6 results about "Inbound communication" patented technology

A secure translator is described herein for use with an insecure device. An insecure device is a computing device that either does not have the ability to or can no longer communicate at desired security levels. The secure translator is configured to act as a proxy for insecure devices, allowing for full translation of any inbound communication to be secured, with information scrubbed or otherwise manipulated, then translated over a direct connection to the insecure device.

A communication servicing method provided by the present application comprising: receiving a request from a callee account to check whether an inbound communication received by a callee phone via a telecommunication network is acceptable; determining whether a caller id number of the inbound communication is associated with a ticket registered by the callee account; and returning that the inbound communication is acceptable to the callee phone when the caller id number of the inbound communication is associated with the ticket registered by the callee account.

This invention provides a data concealment transmission method based on source tracing risk assessment and adversarial evaluation, relating to the fields of network security and data privacy protection technology. The method includes: deploying a data communication protection gateway between internal services and external networks to uniformly access inbound and outbound communication traffic; performing session reassembly and protocol parsing on the original network packets to obtain communication units abstracted from each request or response; based on the communication units, parsing their payload content to identify sensitive data and generate sensitive tags; extracting receiver identity, transmission channel attributes, and historical alarm records as contextual features from the communication environment and session metadata, fusing them to form a feature vector; and combining the feature vector with historical data flow trajectories. This invention achieves accurate quantification of source tracing risks in cross-domain data communication, dynamic adaptation and continuous optimization of protection strategies, effectively improving the security and reliability of concealed data transmission.

Systems and methods for improved data processing of communications across computer networks using trifurcated prompts during communication exchanges are described. For example, the system may receive a first inbound communication, wherein the first inbound communication system may determine a first context for the first inbound communication based on the first text string. The system may process the first context in a perturbation model to determining a first perturbed context, wherein the perturbation model determines the first perturbed context by determining a first alternative token for a first token in the first context. The system may determine a first prompt for a first large language model based on the first perturbed context.

The present disclosure provides systems and methods for secure, compliant, context-driven electronic communications using an agentic AI platform. Within a server, modular AI bot components are dynamically instantiated, sequenced, and deallocated by a bot orchestration engine in response to workflow context extracted from inbound communication data. Computer-executable instructions stored in memory implement a multi-stage privacy pipeline including REGEX matching, NER, and locally retrainable SLMs language models to redact PII and other sensitive identifiers prior to further processing. The architecture incorporates parallel processing routines for privacy enforcement, context extraction, compliance evaluation, and agentic bot management. Composite prompts generated from bot outputs are supplied to downstream LLMs for draft creation. Generated drafts undergo post-processing and automated review for regulatory compliance by a compliance engine, while an audit log module records transactions for traceability and continuous system optimization.

A communication device may comprise a controller, wherein the controller may be configured to: receive alert information from a security monitoring device different from the communication device, the alert information indicating that an attack on an intranet to which the communication device belongs was detected; and in a case where the alert information is received from the security monitoring device, execute a security process for increasing security of the communication device. The security process may include at least one of: a process of shifting an operation mode of the communication device from a normal mode to a prohibition mode, the normal mode allowing receipt through inbound communication, and the prohibition mode prohibiting the receipt through the inbound communication; a process of deleting data in a memory of the communication device; and a process of encrypting data in the memory of the communication device.