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Three popular AI crypto tokens are about to combine into one new super token.

Given the popularity of artificial intelligence (AI) as an investing thesis, it's perhaps no surprise that crypto investors have been enthusiastically hunting for the best possible AI tokens. While dozens of cryptocurrencies claim to be AI crypto tokens, there has not yet been a "super token" capable of capturing the imagination of crypto investors in the same way that an AI-driven business like Nvidia (NASDAQ: NVDA) has appealed to equity investors.

That is, perhaps, until now. In mid-July, three top AI crypto tokens -- Fetch.ai (FET 0.12%), SingularityNET (AGIX -0.30%), and Ocean Protocol (OCEAN -0.32%) -- are combining forces to create a new AI super token called ASI (which stands for Artificial Superintelligence). Could this new crypto be a millionaire-maker investment?

To answer that question, it's important first to understand what makes a token an "AI crypto token." The answer is simpler than you might expect. It is primarily a digital currency to pay for AI products and services, such as on AI marketplaces. Instead of paying in dollars, you pay in crypto. And it can also be used to obtain access to premium AI tools or services.

Using this framework, it's possible to see why there could be potential advantages to creating a new AI super token. Who wants to use three different cryptocurrencies if you're using AI? It can get very confusing, and it's simply not very efficient for any large-scale AI project.

Each of the three AI crypto tokens brings something a little different to the mix. Fetch.ai, for example, is at the forefront of creating new AI bots (known as "agents") that are capable of taking on increasingly challenging tasks within companies and other large organizations. SingularityNET is at the forefront of artificial general intelligence (AGI) and the potential creation of super-intelligent computers. And Ocean Protocol facilitates data-sharing for blockchain-based AI services and tools.

So the key will be the ability to put all of their various approaches, skills, and resources to work in ways that can create new value. In corporate-speak, this is known as creating synergies. To make this happen, the ASI alliance will focus on three big areas: the deployment of AI agents into corporations; the advancement of large language models (LLMs); and the sharing and utilization of AI data.

Putting it all together, you can think of ASI as a digital currency issued by the alliance to pay for products and services (such as bots, agents, or LLMs) offered by alliance members. You will also be rewarded for your contributions to the ASI alliance with the ASI token. And you will use the ASI token to gain access to premium data sets or LLM training tools.

What particularly stands out to me about the new ASI alliance is how much of an emphasis there appears to be on commercialization and monetization. This is what leads to revenue, and that's what can eventually lead to profitability. This new ASI alliance is not just about creating better AI -- it's about making money while doing it.

And that is what has the potential to make the new ASI token so valuable. Investors will be able to see real-world products and services, as well as revenue and cash flow. This, in turn, should create demand for the AI crypto token. If you want access to some of the best AI in the world, you will eventually need to buy this AI crypto token. Unlike other cryptos, which sometimes seem to lack any utility whatsoever, this ASI token will have very clear utility.

There's another little twist worth noting here. In order to make its future vision a reality, the ASI alliance is going to assert that decentralized AI is superior to centralized AI. That would be a huge ideological shift. The current system is highly centralized, with a few big tech giants attempting to control the pace of AI innovation. If you want access to the best AI systems, you need to pay them. And those giants make all the money.

Image source: Getty Images.

In contrast, a decentralized AI system would reward everyone. It would reward people who create new AI agents. It would reward people who contribute new AI training data. It would reward people who provide the source code for better LLMs. And it would reward people who contribute the GPU computing power required to make AI work.

The reward would come via the ASI crypto token. Instead of being paid in cash, you'd be paid in crypto. And, even if you are not a researcher or developer with unique AI skills to contribute, you can still be rewarded. And that's by holding the token and watching it appreciate in price over the long haul.

This is where it's necessary for an investor thinking about buying into the new ASI crypto token to take a leap of faith. Is this just a reworking of the same tired thesis that little companies can do what the big tech giants are doing? Do you believe that hundreds of thousands of passionate AI researchers, developers, and users located around the world are capable of taking on the behemoths of Silicon Valley?

I think it's possible. After all, one of the biggest success stories to date in the AI crypto token world has been Render (CRYPTO: RNDR), which offers decentralized GPU computing power. And one of the buzzwords among AI crypto token enthusiasts continues to be "DePIN," which stands for decentralized physical infrastructure networks. Decentralization is a powerful concept, and one that could be a game changer for AI.

So here's what I'm thinking: Get in early on ASI while people are still trying to wrap their heads around what it is and how it could revolutionize AI, and then patiently wait for the price to skyrocket. The potential is definitely there. Fetch.ai, for example, is up nearly 200% this year. SingularityNET is up 167%, and Ocean Protocol is up 70%. That's some high-octane performance, even before the official launch of the ASI alliance.

Of course, you won't become a millionaire overnight. The new token is supposed to trade at the price of Fetch.ai on the date of the merger. Given today's prices, that means ASI should start trading somewhere around $1.50. If the tokens increase in value at a compound annual growth rate (CAGR) of 100% per year (a big "if"), then you could grow that $1,000 into $1 million in 10 years.

A lot really depends on the synergies that could result from this AI super alliance. So if you are thinking about investing in ASI, be sure to do your due diligence and understand that there is tremendous risk in investing in any token with no prior track record. Case in point: The creation of the token was supposed to occur in mid-June, but has been pushed back to mid-July, due to technical difficulties.

The good news is that, with ASI, you are essentially getting three crypto tokens for the price of one. That should mitigate some of the risk. As long as investors are excited about all things AI-related, it's easy to see how the new ASI token could really take off. And that's why I'm convinced that this AI crypto token could be a millionaire-maker investment over the long haul.

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Could This New Artificial Intelligence (AI) Crypto Token Be a Millionaire Maker? - The Motley Fool

AI and crypto are two buzzy themes that have dominated market headlines this year.

But what happens when their powers combine?

Three AI crypto platforms are preparing to complete a merger of their crypto tokens, in the digital asset industrys latest play to create a decentralized AI sector that rivals traditional tech companies like Google, Microsoft, and Amazon.

Tokens from Fetch.ai, SingularityNET, and Ocean Protocol will merge into one Fetch.ai token, which will be dubbed ASI, which stands for Artificial Superintelligence Alliance, according to CoinDesk. Originally scheduled to be combined today, the integration was postponed until July 15 at the eleventh hour. Prices of all three tokens slid on the news.

The crypto firms are motivated by a desire to challenge the monopoly that big tech currently has over AI. Proponents of crypto argue that allowing a few companies to control the bulk of AI innovation and data has privacy risk implications that a decentralized model could help address.

This is only the start of a broader movement to gather together forces working toward beneficial decentralized AGI and super-intelligence, Ben Goertzel, CEO of the ASI Alliance, said in a statement. The ASI token serves as a symbol and a practical tool for our shared quest to leverage advanced AI, blockchain and decentralized governance to move quickly and effectively toward an amazing future for all.

To crypto enthusiasts, there are a range of ways crypto and AI could potentially combine.

The intersection of artificial intelligence (AI) and crypto is going to be even bigger than people imagine, wrote Senior Crypto Research Analyst at Bitwise Juan Leon in a note posted Monday. The two industries could add a collective $20 trillion to global GDP by 2030, he added. He referenced PwC data, but said the $20 trillion was his own estimate.

Leon argued that bitcoin miners could be used to help process AI and aid overburdened data centers.

While these are two sectors that are notorious for riding higher on hype, only time will tell if cryptos pivot to AI will produce tangible results.LB

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3 crypto firms are combining into one AI token - Morning Brew

What you need to know

Generative AI is a big deal in the tech landscape right now. We've seen artificial intelligence make companies like Microsoft the world's most valuable company with over $3 trillion in market valuation. Market analysts attribute the exponential growth to the Redmond giant's early lead and adoption of the technology. Even NVIDIA is on the verge of hitting its iPhone moment with AI after recently overtaking Apple and becoming the second-most valuable company in the world due to high GPU demand for AI advances.

Microsoft and OpenAI are arguably among the top tech firms that are heavily invested in AI. However, their partnership has stirred up controversies, with insiders indicating Microsoft has turned into "a glorified IT department for the hot startup." In contrast, billionaire Elon Musk says OpenAI has seemingly transformed into a closed-source de facto subsidiaryfor Microsoft.

It's no secret that both tech companies have a complicated partnership and the latest controversies affecting OpenAI aren't helping the situation. After launching GPT-4o, a handful of high-level employees left OpenAI. While the explanation behind their departure remains slim at best, Jan Leike former super alignment lead indicated that he was worried about the trajectory AI advances were taking at the company. He further stated that the firm was seemingly prioritizing the development of shiny products as security and privacy took a backseat.

To this end, it's impossible to tell the trajectory AI will take in the next few years, though NVIDIA CEO Jensen Huang indicates that we might be on the brink of hitting the next AI wave. The CEO further states that robotics is the next big thing, with self-driving cars and humanoid robots dominating the category.

But as it now seems, we might have a bit of insight into what the future might hold for us, according to a former OpenAI researcher who recently published a 165-page report highlighting the rapid growth and adoption of AI, security, and more (via Business Insider).

Leopold Aschenbrenner worked as a researcher for OpenAI's super alignment team but was fired for leaking critical information about the company's preparedness for general artificial intelligence. However, Aschenbrenner states that the information he shared was "totally normal" since it was based on publicly available information. He suspects the company was just looking for a way to get rid of him.

The researcher is among the OpenAI employees who refused to sign the letter asking for Sam Altman's reinstatement as CEO after he was fired by the board of directors last year. Aschenbrenner believes this contributed to his firing. This is in the wake of former board members alleging that two OpenAI staffers had reached out to the board with claims of psychological abuse from the CEO, which generally contributed to a toxic atmosphere at the company. The former board members also indicated that OpenAI staffers who didn't necessarily support Altman's imminent return as CEO signed the letter as the "feared" retaliation.

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According to Aschenbrenner's report, the AI progression will take an upward trajectory. It's no secret that Sam Altman has a soft spot for superintelligence based on how passionately he speaks about the topic during interviews. In January, the CEO admitted that OpenAI is actively exploring advances that could eventually help it unlock this incredible feat. However, he didn't disclose whether the company was taking a radical or incremental trajectory while chasing it down.

As you may know, superintelligence means having a system with cognitive abilities that surpass human reasoning. However, there's concern building around this benchmark and what it could mean for humanity. An AI researcher revealed that there's a 99.9% probability it could end humanity, according to p(doom), and the only way to avoid this outcome is to stop building AI in the first place. Interestingly, Sam Altman admitted there's no big red button to stop the progression of AI.

With the emergence of new flagship AI models like GPT-4o with reasoning capabilities across text, audio, and more, it doesn't seem like the progression will stop soon. Computational power and algorithmic efficiency trends show AI will continue to experience rapid growth. However, there are critical concerns about power supply with OpenAI looking into nuclear fusion as a plausible alternative for the foreseeable future.

Aschenbrenner says AI development could scale to greater heights by 2027 and surpass the capabilities of human AI researchers and engineers. These predictions aren't entirely farfetched, with GPT-4 (referred to as mildly embarrassing at best) already surpassing professional analysts and advanced AI models in forecasting future earnings trends without access to qualitative data. Microsoft CTO Kevin Scott shared similar sentiments and foresees newer AI models capable of passing PhD qualifying examinations.

The report also indicates that more corporations will join the AI fray and invest trillions of dollars in developing systems to support AI advances, including data centers, GPUs, and more. This is amid reports of Microsoft and OpenAI investing over $100 billion in a project dubbed Stargate to free themselves from an overreliance on NVIDIA for GPUS.

Reports suggest AI will eventually become smarter than people, take over their jobs, and turn work into a hobby. There's a rising concern about the implications this might have on humanity. Even OpenAI CEO Sam Altman sees a need for an independent international agency to ensure all AI advances are safe and regulated like airlines to avert "catastrophic outcomes."

Perhaps more interesting is that Aschenbrenner's report suggests that only a few hundred people understand AI's impact on the future. He added that most of them work inAI labs in San Francisco (potentially referring to OpenAI staffers).

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Former OpenAI researcher outlines AI advances expectations in the next decade - Windows Central

Artificial intelligence (AI) has progressed at an astounding pace over the last few years. Some scientists are now looking towards the development of artificial superintelligence (ASI) a form of AI that would not only surpass human intelligence but would not be bound by the learning speeds of humans.

But what if this milestone isn't just a remarkable achievement? What if it also represents a formidable bottleneck in the development of all civilizations, one so challenging that it thwarts their long-term survival?

This idea is at the heart of a research paper I recently published in Acta Astronautica. Could AI be the universe's "great filter" a threshold so hard to overcome that it prevents most life from evolving into space-faring civilizations?

This is a concept that might explain why the search for extraterrestrial intelligence (Seti) has yet to detect the signatures of advanced technical civilizations elsewhere in the galaxy.

The great filter hypothesis is ultimately a proposed solution to the Fermi Paradox. This questions why, in a universe vast and ancient enough to host billions of potentially habitable planets, we have not detected any signs of alien civilizations.

The hypothesis suggests there are insurmountable hurdles in the evolutionary timeline of civilizations that prevent them from developing into space-faring entities.

I believe the emergence of ASI could be such a filter. AI's rapid advancement, potentially leading to ASI, may intersect with a critical phase in a civilization's development the transition from a single-planet species to a multiplanetary one.

This is where many civilizations could falter, with AI making much more rapid progress than our ability either to control it or sustainably explore and populate our Solar System.

The challenge with AI, and specifically ASI, lies in its autonomous, self-amplifying and improving nature. It possesses the potential to enhance its own capabilities at a speed that outpaces our own evolutionary timelines without AI.

The potential for something to go badly wrong is enormous, leading to the downfall of both biological and AI civilizations before they ever get the chance to become multiplanetary.

For example, if nations increasingly rely on and cede power to autonomous AI systems that compete against each other, military capabilities could be used to kill and destroy on an unprecedented scale. This could potentially lead to the destruction of our entire civilization, including the AI systems themselves.

In this scenario, I estimate the typical longevity of a technological civilization might be less than 100 years. That's roughly the time between being able to receive and broadcast signals between the stars (1960), and the estimated emergence of ASI (2040) on Earth. This is alarmingly short when set against the cosmic timescale of billions of years.

This estimate, when plugged into optimistic versions of the Drake equation which attempts to estimate the number of active, communicative extraterrestrial civilizations in the Milky Way suggests that, at any given time, there are only a handful of intelligent civilizations out there. Moreover, like us, their relatively modest technological activities could make them quite challenging to detect.

This research is not simply a cautionary tale of potential doom. It serves as a wake-up call for humanity to establish robust regulatory frameworks to guide the development of AI, including military systems.

This is not just about preventing the malevolent use of AI on Earth; it's also about ensuring the evolution of AI aligns with the long-term survival of our species. It suggests we need to put more resources into becoming a multiplanetary society as soon as possible a goal that has lain dormant since the heady days of the Apollo project, but has lately been reignited by advances made by private companies.

As the historian Yuval Noah Harari noted, nothing in history has prepared us for the impact of introducing non-conscious, super-intelligent entities to our planet. Recently, the implications of autonomous AI decision-making have led to calls from prominent leaders in the field for a moratorium on the development of AI, until a responsible form of control and regulation can be introduced.

But even if every country agreed to abide by strict rules and regulation, rogue organizations will be difficult to rein in.

The integration of autonomous AI in military defense systems has to be an area of particular concern. There is already evidence that humans will voluntarily relinquish significant power to increasingly capable systems, because they can carry out useful tasks much more rapidly and effectively without human intervention.

Governments are therefore reluctant to regulate in this area given the strategic advantages AI offers, as has been recently and devastatingly demonstrated in Gaza.

This means we already edge dangerously close to a precipice where autonomous weapons operate beyond ethical boundaries and sidestep international law.

In such a world, surrendering power to AI systems in order to gain a tactical advantage could inadvertently set off a chain of rapidly escalating, highly destructive events. In the blink of an eye, the collective intelligence of our planet could be obliterated.

Humanity is at a crucial point in its technological trajectory. Our actions now could determine whether we become an enduring interstellar civilization, or succumb to the challenges posed by our own creations.

Using Seti as a lens through which we can examine our future development adds a new dimension to the discussion on the future of AI. It is up to all of us to ensure that when we reach for the stars, we do so not as a cautionary tale for other civilizations, but as a beacon of hope a species that learned to thrive alongside AI.

Michael Garrett, Sir Bernard Lovell chair of Astrophysics and Director of Jodrell Bank Centre for Astrophysics, University of Manchester

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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Creepy Study Suggests AI Is The Reason We've Never Found Aliens - ScienceAlert

Beyond Human Cognition: The Future of Artificial Super Intelligence

Artificial Super Intelligence (ASI) a level of artificial intelligence that surpasses human intelligence in all aspects remains a concept nestled within the realms of science fiction and theoretical research. However, looking towards the future, the advent of ASI could mark a transformative epoch in human history, with implications that are profound and far-reaching. Here's an exploration of what the future might hold for ASI.

Exponential Growth in Problem-Solving Capabilities

ASI will embody problem-solving capabilities far exceeding human intellect. This leap in cognitive ability could lead to breakthroughs in fields that are currently limited by human capacity, such as quantum physics, cosmology, and nanotechnology. Complex problems like climate change, disease control, and energy sustainability might find innovative solutions through ASI's advanced analytical prowess.

Revolutionizing Learning and Innovation

The future of ASI could bring about an era of accelerated learning and innovation. ASI systems would have the ability to learn and assimilate new information at an unprecedented pace, making discoveries and innovations in a fraction of the time it takes human researchers. This could potentially lead to rapid advancements in science, technology, and medicine.

## Ethical and Moral Frameworks

The emergence of ASI will necessitate the development of robust ethical and moral frameworks. Given its surpassing intellect, it will be crucial to ensure that ASI's objectives are aligned with human values and ethics. This will involve complex programming and oversight to ensure that ASI decisions and actions are beneficial, or at the very least, not detrimental to humanity.

Transformative Impact on Society and Economy

ASI could fundamentally transform society and the global economy. Its ability to analyze and optimize complex systems could lead to more efficient and equitable economic models. However, this also poses challenges, such as potential job displacement and the need for societal restructuring to accommodate the new techno-social landscape.

Enhanced Human-ASI Collaboration

The future might see enhanced collaboration between humans and ASI, leading to a synergistic relationship. ASI could augment human capabilities, assisting in creative endeavors, decision-making, and providing insights beyond human deduction. This collaboration could usher in a new era of human achievement and societal advancement.

Advanced Autonomous Systems

With ASI, autonomous systems would reach an unparalleled level of sophistication, capable of complex decision-making and problem-solving in dynamic environments. This could significantly advance fields such as space exploration, deep-sea research, and urban development.

## Personalized Healthcare

In healthcare, ASI could facilitate personalized medicine at an individual level, analyzing vast amounts of medical data to provide tailored healthcare solutions. It could lead to the development of precise medical treatments and potentially cure diseases that are currently incurable.

Challenges and Safeguards

The path to ASI will be laden with challenges, including ensuring safety and control. Safeguards will be essential to prevent unintended consequences of actions taken by an entity with superintelligent capabilities. The development of ASI will need to be accompanied by rigorous safety research and international regulatory frameworks.

Preparing for an ASI Future

Preparing for a future with ASI involves not only technological advancements but also societal and ethical preparations. Education systems, governance structures, and public discourse will need to evolve to understand and integrate the complexities and implications of living in a world where ASI exists.

Conclusion

The potential future of Artificial Super Intelligence presents a panorama of extraordinary possibilities, from solving humanitys most complex problems to fundamentally transforming the way we live and interact with our world. While the path to ASI is fraught with challenges and ethical considerations, its successful integration could herald a new age of human advancement and discovery. As we stand on the brink of this AI frontier, it is imperative to navigate this journey with caution, responsibility, and a vision aligned with the betterment of humanity.

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Beyond Human Cognition: The Future of Artificial Super Intelligence - Medium