When we have frictionless data, the driver switches from hardware to software. Here is where we see a fundamental difference between the two "webs".
In this video I further discuss the concept of exponentiality of Web3, especially compared to the present client-server infrastructure we are so famliar with.
▶️ 3Speak
If we should consider both the pros and the cons of frictionless data, we will say It have both its pros and cons but at the end of thr day, both of them are quite beneficial
Knowing fully well that we have a lot of Web3 gaining the visibility that it actually needs and wants. That is really how it should be
The visibility potential of Web3 is really nice. But in your video I realized that privacy might be in danger. In the current system, no one knows my bank account and its value. But if we look at Hive, we can check how much other people is worth. I'm imagining how this can be a security issue of kidnapping, extortion, and the like. Sure it is ok now, since the users are few and far between. But if a crackpot neighbor or a street thug gets that information it can be bad. I know other accounts can be created to try and hide it, but not everyone will do it.
Frictionless data!? I wish we could get that over here because poor infrastructures are making it difficult to enjoy the internet. At times using hardware becomes preferable, only that we can't access the internet through them.
Let the service providers give us good service. Software owns this generation. The dispensation of hardwares is over.
Summary:
In this video, Task discusses the transition from Web 2 to Web 3 and the exponential impact of Web 3 on data and information flow. He explains how Web 2 is based on a client-server architecture where entities control the hardware and data, limiting access and usage. In contrast, Web 3 operates on a decentralized model where data is open, permissionless, and stored on the blockchain, allowing for seamless sharing and utilization. Task emphasizes the cost benefits of Web 3, highlighting how businesses can leverage existing data and systems without the need for extensive infrastructure. He explores the concept of a "data multiplier", showcasing the efficiency and scalability of Web 3 compared to Web 2 in terms of data dissemination and utilization.
Detailed Article:
Task delves into the fundamental shift from Web 2 to Web 3, focusing on the transformative impact of the latter on data management and information flow. He begins by elucidating the client-server architecture underpinning Web 2, wherein entities like social media platforms, search engines, and cloud services control vast server farms storing data. This structure grants them immense power and control over the information generated by users. Task stresses that in Web 2, data resides on the company's servers, and access is restricted by login credentials, creating central points of control.
Task contrasts this with Web 3, where decentralization is key. He explains that in Web 3, data is stored on a blockchain network, making it open, permissionless, and easily accessible to anyone without the need for centralized entities controlling the hardware. This democratization of data enables seamless sharing and utilization by multiple entities. Task emphasizes the significance of the shift from hardware-centric Web 2 to software-driven Web 3, where information flows freely and can be utilized without barriers.
Furthermore, Task highlights the cost benefits of Web 3, noting that businesses can tap into existing blockchain data and systems without the hefty infrastructure costs associated with Web 2. He emphasizes the sustainability and efficiency of leveraging blockchain technology for data storage and authentication, eliminating the need to build and maintain extensive databases.
One of the key concepts Task explores is the idea of a "data multiplier" in Web 3. He illustrates how a single piece of content or information can be repurposed and utilized across multiple interfaces or applications simultaneously. This scalability and versatility of data dissemination in Web 3 contrasts starkly with the limitations of Web 2, where data control and distribution are centralized and restricted.
In conclusion, Task underscores the importance of understanding the transformative potential of Web 3, particularly its ability to streamline data flow, reduce friction, and enable efficient utilization of information across various platforms. By embracing the decentralized and permissionless nature of Web 3, businesses can harness the power of blockchain technology to drive innovation and scalability in data management and dissemination.
Notice: This is an AI-generated summary based on a transcript of the video. The summarization of the videos in this channel was requested/approved by the channel owner.