An asset inspection system for inspecting an asset, comprising: a robot for implementing an inspection algorithm to inspect the asset; and a server, wherein the server is configured to: receive, from the robot, a request for data, wherein the requested data comprises a desired inspection algorithm, and wherein the server comprises: a parsing engine configured to parse the request for the desired inspection algorithm received from the robot; and a searching engine configured to search for the desired inspection algorithm amongst candidate inspection algorithms in a database stored on the server based on matching, characterised in that: the searching engine is configured to use a cost function to measure a match between the desired inspection algorithm and the candidate inspection algorithms, and return the closest inspection algorithm for the robot out of the candidate inspection algorithms; wherein the server is further configured to: encrypt the closest inspection algorithm; and transmit the closest inspection algorithm to the robot; wherein the robot is configured to implement the closest inspection algorithm so as to collect inspection data corresponding to the asset based at least in part on the closest inspection algorithm and transmit the collected inspection data to the server. a robot for implementing an inspection algorithm to inspect the asset; and a server, wherein the server is configured to: receive, from the robot, a request for data, wherein the requested data comprises a desired inspection algorithm, and wherein the server comprises: a parsing engine configured to parse the request for the desired inspection algorithm received from the robot; and a searching engine configured to search for the desired inspection algorithm amongst candidate inspection algorithms in a database stored on the server based on matching, characterised in that: the searching engine is configured to use a cost function to measure a match between the desired inspection algorithm and the candidate inspection algorithms, and return the closest inspection algorithm for the robot out of the candidate inspection algorithms; wherein the server is further configured to: encrypt the closest inspection algorithm; and transmit the closest inspection algorithm to the robot; wherein the robot is configured to implement the closest inspection algorithm so as to collect inspection data corresponding to the asset based at least in part on the closest inspection algorithm and transmit the collected inspection data to the server. receive, from the robot, a request for data, wherein the requested data comprises a desired inspection algorithm, and wherein the server comprises: a parsing engine configured to parse the request for the desired inspection algorithm received from the robot; and a searching engine configured to search for the desired inspection algorithm amongst candidate inspection algorithms in a database stored on the server based on matching, a parsing engine configured to parse the request for the desired inspection algorithm received from the robot; and a searching engine configured to search for the desired inspection algorithm amongst candidate inspection algorithms in a database stored on the server based on matching, characterised in that: the searching engine is configured to use a cost function to measure a match between the desired inspection algorithm and the candidate inspection algorithms, and return the closest inspection algorithm for the robot out of the candidate inspection algorithms; wherein the server is further configured to: encrypt the closest inspection algorithm; and transmit the closest inspection algorithm to the robot; wherein the robot is configured to implement the closest inspection algorithm so as to collect inspection data corresponding to the asset based at least in part on the closest inspection algorithm and transmit the collected inspection data to the server. the searching engine is configured to use a cost function to measure a match between the desired inspection algorithm and the candidate inspection algorithms, and return the closest inspection algorithm for the robot out of the candidate inspection algorithms; wherein the server is further configured to: encrypt the closest inspection algorithm; and transmit the closest inspection algorithm to the robot; encrypt the closest inspection algorithm; and transmit the closest inspection algorithm to the robot; wherein the robot is configured to implement the closest inspection algorithm so as to collect inspection data corresponding to the asset based at least in part on the closest inspection algorithm and transmit the collected inspection data to the server.