In an era where digital technology drives economic and social progress, access to computational resources has become as crucial as access to clean water or electricity. Enter the concept of Universal Basic Compute (UBC) — an idea akin to Universal Basic Income (UBI). Still, instead of financial resources, it provides everyone with a baseline level of computational power. By leveraging the ubiquity of smartphones and innovative networks like Nodle, UBC aims to democratize technology, ensuring equitable access to digital tools and capabilities.

At its core, UBC is about providing universal access to essential computing resources. This could include processing power, storage, and software applications, empowering individuals to participate in the digital economy regardless of their financial situation. As AI and machine learning become integral to various aspects of life, ensuring everyone has the necessary computational power to leverage these technologies is more critical than ever.

With over 7 billion people worldwide using smartphones, these devices are the perfect platform for implementing UBC. Smartphones are powerful, versatile, and widely accessible, making them ideal for delivering computing resources on a global scale. By transforming smartphones into nodes in a decentralized network, we can tap into their computational power to create a vast, distributed infrastructure.

One of the most promising implementations of UBC is the Nodle network. Nodle turns smartphones into network nodes, allowing developers to deploy “smart missions” that utilize the computational power of these devices. This innovative approach not only makes computing power more accessible but also aligns with the principles of UBC by democratizing the availability of these resources.

The Nodle network’s primary use case so far has been asset location using Bluetooth Low Energy (BLE). This decentralized physical infrastructure enables efficient and scalable tracking of assets, providing a practical and widely needed service. Another significant application is proving the authenticity of photos and videos taken on smartphones, addressing the growing concern of digital media manipulation.

To prove the authenticity of media, Nodle employs several layers of verification:

• Provenance: Using the C2PA standard to maintain and verify the origin and history of digital content.

• Time-Stamping: Utilizing the Nodle blockchain to create an immutable record of when the media was created.

• Location Verification: Leveraging GPS to confirm the location where the media was captured and using other Nodle nodes as digital witnesses to ensure consistency with local wireless signatures and GPS data.

The Nodle network is adding 3,000 to 4,000 new nodes daily, a rate expected to accelerate as the network develops. Growth can be driven by new applications and the fluctuating value of the Nodle token, which incentivizes participation.

Looking forward, the potential applications of UBC are vast. From education and business to personal development and beyond, democratizing access to computing power could drive innovation and equity on a global scale.

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Universal Basic Compute represents a transformative vision for the future of technology. We can foster a more inclusive and innovative digital economy by ensuring everyone has access to essential computational resources. With networks like Nodle leading the way, the dream of UBC is becoming a reality, paving the way for a future where technology serves the many, not just the few.

As we move forward, it’s crucial for stakeholders across industries to support and invest in UBC initiatives. By doing so, we can build a more equitable and innovative world where everyone has the opportunity to participate and thrive in the digital age.

Reposted from Medium: https://anthenor.medium.com/universal-basic-compute-democratizing-access-to-computing-power-in-the-ai-era-2900bad1f488