I doubt that you could ever fully protect against it. I think, and I'm not an expert here, that the VeChain method relies on automated smart sensors which record (and possibly log, I don't know) data onto the chain, combined with a set of trusted individuals who know how and where to read data in. They follow products from start to end i.e. from harvest/manufacture to the final point of sale, logging all major data along the way. I hope that sort of answers your question; sorry I'm not specialised/knowledgeable enough to elaborate further.
Sure, no problem, not an expert on the technology but, based on what you're saying, it sounds a lot like this application doesn't really need a blockchain:
automated smart sensors
oracle problem: again how do you make sure that the data that comes in is not junk.
trusted individuals:
this one speaks for itself, if at the end of the day you're going to rely on trust then a blockchain doesn't seem to be necessary, but as I said I am not familiar with the finest points about this technology.
I doubt that you could ever fully protect against it. I think, and I'm not an expert here, that the VeChain method relies on automated smart sensors which record (and possibly log, I don't know) data onto the chain, combined with a set of trusted individuals who know how and where to read data in. They follow products from start to end i.e. from harvest/manufacture to the final point of sale, logging all major data along the way. I hope that sort of answers your question; sorry I'm not specialised/knowledgeable enough to elaborate further.
Sure, no problem, not an expert on the technology but, based on what you're saying, it sounds a lot like this application doesn't really need a blockchain:
oracle problem: again how do you make sure that the data that comes in is not junk.
this one speaks for itself, if at the end of the day you're going to rely on trust then a blockchain doesn't seem to be necessary, but as I said I am not familiar with the finest points about this technology.