Fluence: Cloudless DePIN Computing Platform

Summary

The script discusses the need for a decentralized internet to foster innovation and competition, beyond the control of a few major companies. It introduces 'cloudless computing' as a solution, powered by the Fluence network, which utilizes global excess capacity to provide a secure, cheaper, and verifiable computing platform. This platform enables transparent AI models and has applications in various fields, including biotech and climate research.

Takeaways

• 🌐 The internet has dramatically advanced the world but is now dominated by a few large companies, leading to a lack of interoperability and stifled innovation.
• 💡 The original vision of the internet is being compromised by current practices of controlling content and transactions, which calls for a shift towards more open and competitive models.
• 🔓 There's a need to unlock more value and innovation by decentralizing control, reducing prices, increasing transparency, and allowing users full control over their data and interactions.
• 💻 The concept of 'cloudless computing' is introduced as an alternative to the current cloud computing platforms, aiming to create a truly decentralized and open global network.
• 🌍 'Truly decentralized' means the network is always on, self-healing, and not controlled by any single entity, ensuring resilience and freedom from centralized points of failure or censorship.
• 💰 The cloudless platform is economically advantageous, offering compute services that are up to 80% cheaper than traditional cloud services, making it more accessible.
• 🌿 The platform also emphasizes environmental sustainability, allowing users to opt for green energy options, aligning with eco-friendly values.
• 🔧 It operates through the contribution of excess capacity from compute providers and data centers worldwide, forming a collective, always-on, decentralized infrastructure.
• 🔒 Security and verifiability are core features, with every function execution cryptographically signed and tested, making applications tamper-proof, auditable, and verifiable.
• 🔑 The FLUENCE protocol incentivizes participation with FLUENCE tokens, and the more servers and applications on the network, the greater the competition and lower the compute costs.
• 🚀 The potential applications of cloudless compute are vast, from AI models using specific datasets without manipulation to decentralized AI models free from influence, and even supporting web 3 and biotech industries.

Q & A

What is the main concern raised about the current state of the internet?

The main concern is that a few big companies are controlling the internet, making huge profits, and not allowing interoperability between their closed ecosystems, which stifles innovation and controls what we see and how we transact.

What is the original vision of the internet that the transcript refers to?

The original vision of the internet is not about a few companies controlling it all, but rather about openness, innovation, and freedom for users to have full control over their online experience.

What is the concept of 'cloudless computing' introduced in the transcript?

Cloudless computing refers to a new open global network that is decentralized and not built on top of the big cloud computing platforms. It aims to create a system where no single entity controls the network, ensuring security, lower costs, and verifiability of compute tasks.

What does 'truly decentralized' mean in the context of the cloudless platform?

Truly decentralized means the network is global, always on, self-healing from downtime and interruptions, and not controlled by any one entity, ensuring security against single points of failure and censorship.

How does the cloudless platform ensure security and verifiability?

The cloudless platform ensures security and verifiability by using a protocol that cryptographically signs and attests every function execution and result, making applications tamperproof, auditable, and verifiable.

What is the role of FLUENCE tokens in the cloudless platform?

FLUENCE tokens are used to reward compute providers for every server added to the network. They also play a role in staking and locking with compute providers to guarantee that applications run correctly, enhancing security as more tokens are staked and more applications are deployed.

How does the cloudless platform benefit from having more servers on the network?

The more servers on the network, the greater the competition, which in turn lowers the price of compute. It also increases the network's resilience and capacity for handling compute tasks.

What are some potential use cases for cloudless computing mentioned in the transcript?

Potential use cases include AI models proving the use of certain data sets without manipulation, decentralized AI models without an owner, biotech companies performing intensive analysis, researchers studying climate data sets, and companies needing to prove to regulators that calculations were performed.

How can cloudless computing impact the development and operation of applications?

Cloudless computing can change how applications are built and run by providing a decentralized, secure, and verifiable platform for AI models and other computational tasks, allowing for greater innovation and transparency.

What is the significance of the FLUENCE protocol's provability feature for applications?

The provability feature ensures that every single function execution and result is cryptographically signed and attest-tested by the protocol, making applications tamperproof, auditable, and verifiable, which is crucial for trust and transparency in various industries.

How does the cloudless platform address the issue of energy usage and sustainability?

The platform allows users to choose to use only green energy, promoting sustainability and reducing the environmental impact of compute tasks.