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Vencore Labs delivers transformative results for Research, Engineering, and Technology Products. We are more than a research lab serving many markets including Telecommunications, Energy,  Financial, Life Sciences, Government and Defense.





Vencore Labs Employee Named 2017 Alliance for Telecommunications Industry Solutions Achievement Award Recipient

Katerina Figurski

Gail Linnell, senior engineering specialist at Vencore Labs, recently received the Alliance for Telecommunications Industry Solutions (ATIS) Achievement Award. This award is presented to those who provided crucial contributions to the completion of ATIS solutions and standards during the past year. Linnell was one of five award recipients recognized at the 2017 ATIS Annual Meeting of the Committees Member Recognition Luncheon on May 9 in Bellevue, Washington.

ATIS recognized Linnell for his long-standing contributions to ATIS’s Network Reliability Steering Committee, his leadership in the collection and analysis of member company data and outage trends, and his successful direction of efforts to develop and publish of associated recommendations to advance the industry and its reliability.  

“Gail’s outstanding work is a perfect example of Vencore Labs’ strong tradition of innovation and industry and standards leadership,” said Petros Mouchtaris, Ph.D., president, Vencore Labs.  “We congratulate Gail for his significant contributions to the reliability, security and resilience of the communications and information networks of today and of the future.”

ATIS, with 150 member companies across the information and communications technology, develops standards and solutions to advance the industry, speed the availability of new products and services, and add value to the network.

Vencore Labs Expert Speaks at Dynamic Connections 2017

Katerina Figurski

Sunil Samtani, senior executive director, Vencore Labs was invited to speak at the recent Dynamic Connections 2017 event that was recently held in Nashville, TN. Sponsored by General Dynamics Mission Systems, Dynamic Connections is an invitation-only training and technical forum featuring leading speakers on innovation, technology and advancements in the digital ecosystem.

gave an invited address on “Enabling Commercial Wireless to the Tactical Edge” at the recent Dynamic Connections 2017 event in Nashville, TN. 

Samtani spoke on "Enabling Commercial Wireless to the Tactical Edge". In his presentation, he focused on harnessing the potential of commercial wireless in tactical networks, while simultaneously meeting tactical networking requirements, including those associated with efficiency, resilience, defense, and security.

Vencore Labs is recognized by NSA as a Trusted Integrator for the Commercial Solutions for Classified Program (CSfC), and has the proven experience and capability set to help organizations take full advantage of wireless solutions in classified environments. 

Vencore Labs to Develop Cellular Technology for the Department of Defense

Katerina Figurski

Chantilly, VA – March 28, 2017 – Vencore, Inc. announced today that its innovative research arm, Vencore Labs, Inc., was awarded a contract on the Cellular Range Telemetry Network (CeRTN) program supporting the Department of Defense (DoD). The three-year contract has a total value of $6 million.

Under CeRTN, Vencore Labs, formerly known as Applied Communication Sciences, will develop a prototype system that leverages commercial cellular technology for Aeronautical Mobile Telemetry (AMT) applications at DoD Major Range and Test Facility Bases.

As wireless services and devices proliferate, spectrum availability for these applications dwindles. The DoD is seeking to reduce the amount of spectrum required for test and evaluation activities.

The Vencore Labs CeRTN system will provide robust cellular coverage for AMT using commercial-off-the-shelf cellular technology devices. Specifically, the system will adapt commercial cellular equipment for use in delivering telemetry data from high-speed test vehicles during flight test exercises, ultimately providing frequency reuse and improved spectral efficiency.

“At Vencore Labs, we strive to discover exceptional solutions to new problems associated with sophisticated communications and wireless networks,” said Petros Mouchtaris, Ph.D., president of Vencore Labs. “We are excited to partner with the DoD to utilize the spectrum more efficiently and address this growing problem.”

Vencore Labs has been supporting the United States Army to address key challenges of mobility and security for tactical commercial wireless networks, an extension of the movement towards commercial solutions for airborne telemetry applications. For more on Vencore Labs’ work in the commercial wireless space,

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Vencore Labs to Provide DARPA with Advanced Cyber Defense Research

Katerina Figurski

Chantilly, VA – March 23, 2017 – Vencore, Inc. announced today that its innovative research arm, Vencore Labs, Inc., has been awarded multiple contracts from the U.S. Defense Advanced Research Projects Agency (DARPA) to deliver research in the area of cyber defenses against distributed denial of service (DDoS) attacks. The contracts have a $17.7 million value and will be performed as part of DARPA’s Extreme DDoS Defense (XD3) program over the next three years.

The goal of the XD3 program is to develop fundamentally new DDoS defenses that afford greater resilience across a broad range of DDoS attacks than existing approaches. Several recent DDoS attacks have caused widespread disruption to popular Internet services. These attacks leverage the widespread and growing deployment of Internet-of-Things (IoT) devices combined with freely available malicious code to create disruption that easily overwhelms current defensive techniques. This underscores the need for fundamentally new technologies to detect, mitigate and fight through the effects of DDoS attacks on a large scale.

Under the contract, Vencore Labs plans to develop a comprehensive solution that covers the full spectrum of the DDoS attack surface. Research on distributed communications and network maneuvering will make it harder for attackers to identify high-value targets, and will deny them the critical feedback they need to determine whether an attack is successful; research on DDoS detection and mitigation will help network operators protect critical services from the effects of large scale IoT-based attacks.

“Through the advancement of IoT devices, the threat landscape is expanding, and our defenses need to evolve accordingly,” said Petros Mouchtaris, Ph.D., president of Vencore Labs. “We look forward to working with DARPA to develop innovative techniques to combat these attacks, making it impossible for attackers to damage critical services.”

This new work draws on Vencore Labs’ expertise with defending and securing large-scale, heterogeneous computer networks. Additionally, the Vencore Labs team will bring a deep-rooted legacy in protecting mission-critical systems and national cyber infrastructure to the project.

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Vencore Labs to Work With DARPA to Optimize Airborne Communications

Katerina Figurski

Image Source: U.S. Air Force

Image Source: U.S. Air Force

Chantilly, VA –January 12, 2017 – Vencore, Inc. announced that its innovative research arm, Vencore Labs, has been awarded a prime contract on the U.S. Defense Advanced Research Projects Agency’s (DARPA) Dynamic Network Adaptation for Mission Optimization (DyNAMO) program. The 17-month contract has a value of over $2.5 million with options.  

DARPA’s DyNAMO program aims to deliver new technologies that will allow diverse airborne systems and networks to communicate and work together, while providing resilience against hostile jamming attempts. Under this new contract, Vencore Labs will be focused on optimizing network and radio functionality in adverse environments.

Specifically, the Vencore Labs team will develop and deliver an innovative framework to enable adaptation of networks and systems while maintaining scalability and stability. This new approach will provide a means to incorporate a wide set of mission objectives at all adaptation stages in order to ensure that the utility of information to the mission is maximized.

“Solving the nation’s most complex problems is what we do,” said Petros Mouchtaris, Ph.D., president of Vencore Labs. “Having the opportunity to play a leading role in enabling our country to conduct operations against adversaries while configuring our most critical assets in advance of a mission, is a real honor. We look forward to expanding our partnership with DARPA on the DyNAMO program.” 

Vencore Labs’ unique approach is designed to maintain connectivity in spite of jamming, singular outages or aircraft motion by dynamically shifting and re-routing the flow of information to alternate paths to ensure delivery.  The framework will dynamically select connection points between different waveforms and then adaptively shift the communication over those alternative network paths, much as modern traffic applications will dynamically reroute automobile traffic across a variety of road networks to optimize transportation.