Tauchain: The Social Dispersed Computer introduced as a Social Network? By Dana Edwards. Posted on Steemit. October 12, 2018.
What might a Tau Operating System via a Tau Social Dispersed Computer function like?
We know from tauchain.org that the first iteration of Tau is to be a discussion platform not too dissimilar from Facebook. Of course this would simply be the front end or the "face" of what could behind the scenes evolve toward a social dispersed computer complete with a dispersed operating system. The resources have to be managed and a kernel could provide for this in a manner not dissimilar to what we see with EOS. The Agoras or AGRS token specifically represents "resources" as it is the tokenization of resources for whichever application Tauchain will use.
TML provides the basis from which to create the necessary languages to produce a dispersed operating system computer. Zennet even has an algorithm which Ohad himself worked on for the purpose of calculating the resource requirements. All minds will be able to contribute towards the computational resources (at least in theory) of Tauchain.
Because of Zennet there may in fact not be a limit to the amount of computation resources which we could throw at the super computer. It will of course depend on resource management which is where a kernel likely comes into play because any smart apps built to run on Tau will have to ask for resources. Resource management is one of the core functions of a kernel and of an operating system which is why I think it is likely that Tauchain will have one. I think the Ethereum route shows problems with scaling as applications also have to compete for resources in a way where the network cannot self manage it. Cryptokitties for example can render the whole Ethereum network lagged and if this is a computer then it could mean a nonsense app could disrupt more critical apps.
A prime example of a potential smart app for Tauchain
An example (which may or may not be feasible) is a health and fitness app. The app in theory could allow any user to provide data such as genetic information, blood test results, exercise tracking, blood pressure, blood sugar and anything else. All of this could provide a feedback loop back to the patient on how to improve their health over time based on the knowledge of Tau. As technology gets better the users could add more devices to provide more data for a better feedback loop. As technology evolves FGPAs could be added to meet the demand for calculations and storage can be rented as well.
An operating system could give priority to this kind of app by load balancing the resources. How would it know to do this? Tau could learn the morals, legal ramifications, and a consensus can emerge that health related apps deserve a premium access to resources because it can save lives.
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Suggested readings to better understand the Tau ecosystem, Tau Meta Language, Tau-Chain and Agoras, and collaborate in the development of the project.
Lecturas sugeridas para entender mejor el ecosistema Tau, Tau Meta Lenguaje, Tau-Chain y Agoras, y colaborar en el desarrollo del proyecto.