1]
- Global financial system disruption[1]
- High repair costs ($7-12 million
per cable)[2]
- Business operations would be
severely impacted[1]
Mitigation Factors
Existing Safeguards
- NATO has established monitoring centers[1]
- Multiple alternative routing
paths exist[4]
- International cooperation frameworks
are in place[5]
- Technical governance remains
largely apolitical[5]
The complete disconnection of internet
services between major powers would be catastrophic but is technically
difficult to achieve due to the redundant nature of global internet
infrastructure. The more likely scenario would be partial disruptions
causing significant but not total communication breakdown.
The author acknowledges the contributions
of Michiel Steltman, Queeny Rajkowski, Witte Wijsmuller, and Kees
Verhoeven for their insightful perspectives during the webinar.
About Igor van Gemert
Igor van Gemert is a renowned figure
whose expertise in generative artificial intelligence (AI) is matched
by his extensive 15year background in cybersecurity, serving as a
Chief Information Security Officer (CISO) and trusted adviser to boardrooms.
His unique combination of skills has positioned him as a pivotal player
in the intersection of AI, cybersecurity, and digital transformation
projects across critical sectors including defense, healthcare, and
government.
Van Gemert's deep knowledge of AI and
its applications is informed by his practical experience in safeguarding
digital infrastructure against evolving cyber threats. This dual focus
has enabled him to contribute significantly to the development of
secure, AIdriven technologies and strategies that address the complex
challenges faced by these highstakes fields. As an adviser, he brings
a strategic vision that encompasses not only the technical aspects
of digital transformation but also the crucial cybersecurity considerations
that ensure these innovations are reliable and protected against cyber
threats.
His work in defense, healthcare, and
government projects demonstrates a commitment to leveraging AI and
cybersecurity to enhance national security, patient care, and public
sector efficiency. Van Gemert's contributions extend beyond individual
projects to influence broader discussions on policy, ethics, and the
future direction of technology in society. By bridging the gap between
cuttingedge AI research and cybersecurity best practices, Igor van
Gemert plays an instrumental role in shaping the digital landscapes
of critical sectors, ensuring they are both innovative and secure.
Organisations with well-embedded Enterprise
Risk Management aremore successful and resilient. They also enjoy better
reputation with their stakeholders. Enterprise Risk Management and Resilience-Building
are the tools of choice to strive in the VUCA world.
THE BOOK
The authors provide ample practical advice
how to pre-empt and mitigate any challenges along the journey to improved
risk maturity. The guidance and solutions are applicable to all industries,
all types of organisations, regardless of industry and location. Embracing
and applying these techniques will make a tangible, positive difference
to the build-up of resilience in your organisation. The first chapters
succinctly describe "what good looks like"; subsequent parts
outline possible stumbling blocks and most importantly, how to circumnavigate
and manage any hurdles.
AUTHORS
Dr. Reto Brosi and Ching Guei Tan are certified ERM-practitioners, experienced
managers and seasoned business leaders. They lecture at universities
and publish podcasts and blogposts about ERM.
The
Internet of Medical Things: Revolutionizing patient-centric care byGE HealthCare
The Internet of Things is one of the most important technologies of
the 21st century. The Internet of Medical Things, or IoMT, brings this
technology to the world of healthcare by shifting from device-centric
technology and architecture to a modern connected architecture where
the focus is on patient-centric monitoring. GE HealthCare is shifting
the paradigm in patient monitoring solutions, building an IoT platform,
for a world where healthcare has no limits.
IoT (Internet of Things)
technology has become a key tool in tackling climate change by enabling
smarter, more efficient use of resources and improving environmental
monitoring.
Here are some successful applications:
1. Smart Agriculture and Water Management
- Precision Agriculture: IoT sensors monitor soil moisture, nutrient
levels, and crop health, optimizing water and fertilizer use. This reduces
waste and greenhouse gas emissions from over-fertilization.
- Irrigation Systems: IoT-enabled systems control water usage based
on real-time weather data and soil conditions, minimizing waste in agriculture,
which is a major water consumer.
2. Energy Efficiency in Buildings
- Smart Buildings: IoT systems can reduce energy consumption by monitoring
lighting, heating, and cooling, automatically adjusting them based on
occupancy and weather data. This significantly lowers emissions from
energy use.
- HVAC Optimization: IoT sensors optimize heating and cooling systems,
reducing emissions by adjusting based on the number of occupants, room
temperature, and even air quality.
3. Renewable Energy Management
- Smart Grids: IoT enables energy grids to respond to supply and demand
in real time, facilitating the integration of renewable energy sources.
By balancing loads and optimizing energy distribution, IoT helps cut
down on fossil fuel reliance.
- Wind and Solar Monitoring: Sensors monitor performance and environmental
conditions, helping maintain renewable energy efficiency and reducing
maintenance trips, which lowers emissions.
4. Environmental Monitoring and Pollution Control
- Air Quality Sensors: IoT sensors in urban areas provide real-time
data on pollutants, enabling rapid responses to reduce emissions in
high-pollution zones.
- Wildfire Detection: IoT devices can detect early signs of wildfires
through temperature and smoke sensors, allowing quicker containment
and reducing CO2 released by large fires.
5. Waste Management
- Smart Waste Collection: IoT-enabled bins inform waste collectors when
they are full, optimizing collection routes, reducing fuel use, and
lowering emissions.
- Recycling Management: Smart sorting technologies help recycle materials
more efficiently, reducing the need for raw material extraction, which
often has a large carbon footprint.
6. Climate Resilience in Infrastructure
- Flood and Weather Monitoring: IoT sensors monitor real-time weather
and flood risk, allowing cities to prepare for extreme events. This
helps reduce disaster recovery costs and protects critical infrastructure
from climate impacts.
These examples show that IoT solutions not only support climate goals
by reducing emissions but also build resilience to climate impacts,
making them powerful tools in the fight against climate change.
The Internet of Things (IoT) plays
a pivotal role in addressing climate change by providing innovative
solutions that enhance efficiency, reduce emissions, and promote sustainable
practices. These examples showcase the transformative potential of
IoT in driving sustainable practices and mitigating the impacts of
climate change. Below are some noteworthy success stories where IoT
has been instrumental in combating climate change:
1. Precision Agriculture
IoT-enabled devices and sensors help farmers optimize water usage,
monitor soil conditions, and reduce chemical fertilizers.
Case Study: The
Climate Corporation (US) uses IoT for weather tracking
and soil analysis to improve crop yields while conserving resources.
This approach reduces water consumption by up to 30% in some regions.
2. Smart Grids for Energy Efficiency
Smart grids powered by IoT allow for better energy distribution,
reducing waste and integrating renewable energy sources.
Case Study: Enel
X deployed IoT-based smart grids in Italy, enabling
dynamic energy management and integrating solar and wind energy.
This reduced Italy’s carbon footprint by millions of tons annually.
3. Smart Buildings and Cities
IoT sensors in buildings monitor energy consumption and optimize
lighting, heating, and cooling.
Case Study: The
Edge Building (Netherlands) is one of the world’s
greenest buildings. IoT systems manage energy use, achieving energy
neutrality.
4. Wildlife and Ecosystem Monitoring
By USFWS Mountain-Prairie - Tracking Mountain Lions
IoT devices help track endangered species, monitor ecosystems, and
mitigate climate-related risks like wildfires.
Case Study: WWF's
Connected Conservation Program in Africa uses IoT-enabled
collars and sensors to monitor and protect rhinos from poaching,
preserving biodiversity crucial for ecosystem balance.
5. Reducing Food Waste
IoT in cold chain logistics ensures perishable goods remain fresh
during transport, reducing food waste.
Case Study: Zest
Labs uses IoT sensors to monitor the freshness of
food in real time, cutting food waste by up to 50%.
6. Renewable Energy Management
IoT optimizes the operation of wind turbines, solar panels, and
energy storage systems.
Case Study: Siemens
Gamesa integrates IoT for predictive maintenance
of wind farms, boosting efficiency and cutting downtime.
7. Urban Water Management
Smart water meters and leak-detection systems reduce water waste
in cities.
Case Study: City
of Cape Town installed IoT water meters during a
severe drought, reducing water usage by 60% in some neighborhoods.
8. Electric Vehicles (EVs) and
Smart Transportation
IoT in EV charging stations and traffic management reduces urban
emissions.
Case Study: Oslo,
Norway, uses IoT-based systems to promote EV adoption,
achieving a significant reduction in citywide greenhouse gas emissions.
Oslo, the capital of Norway, is rated as one of the world's smartest
cities — based on innovative policies in electric mobility,
reduction of greenhouse gas emissions, public transport modernization
and road safety improvement.
9. Climate Data Collection and
Analysis
IoT sensors monitor environmental conditions in real time, aiding
in disaster prediction and response.
Hailed as The Master of Innovation by Fortune magazine, and World’s
Leading Business Strategist, award-winning strategic consultant, trends
expert, and professional speaker Scott Steinberg is a bestselling expert
on leadership, change + innovation. One of America’s top futurists
(per the BBC); the author of Make Change Work For You and Millennial
Marketing; and among today’s top business strategy + leadership
training providers, the Fortune 500 calls him a "defining
figure in business"
and "top
trendsetter to follow."
Corporate Business Motivational
Keynote Speaker Scott SteinbergA strategic adviser to C-level leaders
and four-star generals, firms like IBM, Ford, and the US Dept. of Defense
regularly seek his insight. As the CEO of BIZDEV: The International
Association for Business Development and Strategic Partnerships, and
management consulting + market research firm FutureProof Strategies,
he helps partners understand emerging trends - and drive growth around
them. His motivational speeches, leadership seminars and training workshops
show executives and educators how to become more effective - and make
both they and their businesses indispensable in an increasingly disposable
world.
One of the world`s 150
most influential keynote speakers + futurists, and today`s #1 generations
expert and technology expert (per Google), he offers breakouts, workshops,
and speeches at meetings/events, and has consulted on dozens of industry-leading
solutions.
Innovation Consultant and Futurist
As an industry consultant, Steinberg has
helped top corporations from Microsoft, Sony and Intel to ESPN and MTV
adapt to changing consumer, high-tech and social trends. Hailed as a
top technology futurist by leading media outlets including NPR, Newsweek,
TIME, BusinessWeek and The Wall St. Journal, his advisory work enables
clients to identify emerging cultural and technological forces and create
powerful business strategies that meet changing market needs.
This eye for business analysis has led
to his work as a strategic insider for 600+ publications from CNN to
The New York Times and Fast Company, and pioneer in the field of digital
publishing. A nationally-syndicated columnist who routinely explores
topics including change, innovation and connecting generations, he’s
also the creator and host of Gear Up, Rolling Stone`s first dedicated
blog and video series devoted to consumer technology. A regular guest
on ABC, CBS, FOX and NBC, he serves as a featured expert for Fast Company,
Inc., Entrepreneur, The Huffington Post and more.
Motivational Speaker for Meetings & Events
A dynamic keynote speaker for business,
consumer and youth events, Scott provides custom speeches and seminars
for corporations, associations, schools and professional organizations
worldwide. Tailored options are available for both domestic and international
programs, including motivational speaking presentations and training
workshops, which clients say are "engaging," "phenomenal"
and "consistently keep audiences on the edge of their seat."
Blending expert commentary with timely insights, analysis and humor,
his key note speeches provide practical advice and actionable strategy
that viewers can immediately execute upon. Experience includes guiding
meetings, panels, conferences, tradeshows, seminars, executive summits
and corporate retreats.
As a noted entrepreneur and market researcher
who’s successfully founded and sold multiple high-tech and Photo
Sigconsumer-facing businesses, Steinberg`s work combines data-driven
analysis with practical experience and expert qualitative insight. Able
to skillfully apply insights gained in years operating on the commercial
world`s front lines to research findings, he readily translates business
intelligence into real-world solutions. Whether transforming the shape
of underperforming businesses or re-imagining household-name products
and brands, he actively works to educate, elevate and empower tomorrow`s
leaders and management teams.
Futurist Keynote Speaker Scott Steinberg:
How to Succeed in the New Era of Smart by Dan Dwight
Futurist keynote speaker and bestselling future trends expert Scott
Steinberg explains how to succeed in an age where every business solution
is connected and competition is just a click or call away.
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John H. Knox
