A subsea control module (SCM, 410), comprising: - a first subsea electronics module comprising a first central processing unit, a first input means and a first output means, the first CPU and the first input means and the first output means being SIL3 certified according to IEC 61508 (IEC 61508 Parts 1 - 7:2010 published on 30.04.2010) and IEC 61511 (IEC 61511 - 1:2016+Corr.1:2016+AMD1:2017 published on 16.08.2017), wherein the first input means is configured to receive an incoming data signal from at least one sensor and transmit the incoming data signal to the first CPU; the first CPU is configured to receive the incoming data signal from the at least one sensor, apply pre-programmed logic to the said incoming data signal and send an outgoing data signal to the first output means; and the first output means is configured to receive the outgoing data signal from the first CPU and send the outgoing data signal to at least one dump valve configured for releasing pressure in a hydraulic actuation line; - a second redundant subsea electronic module, acting independently from and simultaneously with the first SEM, comprising a second CPU, a second input means and a second output means, the second CPU and the second input means and the second output means being SIL3 certified according to IEC 61508 and IEC 61511, wherein the second input means is configured to receive the incoming data signal from said at least one sensor and transmit the incoming data signal to the second CPU; the second CPU is configured to receive the incoming data signal from the at least one sensor, apply pre-programmed logic to the incoming data signal and send an outgoing data signal to the second output means; the second output means is configured to receive the outgoing data signal from the second CPU and send the outgoing data signal to a dump valve in order to provide data communication redundancy for said at least one dump valve; and certified electronics enabling communication from and to the subsea control module through a SIL3 certified communication protocol according to IEC 61508 and IEC 61511; the subsea control module being SIL3 certified according to IEC 61508 and IEC 61511. - a first subsea electronics module comprising a first central processing unit, a first input means and a first output means, the first CPU and the first input means and the first output means being SIL3 certified according to IEC 61508 (IEC 61508 Parts 1 - 7:2010 published on 30.04.2010) and IEC 61511 (IEC 61511 - 1:2016+Corr.1:2016+AMD1:2017 published on 16.08.2017), wherein the first input means is configured to receive an incoming data signal from at least one sensor and transmit the incoming data signal to the first CPU; the first CPU is configured to receive the incoming data signal from the at least one sensor, apply pre-programmed logic to the said incoming data signal and send an outgoing data signal to the first output means; and the first output means is configured to receive the outgoing data signal from the first CPU and send the outgoing data signal to at least one dump valve configured for releasing pressure in a hydraulic actuation line; - a second redundant subsea electronic module, acting independently from and simultaneously with the first SEM, comprising a second CPU, a second input means and a second output means, the second CPU and the second input means and the second output means being SIL3 certified according to IEC 61508 and IEC 61511, wherein the second input means is configured to receive the incoming data signal from said at least one sensor and transmit the incoming data signal to the second CPU; the second CPU is configured to receive the incoming data signal from the at least one sensor, apply pre-programmed logic to the incoming data signal and send an outgoing data signal to the second output means; the second output means is configured to receive the outgoing data signal from the second CPU and send the outgoing data signal to a dump valve in order to provide data communication redundancy for said at least one dump valve; and certified electronics enabling communication from and to the subsea control module through a SIL3 certified communication protocol according to IEC 61508 and IEC 61511; the subsea control module being SIL3 certified according to IEC 61508 and IEC 61511.