Secure Data Transfer Solutions

Owl Computing solutions are customer-focused at the most fundamental level.  We have engaged customers throughout their systems’ lifecycles to characterize their secure data transfer issues and requirements.  From these unique relationships we gain unparalleled familiarity with organizations tasked to ensure rigorous data security policies.  Leveraging this knowledge with our creative problem solving process, the innovative solutions we offer directly address customer information sharing needs. 

We design and deliver scalable, reliable, enterprise-class solutions that overcome the unique challenges of mission-critical – and life-critical – secure cross-domain information sharing.

Defense:

Owl Computing provides NIAP Common Criteria EAL-4 certified and accredited DualDiode technology to enable never-fail data delivery from Command and Control to the warfighter environment.  Owl Computing solutions also support the Department of Defense in deploying cross-domain systems that automate secure one-way information transfer.

Homeland Security and Homeland Defense:

Owl Computing provides controlled interfaces on which Homeland Defense organizations rely.  Using DualDiode technology, these organizations can establish assured cross-domain infrastructure paths for collaboration between agencies, different jurisdictions, and clearance levels.  Our upguard (low-to-high security) cross-domain solution with malware/virus scanning, Owl ScanFile Management System OSMS, and downguard (high-to-low security) with content scanning & human-review utilities, Owl Release Management System ORMS, present first responders and law enforcement personnel with actionable intelligence to execute faster emergency response strategies.

Intelligence:

Since the 1990s, the US Intelligence Community has viewed Owl Computing’s DualDiode technology as a trusted cross-domain solution.  Owl Computing products based on the DualDiode are among the few solutions to attain Approved-to-Operate ATO status for deployment between discrete Intelligence networks.