Method and apparatus for establishing a trusted and secure relationship between two parties connected to a network
View Patent ↗A trusted relationship service includes a certificate authentication server and a secure file host. The certificate authentication server operates to receive requests from a supplier and a customer to register with the service, verifies the identities of the supplier and the customer and sends digital certificates to both the supplier and the customer. The supplier can send information to the trusted relationship service where it is posted in a secure file host. The supplier can solicit the customer to visit the trusted relationship service web site to view the supplier information stored there, whereupon the customer can use their digital certificate to access the trusted relationship service site and is granted permission by the site to view the supplier information.
1. A method for providing secure access to trusted information, comprising:
a trusted relationship service issuing unique identification information to a supplier and to a customer;
the trusted relationship service receiving the unique identification information from the supplier along with information for distribution to the customer;
the trusted relationship service storing the information for distribution to the customer that was received from the supplier in response to authenticating the unique identification information received from the supplier;
the trusted relationship service receiving the unique identification information from the customer along with a request to access the information for distribution to the customer that was received from the supplier and stored by the trusted relationship service; and
the trusted relationship service granting the customer access to the information for distribution to the customer that was received from the supplier and stored by the trusted relationship service in response to authenticating the unique identification information received from the customer.
2. The method of claim 1 wherein the unique identification information is a digital certificate.
3. The method of claim 2 wherein the digital certificate is comprised of a serial number, a party being identified, an algorithm used to create a signature, an identification of the trusted relationship service, a period of time during which the digital certificate is valid, a purpose of a public key, a public key, an algorithm used to hash the digital certificate, and a hash.
4. The method of claim 1 wherein the information for distribution to the customer that was received from the supplier is comprised of one or more of product information, services information, and information relating to discounts offered on products or services.
5. The method of claim 1 wherein authenticating the unique identification information received from the supplier includes the trusted relationship service successfully decrypting the information for distribution to the customer that was received from the supplier.
6. The method of claim 1 wherein the trusted relationship service is also a certificate authority.
7. The method of claim 1 wherein the information for distribution to the customer that was received from the supplier is stored on a secure host.
8. A method for providing secure access to trusted information, comprising:
a trusted relationship service party receiving unique identification information issued to a supplier party and to a customer party from a certificate authority;
the trusted relationship service party receiving the unique identification information from the supplier party along with information for distribution to the customer party;
the trusted relationship service party storing the information for distribution to the customer party that was received from the supplier party on a secure host in response to authenticating the unique identification information received from the supplier party;
the trusted relationship service party receiving the unique identification information from the customer party along with a request to access the information for distribution to the customer party that was received from the supplier party and stored on the secure host; and
the trusted relationship service party granting the customer party access to the information for distribution to the customer party that was received from the supplier party and stored on the secure host in response to authenticating the unique identification information received from the customer party.
9. The method of claim 8 wherein the unique identification information is a digital certificate.
10. The method of claim 9 wherein the digital certificate is comprised of a serial number, a party being identified, an algorithm used to create a signature, an identification of the trusted relationship service party, a period of time during which the digital certificate is valid, a purpose of a public key, a public key, an algorithm used to hash the digital certificate, and a hash.
11. The method of claim 8 wherein the information for distribution to the customer party that was received from the supplier party is comprised of one or more of product information, services information, and information relating to discounts offered on products or services.
12. The method of claim 8 wherein authenticating the unique identification information received from the supplier party includes the trusted relationship service party successfully decrypting the information for distribution to the customer party that was received from the supplier party.
13. The method of claim 8 wherein the trusted relationship service party is also the certificate authority.
14. The method of claim 8 wherein the secure host is controlled by the trusted relationship service party.
15. An apparatus for providing secure access to trusted information, comprising:
a trusted relationship service network communications device comprising:
a memory module that stores interactive web page functionality which operates to:
receive registration requests from each of a supplier and a customer;
receive requests from the supplier to store information for distribution to the customer on a secure host, along with unique identification information for the supplier; and
receive requests from the customer to access the information for distribution to the customer and stored on the secure host, along with unique identification information for the customer;
wherein the memory module also stores certificate request processing and issuing functionality which operates to:
receive, authenticate and issue the unique identification information to the supplier and customer in response to the registration requests received from the supplier and customer by the interactive web page functionality; and
wherein the memory module also stores certificate authentication functionality which operates to:
grant the request received by the interactive web page functionality from the supplier to store the information for distribution to the customer on the secure host in response to authenticating that request using the unique identification information received by the interactive web page functionality from the supplier; and;
grant the request received by the interactive web page functionality from the customer to access the information for distribution to the customer stored on the secure host in response to authenticating that request using the unique identification information received by the interactive web page functionality from the customer.
16. The apparatus of claim 15 wherein the trusted relationship service network communications device is a computational device that is operable to host an interactive web page, perform certificate authentication and issuing, and maintain a database on the secure host.
17. The apparatus of claim 15 wherein the memory module is comprised of an array of one or more hardware memory devices, optical disk storage, or magneto-optical disk storage.
18. The apparatus of claim 15 wherein the unique identification information issued by the certificate request processing and issuing functionality is a digital certificate.
19. The apparatus of claim 18 wherein the digital certificate is comprised of a serial number, a party being identified, an algorithm used to create a signature, an identification of a trusted relationship service, a period of time during which the digital certificate is valid, a purpose of a public key, a public key, an algorithm used to hash the digital certificate, and a hash.