117 results about "Email address" patented technology

A system and method are disclosed for enabling secure and low-friction peer-to-peer financial transactions using email communication without requiring user login. A payment server receives an email message from a responder that includes a token embedded in a mailto hyperlink. The server extracts and decodes the token to retrieve transaction data, including the responder's email address and a transaction amount. The server authenticates the responder by comparing the email address extracted from the token with the sender address of the email. Upon successful validation, the server initiates a financial transaction with a payment processing system—without requiring the responder to access a login page, enter credentials, or navigate to a website. The invention improves upon conventional browser-based payment workflows by reducing user interaction and enhancing transaction efficiency and security.

The invention provides a context-based deep mail password strength measurement method, which comprises the following steps of: introducing user context information such as an e-mail, a name and a birthday on a basic password measurement model framework, and realizing information fusion through a multi-head self-attention mechanism; and a password sequence probability calculation model is constructed in combination with a character-level long-short-term memory network (LSTM). An evaluation system taking guess times as a core index is established to quantify the performance difference of different models under the condition that whether user context information exists or not. Experiments show that the method can more truly reflect the cracking capability of an attacker when the attacker masters the context information of the user.

There is provided a method to transfer funds from a user's financial institution account to an electronic wallet (e-wallet). The e-wallet is provided by an e-wallet provider. The method includes obtaining a message addressed to an email address from an interbank network. The message includes the email address and a transaction identifier (ID). The method further includes obtaining an e-wallet ID associated with the e-wallet. The transaction ID is provided to the interbank network and a hash salt of a security question is obtained from the interbank network. The hash salt of the security question, the security answer and the e-wallet ID are provided to cause the interbank network to authenticate the transaction and the amount of funds is transferred from the account at the financial institution to the e-wallet provider and an e-wallet balance of the e-wallet is updated.

In one aspect, an apparatus may include a processor system (24) and storage (28) accessible to the processor system. The storage may include instructions executable by the processor system to access (400) an email received at a recipient email account and to parse (410) data related to the email. Based on the parsing of the data, the instructions may be executable to determine (420) whether to take at least one action to help avoid a potential phishing instance based on bogus or look-alike email addresses. Based on a determination to take at least one action to help avoid the potential phishing instance, the instructions may be executable to take (440) at least a first action to help avoid the potential phishing instance. Thus, various techniques may be implemented to help avoid phishing attempts from email addresses that would look legitimate to an unsuspecting user, helping to prevent fraud, cybertheft, and other malicious phishing outcomes.

A user may register with a fleet system responsible for remote management of a fleet of endpoint devices. The fleet system can determine a level of trust for the user based on information associated with an email address of the user and other information and register the user if the determined level of trust is sufficient. The registered user can request an activation token to be used for provisioning an endpoint device for consent-free out-of-band management. An endpoint device can be provisioned by the user submitting the activation token to the fleet service, the fleet service sending the activation token to the endpoint device, the endpoint device generating an ownership voucher request that includes the activation token, the fleet service verifying and validating the ownership voucher request, the fleet service returning a signed ownership voucher to the endpoint device, and the endpoint device verifying the signed ownership voucher.

The invention provides a mail information display method, electronic equipment and a storage medium, and is applied to the technical field of E-mail processing. The mail information display method comprises the steps that in response to a received new mail, a mail address list is obtained from the new mail, and the mail address list comprises a plurality of mail addresses; determining association information between the contacts corresponding to the mailbox addresses and the target contact; and rearranging the mailbox addresses according to the associated information to obtain an arranged mailbox address list.

The technology enables efficient and effective real-time sharing of contact information, for instance email addresses, with other people. A machine-readable code, such as a QR code, is associated with a specific email address, which may be an alias of an actual email address of a person. The aliased email address and machine-readable code may be associated with selected contact information, which can automatically be presented to another person who scans the machine-readable code with their device. For example, capture of the machine-readable code may enable an email template to be presented that is prepopulated with at least the aliased email address and / or the selected contact information, or the capture may enable a web link to be presented to the person, so that that person can view the selected contact information.

This application provides a third-party monitoring method for road transport safety management, including: a monitoring platform determining the status of a vehicle entering or exiting an assigned electronic fence based on vehicle satellite positioning data, and generating a regional alarm when a vehicle crosses the boundary or violates speed limits; executing a verification and processing procedure for various alarms generated by the monitoring platform, including platform alarms and proactive safety alarms, supporting enterprise users to appeal the verification results and subsequent review; marking the status of vehicles in special states such as being out of service, under maintenance, scrapped, or suspended from monitoring, and providing abnormal movement records and offline duration statistics queries; pushing announcement documents to subordinate enterprises or initiating safety inspection tasks, and requiring enterprises to submit reading receipts or inspection responses; generating statistical reports on daily, weekly, monthly, and yearly cycles, and supporting scheduled automatic or instant push to designated email addresses.

A database system provides email synchronization a table. The database system receives a request to synchronize data to a data table using an email. The database system generates a table email address for the data table. The table email address is a new email address associated with the data table. The database system receives an email addressed to the table email address. The email comprises a data file including one or more records, each record of the one or more records comprising a respective record identifier. The database system maps the one or more records to the data table using the respective record identifiers. The database system updates the data table using the mapped one or more records.

Systems and methods receive, by a security risk system of an entity, instructions for implementing a cybersecurity and telecommunications security protocol for a list of contact data, the security protocol screening communications relayed via a telecommunications network, the list of contact data including devices associated with telephone numbers, computing device identifiers, and email addresses. Upon ascertaining that an incoming communication is being routed to a destination computing device of the devices included in the list of contact data, data associating with a transmitting source of the incoming communication is identified. The data is compared to stored data that includes indicators of potentially fraudulent sources. Based on the transmitting source including the indicators of a potentially fraudulent source and prior to the incoming communication being routed to the destination computing device, a screening action is performed. An alert is then transmitted to computing device(s) of the security risk system.

According to one embodiment, an image reading device, such as a document scanner or the like, includes a scanner unit configured to provide an image of a document and a control unit. The control unit is configured to recognize name information in the image provided by the scanner unit and acquire information indicating a destination for the image associated with the recognized name information. The control unit then transmits the image to the destination based on the information indicating the destination. For example, the destination may be one or more email addresses or a shared file folder or the like.

Methods and systems for transmitting content during a networked conference. In an embodiment, a method is provided for secure access to online events. The method includes receiving a request from a user to access an online event, obtaining a user email address, an event identifier and an event passcode, and hashing the user email address, the event identifier and the event passcode to generate a ticket hash value. The method also includes forming a secure ticket that comprises the ticket hash value, and transmitting the secure ticket to the user. The method also includes receiving the secure ticket from the user when the user want to access the event, hashing the user email address, the event identifier, and the event passcode to generate a confirming hash value, and comparing the two hash values and granting event access to the user if the two hash values match.

A method, a system and a computer program product for lead management and SPOC control are disclosed. The method includes integrating CRM systems and vendor systems to access lead and vendor data into a lead management system. The method also includes assigning a first lead to a first agent via a lead management module. The method further includes assigning a DID number and a masked email address to the first lead, and routing all communication through lead management system to ensure secure, centralized, and compliant interactions. The method includes dynamically tracking first agent's compliance with lead retention conditions. The method also includes automatically reassigning first lead to a second agent if the first agent is non-compliant with the plurality of lead retention conditions. The method further includes providing a color-coded UI that visually displays lead status and agent compliance for monitoring both lead engagement levels and agent performance.

A public key distribution framework for email addresses comprises Domain Key Authorities (DKAs) designated by Internet domains as authoritative managers of public keys of email addresses belonging to their respective domains. A root DKA (rDKA) anchored to a predetermined root domain serves as a wildcard authority for any email address. To guard against DNS-based attacks, DKAs and the rDKA register signing credentials with a DKA Trust Anchor (DTA). Clients verify signed DKA responses via the signing credentials held by the DTA. This two-layer architecture separates DNS-based service discovery from cryptographic verification, requiring attackers to compromise two independent layers to forge responses. When the DTA's domain is DNSSEC-protected, a single DNSSEC deployment extends cryptographic trust to all DKAs without per-domain DNSSEC. The architecture generalizes to a Domain Trust Propagation (DTP) pattern applicable to multi-domain service frameworks, enabling scalable DNSSEC-backed trust propagation with O(1) rather than O(n) deployment complexity.

The disclosure discusses an AODSA tool that assists a user in submitting data responding to an online data posting. An embodiment of the invention is described as a job application utility. The user registers with a central data management system. This may be achieved by uploading a resume and / or manually providing registration data. Alternately, the registration data may be derived from parsing an uploaded resume that is analyzed and stored. In another embodiment, a user may simply answer a series of registration questions to register, while also creating a resume. Once the identifying information is finalized, the user is able to search the broad range of job listings. The user is able to forward identifying information to respond to a job listing by forwarding an uploaded / system created resume to an email address in the job listing or conduct an auto-fill of a linked online job application form.

The present invention discloses a personnel information authentication method and system based on email addresses, which sets the company that maintains or develops a data sharing system as a first type of enterprise, and sets the company that uses the data sharing system as a second type of enterprise. During the login process, the user account and user password corresponding to the logged-in user are bound to a data transmission model by parsing the body data stream and the data in the header in the post request, and perform basic verification and secondary verification on the user account and user password in the data transmission model. After the verification is passed, it is determined whether the personnel type in the account details data model is an employee of the second type of enterprise. If so, the SmtpClient and the Smtp mail sending server are used to perform email verification according to the email address in the account details data model. If the verification is passed, the user logs in to the data sharing system, which solves the problem in the prior art that the data sharing system cannot identify whether the partner's logged-in user has resigned, which leads to easy leakage of information.

The present disclosure is directed to an improved cookieless ecommerce platform. The proposed approach involves receiving a confirmation of an order for the purchase of an item initiated by a platform member to a platform partner. The order includes at least one of an assigned e-mail address and a social community user id. The platform scans communications to / from the platform member to the partner to determine when a communication involves a request for an order, and based on the scanning, determines when a member is entitled to a cashback or similar reward.

This invention discloses a blockchain-based distributed examination method and system, comprising multiple modules including a management server, a teacher management unit, a student management unit, an examination business management unit, and a smart terminal. The teacher management unit allocates personal accounts and initial keys to teachers. These accounts contain teachers' personal information such as email addresses and mobile phone numbers. When a teacher accesses the grades section, the blockchain network receives a request and sends a dynamic key to the teacher's email address or mobile phone. The dynamic key is valid for 5 minutes. The teacher enters the dynamic key to log in to the grades section, and then the examination business management unit publishes the examination results. Students can check their results via their smart terminals. By adding a dynamic key to the grades section of the teacher management unit, and associating the dynamic key with the teacher's personal terminal, the security of the examination system is enhanced, preventing students from logging into the teacher management unit and tampering with the results.

Systems, apparatus, articles of manufacture, and methods are disclosed to improve the efficiency of an artificial intelligence-based threat detection model. An example apparatus includes interface circuitry, machine readable instructions, and programmable circuitry to at least one of instantiate or execute the machine readable instructions to: obtain an email address from a group of email addresses to be considered as candidates for adding to the list of non-suspicious email addresses, determine that a domain of the email address is indicative of a non-email service providing entity, determine that the email address has a policy configured for a domain-based message authentication, reporting, and conformance (DMARC) record, add the email address associated to the list of non-suspicious email addresses, and cause the artificial intelligence-based threat detection model to skip an analysis of an email associated with the email address.

An automated email processing method based on multi-feature hierarchical classification includes the following steps: Step 1, retrieving emails received from a third-party email address in real time or at regular intervals and storing them in a database; Step 2, periodically loading emails containing predetermined information from the database into a cache; Step 3, matching the corresponding information in the cached emails with the identification code in our system and distributing them to our system; Step 4, replying and / or forwarding the emails through the third-party email address based on the information distributed by our system.

A computerized system for analysis of electronic communication systems comprising: a set of testing computer readable instructions adapted for: receiving an email address representing a target message system to be tested, generating a test email wherein the test message requests a reply message, receiving a reply from the target message system, analyzing the test message and the reply message according to a security test taken from the group consisting of: a TLS encryption analysis, a MX record exposure, a DKIM presence, a SPF presence, a DMARC presence, a reputational information, a reverse DNS lookup consistency and any combination thereof to provide score deduction factors, generating an aggregate deduction value according to the set of security score deduction factors, generating a security score, displaying the security score, and, displaying recommendations for target message system modifications according to the security score deduction factor.

A system and method may link or correlate interaction data such as video recordings to videoconference interactions or meetings from which that interaction data is produced, by sending or transmitting an identifier (e.g. e-mail address) of a participant in a communications application interaction to a global communications application process. The global communications application process may respond to the identifier with a unique identification associated with the interaction. The unique identification of the interaction may be used to access or search for interaction data associated with or produced from the interaction.

1. Name of this design product: Login graphical user interface for electronic equipment. 2. Purpose of this design product: for use in an electronic device. 3. The key design point of this design product lies in the graphical user interface content displayed on the screen. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Because they do not involve the key points of product design, the rear view, left view, right view, top view and bottom view are omitted. 6. Purpose of the graphical user interface: The main view is the interactive interface for logging into the programming learning system. Users can click on the email address and password to enter the corresponding username and password, and click "Login" in the interface to log in.

A method for training an ensemble machine learning model. The method includes applying a first language model to a training data set, having emails stored in a non-transitory computer readable storage medium, to split email addresses in the emails into gibberish email addresses and non-gibberish email addresses. The gibberish email addresses include a first text string that the first language model classifies as gibberish. The non-gibberish email addresses include a second text string that the first language model classifies as non-gibberish. The method also includes training a second language model on the gibberish email addresses. The second language model is trained to determine whether the gibberish email addresses are valid or invalid. The method also includes training a third language model on the non-gibberish email addresses. The third language model is trained to determine whether the non-gibberish email addresses are valid or invalid.

The invention relates to the technical field of mail detection and protection, in particular to a mail protection method and a mail detection method. The mail protection method comprises the following steps: acquiring a to-be-detected mail, judging whether the to-be-detected mail contains a compressed attachment, judging whether the compressed attachment is an encrypted attachment when the to-be-detected mail contains the compressed attachment, judging whether the encrypted attachment can be decrypted according to an agreement when the compressed attachment is the encrypted attachment, and if the encrypted attachment can be decrypted according to the agreement, judging whether the to-be-detected mail contains the compressed attachment. And if the encrypted attachment is decrypted according to the agreement, determining that the to-be-tested mail is a normal mail and sending the to-be-tested mail to a recipient according to the recipient email address of the to-be-tested mail, and if the encrypted attachment cannot be decrypted according to the agreement, determining that the to-be-tested mail is a suspicious mail and performing isolation operation on the suspicious mail. On one hand, mail receiving and sending are carried out through agreed attachment encryption, receiving of phishing mails can be avoided, the mail protection effect is improved, and on the other hand, the mail protection effect can be further improved by isolating suspicious mails.

Online advertisers may demand compliance with certain standards for the content of emails and other digital content with which its advertisements may be associated. Emails may contain control objects directing users to a web page showing content related to oil change coupons. However, in some systems, methods, and processes, a small variable proportion of users may instead be directed to a different sequence of pages to conduct a compliance check on the contents of the email received by the user. The compliance check sequence of pages may offer the user an incentive to forward the email to a specified email address for subsequent compliance review. Delivery of an incentive may be conditioned on successful receipt of the forwarded email.

A method and apparatus of a device that forwards an email from a developer or provider of an application or service to a user is described. In an exemplary embodiment, the device receives an email, where the email includes a provider email address associated with the provider, the provider email address is a “from” email address, an anonymized user email address associated with a user, wherein the anonymized user email address is a “to” email address. The device further extracts an anonymous user identifier from the anonymized user email address and the device determines a provider identifier using at least the anonymous user identifier. In addition, the device determines one or more replacement email addresses and forwards the email using the one or more replacement email addresses.

The disclosed invention pertains to a software system for secure digital communication. It involves generating and assigning a unique email address, structured with a prefix, domain and / or subdomain, to an external user for communication with an internal user. The system monitors subsequent communication, comparing it with the assigned email address to detect any compromise. In case of detected malicious intent, the system initiates appropriate countermeasures, enhancing the overall security of digital communication.

A database system provides email synchronization a table. The database system receives a request to synchronize data to a data table using an email. The database system generates a table email address for the data table. The table email address is a new email address associated with the data table. The database system receives an email addressed to the table email address. The email comprises a data file including one or more records, each record of the one or more records comprising a respective record identifier. The database system maps the one or more records to the data table using the respective record identifiers. The database system updates the data table using the mapped one or more records.

Methods, systems, and apparatus for creating and using virtual email addresses for user privacy protection and data security are described, including computer programs encoded on a computer storage medium. In one aspect, the method includes: receiving login credentials for a first email address mapped to a first set of user information values ​​from a user device and at an identity server; detecting a triggering event by the identity server; in response to detecting the triggering event, creating a new virtual email address separate from the first email address and mapped to a second set of user information values ​​different from the first set of user information values ​​by the identity server; detecting a request for credentials from a requesting entity by the identity server; and in response to detecting the request, transmitting the new virtual email address as a new login credential to the requesting entity by the identity server.