Abstract: A system and method for personalizing one or more product contents. The method encompasses detecting, the one or more product contents on a digital platform in response to a product search query. The method thereafter comprises detecting, at least one of one or more objects and one or more attributes for each of the one or more product contents. Further the method encompasses extracting, at least one target portion from each of the one or more product contents based on the at least one of the detected one or more objects and the detected one or more attributes. The method thereafter comprises augmenting, each of the one or more product contents with the corresponding at least one target portion to personalize the one or more product contents.

Abstract: A system and method for dynamically shaping an inter-datacenter traffic. The method encompasses receiving, one or more inter-datacenter data packets of the inter-datacenter traffic, wherein each inter-datacenter data packet is associated with a corresponding application and/or application interaction. The method thereafter encompasses identifying, one or more target application flow policies for said each inter-datacenter data packet from one or more application flow policies pre-stored in one or more eBPF maps. The method thereafter leads to dynamically marking, a priority for said each inter-datacenter data packet using an eBPF XDP techstack, based at least on the identified one or more target application flow policies. Further the method encompasses transmitting to an edge router, said each inter-datacenter data packet with the corresponding marked priority.

Abstract: The present disclosure relates to methods and systems for actively monitoring a latency in a network fabric comprising one or more data centres. The method begins with identifying a path between a pinger node and a responder node. A custom packet is then generated to be routed from the pinger node to the responder node via the path. Thereafter, the custom packet is encapsulated with one or more IP headers and deterministically routed from the pinger node to the responder node, subsequent to which a reverse custom packet is generated to be routed from the responder node to the pinger node. Next, the reverse custom packet is encapsulated with one or more IP headers. The method then includes deterministically routing the encapsulated reverse custom packet from the responder node to the pinger node and monitoring the latency between the pinger node and the responder node.

Abstract: A system and method for generating a natural language answer for one or more user queries. The method encompasses receiving, the one or more user queries. Further the method leads to receiving, an information comprising at least one set of candidates, from a plurality of information sources. The method further comprises identifying, a set of target candidates from the at least one set of candidates based on a relevancy score. Thereafter the method encompasses removing, one or more ambiguities present in the set of target candidates based at least on a sentiment analysis. The method further comprises identifying, a set of relevant candidates from the set of target candidates based on the removal of the one or more ambiguities. Further the method encompasses generating, the natural language answer for the one or more user queries based at least on their corresponding set of relevant candidates.

Abstract: A system and method for determining market share of an organization. The method encompasses receiving, at least one of a voice of customer data, an internal data of the organization and an external data. The method thereafter leads to determining, one or more set of target features based on at least one of the voice of customer data, the internal data of the organization and the external data. Further the method comprises generating, one or more pre-trained dataset based at least on the one or more set of target features. The method thereafter encompasses receiving, at least one of a first set of feature constraints and a second set of feature constraints. Further the method comprises determining, the market share of the organization based at least on the one or more pre-trained dataset, the first set of feature constraints and the second set of feature constraints.

Abstract: A system and method for facilitating data sharing between a first organization and a second organization. The method encompasses initiating, a secure network link between a digital platform of the first organization and the second organization. The method further comprises identifying, a first set of customer identifiers. Thereafter the method comprises receiving, a second bloom filter at the digital platform of the first organization. The method further comprises identifying, a first set of uncommon customers between the first organization and the second organization based on the second bloom filter and the first set of customer identifiers. Thereafter the method encompasses creating, a third bloom filter for the first set of uncommon customers. The method further comprises identifying, at the digital platform of the first organization, a first set of potentially common customers based at least on the third bloom filter and the first set of customer identifiers.

Abstract: A system and method for automatically identifying an anomalous pattern. The method encompasses receiving, a stream of data. The method further comprises determining, a monitoring metric for at least one of one or more dimensions and one or more groups of dimensions associated with the stream of data, at a target time and at a benchmark time period. Further the method comprises identifying, the monitoring metric at the target time as an outlier to the monitoring metric at the benchmark time period based at least on a threshold value. The method further comprises automatically identifying, the anomalous pattern based at least on said identification of the monitoring metric for at least one of the dimension(s) and the group(s) of dimensions at the target time as the outlier to the monitoring metric for at least one of the dimension(s) and the group(s) of dimensions at the benchmark time period.

Abstract: A system and method for providing a response to a parallel search query received at a digital platform. The method encompasses receiving, at the digital platform, a user query. The method thereafter comprises identifying, a plurality of entities in the user query. Further the method encompasses identifying, the user query as the parallel search query based on the identification of the plurality of entities in the user query. The method thereafter comprises generating, a user interface based on the identification of the parallel search query, wherein the user interface comprises a scrollable segment for each entity from the plurality of entities. Also, the method comprises performing, a search for said each entity. The method thereafter comprises generating, a response for said each entity based on the search performed. Further the method comprises providing, the response generated for said each entity via the scrollable segment for said each entity.

Abstract: A system and method for generating a response to a user query. The method encompasses receiving, at a transceiver unit [102], the user query. The method thereafter leads to identifying, by an encoder unit [104], a user context associated with the user query based on one or more pre-stored datasets. Further the method encompasses predicting, by a prediction unit [106], one or more parameters corresponding the user query based on at least one of one or more offline-policies and one or more online-policies. The method thereafter comprises generating, by a decoder unit [108], the response to the user query based at least on the user context associated with the user query and the one or more parameters corresponding to the user query.

Abstract: The present disclosure provides a method [200] and system [100] for automatically routing one or more shipments in a supply chain network. The method encompasses providing, by a ciphertext generator unit [102], a scannable ciphertext associated with information for one or more assets in the supply chain network. The method further encompasses detecting, by a detection unit [104], at least one event based on a change in one or more parameters. The method thereafter leads to dynamically updating, by a processing unit [106], the information associated with the scannable ciphertext based on detection of the at least one event. Further the method encompasses automatically routing, by the processing unit [106], the one or more shipments in the supply chain network based on the updated information associated with the scannable ciphertext.

Abstract: A system and method for generating a user query based on a target context aware token. The method encompasses initiating, by a processing unit [102], a search engine. The method further comprises receiving, via an input unit [104], a user input at the search engine. The method further recommends, by the processing unit [102], a set of context aware tokens based at least on the user input. Further the method encompasses selecting, by the processing unit [102], a target context aware token from the set of context aware tokens based on a user selection. The method thereafter comprises appending, by the processing unit [102], the target context aware token to the user input in the search engine. Further the method comprises generating, by the processing unit [102], the user query based on appending the target context aware token to the user input.

Abstract: The present disclosure provides a customizable trolley to improve the Space Productivity Index (SPI) in Last Mile Large (LML) delivery hubs. The customizable trolley [100] comprises at least one base [102]. The customizable trolley [100] also comprises a set of connecting rods [106], wherein each connecting rod of the set of connecting rods [106] is coupled to at least one corner of the at least one base [102, and each connected rod comprises of a plurality of grooves. Further, the customizable trolley [100] comprises a set of clamps [110], wherein each clamp of the set of clamps [110] are detachably attached to at least one groove of the plurality of grooves. Furthermore, the customizable trolley [100] comprises a set of adjustable separators [108] detachably attached to the set of clamps [110].

Abstract: The present disclosure provides a method [200] and system [100] for identifying a target order item. The method encompasses identifying, by an identification unit [102], one or more active order items associated with one or more users and one or more features of the one or more active order items. Further the method encompasses determining, by a processing unit [104], a ranking score of the one or more active order items based on the feature(s) of the one or more active order items. The method then leads to comparing, by the processing unit [104], the ranking score of the active order item(s) with a threshold ranking score. Further, the method encompasses identifying, by the identification unit [102], the target order item based at least on a successful comparison of a ranking score of a first active order item from the active order item(s) with the threshold ranking score.

Abstract: A system and method for generation of a user feedback data is provided. The method encompasses extracting in real time, from social media platform(s), a set of social media posts, wherein each social media post comprises mention(s) related to e-commerce platform(s). The method thereafter encompasses categorizing, each social media post into one of a promotional post and non-promotional post. The method further comprises identifying, a sentiment associated with each social media post. Further, the method encompasses assigning, a customer experience node and/or a business unit with the social media post(s). The method thereafter leads to removing, irrelevant posts from the set of social media posts. The method then generates the user feedback data based on the removal of the at least one irrelevant post and the assigned customer experience node, the assigned business unit and/or the sentiment of each social media post.

Abstract: A system and method for providing an augmented reality environment for a digital platform. The method encompasses receiving, at a transceiver unit [102] from an electronic device, a user input via the digital platform, wherein the user input comprises at least one camera invoking gesture. The method thereafter comprises enabling, by a processing unit [104], a camera functionality of a camera unit of the electronic device, based on the camera invoking gesture. Further the method encompasses receiving, by the processing unit [104] from one or more sensors, a surrounding environment data based on the enabled camera functionality. Further the method comprises generating, by the processing unit [104], the augmented reality environment associated with the digital platform, based on the surrounding environment data.

Abstract: A system and method for providing an information related to similar product of a product. The method encompasses receiving at least one numeric query comprising numeric part/s and non-numeric part/s. The method thereafter comprises identifying an availability of product/s corresponding to the at least one numeric query. Further, the method encompasses generating a positive indication and/or a negative indication based on the identification of the availability of the product/s. The method thereafter encompasses identifying at least one numeric alternate for the numeric part/s based on the negative indication, an intent of the at least one non-numeric part of said each numeric query and an availability of similar product/s of the product/s. Further the method comprises providing an information related to the similar product/s based on the at least one numeric alternate of the numeric part/s and the availability of the similar product/s.

Abstract: A system and method for customizing a digital platform for a target user. The method encompasses receiving, at a transceiver unit [102], a target user selection number of at least one high value action (HVA) on the digital platform. The method thereafter comprises determining, by a processing unit [104], a quantile score for the target user based on a first set of users identified from a plurality of users on the digital platform. Further the method by the processing unit [104] determines an importance score for the HVA/s based at least on a successful placement of a first order by a second set of users identified from the plurality of users. The method thereafter encompasses determining, by the processing unit [104], a score for the HVA/s based on the quantile score and the importance score, to customize the digital platform.

Abstract: The present disclosure provides system [100] and method [200] for vehicular fleet routing for shipment delivery. The system determines the routes based on a cost model that includes one or more of total travel time, route properties such as compactness, even distribution of shipments and route outliers while working within bounds on one more of vehicle capacity and delivery time-windows. The method encompasses receiving, at least one input comprising a set of locations to be serviced and a location of a hub. Thereafter, the method determines an initial set of routes between the hub and the set of locations satisfying one or more capacity constraints. The method further comprises modifying, iteratively, the determined initial set of routes based on a combination of multiple operations that reconfigure the routes to arrive at a final configuration of routes.