Abstract: Systems, methods, and devices for facilitating computational resource access by artificial intelligence (AI) agents through token-based allocation and multi-agent workflow optimization. The system generates tokens corresponding to computational resources including processing power, memory, storage, and bandwidth. AI agents submit resource requests with priority tokens, creating queues ordered by priority token quantity. Higher-priority bids receive preferential positions. The system transfers resource tokens to agents based on queue order, enabling resource access through token exchange. The system can receive user prompts indicating computational objectives and determines multiple AI agentic approaches comprising AI model sequences. After evaluating approaches against operational policies, the system generates resource utilization and performance estimates, executing a preferred approach balancing efficiency with output quality.

Abstract: Systems, methods, and devices for facilitating computational resource access by artificial intelligence (AI) agents through token-based allocation and multi-agent workflow optimization. The system generates tokens corresponding to computational resources including processing power, memory, storage, and bandwidth. AI agents submit resource requests with priority tokens, creating queues ordered by priority token quantity. Higher-priority bids receive preferential positions. The system transfers resource tokens to agents based on queue order, enabling resource access through token exchange. The system can receive user prompts indicating computational objectives and determines multiple AI agentic approaches comprising AI model sequences. After evaluating approaches against operational policies, the system generates resource utilization and performance estimates, executing a preferred approach balancing efficiency with output quality.

Abstract: Systems, methods, and devices for facilitating computational resource access by artificial intelligence (AI) agents through token-based allocation and multi-agent workflow optimization. The system generates tokens corresponding to computational resources including processing power, memory, storage, and bandwidth. AI agents submit resource requests with priority tokens, creating queues ordered by priority token quantity. Higher-priority bids receive preferential positions. The system transfers resource tokens to agents based on queue order, enabling resource access through token exchange. The system can receive user prompts indicating computational objectives and determines multiple AI agentic approaches comprising AI model sequences. After evaluating approaches against operational policies, the system generates resource utilization and performance estimates, executing a preferred approach balancing efficiency with output quality.

Abstract: The disclosed data generation platform enables generation of an output in response to an output generation request based on tuning a routing model that enables model selection in a dynamic, system-sensitive manner. For example, the disclosed data generation platform receives an output generation request for a user device and generates a risk indicator associated with the output generation request. The platform can determine a current system state and generate a set of performance indicators and associated weighting values based on the risk indicator and the system state. The data generation platform can select a first routing model based on the weighting values. The data generation platform can provide the output generation request to the first routing model to generate an indication of a model with which to generate a model output responsive to the input. The data generation platform can enable access to the generated model output.

Abstract: The systems and methods disclosed herein enable dynamic selection of a routing model for generation of an output in response to a provided input (e.g., a prompt for a large-language model). Based on the selected routing model, the data generation platform can evaluate the input and/or other suitable system parameters (e.g., system resource usage) to determine a suitable model for processing the provided input. For example, the routing model can determine a technical application associated with the input and dynamically determine to modify the input prior to generation of the output based on system resource measurement values and/or other suitable information, thereby conferring efficiency, security, and accuracy benefits while preserving system resilience.

Abstract: The disclosed data generation platform enables generation of an output in response to an output generation request based on tuning a routing model that enables model selection in a dynamic, system-sensitive manner. For example, the disclosed data generation platform receives an output generation request for a user device and generates a risk indicator associated with the output generation request. The platform can determine a current system state and generate a set of performance indicators and associated weighting values based on the risk indicator and the system state. The data generation platform can select a first routing model based on the weighting values. The data generation platform can provide the output generation request to the first routing model to generate an indication of a model with which to generate a model output responsive to the input. The data generation platform can enable access to the generated model output.

Abstract: Techniques for providing extended shipping options are described. In some embodiments, a user may specify extended shipping options that are not otherwise provided by or accessible via an existing shipment information specification user interface. In one embodiment, the user accesses a module configured to facilitate specification of extended shipping options and in response, provide an indicator of the specified extended shipping option, such as a tag or uniform resource identifier. The indicator of the extended shipping option is then incorporated into a user interface element, such as an address field, of the shipment information specification user interface. Once the user finalizes the order, the indicator of the extended shipping option is transmitted along with other shipment information items to a merchant and/or carrier system, where services specified by the extended shipping option are initiated.

Abstract: A hanging packaging comprising a product packaging with a height direction, a width direction, and a depth direction x, y, z, and a removable hanger. Preferably the hanger comprises a hanging element, a first connection element, a second connection element, and a web element running between the first connection element and the second connection element wherein the first connection element and the second connection element can be released from the product packaging and the first connection element and the second connection element are spaced apart from one another in the width direction (y) and/or in the depth direction (z). Also disclosed is a hanger for a product packaging of a hanging packaging of this type.

Abstract: Techniques for providing extended shipping options are described. In some embodiments, a user may specify extended shipping options that are not otherwise provided by or accessible via an existing shipment information specification user interface. In one embodiment, the user accesses a module configured to facilitate specification of extended shipping options and in response, provide an indicator of the specified extended shipping option, such as a tag or uniform resource identifier. The indicator of the extended shipping option is then incorporated into a user interface element, such as an address field, of the shipment information specification user interface. Once the user finalizes the order, the indicator of the extended shipping option is transmitted along with other shipment information items to a merchant and/or carrier system, where services specified by the extended shipping option are initiated.

Abstract: Techniques for providing extended shipping options are described. In some embodiments, a user may specify extended shipping options that are not otherwise provided by or accessible via an existing shipment information specification user interface. In one embodiment, the user accesses a module configured to facilitate specification of extended shipping options and in response, provide an indicator of the specified extended shipping option, such as a tag or uniform resource identifier. The indicator of the extended shipping option is then incorporated into a user interface element, such as an address field, of the shipment information specification user interface. Once the user finalizes the order, the indicator of the extended shipping option is transmitted along with other shipment information items to a merchant and/or carrier system, where services specified by the extended shipping option are initiated.

Abstract: Techniques for providing extended shipping options are described. In some embodiments, a user may specify extended shipping options that are not otherwise provided by or accessible via an existing shipment information specification user interface. In one embodiment, the user accesses a module configured to facilitate specification of extended shipping options and in response, provide an indicator of the specified extended shipping option, such as a tag or uniform resource identifier. The indicator of the extended shipping option is then incorporated into a user interface element, such as an address field, of the shipment information specification user interface. Once the user finalizes the order, the indicator of the extended shipping option is transmitted along with other shipment information items to a merchant and/or carrier system, where services specified by the extended shipping option are initiated.

Abstract: Techniques for providing extended shipping options are described. In some embodiments, a user may specify extended shipping options that are not otherwise provided by or accessible via an existing shipment information specification user interface. In one embodiment, the user accesses a module configured to facilitate specification of extended shipping options and in response, provide an indicator of the specified extended shipping option, such as a tag or uniform resource identifier. The indicator of the extended shipping option is then incorporated into a user interface element, such as an address field, of the shipment information specification user interface. Once the user finalizes the order, the indicator of the extended shipping option is transmitted along with other shipment information items to a merchant and/or carrier system, where services specified by the extended shipping option are initiated.

Abstract: Techniques for providing extended shipping options are described. In some embodiments, a user may specify extended shipping options that are not otherwise provided by or accessible via an existing shipment information specification user interface. In one embodiment, the user accesses a module configured to facilitate specification of extended shipping options and in response, provide an indicator of the specified extended shipping option, such as a tag or uniform resource identifier. The indicator of the extended shipping option is then incorporated into a user interface element, such as an address field, of the shipment information specification user interface. Once the user finalizes the order, the indicator of the extended shipping option is transmitted along with other shipment information items to a merchant and/or carrier system, where services specified by the extended shipping option are initiated.

Abstract: Some demonstrative embodiments of the invention may include a liquid disinfection system having built-in cleaning and deposit prevention capabilities. The system may include a conduit to carry a flowing liquid to be disinfected, an illumination source and an ultrasonic cleaning unit mounted on an external surface of the conduit.

Abstract: Some demonstrative embodiments of the invention include a system and a method for disinfection of a liquid including monitoring the disinfection process. The system may include a short-path light detector located in proximity to the illumination source to detect the intensity of light emitted from the illumination source at a short distance from the source. The system may include at least one additional long-path light detector located in proximity to the transparent walls of the conduit of liquid to be disinfected that detects light emitted from the illumination source after propagating in the liquid and exiting through the transparent walls.

Abstract: Some demonstrative embodiments of the invention include a system and a method for disinfection of a liquid including monitoring the disinfection process. The system may include a short-path light detector located in proximity to the illumination source to detect the intensity of light emitted from the illumination source at a short distance from the source. The system may include at least one additional long-path light detector located in proximity to the transparent walls of the conduit of liquid to be disinfected that detects light emitted from the illumination source after propagating in the liquid and exiting through the transparent walls.

Abstract: Some demonstrative embodiments of the invention may include a liquid disinfection system having built-in cleaning and deposit prevention capabilities. The system may include a conduit to carry a flowing liquid to be disinfected, an illumination source and an ultrasonic cleaning unit mounted on an external surface of the conduit.