Decentralization: Blockchain IPO? Microsoft and Apple Moving To The Edge?

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We are seeing a shift starting in the world of computing. This is the move outward from centralized computers to the edge. This is just another paradigm shift which occurred a number of times in the history of computing.

We also see the announcement of the first intended IPO on blockchain using token.
https://cryptopotato.com/swiss-company-set-to-launch-first-compliant-ipo-on-ethereums-blockchain/

https://www.forbes.com/sites/mohanbirsawhney/2020/01/27/why-apple-and-microsoft-are-moving-ai-to-the-edge/


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Summary:
In this video, Task discusses the shift towards decentralization in the world of computing, particularly focusing on the emergence of decentralized entities asserting themselves. He emphasizes the historical progression of computing from mainframes to desktop computers to cloud computing and now to edge computing. Task highlights how tech giants like Google and Microsoft are turning towards edge computing due to the need for reduced latency in AI applications. Additionally, he mentions a significant development where a Swiss company plans to conduct the first tokenized IPO on the Ethereum blockchain, potentially disrupting the traditional IPO process and cutting costs associated with it. Task also touches upon the evolving landscape of blockchain technology, showcasing examples of innovative projects such as Holy Bread and Splinterlands on the Steam blockchain.

Detailed Article:
Task delves into the evolution of computing, tracing its roots from mainframes in the 1960s to the present era of edge computing. He reflects on how the progression from mainframes to desktop computers democratized access to computing power, enabling small businesses to embrace technology. Task points out the paradigm shift towards cloud computing facilitated by tech giants like AWS, Google, and Microsoft, emphasizing the evolution of computing from centralized to decentralized architectures.

The discussion transitions to the current trend of edge computing, driven by the need for low latency in AI applications. Task underscores the importance of moving processing closer to end-users and the growing power of devices at the edge of computing networks. He mentions that companies like Google and Microsoft are spearheading the adoption of edge computing to enhance performance.

Furthermore, Task highlights a notable development in the blockchain space, where a Swiss company aims to tokenize an IPO on the Ethereum blockchain. This move could revolutionize the traditional IPO process by leveraging blockchain technology for token issuance. Task emphasizes how this tokenized IPO could streamline the costly and regulatory-heavy IPO process, potentially disrupting the role of traditional financial institutions in capital markets.

Shifting the focus to the blockchain industry, Task discusses the diminishing craze of ICOs and the emergence of innovative projects like Holy Bread and Splinterlands on the Steam blockchain. He underscores the importance of blockchain technology in fostering decentralized applications (DApps) and the potential for blockchain to revolutionize various sectors.

Task concludes by highlighting the importance of decentralized technologies in shaping the future of computing and emphasizes the significance of processing power in technological advancements. He encourages viewers to consider the implications of decentralization and the transformative potential of blockchain technology in reshaping traditional systems.

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