Ridgefield, Connecticut, July 15, 2008
-- Owl Computing Technologies®, the predominant provider of
secure, reliable, fast, one-way information transfer systems, today announced that it has delivered multiple Owl
cross-border systems to a European commercial entity – the systems to be deployed as assured, unidirectional
links between a telecom private-network domain and the network of a governmental agency. This crossdomain
solution provides the regulatory organization with the information it requires, while maintaining the high
integrity, and corporate privacy, of the telecom’s database archives.
“Companies like this telecom customer recognize the value, and operational need, to push data efficiently
across borders, whether those borders are organizational, national or network-domain,” said Ronald Mraz,
President and CTO of Owl. “At the same time, the telco demands absolute assurance that the communication
path does not expose its internal networks to malicious acts.”
“The Owl software interface between the telecom’s user environment and the Owl DualDiode one-way link
supports a wide range of data types and formats concurrently,” continued Dr. Mraz. “That will satisfy its
governmental partner, protecting the telco internal resource, without diminishing telco network efficiency.”
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About Owl Computing Technologies, Inc.
Owl Computing Technologies, Inc. is a privately owned and funded US company. Owl delivers NIAP Common Criteria EAL-4 certified one-way cross domain systems & electronic perimeter defense solutions to transport and protect an organization’s most sensitive data between discrete domains of varying security levels and policies. Information sharing Secured by Owl® is enforced with Owl Computing proprietary DualDiode® technology. DualDiode one-way data diode transfer systems guard against data leakage and protect networks from unauthorized access. Owl systems meet the highest levels of information protection within the US Department of Defense, the Intelligence community, & the Power Generation industry, delivering secure, reliable, information transfer of multiple data sources and types across single DualDiode systems -- any file size or data type.
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