Non-volatile storage device offloading

A method, comprising:

• performing a plurality of read operations to read first data from a local non-volatile memory and at least one second storage device;
• determining at least one first intermediate parity based on performing at least one first XOR operation of the first data, the at least one first intermediate parity being stored in at least one local buffer of the first storage device;
• retrieving at least one second intermediate parity of second data from at least one remote buffer of at least one third storage device, the at least one second intermediate parity being stored in the at least one remote buffer of at least one third storage device after being determined by the at least one third storage device;
• determining at least one partial parity based on performing at least one second XOR operation of the at least one first intermediate parity and the at least one second intermediate parity;
• and
• storing the at least one partial parity in at least one fourth storage device, the at least one partial parity corresponds to a set of data, and the set of data comprises the first data and the second data.

At least one non-transitory processor-readable medium comprising processor-readable instructions, such that, when executed by a processor of a first storage device, causes the processor to:

• perform a plurality of read operations to read first data from a local non-volatile memory and at least one second storage device;
• determine at least one first intermediate parity based on performing at least one first XOR operation of the first data, the at least one first intermediate parity being stored in at least one local buffer of the first storage device;
• retrieve at least one second intermediate parity of second data from at least one remote buffer of at least one third storage device, the at least one second intermediate parity being stored in the at least one remote buffer of at least one third storage device after being determined by the at least one third storage device;
• determine at least one partial parity based on performing at least one second XOR operation of the at least one first intermediate parity and the at least one second intermediate parity;
• and
• store the at least one partial parity in at least one fourth storage device, the at least one partial parity corresponds to a set of data, and the set of data comprises the first data and the second data.