Core Products

SAFER Systems provides customers with best-in-class products, support and solutions for situational awareness. Our products are designed as effective, stand-alone solutions, yet flexible enough for customization to address an organization's specific set of considerations.

  • SAFER Real-Time®: the best-in-class fixed facility emergency response solution
  • SAFER HazMat Responder™: a 24-hour a day mobile response solution
  • SAFER TRACE®: the state-of-the-art hazard assessment tool

A successful solution requires a partner that can provide a technically sound application including engineering, implementation, training, and long term support. SAFER Systems is this kind of partner and we encourage you to contact us, and find out why SAFER is the right response to a chemical emergency.

 
SAFER Real-Time<sup style='font-size: 1em; vertical-align: baseline; position: relative; bottom: 0.36em;'>®</sup>

As the industry's benchmark solution for emergency management of a chemical release, SAFER Real-Time® empowers you to respond with confidence even under the most challenging conditions. It is simple to use and provides all of the data you need to make the highly informed and defendable decisions quickly that must be made within the first minutes of detection. Read More

 
SAFER HazMat Responder™

SAFER HazMat Responder™ is the anytime/anywhere mobile response solution that enhances the tactical decision-making abilities of chemical emergency response teams. Rather than the traditional methods of providing a "best guess", HazMat Responder™ is always ready to help you make the right decisions before, during and after an incident. The Responder series makes dispersion modeling easier and provides a real-world view of what is or might happen, using available real-time meteorological and gas sensor data. Read More

 

 
SAFER TRACE<sup style='font-size: 1em; vertical-align: baseline; position: relative; bottom: 0.36em;'>®</sup>

SAFER TRACE® is a consequence assessment solution that provides rapid visualization of a potential failure involving airborne hazardous materials. It allows engineers to study how incremental mitigation techniques may improve safety and help them focus on what must be put in place to mitigate hazards. Read More