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MA VISION DU MARCHE 😶

nous sommes là pour se faire de l'argent donner moi votre vision des choses et aidons nous les uns aux autres

#bitcon $BTC

One concept is helping me change my thoughts about robots, which is why I read a lot about Fabric Protocol for real guys

Majority of the population claims that robots are nothing but machines that take orders. However, as I got to know more about this project, I understood that Fabric attempts to address an additional issue. It is not just a question of making robots smarter. It is a question of demonstrating that a robot has actually done whatever it says it has. This can appear minor, but this would be one of the largest issues in the future robot economy.

Nowadays, after a robot completes a task we tend to have faith in the business that operates it to verify the outcome. To illustrate this, when a warehouse robot puts a box or a delivery robot drops something at a door the system only records the action and believes that this was done correctly. Nonetheless, this model is based solely on faith in the operator. Fabric is experimenting with an alternative in which a robot behavior can be verified using cryptographic evidence as opposed to mere logs. That is to say, the robot does not simply state that the job is done. It provides evidence that the network is self checking.

The deeper I thought of this, the more interesting it became. It is not necessary to simply do the work but to verify in most industries. Suppose big farms had farming robots. One robot monitors the crops, another sprays the field, and a third one collects harvest data. In case of a decline in harvest, farmers have to understand what has occurred. A good verification would ensure that every robot would simply claim that it has done its work. To address this, Fabric aims to allow machines to demonstrate their work without exposing any personal information by relying on such tools as zero-knowledge verification.

To my opinion, this alters the discussion of robotics. Rather than simply inquiring the extent to which robots are capable, one should also enquire about the degree of trust in their actions. Verification systems are already present in human society everywhere. We possess receipts, contracts, certificates and audit trails. These tools allow strangers to collaborate as they demonstrate evidence that there is adherence to agreements. Fabric appears to be experimenting with machines.

One more aspect I was interested in is the way that Fabric relates this verification to money rewards. In the network, robots and operators must pay tokens in the form of a work bond in order to join the network. When a machine behaves in a way that it is wrong or it transmits false information, then that tie can be broken or removed. This is what leaves behind a simple rule, machines can receive rewards only when their work can be checked. Possession of nothing in itself is not rewarding. Actual work does.

Interesting!

The thought I had was how this would transform the way machines collaborate. Provided that robots are capable of proving themselves, working together could be safer among machines of other companies. One of the robots would be a delivery robot, another one would be a maintenance robot, and a monitoring robot. Every robot provides a tested bit of information to the network. With time this may accumulate a common history of machine movement.

Naturally, numerous problems still exist

It is so difficult to check real work compared to digital transactions. Sensors may fail, environments may vary, and machines may behave in a non-predictable manner. It requires a lot of testing to create a viable method of proof even with cryptographic systems. The success of fabric will be determined by the ability of these verification systems to operate in non-controlled environments.

Nevertheless, I am thinking of robotics in a different way because of the concept. The future of smart machines could be dependent not only on their level of smartness, but also on the extent of our trust in the work that they perform. In case machines are to become part of economies, they will require mechanisms to justify their activities the same way human beings do.

That is what to me makes Fabric Protocol interesting. It is the purpose to create the framework that transforms machine activity into that which is verifiable and has money value. And should robots actually become a significant part of our daily existence, it is a possibility that systems that demonstrate machine work may end up being one of the most significant elements in the entire robotics ecosystem.

#ROBO @Fabric Foundation
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