Persona-Notitia Intellection Codifier
A persona-notitia intellection codifier (P-NIC) server intelligently codifies and disburses personal user information from a user device (smartphone, laptop, etc.) to a multiplicity of designee devices. Masking Persona-Notitia Intellection Codes (a.k.a. PICs) are created that each stipulate control(s) and parametric limitation(s) for the associated one of a variety of personal user information. The Persona-Notitia Intellection Codifier (P-NIC) server rapidly produces a mask comprising a multiple bit “key” value (i.e., a persona-notitia intellection code (PIC)) that is uniquely distinguishable from every other PIC that's ever been generated for a given user. The value of the PIC is typically many bytes in length, and associates attributes to a unique key value that describes a desired subset of all the user's available personal user information to be unlocked by the key value (i.e., by the PIC).
The present application claims priority from U.S. Provisional No. 61/696,982, entitled “High Fidelity SMS Coverage Using Peer-to-Peer Text Relay”, filed Sep. 5, 2012; from “U.S. Provisional No. 61/696,986, entitled “Hybrid Cell-Site-Sector Broadcast with Point-to-Point SMS CMAS Within Edge Polygons”, filed Sep. 5, 2012; from U.S. Provisional No. 61/696,993, entitled “Ubiquitous Point-to-Point SMS CMAS Using Passive Location Determination”, filed Sep. 5, 2012; and from U.S. Provisional No. 61/868,311, filed Aug. 21, 2013 entitled “Persona-Notitia Intellection Codifier, the entirety of all of which are expressly incorporated herein by reference.
BACKGROUND OF THE INVENTION1. Field of the Invention
This invention relates generally to any form of information exchange. The invention is specifically intended to allow persons to easily and strictly control how information pertaining to themselves is disseminated—and to whom information pertaining to themselves is disseminated. If the dissemination of information can be limited to only those individuals or groups that have been expressly authorized to receive that information then the potential for uncontrolled and unwanted dissemination is reduced.
2. Background of Related Art
Personal Location Codes are known, e.g., co-owned U.S. Pat. No. 7,957,751; U.S. Pat. No. 8,428,619; and U.S. Pat. No. 8,165,603 describe and a personal location code (PLC) that authenticates provision of the location of a requested device. U.S. Pat. Nos. 7,957,751; 8,428,619; and 8,165,603 are expressly incorporated herein by reference.
Such known methods to codify location information dissemination control provides a ‘mapping’ layer between devices allowed access to the device location information, and the location information itself.
SUMMARY OF THE INVENTIONIn accordance with the principles of the present invention, a method of isolating a nature of personal user information from unauthorized devices comprises receiving a PIC code uniquely associated with a given user for which personal user information is requested, the PIC code not including any indication as to a nature of what personal user information is associated therewith. The PIC code is decrypted into association with particular personal user information requested for the given user. The particular personal user information is provided to a requesting device from which the PIC code is received.
In accordance with another aspect of the present invention, a method of isolating the nature of personal user information from unauthorized devices comprises obtaining personal user information relating to a given user. A PIC code is encrypted into a mapped association with the obtained personal user information relating to the given user, the PIC code not including any indication as to a nature of what personal user information is associated therewith. The personal user information is provided only to a requesting device that provides the encrypted PIC code.
Features and advantages of the present invention will become apparent to those skilled in the art from the following description with reference to the drawings, in which:
The present invention provides additional protection of sensitive personal user information obtained from, and provided by, personal devices such as a smartphone, laptop, etc., particularly as our technological society advances and hackers start to steal user's personal user information. Conventional user devices protected user information with the now-common practice of changing passwords regularly to avert hackers able to break through password protected barriers. But this still left the identification of personal user information vulnerable to a hacker able to get past the password input,
The present invention provides user information dissemination control by inserting an ability to mask or obscure the identity of personal user information. The mask itself intentionally provides no information relating to what information it is obscuring. Thus, for instance, the location of a user's child might be identified with a seemingly random character string, e.g., “22529”. In this way it becomes much more difficult for a non-authorized person to determine what personal user information is indicated by “22529”, rather than a more conventional identification of the personal user information as “My son's location.”
The mask in accordance with the principles of the present invention is referred to herein as a “persona-notitia intellection codifier”.
Persona Notitia . . . (p{hacek over (e)}r·sōn·{hacek over (a)} nō·tē sē·{hacek over (a)}) latin phrase meaning “Personal user information”.
Intellection . . . act of applying intelligence
Codifier . . . method or mechanism for systematizing via reduction to a code.
The invention provides a persona-notitia intellection codifier (P-NIC) server to intelligently codify and disburse a multiplicity of elements of personal user information from a user device (such as a smartphone, laptop, etc.) to a multiplicity of designee devices (e.g., other smartphones, laptops, a network server, a tablet computer, etc.)
The present inventors have appreciated that in a world increasingly dominated by digital media and personal device “connectivity” options, there is a growing need for users of connected devices such as smartphones, laptops, tablets, etc., to be able to manage not just what kind of personal user information said individual is sharing via their user device (e.g., smartphone, laptop, tablet, etc.) but with what other devices that personal user information is shared, what limitations on the personal user information must be enacted before the personal user information is shared with other user devices or servers, and ultimately how the other person's user device accessing the personal user information is using the personal user information.
This invention describes a method and mechanism to create and manage masking Persona-Notitia Intellection Codes (a.k.a. PICs), each of which can be stipulated to provide control(s) and parametric limitation(s) for a variety of personal user information. Exemplary personal user information codified by a P-NIC server includes, but is not limited to:
USER IDENTITY (including but not limited to full name, birth date, birth place, social security number, driver's license number, passport, etc.);
USER's PERSONAL FINANCE (including but not limited to bank account number(s), credit card number(s), etc.);
A LEVEL OF ACCURACY OF DEVICE LOCATION;
DEVICE PRESENCE (i.e., availability);
DEVICE(s) ID;
USER DEVICE's PHONE NUMBER(s);
USER DEVICE's EMAIL ADDRESSES;
USER DEVICE's INSTANT MESSENGER ADDRESS(ES);
USER SOCIAL NETWORKING IDENTITIES (including but not limited to FaceBook™, MySpace™, Twitter™, etc.);
USER VEHICLES;
USER MAILING ADDRESS(es);
USER's RELATIVES;
USER's FRIENDS.
One embodiment of the present invention provides a Persona-Notitia Intellection Codifier (P-NIC) server that rapidly produces a mask comprising a multiple bit “key” value (i.e., a persona-notitia intellection code (PIC)) that is uniquely distinguishable from every other PIC that's ever been generated for a given user. In one aspect the value of this persona-notitia intellection code (PIC) is actually many bytes in length, and associates attributes to a unique key value that describes a desired subset of all the user's available personal user information to be unlocked by the key value (i.e., by the PIC).
The creation and maintenance of a Persona-Notitia Intellection Code (PIC) 100, 200, 300, 400 in all disclosed embodiments follows a similar paradigm, regardless of how many elements of the user's personal user information are associated with a given PIC, or how many designee user devices to which the PIC is given for authorized access to the associated personal user information.
A Persona-Notitia Intellection Code (PIC) 100, 200, 300, 400 may encompass an indication of attribution within the PIC 100, 200, 300, 400 itself, but is not required to do so. Any attribute representing an element of personal user information that is identified or selected prior to the creation of the PIC 100, 200, 300, 400 may be incorporated into the PIC 100, 200, 300, 400 itself. The terms “attribute” or “attribution” are used herein to describe sub-components of an exemplary PIC 100, 200, 300, 400 that represents a predefined given element of personal user information.
The identification of an attribute may either enable access to an element of personal user information, or may disable access to an element of personal user information. This aids the ability to determine accessibility of elements of personal user information without the need to communicate with a central Persona-Notitia Intellection Codifier (P-NIC) server 170.
Each PIC 100, 200, 300, 400 is preferably coded and encrypted differently than other PICs to prevent the act of hacking one particular PIC 100, 200, 300, 400 (i.e., breaking encryption protecting the PIC 100, 200, 300, 400 to access the attributes contained within the PIC 100, 200, 300, 400) from allowing the hacker to then read all other PICs. A PIC 100, 200, 300, 400 in which no attributes are encoded need not be encrypted at all. For the purposes of this invention attribute-free PICs may either be encrypted or not encrypted. A PIC 100, 200, 300, 400 in which one or more attributes are encoded is preferably always encrypted.
The first several bytes of the PIC 100, 200, 300, 400 are preferably used to provide a map of the attributes within the PIC 100, 200, 300, 400. The multi-byte attribute map is preferably encrypted. Each attribute encoded within a PIC 100, 200, 300, 400 is preferably encoded using a key value different than all other attributes also encoded within that PIC 100, 200, 300, 400.
A PIC 100, 200, 300, 400 with a multiplicity of attributes encoded within it tends to be many bytes long. To prevent the length of a PIC 100, 200, 300, 400 from unintentionally revealing too much information, the P-NIC server 170 preferably may also use many bytes to create a PIC 100, 200, 300, 400 that contains few (or no) attributes encoded within it.
The ordering of attributes encoded within a PIC 100, 200, 300, 400 is preferably randomly generated.
After randomly ordering attributes within a PIC 100, 200, 300, 400 and then encrypting each differently, the entirety of the PIC 100, 200, 300, 400 is preferably encrypted using a key different than was used for any attribute contained within the PIC 100, 200, 300, 400. All this processing may be time consuming and result in a PIC 100, 200, 300, 400 that is rather lengthy.
For a PIC 100, 200, 300, 400 meant to be evaluated in client software (i.e., software running on a personal computer or mobile device), evaluation of the attributes of a PIC 100, 200, 300, 400 is enabled within the client without having to communicate in near real-time with the P-NIC server 170. In many applications the client software is in regular communication with the P-NIC server 170 for the purpose of receiving/updating the decryption keys it needs.
The central P-NIC server 170 may alter the current setting for the character value of any specific PIC 100, 200, 300, 400 for a given user after the character value of a given PIC 100, 200, 300, 400 is created but before the PIC 100, 200, 300, 400 reaches its expiration date. Resolution of any potential discrepancy of the PIC 100, 200, 300, 400 between its encoding, and a current P-NIC settings in the P-NIC server 170 (which may have been altered thereafter) are resolved with a simple boolean “AND” operation. For instance, if a PIC 100, 200, 300, 400 is encoded to prevent access to an element of personal user information, then no setting at the P-NIC server 170 can override that (e.g., PIC[NO] .AND. P-NIC[YES] ==“NO”). However, if a PIC 100, 200, 300, 400 is encoded to allow access to an element of personal user information, then the setting at the P-NIC server 170 can override the PIC 100, 200, 300, 400 and prevent access to an element of personal user information (e.g., PIC[YES] .AND. P-NIC[NO] ==“NO”).
If the PIC encoding does not represent an element of personal user information in any way, then the setting at the P-NIC server 170 for that user may be used exclusively to allow or prevent access to that element of personal user information. If the PIC 100, 200, 300, 400 does not represent authorization for access to a particular element of personal user information for a given user, then access to that element of personal user information is prevented. Additionally an Error_Condition or similar may be logged by the P-NIC server 170 to indicate that an undocumented element of personal user information was queried, and the specific parameters used during the query may also be saved.
The user device or group of user devices to which the PIC 100, 200, 300, 400 is given have the opportunity to return an acknowledge message indicating receipt of the PIC 100, 200, 300, 400 after a PIC 100, 200, 300, 400 is created and given to a designee device (or to a multiplicity of designee devices, or to a group representing a multiplicity of designee devices, or to a multiplicity of groups each of which represents a multiplicity of designee devices.) An acknowledgement message (e.g., a “PIC-ACK”) passed back to the P-NIC server 170 may include, but is not required to include, a short sequence of bytes representing digits or characters that constitute the PIC recipient device's “personal handshake” with the P-NIC server 170.
When provided as part of the PIC-ACK, the P-NIC server 170 preferably checks every query using that value of PIC for the personal handshake bytes. If the PIC 100, 200, 300, 400 has been sent to a multiplicity of recipient devices and a multiplicity of PIC-ACKs have been returned with personal handshake bytes, then the P-NIC server 170 preferably saves all of the personal handshake byte sequences it receives, along with whatever identification values are available, to test the veracity of incoming requests for personal user information.
Should the P-NIC server 170 receive a request for personal user information that does not have any personal handshake bytes from devices that passed personal handshake bytes back in a PIC-ACK message, then the P-NIC server 170 preferably logs a “SPOOFED QUERY” alarm message and notifies system administrators of the possible illicit use of that PIC 100, 200, 300, 400.
Should the P-NIC server 170 receive a request for personal user information that contains personal handshake bytes that are different than the personal handshake bytes saved from the PIC-ACK message, then the P-NIC server 170 preferably logs a “SPOOFED QUERY” or similar alarm message and notifies system administrators of the possible illicit use of that PIC 100, 200, 300, 400.
Should the P-NIC server 170 receive a request for personal user information that contains personal handshake bytes that match one of the current (i.e., not expired) saved handshakes, but the query and the handshake bytes are received from a device different than the one that sent the PIC-ACK message, then that fact is preferably saved and included in a report (e.g., a monthly report Emailed to an user device of the owner of the relevant personal user information.)
In yet a further embodiment of the present invention, the Persona-Notitia Intellection Codifier (P-NIC) server 170 may enable users more advanced control over the dissemination of their personal user information. For instance, relevant parametric limitations may preferably be completely controlled within the P-NIC server 170, preferably with no portion of these controls embedded within the Persona-Notitia Intellection Codes (PICs) 100, 200, 300, 400.
Exemplary parametric limitations provided by the P-NIC server may include, but are not limited to:
- ▪ PIC expiration date-time (i.e. the date & time after which the PIC will no longer be accepted)
- ▪ location fidelity (i.e. the accuracy that the person will for location reporting)
- ▪ time parameters (i.e. parameters of HOUR, DAY, MONTH, YEAR, and DURATION)
- ∘ StartTime & StopTime
- ∘ StartTime & Duration
- ▪ zone parameters, shapes near stationary point or points including but not limited to
- ∘ Circle (point & radius)
- ∘ Ellipse (point & rotationAngle & majorAxis & minorAxis)
- ∘ Ellipse (FocusPointA & FocusPointB & sumOfDistanceFromFoci)
- ∘ Arc (point & radius & startAngle & stopAngle)
- ∘ Ring (point & innerRadius & outerRadius)
- ∘ ArcBand (point & innerRadius & outerRadius & startAngle & stopAngle)
- ∘ Quadrilateral (pointA & pointB & pointC & pointD)
- ∘ Polygon (collection of N points defining the boundary of an area)
- ▪ proximity parameters, shapes near non-stationary target (typically a mobile device hereafter referred to as Cynosure) including but not limited to
- ∘ Circle (Cynosure & radius)
- ∘ Ellipse (Cynosure & rotationAngle & majorAxis & minorAxis)
- ∘ Arc (Cynosure & radius & startAngle & stopAngle)
- ∘ Ring (Cynosure & innerRadius & outerRadius)
- ∘ ArcBand (Cynosure & innerRadius & outerRadius & startAngle & stopAngle)
In a further exemplary embodiment of the present invention, parametric limitations may be combined to form more sophisticated limitations definitions for a setting in the P-NIC server 170 for a given user. For instance, a time parameter may be combined with a location fidelity parameter to establish a multi-faceted definition for a PIC 100, 200, 300, 400 representing and authorizing when a user device may be located with precision - or conversely when a user device's location should be reported when requested at a lesser fidelity (less accurate, e.g., only to a city level), or not reported at all.
A zone or proximity parameter can be combined with a time parameter to establish a sophisticated definition for a PIC 100, 200, 300, 400 representing where a user device's presence/availability or even personal financial information can be accessed. For instance, a time parameter(s) and a proximity parameter(s) can be combined to establish limitations on when and how close to the user's device another device must be to access any personal user information.
Alternatively, or additionally, proximity and location fidelity parameters can be combined to establish limitations that allow another device to precisely locate the relevant user device only when the other device is physically within a short distance of the relevant user device's location. Conversely, the combination can be used to establish limitations that another device to precisely locate the user device only when the other user device is far away (e.g., greater than a predetermined linear distance) from the relevant user device.
Since each limitation or combination of limitations can be associated with anywhere from one (1) to a multiplicity of Persona-Notitia Intellection Codes (PICs) 100 200, 300, 400, it will be readily apparent that with the present invention users can achieve complete and detailed control over access to their personal user information.
As a further embodiment of the present invention, the P-NIC server 170 preferably supports remote management of both the setting for the creation of the value of PIC codes 100, 200, 300, 400, and limitation settings, so that users can manifest nearly instantaneous control over access to their personal user information via their user device or other device (e.g., a laptop computer, a smartphone, or other type of mobile device, etc.)
As yet another embodiment of the present invention, the Persona-Notitia Intellection Codifier (P-NIC) server 170 preferably keeps a record of every Persona-Notitia Intellection Code (PIC) 100, 200, 300, 400 assigned to a given user, to a given group of users, or to a given collection of groups of users, along with information pertaining to the given user, group, or collection of groups who received each character value of those PICs 100, 200, 300, 400. This information assists the owner user device in controlling access to specific subsets of the user's personal user information. It also provides the user with a means to control the fidelity (i.e., accuracy) of the information reported.
While the invention has been described with reference to the exemplary embodiments thereof, those skilled in the art will be able to make various modifications to the described embodiments of the invention without departing from the true spirit and scope of the invention.
Claims
1-24. (canceled)
25. A method of isolating a nature of personal user information from unauthorized devices, comprising:
- receiving a masking PIC code uniquely associated with a given user for which personal user information is requested, said masking PIC code not providing any information relating to what personal user information is indicated therewith;
- decrypting said masking PIC code into association with a particular subset of personal user information including a current location for said given user; and
- providing said current location for said given user to a requesting device from which said masking PIC code is initiated.
26. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein:
- said requesting device is a smartphone.
27. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein:
- said requesting device is a laptop.
28. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein:
- said masking PIC code is numeric.
29. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- an identity of said given user.
30. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- a personal finance account number of said given user.
31. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- a presence of a given user device.
32. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- a phone number of a given user device.
33. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- an email address of a given user device.
34. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- an instant messenger address of a given user.
35. The method of isolating a nature of personal user information from unauthorized devices according to claim 25, wherein said personal user information further comprises:
- a mailing address of a given user.
36. A method of isolating a nature of personal user information from unauthorized devices, comprising:
- receiving a masking PIC code uniquely associated with a given user for which personal user information is requested, said masking PIC code not providing any information relating to what personal user information is indicated therewith;
- decrypting said masking PIC code into association with a particular subset of personal user information including a bank account number for said given user; and
- providing said bank account number for said given user to a requesting device from which said masking PIC code is initiated.
37. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein:
- said requesting device is a smartphone.
38. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein:
- said requesting device is a laptop.
39. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein:
- said masking PIC code is numeric.
40. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein said personal user information further comprises:
- an identity of said given user.
41. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein said personal user information further comprises:
- a personal finance account number of said given user.
42. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein said personal user information further comprises:
- a presence of a given user device.
43. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein said personal user information further comprises:
- an email address of a given user device.
44. The method of isolating a nature of personal user information from unauthorized devices according to claim 36, wherein said personal user information further comprises:
- a mailing address of a given user.
Type: Application
Filed: Nov 30, 2015
Publication Date: Mar 24, 2016
Inventors: Lance Douglass Pitt (Kent, WA), Gordon John Hines (Kirkland, WA), John Griffin (Boston, MA)
Application Number: 14/953,560
