In the past, we’ve issued a couple of press releases (here and here) about some of the work we have done with the Domestic Nuclear Detection Office (DNDO), a component of the Department of Homeland Security (DHS). We’ve been working together for the past 18 months or so to deliver cross-agency sharing of real-time information about radiological activity from sensors in major cities, at airports and at other ports-of-entry around the US.

This week, Nick Harris (of the Information Sharing Environment) posted an update on the ISE website detailing the substantial progress in tracking and accurately communicating information about radiological events. The multi-city, multi-agency demonstration took place earlier in July, and Solace was very proud to have participated with DNDO to demonstrate and communicate the role and value of the Mission Critical Messaging (MCM) backbone.

It’s pretty cool stuff, check it out here.

Solace

Solace helps large enterprises become modern and real-time by giving them everything they need to make their business operations and customer interactions event-driven. With PubSub+, the market’s first and only event management platform, the company provides a comprehensive way to create, document, discover and stream events from where they are produced to where they need to be consumed – securely, reliably, quickly, and guaranteed.

Behind Solace technology is the world’s leading group of data movement experts, with nearly 20 years of experience helping global enterprises solve some of the most demanding challenges in a variety of industries – from capital markets, retail, and gaming to space, aviation, and automotive.

Established enterprises such as SAP, Barclays and the Royal Bank of Canada, multinational automobile manufacturers such as Renault and Groupe PSA, and industry disruptors such as Jio use Solace’s advanced event broker technologies to modernize legacy applications, deploy modern microservices, and build an event mesh to support their hybrid cloud, multi-cloud and IoT architectures.