Global Trends 2025: A Transformed World

National Intelligence Council

The international system—as constructed following the Second World War—will be almost unrecognizable by 2025 owing to the rise of emerging powers, a globalizing economy, an historic transfer of relative wealth and economic power from West to East, and the growing influence of nonstate actors.  By 2025, the international system will be a global multipolar one with gaps in national power continuing to narrow between developed and developing countries.

Concurrent with the shift in power among nation-states, the relative power of various nonstate actors—including businesses, tribes, religious organizations, and criminal networks—is increasing.  The players are changing, but so too are the scope and breadth of transnational issues important for continued global prosperity.  Potentially slowing global economic growth; aging populations in the developed world; growing energy, food, and water constraints; and worries about climate change will limit and diminish what will still be an historically unprecedented age of prosperity. 

Executive Summary

Historically, emerging multipolar systems have been more unstable than bipolar or unipolar ones.  Despite the recent financial volatility—which could end up accelerating many ongoing trends—we do not believe that we are headed towards a complete breakdown of the international system—as occurred in 1914-1918 when an earlier phase of globalization came to a halt.  But, the next 20 years of transition to a new system are fraught with risks.  Strategic rivalries are most likely to revolve around trade, investments, and technological innovation and acquisition, but we cannot rule out a 19th century-like scenario of arms races, territorial expansion, and military rivalries. 

This is a story with no clear outcome, as illustrated by a series of vignettes we use to map out divergent futures.  Although the United States is likely to remain the single most powerful actor, the United States’ relative strength—even in the military realm—will decline and US leverage will become more constrained.  At the same time, the extent to which other actors—both state and nonstate—will be willing or able to shoulder increased burdens is unclear.  Policymakers and publics will have to cope with a growing demand for multilateral cooperation when the international system will be stressed by the incomplete transition from the old to a still forming new order.

Economic Growth Fueling Rise of Emerging Players

In terms of size, speed, and directional flow, the transfer of global wealth and economic power now under way—roughly from West to East—is without precedent in modern history.  This shift derives from two sources.  First, increases in oil and commodity prices have generated windfall profits for the Gulf States and Russia.  Second, lower costs combined with government policies have shifted the locus of manufacturing and some service industries to Asia.

Growth projections for Brazil, Russia, India, and China indicate they will collectively match the original G-7’s share of global GDP by 2040-2050.  China is poised to have more impact on the world over the next 20 years than any other country.  If current trends persist, by 2025 China will have the world’s second largest economy and will be a leading military power.  It also could be the largest importer of natural resources and the biggest polluter.  India probably will continue to enjoy relatively rapid economic growth and will strive for a multipolar world in which New Delhi is one of the poles.  China and India must decide the extent to which they are willing and capable of playing increasing global roles and how each will relate to the other.  Russia has the potential to be richer, more powerful, and more self-assured in 2025.  If it invests in human capital, expands and diversifies its economy, and integrates with global markets, by 2025 Russia could boast a GDP approaching that of the UK and France.  On the other hand, Russia could experience a significant decline if it fails to take these steps and oil and gas prices remain in the $50-70 per barrel range. No other countries are projected to rise to the level of China, India, or Russia, and none is likely to match their individual global clout.  We expect, however, to see the political and economic power of other countries—such as Indonesia, Iran, and Turkey—increase. 

For the most part, China, India, and Russia are not following the Western liberal model for self-development but instead are using a different model, “state capitalism.”  State capitalism is a loose term used to describe a system of economic management that gives a prominent role to the state.  Other rising powers—South Korea, Taiwan, and Singapore—also used state capitalism to develop their economies.  However, the impact of China following this path is potentially much greater owing to its size and approach to “democratization.”  Nevertheless, we remain optimistic about the long-term prospects for greater democratization, even though advances are likely to be slow and globalization is subjecting many recently democratized countries to increasing social and economic pressures with the potential to undermine liberal institutions.

Many other countries will fall further behind economically.  Sub-Saharan Africa will remain the region most vulnerable to economic disruption, population stresses, civil conflict, and political instability.  Despite increased global demand for commodities for which Sub-Saharan Africa will be a major supplier, local populations are unlikely to experience significant economic gain.  Windfall profits arising from sustained increases in commodity prices might further entrench corrupt or otherwise ill-equipped governments in several regions, diminishing the prospects for democratic and market-based reforms.  Although many of Latin America’s major countries will have become middle income powers  by 2025, others, particularly those such as Venezuela and Bolivia which have embraced populist policies for a protracted period, will lag behind—and some, such as Haiti, will have become even poorer and less governable.  Overall, Latin America will continue to lag behind Asia and other fast-growing areas in terms of economic competitiveness.    

Asia, Africa, and Latin America will account for virtually all population growth over the next 20 years; less than 3 percent of the growth will occur in the West.  Europe and Japan will continue to far outdistance the emerging powers of China and India in per capita wealth, but they will struggle to maintain robust growth rates because the size of their working-age populations will decrease.  The US will be a partial exception to the aging of populations in the developed world because it will experience higher birth rates and more immigration.  The number of migrants seeking to move from disadvantaged to relatively privileged countries is likely to increase.

The number of countries with youthful age structures in the current “arc of instability” is projected to decline by as much as 40 percent.  Three of every four youth-bulge countries that remain will be located in Sub-Saharan Africa, nearly all of the remainder will be located in the core of the Middle East, scattered through southern and central Asia, and in the Pacific Islands.

New Transnational Agenda

Resource issues will gain prominence on the international agenda.  Unprecedented global economic growth—positive in so many other regards—will continue to put pressure on a number of highly strategic resources, including energy, food, and water, and demand is projected to outstrip easily available supplies over the next decade or so.  For example, non-OPEC liquid hydrocarbon production—crude oil, natural gas liquids, and unconventionals such as tar sands—will not grow commensurate with demand.  Oil and gas production of many traditional energy producers already is declining.  Elsewhere—in China, India, and Mexico—production has flattened.  Countries capable of significantly expanding production will dwindle; oil and gas production will be concentrated in unstable areas.  As a result of this and other factors, the world will be in the midst of a fundamental energy transition away from oil toward natural gas and coal and other alternatives.

The World Bank estimates that demand for food will rise by 50 percent by 2030, as a result of growing world population, rising affluence, and the shift to Western dietary preferences by a larger middle class.  Lack of access to stable supplies of water is reaching critical proportions, particularly for agricultural purposes, and the problem will worsen because of rapid urbanization worldwide and the roughly 1.2 billion persons to be added over the next 20 years.  Today, experts consider 21 countries, with a combined population of about 600 million, to be either cropland or freshwater scarce.  Owing to continuing population growth, 36 countries, with about 1.4 billion people, are projected to fall into this category by 2025.

Climate change is expected to exacerbate resource scarcities.  Although the impact of climate change will vary by region, a number of regions will begin to suffer harmful effects, particularly water scarcity and loss of agricultural production.  Regional differences in agricultural production are likely to become more pronounced over time with declines disproportionately concentrated in developing countries, particularly those in Sub-Saharan Africa.  Agricultural losses are expected to mount over time with substantial impacts forecast by most economists by late this century.  For many developing countries, decreased agricultural output will be devastating because agriculture accounts for a large share of their economies and many of their citizens live close to subsistence levels. 

New technologies could again provide solutions, such as viable alternatives to fossil fuels or means to overcome food and water constraints.  However, all current technologies are inadequate for replacing the traditional energy architecture on the scale needed, and new energy technologies probably will not be commercially viable and widespread by 2025.  The pace of technological innovation will be key.  Even with a favorable policy and funding environment for biofuels, clean coal, or hydrogen, the transition to new fuels will be slow.  Major technologies historically have had an “adoption lag.”  In the energy sector, a recent study found that it takes an average of 25 years for a new production technology to become widely adopted. 

Despite what are seen as long odds now, we cannot rule out the possibility of an energy transition by 2025 that would avoid the costs of an energy infrastructure overhaul.  The greatest possibility for a relatively quick and inexpensive transition during the period comes from better renewable generation sources (photovoltaic and wind) and improvements in battery technology.  With many of these technologies, the infrastructure cost hurdle for individual projects would be lower, enabling many small economic actors to develop their own energy transformation projects that directly serve their interests—e.g., stationary fuel cells powering homes and offices, recharging plug-in hybrid autos, and selling energy back to the grid.   Also, energy conversion schemes—such as plans to generate hydrogen for automotive fuel cells from electricity in the homeowner’s garage—could avoid the need to develop complex hydrogen transportation infrastructure.   

Prospects for Terrorism, Conflict, and Proliferation

Terrorism, proliferation, and conflict will remain key concerns even as resource issues move up on the international agenda.  Islamic terrorism is unlikely to disappear by 2025, but its appeal could diminish if economic growth continues and youth unemployment is mitigated in the Middle East.  Economic opportunities for youth and greater political pluralism probably would dissuade some from joining terrorists’ ranks, but others—motivated by a variety of factors, such as a desire for revenge or to become “martyrs”—will continue to turn to violence to pursue their objectives.

In the absence of employment opportunities and legal means for political expression, conditions will be ripe for disaffection, growing radicalism, and possible recruitment of youths into terrorist groups.  Terrorist groups in 2025 will likely be a combination of descendants of long-established groups—that inherit organizational structures, command and control processes, and training procedures necessary to conduct sophisticated attacks—and newly emergent collections of the angry and disenfranchised that become self-radicalized.  For those terrorist groups that are active in 2025, the diffusion of technologies and scientific knowledge will place some of the world’s most dangerous capabilities within their reach.  One of our greatest concerns continues to be that terrorist or other malevolent groups might acquire and employ biological agents, or less likely, a nuclear device, to create mass casualties. 

Although Iran’s acquisition of nuclear weapons is not inevitable, other countries’ worries about a nuclear-armed Iran could lead states in the region to develop new security arrangements with external powers, acquire additional weapons, and consider pursuing their own nuclear ambitions.  It is not clear that the type of stable deterrent relationship that existed between the great powers for most of the Cold War would emerge naturally in the Middle East with a nuclear-weapons capable Iran.  Episodes of low-intensity conflict taking place under a nuclear umbrella could lead to an unintended escalation and broader conflict if clear red lines between those states involved are not well established.

We believe ideological conflicts akin to the Cold War are unlikely to take root in a world in which most states will be preoccupied with the pragmatic challenges of globalization and shifting global power alignments.  The force of ideology is likely to be strongest in the Muslim world—particularly the Arab core.  In those countries that are likely to struggle with youth bulges and weak economic underpinnings—such as Pakistan, Afghanistan, Nigeria, and Yemen—the radical Salafi trend of Islam is likely to gain traction.

Types of conflict we have not seen for awhile—such as over resources—could reemerge.  Perceptions of energy scarcity will drive countries to take actions to assure their future access to energy supplies.  In the worst case, this could result in interstate conflicts if government leaders deem assured access to energy resources, for example, to be essential for maintaining domestic stability and the survival of their regimes.  However, even actions short of war will have important geopolitical consequences.  Maritime security concerns are providing a rationale for naval buildups and modernization efforts, such as China’s and India’s development of blue-water naval capabilities.  The buildup of regional naval capabilities could lead to increased tensions, rivalries, and counterbalancing moves but it also will create opportunities for multinational cooperation in protecting critical sea lanes.  With water becoming more scarce in Asia and the Middle East, cooperation to manage changing water resources is likely to become more difficult within and between states. 

The risk of nuclear weapon use over the next 20 years, although remaining very low, is likely to be greater than it is today as a result of several converging trends.  The spread of nuclear technologies and expertise is generating concerns about the potential emergence of new nuclear weapon states and the acquisition of nuclear materials by terrorist groups.  Ongoing low-intensity clashes between India and Pakistan continue to raise the specter that such events could escalate to a broader conflict between those nuclear powers.  The possibility of a future disruptive regime change or collapse occurring in a nuclear weapon state such as North Korea also continues to raise questions regarding the ability of weak states to control and secure their nuclear arsenals.

If nuclear weapons are used in the next 15-20 years, the international system will be shocked as it experiences immediate humanitarian, economic, and political-military repercussions.  A future use of nuclear weapons probably would bring about significant geopolitical changes as some states would seek to establish or reinforce security alliances with existing nuclear powers and others would push for global nuclear disarmament.

A More Complex International System

The trend toward greater diffusion of authority and power that has been occurring for a couple decades is likely to accelerate because of the emergence of new global players, the worsening institutional deficit, potential expansion of regional blocs, and enhanced strength of nonstate actors and networks.  The multiplicity of actors on the international scene could add strength—in terms of filling gaps left by aging post-World War II institutions—or further fragment the international system and incapacitate international cooperation.  The diversity in type of actor raises the likelihood of fragmentation occurring over the next two decades, particularly given the wide array of transnational challenges facing the international community. 

The rising BRIC powers are unlikely to challenge the international system as did Germany and Japan in the 19th and 20th centuries, but because of their growing geopolitical and economic clout, they will have a high degree of freedom to customize their political and economic policies rather than fully adopting Western norms.  They also are likely to want to preserve their policy freedom to maneuver, allowing others to carry the primary burden for dealing with such issues as terrorism, climate change, proliferation, and energy security. 

Existing multilateral institutions—which are large and cumbersome and were designed for a different geopolitical order—appear unlikely to have the capacity to adapt quickly to undertake new missions, accommodate changing memberships, and augment their resources. 

Nongovernmental organizations (NGOs)—concentrating on specific issues—increasingly will be a part of the landscape, but NGO networks are likely to be limited in their ability to effect change in the absence of concerted efforts by multilateral institutions or governments.  Efforts at greater inclusiveness—to reflect the emergence of the newer powers—may make it harder for international organizations to tackle transnational challenges.  Respect for the dissenting views of member nations will continue to shape the agenda of organizations and limit the kinds of solutions that can be attempted. 

Greater Asian regionalism—possible by 2025—would have global implications, sparking or reinforcing a trend toward three trade and financial clusters that could become quasi-blocs:  North America, Europe, and East Asia.  Establishment of such quasi-blocs would have implications for the ability to achieve future global World Trade Organization (WTO) agreements.  Regional clusters could compete in setting trans-regional product standards for information technology, biotech, nanotech, intellectual property rights, and other aspects of the “new economy.”  On the other hand, an absence of regional cooperation in Asia could help spur competition among China, India, and Japan over resources such as energy. 

Intrinsic to the growing complexity of the overlapping roles of state, institutions, and nonstate actors is the proliferation of political identities, which is leading to establishment of new networks and rediscovered communities.  No one political identity is likely to be dominant in most societies by 2025.  Religion-based networks may be quintessential issue networks and overall may play a more powerful role on many transnational issues such as the environment and inequalities than secular groupings.

The United States:  Less Dominant Power 

By 2025 the US will find itself as one of a number of important actors, albeit still the most powerful one, on the world stage.  Even in the military realm, where the US will continue to possess considerable advantages in 2025, advances by others in science and technology, expanded adoption of irregular warfare tactics by both state and nonstate actors, proliferation of long-range precision weapons, and growing use of cyber warfare attacks increasingly will constrict US freedom of action.  A more constrained US role has implications for others and the likelihood of new agenda issues being tackled effectively.  Despite the recent rise in anti-Americanism, the US probably will continue to be seen as a much-needed regional balancer in the Middle East and Asia.  The US will continue to be expected to play a significant role in using its military power to counter global terrorism.  On newer security issues like climate change, US leadership will widely perceived as critical to leveraging competing and divisive views to find solutions.  At the same time, the multiplicity of influential actors and distrust of vast power means less room for the US to call the shots without the support of strong partnerships.  Developments in the rest of the world, including internal developments in a number of key states—particularly China and Russia—are also likely to be crucial determinants of US policy. 

2025—What Kind of Future? 

The above trends suggest major discontinuities, shocks, and surprises, which we highlight throughout the text.  Examples include nuclear weapons use or a pandemic.  In some cases, the surprise element is only a matter of timing:  an energy transition, for example is inevitable; the only questions are when and how abruptly or smoothly such a transition occurs.  An energy transition from one type of fuel (fossil fuels) to another (alternative) is an event that historically has only happened once a century at most with momentous consequences.  The transition from wood to coal helped trigger industrialization.  In this case, a transition—particularly an abrupt one—out of fossil fuels would have major repercussions for energy producers in the Middle East and Eurasia, potentially causing permanent decline of some states as global and regional powers. 

Other discontinuities are less predictable.  They are likely to result from an interaction of several trends and depend on the quality of leadership.  We put uncertainties such as whether China or Russia becomes a democracy in this category.  China’s growing middle class increases the chances but does not make such a development inevitable.  Political pluralism seems less likely in Russia in the absence of economic diversification.  Pressure from below may force the issue, or a leader might begin or enhance the democratization process to sustain the economy or spur economic growth.  A sustained plunge in the price of oil and gas would alter the outlook and increase prospects for greater political and economic liberalization in Russia.  If either country were to democratize, it would represent another wave of democratization with wide significance for many other developing states. 

Also uncertain are the outcomes of demographic challenges facing Europe, Japan, and even Russia.  In none of these cases does demography have to spell destiny with less regional and global power an inevitable outcome.  Technology, the role of immigration, public health improvements, and laws encouraging greater female participation in the economy are some of the measures that could change the trajectory of current trends pointing toward less economic growth, increased social tensions, and possible decline. 

Whether global institutions adapt and revive—another key uncertainty—also is a function of leadership.  Current trends suggest a dispersion of power and authority will create a global governance deficit.  Reversing those trend lines would require strong leadership in the international community by a number of powers, including the emerging ones.

Some uncertainties would have greater consequences—should they occur—than would others.  In this work, we emphasize the overall potential for greater conflict—some forms of which could threaten globalization.  We put WMD terrorism and a Middle East nuclear arms race in this category.  The key uncertainties and possible impacts are discussed in the text and summarized in the textbox on page vii on relative certainties.  In the four fictionalized scenarios, we have highlighted new challenges that could emerge as a result of the ongoing global transformation.  They present new situations, dilemmas, or predicaments that represent departures from recent developments.  As a set, they do not cover all possible futures.  None of these is inevitable or even necessarily likely; but, as with many other uncertainties, the scenarios are potential game-changers.

    In A World Without the West, the new powers supplant the West as the leaders on the world stage.

    October Surprise illustrates the impact of inattention to global climate change; unexpected major impacts narrow the world’s range of options.

    In BRICs’ Bust-Up, disputes over vital resources emerge as a source of conflict between major powers—in this case two emerging heavyweights—India and China.

    In Politics is Not Always Local, nonstate networks emerge to set the international agenda on the environment, eclipsing governments.

Global Trends Final Full Report 120 Pages Pdf

Defense Tech Blue Halo Makes Lasers That Shoot Drones Out Of The Sky.

 This is how it got the Army to buy them.

    Defense tech startup Blue Halo was founded five years ago by Jonathan Moneymaker, a Gold Star Brother.
    Its high-energy laser systems are now officially being deployed overseas by the Army to shoot down drones.
    Moneymaker told BI why succeeding in defense tech isn't just about having the most groundbreaking solution.

"Our job is to keep men and women that are putting themselves in harm's way safe and bring them home."

It's the kind of patriotic mission statement echoed by plenty of eager young defense startups. But for Blue Halo CEO Jonathan Moneymaker, it's personal.

"I'm a gold star brother, which means my brother was killed in the Navy," Moneymaker told Business Insider. "Technology could have saved his life. And part of this is making sure that others have that opportunity."

Moneymaker is now five years into running Blue Halo. In that time, and with the backing of private equity firm Arlington Capital Partners, it has designed, tested, and fielded the Army's first major laser weapon system. It's a rapid rate of turnaround, practically unknown to the bigger, more established defense contractors.

After securing a $1 billion contract from the Pentagon this year, Blue Halo is now delivering its Palletized High Energy Laser (P-HEL) system to the Army, enabling them to blast drones out of the sky with AI-powered pinpoint accuracy.

ut it's not just lasers. Blue Halo also produces autonomous systems, counter-drone technologies, space technology, and cyber warfare solutions, all underpinned by its machine learning software, Metis.

"If you look across our portfolio of focus and offerings, there are very few [competitors] that can rival us in that totality," CEO Jonathan Moneymaker told BI.

nduril, or Epirus — which are increasingly biting at the heels of defense primes — but following a merger this year with Eqlipse Technologies, Blue Halo is fast approaching $1 billion in revenue and has 2,400 employees across 11 states.

And the contracts keep flowing in. This week, it secured a $95.4 million contract with the Space and Missile Defense Command (SMDC) to develop prototype directed energy (DE) solutions.

"If you don't understand this process, then the primes tend to win," Blank told BI.

Unlike the swathe of Silicon Valley tech firms eyeing up defense, Blue Halo has its roots on the other side — Moneymaker has spent the last 25 years in the defense industry base.

It's that insider know-how combined with the operational speeds typical of the tech world that Blue Halo says has enabled its success.

"We have the experience, know-how, and sophistication of some of the traditional primes in our space, but we have the entrepreneurial and innovative speed and spirit of some of the newer entrants."

What has been critical, said Moneymaker, is understanding not just what the military needs but how to earn the trust of defense officials and navigate the procurement process to get it into their hands.

Silicon Valley is facing "some learning curves" in this regard, he noted.

Often, tech companies will have exquisite groundbreaking technology, but it's not actually what the military needs, or it will be incredibly hard to actually field, he told BI.

"Knowing where it's applicable and where it's not is incredibly important. Frankly, if you haven't grown up in this environment, sometimes that just takes a little longer to get familiar with," said Moneymaker. "We listen better than a lot of our competition."

Another factor Moneymaker sees as an advantage is Blue Halo's lack of Silicon Valley ego.

"We lead without ego," said the Blue Halo CEO. "We've all done exciting things in our careers, but this is about being part of something bigger."

But despite its industry-insider knowledge and an Arlington base, there are still some sides of Blue Halo that it shares with traditional tech — like a somewhat cringy company community name: Halo Nation.

Next, like any successful startup, it is planning a path to IPO, hoping to be ready within a year. If all goes to plan, the "ring of protection" that Moneymaker says Blue Halo represents will only be getting bigger.



Also:

BlueHalo Providing U.S. Army With Full-Cycle Support For High Energy Laser Systems

Establishes BlueHalo as the full-cycle lead system integrator from prototype development to frontline operations for the P-HEL system.

The Palletized High Energy Laser system, developed by BlueHalo in support of the U.S. Army Rapid Capabilities and Critical Technologies Office (RCCTO), has a proven track record of successfully engaging and eliminating small unmanned aerial system (sUAS) threats to forces and critical infrastructure–a rapidly growing concern to U.S. battlefield dominance. BlueHalo was awarded a four-year logistics support contract to provide preventative and corrective maintenance along with operator and maintenance team training for BlueHalo's P-HEL system. This newly awarded contract establishes BlueHalo as the full-cycle lead system integrator from prototype development to frontline operations for the P-HEL system.

"With this contract, BlueHalo is now providing full-scale Directed Energy support to our customers–at home through advanced innovation, in the field through maintenance and training support, and strategically through operational guidance and battlespace management," says Jonathan Moneymaker, BlueHalo Chief Executive Officer. "Our industry-leading Directed Energy expertise and intimate knowledge of the P-HEL system, combined with lessons learned from deployment, will truly transform how our Warfighters use laser weapon systems to combat evolving enemy sUAS threats."

As the foundation of P-HEL, BlueHalo's LOCUST Laser Weapon System (LWS) combines precision optical and laser hardware with advanced software, artificial intelligence (AI), and processing to enable and enhance the directed energy "kill chain". LOCUST LWS addresses the inherent need for mobility and quick deployment–tracking, identifying, and engaging of a wide variety of targets with its hard-kill high energy laser.

In April 2022, BlueHalo delivered its first mature prototype of the P-HEL system. The U.S. Army RCCTO deployed the unit overseas, where it commenced operational employment in November 2022. Earlier this year, BlueHalo's second P-HEL was delivered and deployed overseas. Both P-HEL systems have undergone preventative and corrective maintenance in the field, to maintain operational tempo and continue operator system training.

"We're excited to continue our partnership with the Army and RCCTO to support P-HEL," says Jimmy Jenkins, BlueHalo Sector President. "This program captures BlueHalo's ability to take advanced innovation from rapid prototype to deployment to sustainment, integrating new technologies into operational systems to strengthen our defenses against next-generation air threats."

Amazon One Lets You Pay With Your Palm

Amazon wants its palm recognition technology in stores, stadiums, and office buildings

Amazon is unveiling its own palm recognition technology today that will be used initially to turn your hand into a personal credit card inside the company’s physical retail stores. Amazon One uses the palm of your hand to identify you, using a combination of surface-area details like lines and ridges, alongside vein patterns to create a “palm signature.”

At first, this palm signature will be used in Amazon’s own Go stores in Seattle, and the company also plans to add Amazon One to other Amazon stores in the coming months. Amazon One usage will eventually extend beyond just palm-based payments. “We believe Amazon One has broad applicability beyond our retail stores, so we also plan to offer the service to third parties like retailers, stadiums, and office buildings so that more people can benefit from this ease and convenience in more places,” says Dilip Kumar, vice president of Amazon’s physical retail business.

While many companies have experimented with palm recognition biometrics over the years, Amazon’s strong retail presence could certainly help make palm scanning a reality. Amazon hasn’t confirmed if any other retailers, venues, or businesses will make use of Amazon One, but the company says it’s “in active discussions with several potential customers.”

Amazon says it picked palm recognition over other technologies like face recognition because of some privacy benefits. “One reason was that palm recognition is considered more private than some biometric alternatives because you can’t determine a person’s identity by looking at an image of their palm,” explains Kumar. “It also requires someone to make an intentional gesture by holding their palm over the device to use.”

Amazon One will use image scanning hardware that includes proprietary computer vision algorithms to capture and encrypt a palm image. You won’t even need an Amazon account to use the service, just a phone number and a credit card. Amazon One users will also be able to delete their biometric data from the company’s online portal if they no longer want to use the service.

Amazon has been working on this service for years, having applied to patent palm recognition technology at the end of 2019. Amazon One will appear initially in two Seattle-based stores, but the company has clear ambitions to bring this to a lot more locations beyond just its own stores.



Also:

Amazon Wants You to Pay With Your Palm. It’s a Sneak Attack on Apple and Google.

It’s also a potentially massive play to make Amazon the central ID system for your whole life—from banking and loyalty programs to tickets, age verification and someday even health records and corporate ID cards

Amazon One: Palm scanner launched for 'secure' payments

Amazon has announced a new payment system for real-world shops which uses a simple wave of the hand.

Its new Amazon One scanner registers an image of the user's palm, letting them pay by hovering their hand in mid-air "for about a second or so", it says.

The product will be trialled at two of Amazon's physical stores in Seattle.

But the company said it is "in active discussions with several potential customers" about rolling it out to other shops in the future.

"In most retail environments, Amazon One could become an alternate payment or loyalty card option with a device at the checkout counter next to a traditional point of sale system," it said.

Amazon also said the system could be used for "entering a location like a stadium" or scanning yourself into work instead of using an ID card.

"We believe Amazon One has broad applicability beyond our retail stores," it added.

Under the skin

Palm scanners are not a brand-new technology, and there are already some commercially available solutions.

"Palm-based identification is based on capturing the vein patterns of the palm," explains Dr Basel Halak of the Electronics and Computer Science School at the University of Southampton.

    Why Amazon knows so much about you

    Where the money is really made at Amazon

"These patterns are different for each finger and for each person, and as they are hidden underneath the skin's surface, forgery is extremely difficult."

Dr Halak said the level of security was roughly similar to a fingerprint scan, but could be used at a distance of a few inches, making it much more practical.

"In comparison with other form of identifiers such as physical devices, this form of biometric authentication is based on physical characteristics that stay constant throughout one's lifetime and are more difficult to fake, change or steal," he said.

Amazon has not detailed exactly how its version of the technology will work, beyond saying it will use "custom-built algorithms and hardware" and scan "distinct features on and below the surface" of the hand.

But it said one of the reasons it chose palm recognition was that it is "more private" than some other options.

"You can't determine a person's identity by looking at an image of their palm," it said, possibly a reference to the controversy surrounding facial recognition.

The firm has paused police use of its Recognition facial recognition software after civil rights advocates raised concerns about potential racial bias.

Amazon said other reasons for the choice included the "intentional gesture" of holding a palm over a sensor, and the contactless nature, "which we think customers will appreciate, especially in current times".

But privacy group Big Brother Watch criticised the development.

"Amazon continues to fill the market with invasive, dystopian technologies that solve non-existent problems," its director Silkie Carlo said.

"No one should have to provide biometric data in order to buy goods or services. Amazon's attempt to normalise biometric payment and home surveillance devices risks building a world in which we're more easily tracked and recorded, which will inevitably disempower citizens."

Early adopters can only try out the first version of the technology at two Amazon Go shops - the company's experiment with a real-world supermarket that has no checkouts, but instead tracks the shopper and what they pick up.

No Amazon account is required. To register, a customer can just insert their bank card and follow the on-screen instructions to link their palm print to that payment option, Amazon said.

The company promises that the print is not stored on site, but encrypted and kept securely in the Cloud. Customers could also delete their data via website, it added.



 



What Are Artificial Intelligence (AI) Crypto Coins?


1. What is artificial intelligence (AI)?

AI is a branch of computer science and engineering. AI systems evaluate a lot of data using algorithms and statistical models and base their predictions or choices on those analyses.

The study of intelligent machines that can carry out tasks that traditionally require human intelligence, such as speech recognition, decision-making and language translation, is known as artificial intelligence (AI).

AI comes in many different forms, such as rule-based systems, machine learning (ML) and deep learning. While machine learning systems learn from data and can get better over time, rule-based systems employ a set of established rules to make judgements.

Neural networks, a group of algorithms modeled after the human brain, are used by deep learning systems, a subset of machine learning, to carry out complicated tasks.

Numerous sectors, including healthcare, banking, transportation and entertainment, utilize AI. The development of AI raises ethical and societal questions, such as the effect on employment and the possibility of bias in decision-making, even while it has the ability to increase efficiency and open up new opportunities.

2. What are AI crypto coins?

AI crypto coins, also known as artificial intelligence coins or tokens, are a type of cryptocurrency that incorporates artificial intelligence technology into their operations.

Such currencies might serve as a dedicated platform for AI and ML researchers and developers to develop and test new models, applications and algorithms in a decentralized and open setting.

Unlike conventional cryptocurrencies, AI crypto coins study market patterns, make predictions and execute automated trades using machine learning algorithms and natural language processing. Because of their ability to learn and adjust to market developments, investors treat them as a more dynamic and responsive investment option.

Artificial intelligence technology is being used by some AI cryptocurrencies to increase network security. Some coins, for instance, utilize facial recognition technology to verify transactions and avoid fraud.

3. How do AI crypto coins work?

AI crypto coins leverage the power of artificial intelligence to make more informed trading decisions and improve the efficiency of transactions on a blockchain network. 

Here’s a step-by-step explanation of how AI crypto coins work:

The steps involved in the working of AI crypto coins

    Data collection: AI-powered cryptocurrencies gather information from a variety of sources, including news articles, social media and market patterns. Then, to find trends and forecast market behavior, this data is examined using machine learning algorithms.

    Trading strategy: The AI system develops a trading plan, including when to purchase, sell or hold the cryptocurrency, based on the analysis. Without human input, this decision-making process is carried out automatically.

    Execution: Once the AI system has chosen a trading strategy, it uses smart contracts to carry out trades on the blockchain network. When specific criteria are met, these automated agreements self-execute and run autonomously.

    Continuous learning and improvement: Machine learning algorithms are used by AI cryptocurrencies to continuously learn and enhance their performance. The system can review the outcomes of previous transactions and modify its tactics as necessary to enhance success in the future. The AI crypto tokens aim to become efficient because of this process of ongoing learning and development.

However, as with all cryptocurrencies, investors should exercise caution and conduct thorough research before investing in any AI crypto coins.

4. What are the benefits of using artificial intelligence in the crypto market?

The use of artificial intelligence in the crypto market can bring several benefits in terms of risk management, decision-making, security, and more.

Here are some of the main advantages:

    Improved decision-making: Huge volumes of data can be analyzed by AI, which involves spotting patterns and trends that human analysts would overlook. Using this research, traders may decide when to purchase, sell or hold cryptocurrencies with greater knowledge.

    Increased efficiency: Numerous functions in the cryptocurrency market, including data analysis, market trend monitoring and transaction execution, can be automated with AI. This can speed up transactions on the blockchain network and save traders time.

    Better risk management: AI can assist traders in better risk management by evaluating data and spotting potential pitfalls. This can assist traders in making more informed choices regarding the assets they should invest in and the amount they should invest.

    Better security: By spotting possible security breaches and taking steps to stop them, the application of AI in the cryptocurrency market can enhance security. By doing so, the possibility of hacking and other security problems can be decreased.

5. Are there any risks associated with artificial intelligence cryptocurrencies?

While the use of artificial intelligence in the cryptocurrency market offers many benefits, there are also several risks to consider, including regulatory hurdles, volatility, technical issues, and ethical concerns.

Here are some of the main risks associated with AI cryptocurrencies:

    Lack of regulation: AI cryptocurrencies are still a relatively new technology, and there is a lack of regulatory oversight in the market. This can create an environment in which scams and fraud are more likely to occur.

    Volatility: Like all cryptocurrencies, AI cryptocurrencies are subject to high levels of volatility. The market can be affected by factors such as government regulations, hacking and investor sentiment. This volatility can result in significant losses for investors.

    Technical issues: The use of AI in the cryptocurrency market is dependent on the quality of the data that is analyzed. If the data is inaccurate or incomplete, the AI system may make incorrect decisions. Additionally, there is a risk of technical issues, such as errors in the smart contract code, that can lead to loss of funds or security breaches.

Ethical concerns: AI cryptocurrencies can raise ethical concerns, such as the potential for bias in decision-making or the impact on employment in the financial industry. It is important to consider the ethical implications of using AI in the cryptocurrency market and to work toward ensuring that the technology is used in an ethical and responsible manner.

6. How to buy AI crypto coins?

Buying AI crypto coins is similar to buying any other cryptocurrency. 

Here are the general steps you can follow to purchase AI crypto coins:

    Choose a cryptocurrency exchange: You will need to find a cryptocurrency exchange that supports the specific AI crypto coin you want to purchase, which may charge a high trading fee.

    Create an account: The next step is to sign up with the exchange of your choice. This usually involves providing your email address, phone number and other personal information.

    Fund your account: After creating an account, you will need to deposit funds into your exchange account. This can be done using a variety of payment methods, such as bank transfer, credit card or cryptocurrency transfer.

    Buy the AI crypto coin: You can use the exchange to buy the AI crypto coin of your choice after your exchange account is funded. You can do this by selecting the coin you want to buy and specifying the amount you wish to purchase.

    Transfer the coins to your wallet: After purchasing the AI crypto coin, transfer it to a secure cryptocurrency wallet to ensure the safety of your investment

7. Are there AI crypto projects available on the market?

There are several AI crypto coins currently available on the market, such as SingularityNET, Fetch.AI, Numerai, and Cortex.

SingularityNET (AGI)

SingularityNET is an AI-focused blockchain platform that aims to create a decentralized AI economy. The platform offers a framework for building and exchanging AI applications, as well as allowing users to build and commercialize AI services.

Fetch.AI (FET)

Fetch.AI is a decentralized network that uses AI to create a “smart ledger” for autonomous machine-to-machine communication. From supply chain management to predictive maintenance are just a couple of the applications that can be made use of the network’s efficient data sharing and safe transactions.
Numerai (NMR)

Numerai is a decentralized hedge fund that uses AI to make investment decisions. The platform uses a unique data science competition model to create predictive models, which are then used to make trades in traditional financial markets.
Cortex (CTXC)

Cortex is an AI-based platform that allows developers to create and deploy machine learning models on blockchains. The platform develops a decentralized AI ecosystem with blockchain technology that may be utilized for a variety of applications, including speech and image recognition. 

8. Are AI cryptocurrencies safe?

The security of AI cryptocurrencies is influenced by a number of elements, including market sentiment, government regulations, the technology employed and the security procedures in place. 

While using AI in the cryptocurrency industry can increase efficiency and decision-making, it does not imply safety. The following are some risks related to AI cryptocurrencies that may affect their security:

    Hacking: Like any other cryptocurrency, artificial intelligence cryptocurrencies are susceptible to hacking. A hacker may be able to steal money or manipulate the market if they are able to access an AI trading system.

    Technical issues: Using AI in the digital currency market can be difficult and necessitates the use of high-caliber data and code. Investors may suffer substantial losses as a result of technical problems, such as coding bugs.

    Lack of regulation: Due to the cryptocurrency market’s mostly unregulated nature, fraud and scams may not be protected by authorized traditional financial regulatory bodies.

    Volatility: Undoubtedly, volatility impacts cryptocurrencies of any kind, including AI-based ones. In fact, AI coins may be even more volatile than other types of cryptocurrencies due to the use of AI algorithms. As a result, investors who rely on an artificial intelligence system to make trading decisions could suffer huge losses if the algorithm makes an incorrect prediction.

Therefore, investors should also consider the risks associated with the specific cryptocurrency and the security measures in place.

15-Minute Cities: What Are They And How Do They Work?

City planners say we have to rethink the way we build urban areas to make them more sustainable, healthy and just. The so-called 15-minute city is one idea. But are they viable?

As recently as a two decades ago, more people lived in the countryside than in urban areas. But that has since changed. Around 56% of the global population are now at home in cities, and the number continues to rise. According to the United Nations, two thirds of the roughly 10 billion people that will inhabit planet Earth by the year 2050 will live in built-up areas.

This consistent city spread has revealed serious cracks in their planning, shedding light on issues such as social injustice and exclusion, inadequate public transportation networks and smog-related health issues. One idea that has been gaining traction recently as a way towards more sustainable, livable and healthy futures are 15 minutes cities.

The idea behind the concept is to build cities in such a way that most daily necessities and services are located within a 15-minute walk or bike ride. Carlos Moreno, urbanist and professor at the Sorbonne University in Paris first came up with the idea in 2016. He wanted everyone to have easy access to shops, schools, doctors, the gym, parks, restaurants and cultural institutions.

Many people who live in cities today can only dream of that, and instead have to deal with traffic jams or poor public transportation to get where they want to go.


Human-centered design

Benjamin Büttner, mobility expert at the Technical University Munich says that in order to create more sustainable cities, things like green spaces, places to do sport, cinemas and shops need to be moved to where people live, not vice versa.

And that doesn't mean they have to be demolished and rebuilt, but that already existing public space needs to be rearranged.

The 15-minute city also offers a mobility concept: fewer cars and more space for cyclists and pedestrians, safe paths for children, people with disabilities or the elderly and places for social interaction.

"Cars are a problem, at least in urban centers. They take up too much space and they can hamper active mobility," Büttner said.

From Paris to Shanghai: more and more cities are reconstructing

There are already 16 cities worldwide that have implemented the 15-minute city concept or similar ideas, or are working on doing so. The approaches vary, with some cities looking to implement 20-minute concepts, others 10-minute ones, and yet others focused on either individual urban districts or set on recreating the entire city.

Among the pioneers is the French capital. After Carlos Moreno introduced his concept in 2016, the mayor of Paris, Anne Hidalgo, presented it in her reelection campaign and began implementing it during the pandemic.

The core of the Paris concept sees schools as "capitals," making them the center of each neighborhood. Schoolyards are being refurbished into parks to make them accessible for other activities after classes and at the weekend.

Paris also wants to repurpose half of its 140,000 car parking spaces, turning them into green areas, playgrounds, neighborhood meetups or bike parking spots. Streets right across Paris are due to be bike-friendly by 2026.

In 2016, Shanghai announced plans to introduce what it calls "15-minute community life circles," a plan that would ensure all day-to-day activities are within 15-minutes walking distance. Another 50 Chinese cities are looking to implement the concept.

An initiative in the UK is also aimed at achieving a better quality of life for city dwellers. As part of its countrywide renaturalization program, the British government announced plans to make it possible for everyone to reach green areas or open water within a 15-minute walk from their home.

The 'Superilles' or super districts of Barcelona

The Spanish city of Barcelona has been experimenting with so-called Superilles or super districts. The concept takes several housing blocks and puts them into a super block. Only residents or delivery services have access with cars and the maximum speed limit is 10 kilometers (6 miles) an hour.

Many streets are blocked for cars and are instead being used in different ways. Former parking lots have been given over to trees, vegetables and flowers, and are now places where children can play and people can while away their time on benches in the shade.

"Tactical urbanism" is what Büttner calls this approach. The concept is being tested for two to six months "in order to see whether the situation has gotten better or worse," he says. "In that case you can still say 'let's go back to the way things were before.' But if it's got better then you can make it a lasting measure."

Currently, 60% of public space in Barcelona and 85% of streets are used for traffic. More than half the city's residents are faced with noise and dangerous air pollution, which is considerably higher than World Health Organization limits. The new districts should reduce motorized traffic by 21%.

Will less traffic harm businesses?

Studies show that more bike and pedestrian traffic in cities saves money, as less is spent in the road maintenance and health sectors.

The positive effects of cycling are being estimated at more than €90 billion ($96 billion) in the EU alone. By comparison, mobilized traffic causes more than €800 billion in costs for health, environment and infrastructure every year.

Many shop owners are concerned that the 15-minute city idea will cause a collapse in sales since customers can no longer reach them by car. But in the western US city of Portland, the 20% drop in car traffic following the introduction of a 20-minute city concept, also led to an additional $1.2 billion (€1.14 billion) staying in the local economy.

15-mins city concept different for every place  

In order for as many people as possible to benefit from changing cities, and to avoid any new imbalance and gentrification, experts highlight the need to roll out the concept across different districts and ensure those taking part have a good social mix. That also requires rethinking regulations and traditional planning categories, such as city centers, housing districts, suburbs and commercial areas which have led to inequality and exclusion in cities worldwide.

According to Büttner, political will and courage of politicians and administrations are vital, as well as the dialogue with citizens and all parties involved. Because there isn't a set solution for all cities.

Every place and every social, economic and ecological structure of a city is different, Büttner says. So deciding which measures are best, depends on the context.

 

 

 

The surprising stickiness of the "15-minute city"

    Urbanism trends come and go but the "15-minute city" framing of walkable, mixed-use urban development is a lot more than a fad.
    The historical roots of the 15-minute city are connected deeply with the current moment—one we will be living with for a long time to come.
    As climate change and global conflict cause shocks and stresses at faster intervals and increasing severity, the 15-minute city will become even more critical.

Urbanism trends come and go: Broadacre City, Radiant City, EcoCity. Yet the "15-minute city" concept—which implies having all necessary amenities within a short walk, bike ride, or public transit trip from one's home—has demonstrated stickiness not just as an idea, but as a powerful tool for action – from Paris to Seoul, from Bogotá to Houston.

For longtime urbanists, the 15-minute city seemed to merely repackage the historic urban pattern of development: walkable, mixed-used districts. Old wine, new bottle, as the saying goes. But for a new framing to ignite a global urbanism movement, clearly there’s more going on.

The obvious, yet incomplete, answer is the pandemic. Would Paris's Mayor Anne Hidalgo have pushed for progressive urban design without this framing? Undoubtedly. But with COVID-19 and its variants keeping everyone home (or closer to home than usual), the 15-minute city went from a "nice-to-have" to a rallying cry. Meeting all of one's needs within a walking, biking or transit distance was suddenly a matter of life and death. The pandemic created an urgency around equitable urbanism that sidelined arguments about bike lanes and other "amenities" that have roiled communities for years.

The term was coined in 2016 by Sorbonne professor Carlos Moreno, who was given an Obel Award in 2021 for developing the idea. A Google Trend search of worldwide usage of the term; the peak is approximately November 15, 2020.

When a new framing meets its moment, something more than a fad is emerging. Prior to the pandemic, few planners would have taken seriously the idea that "home" become the central organizing factor of all urban planning. Despite predictions of increased "telecommuting," working from home remained an outlier. Indeed, work and commerce have always been the central organizing factors of urbanism, from the post-agricultural revolution to the industrial and technological ones.

Historically, most cities grew up around trade, which then developed into more permanent places of commerce. Cities reduced transportation costs for goods and people by bringing them closer together. By reducing these costs, cities increased productivity and thus further evolved the city as a multiplier of culture and innovation. (As Aristotle said, "The city-state comes into being for the sake of living, but it exists for the sake of living well.") More than a century after the adoption of automobiles as the dominant mode of transportation, work still dictated urban geography, with increasingly longer commutes. Suburbia, the antithesis of the 15-minute city, couldn't exist without proximity to an economic urban engine.

The creative destruction of cities

COVID-19 may now be flipping this on its head, which is why the 15-minute city concept is taking hold in a way that it would not have before the pandemic. As demonstrated by the illustration below, the 15-minute city puts home at the center of urban spatial relationships. The point is not to have every cultural amenity and human desire within immediate reach of one's doorstep. New York can only have one Broadway theater district. But there's no question that Midtown Manhattan will have to follow a similar recovery pattern that Lower Manhattan did in the wake of the 9/11 terrorist attack: diversification. And that is true of the suburbs as well, significantly beyond the extent to which they've already diversified.


Indeed, the decentralization of work is not going to kill the city, it’s going to save it. There will be a lot of creative destruction along the way, but that is how the city renews itself: from within. The cities that don't decentralize work will struggle mightily in ways both known and unimaginable.

As climate change and global conflict cause shocks and stresses at faster intervals and increasing severity, the 15-minute city will become even more critical. Anyone who has followed Erik Klinenberg's work knows that resilience is rooted in place. Specifically, communities that foster and maintain social and economic relationships don't have to be wealthy, but they do need to be walkable and safe, with both residential and commercial buildings intact. And, I would add, for 15-Minute Cities to thrive, not just survive crises—and this cannot be stressed enough—they must also have plenty of mixed-income and equitable housing, as well as digital access.

This is how neighbors can know and understand each other: as local store owners and workers, colleagues, caregivers, educators, and friends. These are the people who come together when it matters most. The mutual-aid groups that appeared during the pandemic exemplify the importance of social cohesion in a crisis, which only works if necessities are within a reasonable distance of where people live.

And yet, 15-minute cities are not just a collection of autonomous medieval villages living in a constant state of crisis. The fractal nature of cities is what makes them dynamic places as a collection of connected neighborhoods with their own cultural histories that evolve over time and contribute to the identity of the larger city (such as the Harlem Renaissance, or the Latin jazz and hip-hop cultures of the South Bronx).

The word "connected" is doing a lot of work here. Yes, people need mass transit and other citywide services. But cities are as much an identity as a place. As historian Yuval Noah Harari might say, cities are a "fiction," a shared concept that organizes society around cooperation (however tenuous that may seem at times). While Harari focused on nation-states and religion as primary human fictions, I would argue that cities are the most innovative human fiction of all.


Dystopia, utopia, eutopia

In stark contrast to the 15-minute city is the predominant urban trend of the 20th century that continues into the current one: namely, rapid urbanization, both dystopian and utopian. An estimated 1 billion urban poor (1 of every 8 people on the planet) live in informal settlements. Then there's the dystopian ghost towns of China, where 130 million properties are vacant, which could house about 340 million people, surpassing the current U.S. population. The opposing trend is the ground-up construction of "smart city" utopias, such as Songdo City in South Korea and Masdar City in Abu Dhabi, among others. Even though they're largely considered soulless failures, hope springs eternal: Toyota's Woven City is now under construction in Japan.

Between dystopia (bad place) and utopia (no place) is "eutopia," a town planning term coined by 19th century Scottish polymath Patrick Geddes. It comes from the Greek origin of eu, meaning good, and topos, meaning place. Comprising "folk, work, and place," eutopia is the best possible manifestation of a city.

To better quantify and plan eutopias, Geddes developed the concept of a "vital budget." He argued that "society must transition from 'money wages'—which tend to dissipate energies toward individual gains at the expense of both natural and cultural qualities—to a 'vital budget' which facilitates 'conserving energies and organizing [the] environment towards the maintenance and evolution of life – social, individual, civic.'"

This sounds a lot like a 15-minute city, including the circumstances under which it emerged: through the cracks of creative destruction brought on by a technological revolution.
So, what’s new about the 15-minute city, then?

As a concept, not much, which is why I initially dismissed it as a fad. But as the "old wine, new bottle" framing went viral (pardon the pun) and began to spark real change, it became clear the historical roots of the 15-minute city connected deeply with the current moment—one that we’ll be living with for a long time to come.

"There is no such thing as a new idea," Mark Twain once said. "It is impossible. We simply take a lot of old ideas and put them into a sort of mental kaleidoscope. We give them a turn and they make new and curious combinations. We keep on turning and making new combinations indefinitely; but they are the same old pieces of colored glass that have been in use through all the ages."
 

John B. Calhoun’s Mouse Utopia Experiment and Reflections on the Welfare State

Signs in national and state parks all over America warn visitors, “Please Don’t Feed the Animals.” Some of those government-owned parks provide further explanation, such as “The animals may bite” or “It makes them dependent.”

The National Park Service’s website for Sleeping Bear Dunes in Michigan advises,

    It transforms wild and healthy animals into habitual beggars. Studies have shown that panhandling animals have a shorter lifespan.

What would happen if animals in the wild could count on human sources for their diet and never have to hunt or scrounge? What if, in other words, we humans imposed a generous welfare state on our furry friends? Would the resulting experience offer any lessons for humans who might be subjected to similar conditions? Not having to work for food and shelter sounds appealing and compassionate, doesn’t it?

These are fascinating questions that I am certainly not the first to ask. Because they require knowledge beyond my own, I cannot offer definitive answers. Readers should view what I present here as a prod to thought and discussion and not much more. I report, you decide.

Our personal pets live in a sort of welfare state. Moreover, for the most part, they seem to like it. My two rat terriers get free food and free health care, though I am not only their provider, but I am also their “master” too. In fact, my loving domination is a condition for the free stuff. It seems like a win-win, so maybe a welfare state can work after all. Right?

Let us avoid hasty conclusions. Perhaps the human/pet welfare state works because one of the parties has a brain the size of a golf ball or a pomegranate.

This is an area illuminated by ethology, the scientific study of animal behavior. One of the more famous ethologists in recent decades was John B. Calhoun, best known for his mouse experiments in the 1960s when he worked for the National Institute for Mental Health.

Calhoun enclosed four pairs of mice in a 9 x 4.5-foot metal pen complete with water dispensers, tunnels, food bins and nesting boxes. He provided all the food and water they needed and ensured that no predator could gain access. It was a mouse utopia.

Calhoun’s intent was to observe the effects on the mice of population density, but the experiment produced results that went beyond that. “I shall largely speak of mice, but my thoughts are on man,” he would later write in a comprehensive report.

At first, the mice did well. Their numbers doubled every 55 days. But after 600 days, with enough space to accommodate as many as another 1,600 rodents, the population peaked at 2,200 and began to decline precipitously—straight down to the extinction of the entire colony—in spite of their material needs being met with no effort required on the part of any mouse.

The turning point in this mouse utopia, Calhoun observed, occurred on Day 315 when the first signs appeared of a breakdown in social norms and structure. Aberrations included the following: females abandoning their young; males no longer defending their territory; and both sexes becoming more violent and aggressive. Deviant behavior, sexual and social, mounted with each passing day. The last thousand mice to be born tended to avoid stressful activity and focused their attention increasingly on themselves.

Jan Kubań, a personal friend of mine from Warsaw and a Polish biocybernetician, considers Calhoun’s experiment “one of the most important in human history.” He created The Physics of Life website where he elaborates on the meaning and significance of the ethologist’s work. About the final stages of the mouse utopia, Kubań writes,

    Other young mice growing into adulthood exhibited an even different type of behavior. Dr. Calhoun called these individuals “the beautiful ones.” Their time was devoted solely to grooming, eating and sleeping. They never involved themselves with others, engaged in sex, nor would they fight. All appeared [outwardly] as a beautiful exhibit of the species with keen, alert eyes and a healthy, well-kept body. These mice, however, could not cope with unusual stimuli. Though they looked inquisitive, they were in fact, very stupid.

Because of the externally provided abundance of water and food, combined with zero threats from any predators, the mice never had to acquire resources on their own. The young mice never observed such actions and never learned them. The life skills necessary for survival faded away. As Kubań notes,

    Utopia (when one has everything, at any moment, for no expenditure) prompts declines in responsibility, effectiveness and awareness of social dependence and finally, as Dr. Calhoun’s study showed, leads to self-extinction.

The “behavioral sink” of self-destructive conduct in Calhoun’s experiment (which he replicated on numerous subsequent occasions) has since been mostly interpreted as resulting from crowded conditions. Demographers warn that humans might succumb to similar aberrations if world population should ever exceed some imaginary, optimal “maximum.” Others like Kubań point out that the mice utopia fell apart well before the mouse enclosure was full. Even at the peak of the population, some 20 percent of nesting beds were unoccupied.

My instincts tell me that Kubań is correct in suggesting that a more likely culprit in the mice demise was this: the lack of a healthy challenge. Take away the motivation to overcome obstacles—notably, the challenge of providing for oneself and family—and you deprive individuals of an important stimulus that would otherwise encourage learning what works and what doesn’t, and possibly even pride in accomplishment (if mice are even capable of such a sentiment). Maybe, just maybe, personal growth in each mouse was inhibited by the welfare-state conditions in which they lived.

Calhoun himself suggested a parallel to humanity:

    Herein is the paradox of a life without work or conflict. When all sense of necessity is stripped from the life of an individual, life ceases to have purpose. The individual dies in spirit.

By relieving individuals of challenges, which then deprives them of purpose, the welfare state is an utterly unnatural and anti-social contrivance. In the mouse experiment, the individuals ultimately lost interest in the things that perpetuate the species. They self-isolated, over-indulged themselves, or turned to violence.

Does that ring a bell? Read Charles Murray’s 1984 book, Losing Ground, or George Gilder’s earlier work, Wealth and Poverty, and I guarantee that you will hear that bell.

Or, if nothing else, ponder these prophetic words from one of the otherwise short-sighted, opportunistic architects of the American welfare state, Franklin Delano Roosevelt, in 1935:

The lessons of history, confirmed by the evidence immediately before me, show conclusively that continued dependence upon relief induces a spiritual and moral disintegration fundamentally destructive to the national fiber. To dole out relief in this way is to administer a narcotic, a subtle destroyer of the human spirit.

I can think of one big difference between Calhoun’s mouse utopia and the human welfare state, and it does not weigh in humanity’s favor. For the mice, everything truly was “free.” No mouse was taxed so another mouse could benefit. In the human welfare state, however, one human’s benefit is a cost to another (or to many)—a fact that rarely acts as an incentive for work, savings, investment, or other positive behaviors. That suggests that a human welfare state with its seductive subsidies for some and punishing taxes for others delivers a double blow not present in mouse welfarism.

To what extent do the mouse utopia lessons apply to we humans? I would be careful about drawing sweeping conclusions. I am reminded, however, of these words from economist Thomas Sowell: “The welfare state shields people from the consequences of their own mistakes, allowing irresponsibility to continue and to flourish among ever wider circles of people.”

We should not need mice or other animals to teach us that, but perhaps they can.





12 Reasons to Oppose the Welfare State

Soft-Core Case

    Universal social programs that “help everyone” are folly. Regardless of your political philosophy, taxing everyone to help everyone makes no sense.
    In the U.S. (along with virtually every other country), most government social spending is devoted to these indefensible universal programs - Social Security, Medicare, and K-12 public education for starters.
    Social programs - universal or means-tested - give people perverse incentives, discouraging work, planning, and self-insurance. The programs give recipients very bad incentives; the taxes required to fund the programs give everyone moderately bad incentives. The more “generous” the programs, the worse the collateral damage. As a result, even programs carefully targeted to help the truly poor often fail a cost-benefit test. And while libertarians need not favor every government act that passes the cost-benefit test, they should at least oppose every government act that fails it.
    “Helping people” sounds good; complaining about “perverse incentives” sounds bad. Since humans focus on how policies sound, rather than what they actually achieve, governments have a built-in tendency to adopt and preserve social programs that fail a cost-benefit test. Upshot: We should view even seemingly promising social programs with a skeptical eye.

Medium-Core Case

    There is a plausible moral case for social programs that help people who are absolutely poor through no fault of their own. Otherwise, the case falters.
    “Absolutely poor.” When Jean Valjean steals a loaf of bread to save his sister’s son, he has a credible excuse. By extension, so does a government program to tax strangers to feed Valjean’s nephew. If Valjean steals a smartphone to amuse his sister’s son, though, his excuse falls flat — and so does a government program designed to do the same.
    “No fault of their own.” Why you’re poor matters. Starving because you’re born blind is morally problematic. Starving because you drink yourself into a stupor every day is far less so. Indeed, you might call it just desserts.
    Existing means-tested programs generally run afoul of one or both conditions. Even if the welfare state did not exist, few people in First World countries would be absolutely poor. And most poor people engage in a lot of irresponsible behavior. Check out any ethnography of poverty.
    First World welfare states provide a popular rationale for restricting immigration from countries where absolute poverty is rampant: “They're just coming to sponge off of us.” Given the rarity of absolute poverty in the First World and the massive labor market benefits of migration from the Third World to the First, it is therefore likely that existing welfare states make global absolute poverty worse.

Hard-Core Case

    Ambiguity about what constitutes “absolute poverty” and “irresponsible behavior” should be resolved in favor of taxpayers, not recipients. Coercion is not acceptable when justification is debatable.
    If private charity can provide for people in absolute poverty through no fault of their own, there is no good reason for government to use tax dollars to do so. The best way to measure the adequacy of private charity is to put it to the test by abolishing existing social programs.
    Consider the best-case scenario for forced charity. Someone is absolutely poor through no fault of his own, and there are no disincentive effects of transfers or taxes. Even here, the moral case for forced charity is much less plausible than it looks. Think of the Good Samaritan. Did he do a noble deed — or merely fulfill his minimal obligation? Patriotic brainwashing notwithstanding, our “fellow citizens” are strangers— and the moral intuition that helping strangers is supererogatoryis hard to escape. And even if you think the opposite, can you honestly deny that it’s debatable? If so, how can you in good conscience coerce dissenters?



 

A Look At The 'Fascist' Agenda Behind The 'Great Reset'

Recently, the International Monetary Fund (IMF) managing director called for a “new Bretton Woods moment.” Meanwhile, the IMF is not the only entity pushing for a “great reset,” as the World Economic Forum (WEF) and other mainstream entities have been promoting the financial reboot propaganda.

The Status Quo Preps for the ‘Great Reset’ Via Intense Propaganda

In 2020 the world moved in lockstep in order to avoid the coronavirus outbreak. The government’s reaction to Covid-19 created a different world and the global economy has seen better days. The last report concerning the IMF’s call for a “new Bretton Woods moment,” news.Bitcoin.com’s findings discovered some of the “great reset” doctrines. The great reset concept is very similar to George Orwell’s famous dystopian novel 1984, and some believe the subject is a borderline ‘conspiracy theory.’

For instance, a website called greatreset.com has been floating around the web catching people’s attention this year. Additionally, a Youtube video published by the Corbett Report offers a guide to the so-called reboot. The great reset conversation is also quite topical and discussions can be found on many social media avenues like Twitter, Reddit, and Facebook.

Likewise, websites like the greatreset.com have sparked intense speculation about an upcoming financial reset where the global elite forcefully invoke the ‘fourth industrial revolution.’ The coronavirus measures coupled with purported climate change and statist propaganda are considered the primers of this great reset concept.

In fact, the World Economic Forum (WEF) has been promoting the concept for years, and back in November 2016, the WEF tweeted about eight predictions for the year 2030. The WEF 2030 prediction tweet describes a world where, “You’ll own nothing, and you’ll be happy” and the short clip says that everyone will rent everything they need. The prediction quote from the tweet originally stems from a member of Danish parliament, Ida Auken.

Ever since the #greatreset hashtag started trending again this week, people have also been responding to the 2016 WEF tweet. Today, the WEF website and its founder Klaus Schwab are still heavily promoting this idea.

“Do we aim to get back to where we were before, or should we take the opportunity to make society fairer, smarter and greener, and get humanity off the road to climate catastrophe – a ‘great reset’?” one of the WEF’s reboot editorials states. The editorial is the subject of Klaus Schwab’s book called: “Covid-19: The Great Reset.” The book describes how the virus disrupted both economic and social infrastructure and “what changes will be needed to create a more inclusive, resilient and sustainable world going forward.”

Moreover, the publication Time Magazine has dedicated a lot of time to get its readers to understand the great reset as well. Time has partnered with the WEF and hosts a whole section towards the reset ideas. Similar to the book and WEF’s stance, Time’s new collection of great reset editorials discuss topics like the coronavirus, climate change, and reimagining capitalism.

The Time articles are also filled with equality boosterism and environmental destruction cues from the progressive left. Oddly enough, one editorial notes that some “segments of society” can’t “make this great leap for­ward” in regard to the great reset. However, the author says that “governments can rewrite the social con­tract to provide for as many as possible remains urgent and vital.”

The Elite’s Great Reset Doctrine Is Considered an Advance Toward a New Type of Political Globalism and Fascism

Not everyone is too keen on the great reset concept, and there’s a number of hit pieces against the idea trending on the web. For a case in point, an editorial published by the publication, Winter Oak, calls the new trend Schwab’s “fascist reset.”

“This new fascism is today being advanced in the guise of global governance, biosecurity, the ‘New Normal,’ the ‘New Deal for Nature’ and the ‘Fourth Industrial Revolution,’” explains the Winter Oak article.

The author adds:

The original fascist project, in Italy and Germany, was all about a merger of state and business. While communism envisages the take-over of business and industry by the government, which – theoretically – acts in the interests of the people, fascism was all about using the state to protect and advance the interests of the wealthy elite.

On Twitter, one of the authors of the “HPV Vaccine On Trial,” Eileen Iorio, told her 15,000 followers that the founder of the WEF “wants to take this unprecedented opportunity to ‘Reset’ the world.”

“#TheGreatReset was founded in Davos and you don’t get to vote on it. Climate Change policies will be the cover story. [Time Magazine] LOVES it,” she added.

 For quite some time now free-market advocates and Austrian economists have warned about the infectious political globalism spreading throughout the world. Meanwhile, central banks and politicians have been creating money out of thin air and feeding trillions to special interests.

Winter Oak says that Schwab’s agenda is based on his theory dubbed ‘stakeholder capitalism,’ which has a number of extremely fascist elements. In a stakeholder capitalist-based world, the private sector is tightly tethered to the government and “the notion that a firm focuses on meeting the needs of all its stakeholders: customers, employees, partners, the community, and society as a whole.”

 

 

Also:

A leaked French governmental document confirms the Great Reset planned by the New World Order

The heading of the schedule mentions the High Commissariat for Planning, a public organization created by the French government through a presidential decree signed by Emmanuel Macron, who appointed Francois Bayrou at the head of this institution.

The global elite want to drag mankind towards the biggest economic crisis ever seen in history.

This huge economic upheaval will create a massive hole in global demand. At that point, the food supply chain would be disrupted.

Bankruptcies and economic busts will be devastating and unprecedented. Unemployment will reach peaks never before seen and people will have problems getting essential food resources.

This phase anticipates many riots will lead to the total collapse of society.

The next step would be the militarization option. Martial law will be the only way to placate the massive rebellions and riots caused by a pre-planned world famine.

It would be a war scenario, but on a global scale.

The great destabilization would have the characteristics of the catalyzing event mentioned by David Rockefeller in 1995 before the United Nations.

This crisis will be accurately engineered in order to create a disorder which would take mankind to the New World Order.

Once the masses lose their jobs and the minimum essential resources to survive, they will be offered a choice: receive the universal income.

The creator of the Five Stars Movement, Beppe Grillo, has spoken about this subject. The FSM has been the mouthpiece of one of the main goals of the globalist circles such as the Club of Rome and the Bilderberg Group.

Globalism wants to drag mankind towards a complete deindustrialization and to the end of work, as it was known in the capitalistic economies.

The end of work would basically deprive the individuals of their independence. Only those who will accept the universal pittance would be in the conditions to survive.

The masses flooded by private debts will be asked to renounce their personal belongings in order to receive this basic income. The end of private property will be one of the ultimate goals.

In the global dictatorship, a collectivist society would arise in which the idea of personal property will no longer exist.

If the masses refuse the universal income and the mandatory vaccine that should be distributed in the summer of 2021, they will be forced to stay in the quarantine camps until they will come to globalist terms.

The true nature of globalism as a satanic transhumanistic ideology

It is the final exteriorization of the globalist ideology in which there is no place for free will. There is only total submission.

The true nature of this philosophy is indeed satanic.

This plan has the stated objective to destroy mankind and to reduce us to “cattle” with no rights and devoid of any spiritual sense.

It is the antithesis of Christian religion which sees man as a being gifted of free will and spiritual sense that leads him to reject the blind obedience to evil represented in this case by the global totalitarianism.

The representatives of the global elites are openly speaking of this plan.

Klaus Schwab, a Davos member, has recently mentioned the Great Reset as a “fourth industrial revolution” able to reach total mind control through a microchip brain implant.

It may seem science fiction, but the system already disposes of this technology. In a recent report presented on Italian public TV, a video was shown where a microchip was implanted in the brain of a pig.

Through this technology, it is possible to manipulate the will of the animal. This is what the New World Order has in mind, but men would be in the pig’s shoes.

Freemasonry sees mankind as a mass of “useless eaters.”

It is an ideology that deeply despises mankind and wants to enslave it.

The Great Reset has this sole purpose, namely to pave the way to the last phase of the NWO.

Technology would deprive man of his identity and will render him as a hybrid between a machine and a human being.

It is this transhumanist philosophy, which is deeply intertwined to Satanic and esoteric ideology, which aims to destroy the original creation of God.

Now the plan has been completely shown to us in open sight. There is no “conspiracy”. What was bravely stated by some independent journalists and researchers some decades ago is taking place now.

The Great Reset could only take place through the direct participation of the US.

If America falls into the hands of corrupt politicians blackmailed by China, the leading globalist power, then the globalist cabal would have no more obstacles.

The world super government will be the inevitable result as the Great Reset which will enslave whole mankind.