Hybrid multispectral detection device based on monolithic elements, comprising: - a silicon substrate, - a first detector which is installed in the silicon substrate, the first detector comprising a plurality of first juxtaposed sensors, the first sensors being configured to provide an electrical signal which is dependent on the electromagnetic radiation received in the visible range and near infrared range, and the first sensors being arranged in order to form a first group of at least one line of first sensors, - a second detector which is installed in an absorbent substrate and which comprises at least one material taken from a material III-V and a material II-VI, the second detector comprising a plurality of second juxtaposed sensors, the second sensors being configured to provide an electrical signal dependent on the electromagnetic radiation received in the infrared range, the second sensors being arranged in order to form a second group of at least one line of second sensors, the lines (210, 220) of the first and second groups of at least one line being mutually parallel, the second detector being adhesively bonded to the silicon substrate, each sensor of the second detector comprising at least one connection which is configured to transmit the signals of the sensor to a reading circuit which is common to both detectors (21, 22), the reading circuit being installed in the silicon substrate and being configured to integrate simultaneously and synchronously the signals from the various sensors (101, 201) and to provide, at the output, at least one video signal which is representative of the electromagnetic radiation received by all of the sensors, the hybrid detection device being characterised in that: - the absorbent substrate covers only a zone of the silicon substrate without any first sensors, - and in that the hybrid device comprises a first interference filter which covers the first detector and a second interference filter which covers the second detector, the filters (25, 26) each being configured to filter the electromagnetic radiation received by the sensors (101, 201) of the detectors (21, 22) and each filter (25, 26) having a different spectral transmission range. - a silicon substrate, - a first detector which is installed in the silicon substrate, the first detector comprising a plurality of first juxtaposed sensors, the first sensors being configured to provide an electrical signal which is dependent on the electromagnetic radiation received in the visible range and near infrared range, and the first sensors being arranged in order to form a first group of at least one line of first sensors, - a second detector which is installed in an absorbent substrate and which comprises at least one material taken from a material III-V and a material II-VI, the second detector comprising a plurality of second juxtaposed sensors, the second sensors being configured to provide an electrical signal dependent on the electromagnetic radiation received in the infrared range, the second sensors being arranged in order to form a second group of at least one line of second sensors, the lines (210, 220) of the first and second groups of at least one line being mutually parallel, the second detector being adhesively bonded to the silicon substrate, each sensor of the second detector comprising at least one connection which is configured to transmit the signals of the sensor to a reading circuit which is common to both detectors (21, 22), the reading circuit being installed in the silicon substrate and being configured to integrate simultaneously and synchronously the signals from the various sensors (101, 201) and to provide, at the output, at least one video signal which is representative of the electromagnetic radiation received by all of the sensors, - the absorbent substrate covers only a zone of the silicon substrate without any first sensors, - and in that the hybrid device comprises a first interference filter which covers the first detector and a second interference filter which covers the second detector, the filters (25, 26) each being configured to filter the electromagnetic radiation received by the sensors (101, 201) of the detectors (21, 22) and each filter (25, 26) having a different spectral transmission range.