Organon Stock Surges After Reports of $13 Billion Buyout Bid by Sun Pharma 
European Car Sales Surge in March as EV and Hybrid Demand Accelerates 
PLS Reports Record Lithium Output as EV Demand Fuels Market Growth 
Tesla Earnings Beat Expectations as EV Growth Holds Amid Robotics and AI Shift 
Kakaku.com Stock Surges on EQT Takeover Interest Amid Rising Japan Deal Activity 
U.S. Raises Alarm Over Chinese AI Firms’ Alleged IP Theft Through Model Distillation 
SK Hynix Reports Record Q1 Profit Surge Driven by AI Memory Chip Demand 
SpaceX President Gwynne Shotwell Earns $85.8M as IPO Buzz Grows 
Mercedes-Benz Faces Rising Competition in China but Rejects Price War Strategy 
DeepSeek Launches V4 AI Models with Enhanced Reasoning and 1M Token Context Window 
Nvidia Pushes 800V Data Center Power Systems to Boost Efficiency and Cut Costs 
LG Innotek Stock Hits Record High on $68M Automotive Wi-Fi 7 Deal 
Florida Launches Criminal Probe Into OpenAI Over FSU Shooting Incident 
Intel Stock Surges as AI Chip Demand Drives Strong Q2 Forecast 
$16B Michigan Data Center Project Boosts U.S. AI Infrastructure Expansion 
U.S. Sanctions Target Chinese Refinery Over Iranian Oil Purchases 
Why Global Web3 Projects Can't Afford to Skip South Korea: TokenPost Unveils Data-Driven Entry Solutions 
RIDGEFIELD, Conn., Feb. 24, 2016 -- Owl Computing Technologies, Inc., a cybersecurity solutions provider, is proud to announce its latest patent related to cybersecurity for Critical Infrastructure digital assets. Owl now has 24 U.S. issued patents and this patent (US9094401) clearly defines the role Owl’s DualDiode plays in protecting the digital control systems used by industrial processes such as oil & gas refining, power generation, mining, LNG production, water treatment, etc.
For critical infrastructure operators, Programmable Logic Controllers (PLCs) and Remote Terminal Units (RTUs) are key components of today’s automated facilities. These devices are specifically designed digital computers used to manage different industrial controls (valves, motors, switches, servos, etc.) and play a large role in the Industrial Internet of Things. However, with the increased automation and connectivity of digitally controlled processes, the cybersecurity threats and vulnerabilities have also increased.
This patent demonstrates how the Owl Perimeter Defense Solution (OPDS) protects a plant or facility from cyber-attack. Sitting between the vulnerable PLC and an open network where threats originate, the data diode based OPDS mitigates network based threats against the PLC while simultaneously allowing operational data (events, alarms, log messages, etc.) to be transferred to end-users outside the plant or facility.
Already implemented and deployed across a range of OPDS products, Owl’s solution is interoperable with a number of industrial control vendors, and is currently protecting hundreds of plants and industrial facilities globally.
“This patent proves again how Owl continues to be a thought leader and innovator in cybersecurity for the process control industry,” said Dr. Ron Mraz, CEO of Owl. “It represents a large step forward in identifying technology that can provide absolute cybersecurity for both new and existing industrial control systems.”
For more information about Owl’s range of cybersecurity products and high availability solutions visit www.owlcti.com.
About Owl Computing Technologies, Inc.
For over 17 years Owl Computing Technologies has been implementing next generation cybersecurity solutions for critical networks. Owl’s DualDiode Technology®, a proprietary data diode, boasts 24 technology patents and has over 2,000 successful deployments globally across intelligence, government, military, utility, energy, and other critical infrastructure networks. Owl’s deterministic hardware-enforced technology ensures secure networks and enables the reliable and robust transfer of all data types and file sizes.
Scott Coleman [email protected] 203-894-9342
