Technology for using a simulated state of a digital twin as a password
Authenticating access to a system through the following operations: (i) determining at least one digital twin corresponding to a user; (ii) setting, by the user, modifications to at least one digital twin; (iii) generating, by the digital twin, a value based on the modifications; (iv) authenticating the user based on the generated value matching a stored value; and (v) based on the authentication, granting access to the system. A digital twin of a complex entity can have innumerable states based on the input values. In some embodiments, a new password can make an effect on a selected digital twin with one input or a sequence of inputs. The resulting state is transformed using a hashing algorithm to generate the final password, which is known only to the service provider, can act as a password.
1 . A computer-implemented method (CIM) comprising:
creating a plurality of digital twins each corresponding to one of a plurality of pieces of hardware;
operating the plurality of digital twins in a real world;
receiving an operational data set including data indicative of the operating of the plurality of pieces of hardware in the real world;
updating the plurality of digital twins, based on the operating of the plurality of pieces of hardware in the real world as indicated in the operational data set, as a plurality of real world counterparts of the plurality of digital twins;
deriving a first password based on the plurality of real world counterparts of the plurality of digital twins; and
authenticating a first user based on the first password,
wherein the first password is stronger as a number of the plurality of digital twins increases.
2 . The CIM of claim 1 , wherein the updating the plurality of digital twins includes using the plurality of digital twins in a simulator program so that updated digital twin data results from the using of the simulator program.
3 . The CIM of claim 1 , wherein the creating the plurality of digital twins includes selecting at least one pre-existing digital twin corresponding to the plurality of pieces of hardware.
4 . The CIM of claim 1 , wherein the deriving of the first password includes:
receiving a set of output values from the plurality of real world counterparts of the plurality of digital twins; and
generating a first password string based on the set of output values.
5 . A computer-implemented method (CIM) comprising:
creating a plurality of digital twins each corresponding to one of a plurality of pieces of hardware;
operating the plurality of digital twins in a real world;
receiving an operational data set including data indicative of the operating of the plurality of pieces of hardware in the real world;
updating the plurality of digital twins, based on the operating of the plurality of pieces of hardware in the real world as indicated in the operational data set, as a plurality of real world counterparts of the plurality of digital twins, with the updating including: (i) providing a set of input value(s) in a sequence to a simulator program, with the set of input value(s) being based on the operational data set, and (ii) running the simulator program to obtain a set of output value(s);
deriving a first password by hashing the set of output value(s) and based on the plurality of real world counterparts of the plurality of digital twins; and
authenticating a first user based on the first password,
wherein the first password is stronger as a number of the plurality of digital twins increases.
6 . The CIM of claim 5 , wherein the creating the plurality of digital twins includes selecting at least one pre-existing digital twin corresponding to the plurality of pieces of hardware.
7 . The CIM of claim 5 , wherein the first user controls the operating the plurality of pieces of hardware.
8 . The CIM of claim 5 , wherein the set of output value(s) are complex and real, and the hashing of the set of output value(s) yields the first password in a form of a long complex character pattern.
9 . A computer-implemented method (CIM) comprising:
creating a plurality of digital twins each corresponding to a plurality of processes;
operating the plurality of digital twins in the plurality of processes in a real world;
receiving an operational data set including data indicative of the operating of the plurality of processes in the real world;
updating the plurality of digital twins, based on the operating of the plurality of processes in the real world as indicated in the operational data set, as a plurality of real world counterparts of the plurality of digital twins;
deriving a first password based on the plurality of real world counterparts of the plurality of digital twins; and
authenticating a first user based on the first password,
wherein the first password is stronger as a number of the plurality of digital twins increases.
10 . The CIM of claim 9 , wherein the updating the plurality of digital twins includes using the plurality of digital twins in a simulator program so that updated digital twin data results from the using of the simulator program.
11 . The CIM of claim 9 , wherein at least one of the plurality of processes is a manufacturing process.
12 . The CIM of claim 9 , wherein at least one of the plurality of processes is a set of medical treatment(s).
13 . The CIM of claim 9 , wherein the first user controls the operating the plurality of processes.
14 . The CIM of claim 9 , wherein the updating includes: (i) providing a set of input value(s) to a simulator program, with the set of input value(s) being based on the operational data set, and (ii) running the simulator program to obtain a set of output value(s).
15 . The CIM of claim 14 , wherein the deriving the first password includes hashing the set of output value(s).
16 . The CIM of claim 15 , wherein the set of output value(s) are complex and real, and the hashing the set of output value(s) yields the first password in a form of a long complex character pattern.
17 . The CIM of claim 9 , wherein the creating the plurality of digital twins includes selecting at least one pre-existing digital twin corresponding to the plurality of processes.