Abstract: Systems and methods for providing a decentralized anti-counterfeit solution for supply chain tracking are disclosed. Exemplary implementations may: electronically store a product identifier that identifies a physical product; generate a secret code that is packaged with the physical product in a tamper-evident manner; generate a one-way encrypted code based on the secret code and the product identifier; create an asset that includes code executable by a decentralized database; record the asset on a decentralized database; record the one-way encrypted code in the asset; receive a request for verification regarding a given physical product; generate a given one-way encrypted code based on the request; determine whether the given one-way encrypted code is a match of the one-way encrypted code as recorded in the asset; responsive to a match, return a notification to the given user and remove the one-way encrypted code from the asset.

Abstract: Systems and methods for writing updates to and/or reading previously stored updates of assets that are implemented as smart contracts on a decentralized database are disclosed. Exemplary implementations may: receive a first request, from a first client computing device associated with a first user, to write a first update to an individual asset, or to read one or more previously stored updates; transfer the first request to the decentralized database; responsive to transferring the first request, receive the first reference from the decentralized database; generate a second file and a second reference; store the second file on the content-addressable file system; and record the second reference in the state of the individual asset on the decentralized database.

Abstract: Systems and methods for writing updates to and/or reading previously stored updates of assets that are implemented as smart contracts on a decentralized database are disclosed. Exemplary implementations may: receive a first request, from a first client computing device associated with a first user, to write a first update to an individual asset, or to read one or more previously stored updates; transfer the first request to the decentralized database; responsive to transferring the first request, receive the first reference from the decentralized database; generate a second file and a second reference; store the second file on the content-addressable file system; and record the second reference in the state of the individual asset on the decentralized database.

Abstract: Systems and methods for writing updates to and/or reading previously stored updates of assets that are implemented as smart contracts on a decentralized database are disclosed. Exemplary implementations may: receive a first request, from a first client computing device associated with a first user, to write a first update to an individual asset, or to read one or more previously stored updates; transfer the first request to the decentralized database; responsive to transferring the first request, receive the first reference from the decentralized database; generate a second file and a second reference; store the second file on the content-addressable file system; and record the second reference in the state of the individual asset on the decentralized database.

Abstract: Systems and methods for writing updates to and/or reading previously stored updates of assets that are implemented as smart contracts on a decentralized database are disclosed. Exemplary implementations may: receive a first request, from a first client computing device associated with a first user, to write a first update to an individual asset, or to read one or more previously stored updates; transfer the first request to the decentralized database; responsive to transferring the first request, receive the first reference from the decentralized database; generate a second file and a second reference; store the second file on the content-addressable file system; and record the second reference in the state of the individual asset on the decentralized database.

Abstract: Systems and methods for writing updates to and/or reading previously stored updates of assets that are implemented as smart contracts on a decentralized database are disclosed. Exemplary implementations may: receive a first request, from a first client computing device associated with a first user, to write a first update to an individual asset, or to read one or more previously stored updates; transfer the first request to the decentralized database; responsive to transferring the first request, receive the first reference from the decentralized database; generate a second file and a second reference; store the second file on the content-addressable file system; and record the second reference in the state of the individual asset on the decentralized database.

Abstract: Systems and methods for validating device permissions of computing devices to execute code on a decentralized database are disclosed. Exemplary implementations may: store, on the decentralized database, a first set of code executable by the decentralized database, the first set of code being configured to instantiate objects; and store on the decentralized database, a second set of code executable by the decentralized database, the second set of code defining functions, the functions including receiving requests from computing devices, validating whether the requesting computing devices are permitted to make the requests, modifying the state of instantiated objects in accordance with the received requests, and/or other functions.

Abstract: Systems and methods for validating device permissions of computing devices to execute code on a decentralized database are disclosed. Exemplary implementations may: store, on the decentralized database, a first set of code executable by the decentralized database, the first set of code being configured to instantiate objects; and store, on the decentralized database, a second set of code executable by the decentralized database, the second set of code defining functions, the functions including receiving requests from computing devices, validating whether the requesting computing devices are permitted to make the requests, modifying the state of instantiated objects in accordance with the received requests, and/or other functions.

Abstract: Systems and methods for writing updates to and/or reading previously stored updates of assets that are implemented as smart contracts on a decentralized database are disclosed. Exemplary implementations may: receive a first request, from a first client computing device associated with a first user, to write a first update to an individual asset, or to read one or more previously stored updates; transfer the first request to the decentralized database; responsive to transferring the first request, receive the first reference from the decentralized database; generate a second file and a second reference; store the second file on the content-addressable file system; and record the second reference in the state of the individual asset on the decentralized database.

Abstract: Systems and methods for validating device permissions of computing devices to execute code on a decentralized database are disclosed. Exemplary implementations may: store, on the decentralized database, a first set of code executable by the decentralized database, the first set of code being configured to instantiate objects; and store, on the decentralized database, a second set of code executable by the decentralized database, the second set of code defining functions, the functions including receiving requests from computing devices, validating whether the requesting computing devices are permitted to make the requests, modifying the state of instantiated objects in accordance with the received requests, and/or other functions.