An apparatus for providing encryption of a target file in an acceleration connection system, the apparatus comprising: a data storage; and a processor communicatively connected to the data storage, the processor being configured to: separate the target file into at least one first static file chunk and at least one first dynamic file chunk in response to a request from a first client; separate the target file into at least one second static file chunk and at least one second dynamic file chunk in response to a request from a second client; create a first encrypted static file chunk of the at least one first static file chunk based on a first encryption scheme; create a first encrypted dynamic file chunk of the at least one first dynamic file chunk based on a second encryption scheme; create a second encrypted static file chunk of the at least one second static file chunk based on a first encryption scheme; and create a second encrypted dynamic file chunk of the at least one second dynamic file chunk based on a second encryption scheme; wherein the first client and the second client are different; wherein the first encryption scheme and the second encryption scheme are different; and wherein the first encrypted static file chunk and the second encrypted static file chunk are the same. a data storage; and a processor communicatively connected to the data storage, the processor being configured to: separate the target file into at least one first static file chunk and at least one first dynamic file chunk in response to a request from a first client; separate the target file into at least one second static file chunk and at least one second dynamic file chunk in response to a request from a second client; create a first encrypted static file chunk of the at least one first static file chunk based on a first encryption scheme; create a first encrypted dynamic file chunk of the at least one first dynamic file chunk based on a second encryption scheme; create a second encrypted static file chunk of the at least one second static file chunk based on a first encryption scheme; and create a second encrypted dynamic file chunk of the at least one second dynamic file chunk based on a second encryption scheme; wherein the first client and the second client are different; wherein the first encryption scheme and the second encryption scheme are different; and wherein the first encrypted static file chunk and the second encrypted static file chunk are the same. separate the target file into at least one first static file chunk and at least one first dynamic file chunk in response to a request from a first client; separate the target file into at least one second static file chunk and at least one second dynamic file chunk in response to a request from a second client; create a first encrypted static file chunk of the at least one first static file chunk based on a first encryption scheme; create a first encrypted dynamic file chunk of the at least one first dynamic file chunk based on a second encryption scheme; create a second encrypted static file chunk of the at least one second static file chunk based on a first encryption scheme; and create a second encrypted dynamic file chunk of the at least one second dynamic file chunk based on a second encryption scheme; wherein the first client and the second client are different; wherein the first encryption scheme and the second encryption scheme are different; and wherein the first encrypted static file chunk and the second encrypted static file chunk are the same.