The present disclosure provides a system with sensors deployed around a blast site for determining whether each explosive of a blast system has detonated successfully. There is also disclosed a system for determining where the different sensors are to be deployed around the blast site for optimal sensing and data collection using multiple of a sensor or multiple sensors. An aspect of the present disclosure provides a method of determining detonation of explosives of a blast based on a blast plan. The method comprises receiving sensor data from sensors monitoring the blast; pre-processing the received sensor data; and determining outcomes of the blast based on the pre-processed data in correlation with the blast plan.

A system and method for detecting, locating, and removing UXO is disclosed. The system uses a drone-device equipped with a metal detector that fully integrates military-grade metal detection capability. The system flies terrain with centimeter precision using onboard LIDAR, SONAR, and RADAR sensors at altitudes as low as 20 cm. The system achieves exact RTK GPS pinpoint location of targets within centimeters. The system also provides numerous mission-planning GUIs for tablets and smartphones.

A system and method for detecting, locating, and removing UXO is disclosed. The system uses a drone-device equipped with a metal detector that fully integrates military-grade metal detection capability. The system flies terrain with centimeter precision using onboard LIDAR, SONAR, and RADAR sensors at altitudes as low as 20 cm. The system achieves exact RTK GPS pinpoint location of targets within centimeters. The system also provides numerous mission-planning GUIs for tablets and smartphones.

A communication module which is linked to a detonator which is initiated in response to a fire command signal, and wherein the communication module includes a transmitter which transmits a wireless signal which is dependent upon initiation of the detonator and which contains or conveys an identifier which uniquely identifies the detonator.

A communication module which is linked to a detonator which is initiated in response to a fire command signal, and wherein the communication module includes a transmitter which transmits a wireless signal which is dependent upon initiation of the detonator and which contains or conveys an identifier which uniquely identifies the detonator.

A system and method for detecting, locating, and removing UXO is disclosed. The system uses a drone-device equipped with a metal detector that fully integrates military-grade metal detection capability. The system flies terrain with centimeter precision using onboard LIDAR, SONAR, and RADAR sensors at altitudes as low as 20 cm. The system achieves exact RTK GPS pinpoint location of targets within centimeters. The system also provides numerous mission-planning GUIs for tablets and smartphones.

A system and method for detecting, locating, and removing UXO is disclosed. The system uses a drone-device equipped with a metal detector that fully integrates military-grade metal detection capability. The system flies terrain with centimeter precision using onboard LIDAR, SONAR, and RADAR sensors at altitudes as low as 20 cm. The system achieves exact RTK GPS pinpoint location of targets within centimeters. The system also provides numerous mission-planning GUIs for tablets and smartphones.