A vacuum control system for brake boosters, comprising: a plurality of electric vacuum pumps (101,102) fluidly connected to each other in parallel, wherein the plurality of vacuum pumps (101,102) are fluidly connectable to a common outlet port of a vacuum tank for sucking air from the vacuum tank; and a processor configured to: operate at least one first vacuum pump of the plurality of vacuum pumps (101,102) to generate a first vacuum in the vacuum tank; and upon detecting an event, operate at least one second vacuum pump of the plurality of vacuum pumps (101,102) in an alternate mode with the at least one first vacuum pump to generate a second vacuum in the vacuum tank, the event being related to at least one of an instant vacuum demand, a vacuum level in the vacuum tank, an operation of the vacuum pumps (101,102), a reception of signals from devices communicatively coupled to the vacuum control system and an operation of the devices; or upon detecting an event, simultaneously operate the at least one second vacuum pump to generate a second vacuum in the vacuum tank with the at least one first vacuum pump, the event being selected from a group comprising: a starting of a vehicle incorporating the vacuum control system, a reception of a signal indicating an emergency brake of the vehicle, a projected vacuum level within the vacuum tank reaching a critical vacuum level, the at least one first vacuum pump operating under extreme conditions and a total or particle failure of measurement or control sensors of the vacuum control system. a plurality of electric vacuum pumps (101,102) fluidly connected to each other in parallel, wherein the plurality of vacuum pumps (101,102) are fluidly connectable to a common outlet port of a vacuum tank for sucking air from the vacuum tank; and a processor configured to: operate at least one first vacuum pump of the plurality of vacuum pumps (101,102) to generate a first vacuum in the vacuum tank; and upon detecting an event, operate at least one second vacuum pump of the plurality of vacuum pumps (101,102) in an alternate mode with the at least one first vacuum pump to generate a second vacuum in the vacuum tank, the event being related to at least one of an instant vacuum demand, a vacuum level in the vacuum tank, an operation of the vacuum pumps (101,102), a reception of signals from devices communicatively coupled to the vacuum control system and an operation of the devices; or upon detecting an event, simultaneously operate the at least one second vacuum pump to generate a second vacuum in the vacuum tank with the at least one first vacuum pump, the event being selected from a group comprising: a starting of a vehicle incorporating the vacuum control system, a reception of a signal indicating an emergency brake of the vehicle, a projected vacuum level within the vacuum tank reaching a critical vacuum level, the at least one first vacuum pump operating under extreme conditions and a total or particle failure of measurement or control sensors of the vacuum control system. operate at least one first vacuum pump of the plurality of vacuum pumps (101,102) to generate a first vacuum in the vacuum tank; and upon detecting an event, operate at least one second vacuum pump of the plurality of vacuum pumps (101,102) in an alternate mode with the at least one first vacuum pump to generate a second vacuum in the vacuum tank, the event being related to at least one of an instant vacuum demand, a vacuum level in the vacuum tank, an operation of the vacuum pumps (101,102), a reception of signals from devices communicatively coupled to the vacuum control system and an operation of the devices; or upon detecting an event, simultaneously operate the at least one second vacuum pump to generate a second vacuum in the vacuum tank with the at least one first vacuum pump, the event being selected from a group comprising: a starting of a vehicle incorporating the vacuum control system, a reception of a signal indicating an emergency brake of the vehicle, a projected vacuum level within the vacuum tank reaching a critical vacuum level, the at least one first vacuum pump operating under extreme conditions and a total or particle failure of measurement or control sensors of the vacuum control system.