Curtain or door device comprising a plurality of flexible strips, a strip in the plurality of flexible strips, comprising: - RFID reader antenna modules incorporated into the core of the strip, the aforementioned antenna modules being distributed over the entire surface of the aforementioned strip, - Sensors arranged in proximity to each of the antenna modules, the aforementioned sensors enabling detection of the presence of a package or object, - a microelectronic management module incorporated into the strips and configured to: - perform automatic management of the field radiated by the antenna modules by providing the distribution of radiating field to all the aforementioned antenna modules by: ▪ monitoring, by sensors, the presence of an object or a package next to each antenna module, ▪ effectuating the switching of the power radiated - a light-emitting diodes, organic light-emitting diode (OLED) or Phosphorescent organic light-emitting diodes (PHOLED) display module enabling viewing of the state of the logistical transaction at the level of the curtain or door characterized in that the strip has: ∘ a heating core, temperature sensors arranged both sides of the strip, ∘ power dividers and phase shifter circuits connecting the antenna modules to provide a complete distribution of the radiation field at each of the aforementioned modules, ∘ Micro-Electro-Mechanical Systems (MEMS) or Micro-Opto-Electro-Mechanical Systems (MOEMS) sensors operating on the power dividers and phase shifter circuits, ∘ A monitor to detect the direction of passage of objects at the level of the curtain or door, ∘ a module to detect toxic or hazardous substances enabling detection of any product or substance to be monitored at the level of the curtain or door, ∘ sensors are Optical sensors ∘ the switching of radiated power is ensured through MEMS or MOEMS-based sensors, ∘ the microelectronics management module is also configured to measure and regulate the temperature of antenna modules, via temperature sensors and the heating core, respectively, which is regulated by generating a Peltier-effect heating current in a mass circuit of said antenna modules when they are inactive. - RFID reader antenna modules incorporated into the core of the strip, the aforementioned antenna modules being distributed over the entire surface of the aforementioned strip, - Sensors arranged in proximity to each of the antenna modules, the aforementioned sensors enabling detection of the presence of a package or object, - a microelectronic management module incorporated into the strips and configured to: - perform automatic management of the field radiated by the antenna modules by providing the distribution of radiating field to all the aforementioned antenna modules by: ▪ monitoring, by sensors, the presence of an object or a package next to each antenna module, ▪ effectuating the switching of the power radiated ▪ monitoring, by sensors, the presence of an object or a package next to each antenna module, ▪ effectuating the switching of the power radiated - a light-emitting diodes, organic light-emitting diode (OLED) or Phosphorescent organic light-emitting diodes (PHOLED) display module enabling viewing of the state of the logistical transaction at the level of the curtain or door characterized in that the strip has: ∘ a heating core, temperature sensors arranged both sides of the strip, ∘ power dividers and phase shifter circuits connecting the antenna modules to provide a complete distribution of the radiation field at each of the aforementioned modules, ∘ Micro-Electro-Mechanical Systems (MEMS) or Micro-Opto-Electro-Mechanical Systems (MOEMS) sensors operating on the power dividers and phase shifter circuits, ∘ A monitor to detect the direction of passage of objects at the level of the curtain or door, ∘ a module to detect toxic or hazardous substances enabling detection of any product or substance to be monitored at the level of the curtain or door, ∘ sensors are Optical sensors ∘ the switching of radiated power is ensured through MEMS or MOEMS-based sensors, ∘ the microelectronics management module is also configured to measure and regulate the temperature of antenna modules, via temperature sensors and the heating core, respectively, which is regulated by generating a Peltier-effect heating current in a mass circuit of said antenna modules when they are inactive. ∘ a heating core, temperature sensors arranged both sides of the strip, ∘ power dividers and phase shifter circuits connecting the antenna modules to provide a complete distribution of the radiation field at each of the aforementioned modules, ∘ Micro-Electro-Mechanical Systems (MEMS) or Micro-Opto-Electro-Mechanical Systems (MOEMS) sensors operating on the power dividers and phase shifter circuits, ∘ A monitor to detect the direction of passage of objects at the level of the curtain or door, ∘ a module to detect toxic or hazardous substances enabling detection of any product or substance to be monitored at the level of the curtain or door, ∘ sensors are Optical sensors ∘ the switching of radiated power is ensured through MEMS or MOEMS-based sensors, ∘ the microelectronics management module is also configured to measure and regulate the temperature of antenna modules, via temperature sensors and the heating core, respectively, which is regulated by generating a Peltier-effect heating current in a mass circuit of said antenna modules when they are inactive.