Bruhn NewTech wins major NATO order for CBRN Warning and Reporting software

Following a competitive tender, The NATO C3 Agency has awarded a contract for 25 CBRN-Analysis systems to Bruhn NewTech.

Copenhagen, Denmark, February 2011 – Bruhn NewTech, a specialist manufacturer of CBRNe (Chemical, Biological, Radiological, Nuclear and Explosives) Hazard Prediction and Incident Management Software, announced today that The NATO C3 Agency (NC3A) has awarded the company a contract to supply 25 licenses of its CBRN-Analysis specialist software.

Bruhn NewTech Announce Long Term CBRN-Analysis Maintenance & Support Contract for the Armed Forces of Norway

The Armed Forces of Norway announces Maintenance & Support Contract for CBRN-Analysis Warning & Reporting Software.

Copenhagen, Denmark – November 2010 – Bruhn NewTech, a worldwide leader in the field of CBRNE hazard prediction solutions announced today that the Armed Forces of Norway has placed a long term Maintenance & Support contract for their existing CBRN-Analysis (formerly NBC-Analysis) warning and reporting software. 

As part of this contract Bruhn NewTech will provide capability upgrades for maintenance & support for a number of years including a release that will contain the latest NATO calculations. 

Bruhn NewTech Releases New Version of their HazKey™ CBRNE Hazard Assessment System

Copenhagen, 23 August 2010 – Bruhn NewTech, a specialist manufacturer of CBRNE Hazard Prediction Software announces today they have released a new version of their HazKey™ CBRNE Hazard Assessment System.

The HazKey™ system is a portable system designed to provide real time information for First Responders and Incident Commanders responsible for managing Hazmat and CBRNE incidents.

Bruhn NewTech and XPect Software Develop Software Tool for CBRN EOD Operators

Bruhn NewTech and XPect Software have jointly developed a Software Tool for CBRN EOD Incident Management, Information Collation and Intelligence Fusion

Copenhagen, 23 August 2010 – Bruhn NewTech, a specialist manufacturer of CBRNE Hazard Prediction Software announces today that they have entered into partnership with XPect Software and produced a web based CBRNE Data Fuze software solution, which offers a complete solution to CBRNE EOD Incident Management, Information Collation and Intelligence Fusion.

Bruhn NewTech and TNO Develop Software Tool for CBRN Missile Defence

Bruhn NewTech and TNO have jointly developed a Software Tool to evaluate the consequences of a Missile Intercept on a CBRN Ballistic Missile 

Copenhagen, June 2010 – Bruhn NewTech, a specialist manufacturer of CBRNE Hazard Prediction Software and TNO Research Laboratories announced today that they have developed a Software Tool which evaluates the consequences of a Missile Intercept on CBRN Ballistic Weapons.   The Solution comprises Missile Defence Data with Bruhn NewTech CBRN-Analysis™ and the HAPPIE Consequence Of Intercept Model developed by TNO. Bruhn NewTech brings to the Solution a long pedigree in providing CBRN Warning and Reporting Software throughout NATO. TNO provide extensive experience of Ballistic Missile Defence work within NATO.

Bruhn NewTech Releases New Software to Reflect Major Update of NATO CBRN procedures

Bruhn NewTech is already developing software to meet the newly ratified NATO ATP-45(D) standard. All NBC-Analysis customers with update agreements will receive the new CBRN-Analysis™ software 

Copenhagen, June 2010 – Bruhn NewTech, a specialist manufacturer of CBRNE Hazard Prediction Software, announced today that its NBC-Analysis software is to be relaunched to reflect the new NATO standards for CBRN Warning and Reporting. The new product, which is to be known as CBRN-Analysis™, will be launched at the CBW Symposium in Stockholm, Sweden. NBC-Analysis has been a corner stone for NATO Warning and Reporting for a number of years. It is in service in the majority of NATO countries and Commands as well as a number of Partnership for Peace (PfP) nations. CBRN-Analysis™ replaces NBC-Analysis with immediate effect.

Bruhn NewTech Provides Support to Vancouver Winter Olympics 2010

Bruhn NewTech assists Canadian Government with Support for Vancouver Olympics  

Bruhn NewTech - a specialist manufacturer of CBRNE Hazard Prediction Software - announced today April 12 2010 that they had provided the Canadian Authorities with specialist Risk Management Software in support of the recent Vancouver Winter Olympics. The project which began last year included an upgrade of their existing NBC- Analysis software capability as well as support to Canadian training activity.

Canada Department of National Defence Awards Contract Extension for NBC-ANALYSIS CBRN Risk-Management System

The Canadian Department of National Defence upgrades NBC-ANALYSIS to ensure full compliance with latest NATO standards and advance their CBRN Defence Capabilities.

Copenhagen, Denmark – September 2009 – Bruhn NewTech, announced today that the Canadian Department of National Defence (DND) has awarded Bruhn NewTech a contract to upgrade their existing NBC-ANALYSIS software.

Bruhn NewTech Announce Mid Life Improvement for BRACIS CBRN Risk-Management System

UK Ministry of Defence commences project for Mid Life Improvement of BRACIS CBRN hazard prediction Software

Copenhagen, Denmark – September 2009 – Bruhn NewTech, a worldwide leader in the field of CBRNE hazard prediction solutions announced today that the UK Ministry of Defence plans to upgrade their existing BRACIS software (Biological, Radiological and Chemical Information System) as part of a Mid Life Improvement.  It is anticipated that the Project will be run as part of the overall UK CBRN Sector Transformation project.

UK MOD CBRN Warning and Reporting Capability Upgrade

BRACIS, supplied by Bruhn NewTech Ltd, first entered Service with MOD UK in 1994. It is deployed throughout Defence, providing CBRN hazard prediction ability, tailored to the needs of the UK Armed Forces. It provides military commanders with rapid and accurate information to increase their CBRN situational awareness of the battlefield, save lives and improve operational efficiency.