Updated on 02/23/2021

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Present on exhibition Milipol Qatar 2022
From 24 to May 26, 2022

RBAT

Qatar Science & Technology Park
Tech4, Building 47, Unit 1
P.O. Box 210 007
7178 DOHA
QATAR

Stands :
  • C022
  • Company details
  • Products

Company details

Description

Rheinmetall Barzan Advanced Technologies QSTP-LLC (RBAT) is a joint venture, established and operating in Qatar, to provide technology focused solutions to domestic and foreign Security and Defence clients.  The company has a mandate of bringing and developing innovative technology whilst enhancing self-sufficiency, and has focused heavily since its foundation in building sustainable capabilities in Qatar. Particular organizational strengths include research, development, design, CONOPS definition, procurement, project management, logistics, in service support, and training. Core business activities to date have primarily focused upon: Designing and enhancing critical infrastructure protection solutions; Providing an integrated counter drone solution to negate current and future threats; Developing and maturing Unmanned Ground Vehicle technology through domestic Research & Development; Establishment and running of an advanced laser based training capability; Supply of a wide range of modern munitions for Security and defence forces; and Building indigenous capabilities for the production and management of ammunition.  RBAT looks forward to working in strategic partnerships with stakeholders in order to provide security enhancing solutions, support increased operational effectiveness, and generate exciting career prospects for Qatari citizens. As a proud member of the Barzan Holdings QSTP-LLC group of entities, we encourage you to visit our co-exhibitor stand. On display are our: Latest variants of Unmanned Ground Vehicles; Examples of our Qatari based systems integration capabilities; An overview of our Qatari Command & Control software; and Instances of where our live combat training solutions have been deployed.  We look forward to seeing you there. Security through innovation.

Activities

More exhibitors

  • BLAXTAIR - Perimeter protection

    BLAXTAIR

    Founded in 2009, Arcure is a high-tech company specialized in artificial intelligence for image processing in the industrial world, which develops and markets solutions to enhance the autonomy and safety of machines and industrial robots.
    The internationally renowned company is headquartered in Paris, with a subsidiary in the United States and sales offices in Great Britain, Germany, Spain and Hong Kong.
    Arcure, listed on Euronext Growth (ISIN: FR0013398997 - Code: ALCUR) posted sales in 2020 of 7.8 M€ (69% through export). In collaboration with the CEA (Atomic Energy Commission) research teams, Arcure has notably developed Blaxtair®, a cutting-edge intelligent pedestrian proximity detection solution, enhancing safety around industrial vehicles in many contexts, and particularly in the most extreme environments. Blaxtair is an embedded pedestrian detection system for industrial vehicles, designed to prevent collisions between vehicles and pedestrians in co-activity zones. Using Artificial Intelligence, it is the only smart 3D camera that is able to distinguish a person from another obstacle in real time and alert the operator to the danger, without unnecessary alarms. Blaxtair enhances people safety, working conditions & productivity.

    Blaxtair is made up of 3 main parts : The stereoscopic camera looks after the area within its field of view, especially in the vehicle’s blind spots. The processing unit analyses the captured images, recognises and localises people in real time, thanks to artificial intelligence algorithms. The 7’’ color LCD display or LED/Buzzer alerts the driver through visual and audible alarms if a person is detected in the defined danger zone. The new cloud-based solution ‘Blaxtair Connect’ revolutionizes the safety of people around machines, helping companies to achieve the "zero accident" objective they seek, by allowing them to proactively manage out the risks of collisions and thus drastically reduce them.