1. How does blockchain enable digital provenance?
Blockchain is a publicly transparent digital ledger of transactions,
maintained and based on networked computers.
A record of every transaction entered into a blockchain ledger since its creation,
is maintained and redisplayed in real time in both: every subsequent transaction,
and in every networked computer in which every subsequent transaction occurs.
Therefore, any and every transaction may be tracked and traced at any time.
Next, the blockchain code only allows for input entry of the data of a transaction,
and once the transaction is completed, it may not be changed or deleted.
A completed transaction basically becomes “Read Only”.
Therefore, provenance - which is the origin, history, and record of ownership of a thing,
is enabled and provided for through this publicly transparent network of unalterable, verifiable data.
2. Why doesn’t a normal database bring the same provenance?
A “normal” database is able to be altered, and therefore cannot provide accurate provenance
in the true and strict definition of the term.
Also, “normal” databases are not duplicated over publicly transparent networks in the way that a blockchain is. The network phenomenon of redundancy also provides assurance against loss of data.
3. Why is digital provenance such a great benefit to many businesses?
This digital provenance is not based on trust between fallible humans,
it is based on factual, unalterable digital code.
Therefore, the code actually provides the trust that what it declares to be true, IS true -
what it states to be so, IS so.
Therefore, businesses can truly rely on such things as claimed inventory,
claimed ingredients, claimed performance of every kind -
manufacture, delivery, receipt, and any other performance parameter or metric
which a business needs to monitor.