Creating secure data in an oil and gas supply chain
The present invention generally relates to a system and method creating secure data in a gas and oil supply chain. The system creates secure data related to oil and gas assets while traversing an oil and gas supply chain. At least one repository system(s), which collects secure data generated by capturing information using a secure observer device, sends the secure data to a gateway which is a part of a global management system or an integrity management system to create clustered events. The disclosure also relates to a system and method for managing and controlling data between entities in an oil and gas asset supply chain, and in particular to an excise tax management system and method to identify and reconcile tax filings, production volumes and operational reports.
1. A system for creating secure data related to oil and gas assets while traversing a supply chain, comprising:
sensors provided along the supply chain, wherein each sensor from the sensors is configured to capture data including volume of a product, standard information of the product from a product identifier and secure information from a marking, authenticate the marking and add encryption to the captured data creating thereby encrypted data, wherein the product is marked with the product identifier and the marking, wherein the captured data includes a unique tag reflecting a location of the product along the supply chain at a moment when the data is being captured;
at least one repository system which is configured to collect the encrypted data from the sensors and send them to a gateway,
wherein the gateway provides a mechanism to transform the encrypted data received from the at least one repository system into a format that is further secured and which is compatible with a data integration system before used in a global management system or in an integrity management system, and further wherein data generated and created in the gateway are provided to the global management system or the integrity management system to create clustered events, and further the gateway is configured to verify, before transforming the encrypted data received from the at least one repository system, that the encrypted data received from the at least one repository system are authentic data and have not been corrupted by external sources,
wherein the product is oil or fuel transported via a pipeline or in tanks of a truck, and the marking is inside the product and comprises a chemical composition identifying the secure information,
wherein the captured encrypted data relate to a specified event occurring in the supply chain,
wherein the collected data from each sensor of the sensors is acquired several times for a predetermined period of time being not more than 30 seconds to obtain, for each sensor, a set of the collected data related to the product, and for each set of the collected data, the collected data from the set is verified as to whether the collected data from the set has essentially the same value, prior to being transferred to the gateway, wherein the data measured by each of the sensors is considered to be correct if the data measured by each of the sensors does not essentially change for the predetermined period of time, and if the collected data from the set is verified to have essentially the same value, the collected data from the set is verified to be correct.
2. The system for creating secure data according to claim 1 , further comprising an event management platform to obtain supply chain visibility using the collected secure data to identify at least one of tampering, diversion, adulteration, counterfeiting, fraud and tax fraud of the product in the supply chain.
3. The system for creating secure data according to claim 2 , wherein the repository system communicates with the event management platform via a network and includes a plurality of storage devices accessible by and distributed among the system.
4. The system for creating secure data according to claim 1 , wherein the chemical composition has compounds with luminescent properties in the range of at least one of UV, IR and Near IR and mixtures thereof which may represent a chemical key.
5. The system for creating secure data according to claim 1 , wherein the product identifier is linked to the marking.
6. The system for creating secure data according to claim 1 , wherein the system further comprises an electronic system or mechanism added to at least one sensor of the sensors, which is configured to protect the at least one sensor from tampering or diversion and to protect the access to the at least one sensor by any means.
7. The system for creating secure data according to claim 1 , wherein a concentration of the marking in the product further identifies the secure information.
8. The system for creating secure data according to claim 1 , wherein the system is configured to monitor variations of the captured volume of the product at different locations of the captured locations.
9. The system for creating secure data according to claim 1 , wherein at least one sensor of the sensors is a secure sensor.
10. A method for creating secure data related to oil and gas assets while traversing a supply chain, comprising:
by each sensor from sensors provided along the supply chain, capturing data including volume of a product, standard information of the product from a product identifier and secure information from a marking, authenticating the marking, and adding encryption to the captured data creating thereby encrypted data, wherein the product is marked with the product identifier and the marking, wherein the captured data includes a unique tag reflecting a location of the product along the supply chain at a moment when the data is being captured;
collecting and sending the encrypted data from the sensors by at least one repository system to a gateway, wherein the gateway provides a mechanism to transform the encrypted data received from the at least one repository system into a format that is further secured and which is compatible with a data integration system before used in a global management system or in an integrity management system, and further wherein data generated and created in the gateway are provided to the global management system or the integrity management system to create clustered events, and further the gateway verifies, before transforming the encrypted data received from the at least one repository system, that the encrypted data received from the at least one repository system are authentic data and have not been corrupted by external sou rces,
wherein the product is oil or fuel transported via a pipeline or in tanks of a truck, and the marking is inside the product and comprises a chemical composition identifying the secure information,
wherein the captured encrypted data relate to a specified event occurring in the supply chain,
wherein the collected data from each sensor of the sensors is acquired several times for a predetermined period of time being not more than 30 seconds to obtain, for each sensor, a set of the collected data related to the product, and for each set of the collected data, the collected data from the set is verified as to whether the collected data from the set has essentially the same value, prior to being transferred to the gateway, wherein the data measured by each of the sensors is considered to be correct if the data measured by each of the sensors does not essentially change for the predetermined period of time, and if the collected data from the set is verified to have essentially the same value, the collected data from the set is verified to be correct.
11. The method for creating secure data according to claim 10 , further comprising obtaining supply chain visibility, in an event management platform, using the collected secure data to identify at least one of tampering, diversion, adulteration, counterfeiting, fraud and tax fraud of a product in the supply chain.
12. The method for creating secure data according to claim 11 , wherein the repository system communicates with the event management platform via a network and includes a plurality of storage devices accessible by and distributed among the system.
13. The method for creating secure data according to claim 10 , wherein the composition has compounds with luminescent properties in the range of at least one of UV, IR and Near IR and mixtures thereof which may represent a chemical key.
14. The method for creating secure data according to claim 10 , wherein the product identifier is linked to the marking.
15. A non-transitory computer readable medium storing a program to create secure data related to oil and gas assets while traversing a supply chain, the program when executed by a processor, comprising:
by each sensor from sensors provided along the supply chain, capturing data including volume of a product, standard information of the product from a product identifier and secure information from a marking, authenticating the marking, and adding encryption to the captured data creating thereby encrypted data, wherein the product is marked with the product identifier and the marking, wherein the captured data includes a unique tag reflecting a location of the product along the supply chain at a moment when the data is being captured;
collecting and sending the encrypted data from the sensors by at least one repository system to a gateway, wherein the gateway provides a mechanism to transform the encrypted data received from the at least one repository system into a format that is further secured and which is compatible with a data integration system before used in a global management system or in an integrity management system, and further wherein data generated and created in the gateway are provided to the global management system or the integrity management system to create clustered events, and further the gateway verifies, before transforming the encrypted data received from the at least one repository system, that the encrypted data received from the at least one repository system are authentic data and have not been corrupted by external sources,
wherein the product is oil or fuel transported via a pipeline or in tanks of a truck, and the marking is inside the product and comprises a chemical composition identifying the secure information,
wherein the captured encrypted data relate to a specified event occurring in the supply chain,
wherein the collected data from each sensor of the sensors is acquired several times for a predetermined period of time being not more than 30 seconds to obtain, for each sensor, a set of the collected data related to the product, and for each set of the collected data, the collected data from the set is verified as to whether the collected data from the set has essentially the same value, prior to being transferred to the gateway, wherein the data measured by each of the sensors is considered to be correct if the data measured by each of the sensors does not essentially change for the predetermined period of time, and if the collected data from the set is verified to have essentially the same value, the collected data from the set is verified to be correct.
16. The non-transitory computer readable medium according to claim 15 , further comprising obtaining supply chain visibility, in an event management platform, using the collected secure data to identify at least one of tampering, diversion, adulteration, counterfeiting, fraud and tax fraud of a product in the supply chain.
17. The non-transitory computer readable medium according to claim 16 , wherein the repository system communicates with the event management platform via a network and includes a plurality of storage devices accessible by and distributed among the system.
18. The non-transitory computer readable medium according to claim 15 , wherein the composition has compounds with luminescent properties in the range of at least one of UV, IR and Near IR and mixtures thereof which may represent a chemical key.
19. The non-transitory computer readable medium according to claim 15 , wherein the product identifier is linked to the marking.