AI and spatial computing: The new frontier of decentralization

Note: This article does not constitute financial advice. The information and materials presented on this page are for educational purposes only.

It would be an exaggeration to claim that cryptocurrencies have transformed our comprehension of financial systems. Despite the fact that the crypto market boasts a total market cap exceeding $2 trillion, a large portion of individuals remain unknowledgeable or doubtful about the entire asset class. Even among those who regularly engage with them, a relatively small minority truly understand the inherent allure of decentralized currencies, with the market attracting more speculators and promoters than true supporters and creators.

Despite the advantages of decentralized currencies – their global nature, the transparency of the public ledger, and the lack of intermediaries – they only scratch the surface in the broader discourse about decentralization and its advantages.

One perspective is that blockchain acted as an experimental ground for decentralization itself. The real query now is: what happens next? If Satoshi’s proof-of-work model aimed to decentralize and democratize the monetary system, which systems will be targeted by the next surge of pro-privacy, pro-liberty developers and engineers?

The reply may lie in two emerging technological domains: artificial intelligence (AI) and spatial computing.

The Emergence of AI and Spatial Computing

Certainly, rectifying the flawed money system is a commendable goal. However, to genuinely transform society, the decentralization community must combine their talents and collaborate on models and systems beyond financial infrastructures. “Fix the money, fix the world” is a good concept, but it oversimplifies the issue.

The next phase of decentralization will focus on how we interact with the world (physical, virtual and mixed) through AI and spatial computing. If controlled by centralized powers, these technologies could steer us towards a nightmarish Orwellian dystopia.

Envision a world where Big Tech alliances possess all our spatial data, dictating how we engage with our surroundings and one another. This scenario emphasizes the urgent necessity for community-centric networks where independent individuals, rather than all-powerful centralized authorities, govern the domain.

Apple’s unveiling of the augmented reality Vision Pro headset received acclaim as a technological marvel by many but was labeled a “dystopian mind prison” by others. Common criticisms highlighted the potential for the spatial computing device to fundamentally transform not only the nature of computers and the world around us – but also our connection with reality as filtered through the gadget.

If you assumed your smartphone was compelling, Apple’s Vision Pro could trigger separation anxiety on a different scale, resulting in a form of corporate-controlled, endless social isolation. Donning a spatial computing device for several hours each day, critics contended, was akin to permitting a data-driven Big Tech corporation to infiltrate your mind.

How does AI factor into the discussion? Well, the integration of spatial computing with AI enhances the necessity for decentralization. AI-fueled spatial computing would witness AI disconnected from the internet and actively utilized in the real world.

By incorporating artificial intelligence into self-driving vehicles, drones, and robots, we are navigating the world via immersive platforms. Yet, this technological progression could evoke a digital nightmare scenario where powerless ‘citizens’ become a disconcerting reality.

Decentralizing the World with DePINs

Decentralized Physical Infrastructure Networks (DePINs) are blockchain protocols that drive physical hardware infrastructure and systems – such as energy grids and logistics operations, to name just a few.

These networks have been discussed for several years, but only recently have we seen them start to come online. The sector has doubled in size over the past half-year, from approximately $10 billion to $25 billion. Currently, nearly 1,000 DePIN networks are reportedly operational.

DePIN networks signify a substantial stride toward decentralizing not only our monetary systems but also crucial real-world resources like energy, telecommunications networks, computing power, and water, all in an egalitarian manner.

These networks are particularly pertinent in the context of AI and spatial computing. All three technologies are fundamentally data-driven, with spatial computing representing the physical aspect of AI. If AI has already entered the workforce (examples being ChatGPT generating copious content for marketers), spatial computing will bring it into the physical labor arena.

Naturally, efforts by centralized entities to regulate the data flowing through this AI must be fiercely resisted. Centralizing this information not only fosters manipulation and surveillance but also generates a single point of failure. The same applies to the spatial and environmental data amassed by spatial computing platforms.

Therefore, DePINs emerge as a potential remedy to manage these technologies in an equitable fashion.

Diving Deeper into the Posemesh

Posemesh is a decentralized protocol designed for the impending era of smart cities, enabling digital devices to securely and privately exchange spatial data and computing power, effectively converting smartphones and wearable technologies into ad-hoc distributed spatial computers.

In the posemesh, data and compute resources are efficiently allocated to serve the economic interests of each participant, with interconnected devices able to contribute or request sensor data, processing power, storage, and networking/monitoring services. While availing such services incurs a cost, providing them yields rewards. The posemesh, therefore, is a spatial computing protocol rooted in decentralization.

The economic ramifications of this approach are profound. By democratizing access to spatial data and computing power, the monopolies of tech giants can be dismantled, granting individuals and small businesses access to a wealth of information and computational resources that were previously inaccessible.

Through the posemesh, The Posemesh Foundation aims to establish a universal spatial computing protocol for the next 100 billion people, devices, and AI.

Furthermore, Auki Labs, the team behind the posemesh, has announced the creation of a blockchain-based rewards and reputation layer that will enable the posemesh to operate as a public utility in service of civilization rather than a profit-oriented corporate entity.

If the smart cities of the foreseeable future are fueled by a fusion of transformative technologies (5G, AI, Internet of Things, spatial computing), the wider decentralization movement must strive to ensure these cities remain accessible to all without compromising privacy and autonomy. As the quest to rectify the monetary system continues, it is time to mend the world.

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