TechNet Augusta 2023 Sponsorship Opportunities


AFCEA has developed an enhanced sponsorship program that will offer maximum visibility to those who participate! What better way to make sure you stand out and increase your exposure at this foremost event in which industry leaders can learn about military requirements and connect with decision makers and operators, where senior military and government officials can gain feedback, and where industry thought leaders will discuss and demonstrate solutions. Sponsorship opportunities are offered at several investment levels, ensuring your ability to participate.

Browse available options below, or jump to specific categories: Patron Packages, Individual Sponsorships, Branding Opportunities.

The deadline to purchase sponsorships was July 14th. Sponsorships for TechNet Augusta 2023 have now closed.

Peraton  

Reston,  VA 
United States
http://www.peraton.com
  • Booth: MR SALON G

Peraton drives missions of consequence spanning the globe and extending to the farthest reaches of the galaxy. As the world’s leading mission capability integrator and transformative enterprise IT provider, we deliver trusted and highly differentiated national security solutions and technologies that keep people safe and secure. Peraton serves as a valued partner to essential government agencies across the intelligence, space, cyber, defense, civilian, health, and state and local markets.


 Press Releases

  • Technological innovation can be difficult to achieve in the Intelligence Community, but as increasingly sophisticated threats emerge, agencies must innovate to stay one step ahead.

    As the U.S. infrastructure becomes increasingly reliant on digital solutions, citizen services have become more accessible and workflows for public servants have streamlined — but as much opportunity as this digital shift brings, it has also left the nation vulnerable to threats on a new battlefield. The shift creates an operational imperative for the Intelligence Community to innovate and implement new capabilities to protect our nation and allies from actors across the cyber, space, and physical domains.

    According to Andrew Hallman, vice president, National Security Strategy and Integration, it is a challenge for the intelligence community to stay dominant against adversaries in the contested domains of the internet, cyber and space, where the democratization of technology has put the power to destabilize institutions and our national security into the hands of a range of threat actors.

    “This newfound digital dependance, while very positive in some respects, has also allowed for democratization of emerging and disruptive technology, which puts our national institutions at risk. We have already seen a substantial increase in cyberattacks and threats,” says Hallman, who was the first Deputy Director of CIA for Digital Innovation and later served as the Office of the Director of National Intelligence’s (ODNI) Principal Executive.

    To outpace increasingly sophisticated adversaries in a complex and unpredictable digital threat landscape, the 18 agencies and organizations of the Intelligence Community must reengineer their digital foundations to allow for faster innovation and increased collaboration.

    DEVELOPING A SECURE DIGITAL FOUNDATION

    While intelligence agencies may be enticed by a multitude of new and exciting technologies on the market today — artificial intelligence, internet of things, proliferation of sensors, advances in computing, 5G telecommunications— Hallman believes that to effectively leverage those technologies they must first take a step back and ensure they are on solid footing.

    “While agencies may want to gravitate toward the ‘sexy’ new forms of technology, they actually need to rethink their digital foundations first because, without secure, solid networks and infrastructure, advanced technology becomes siloed and less effective,” he explains.

    For Hallman, strengthening digital foundations starts with a Community-wide shift to secure cloud computing so agencies can take better advantage of what he calls the “lifeblood” of the intelligence mission: Data.

    Cloud architectures allow for more efficient data processing as well as more in-depth analytics, and in some architectures greater speed and agility, which underpin today’s on-demand capabilities.

    “Data is the new tip of the spear for national security,” Hallman says, “because our operational advantage will be determined by the speed with which we can sense our adversaries’ moves and counter them. With real-time sensing and data integration, we can collect, ingest, condition, analyze and characterize data representing the threat and then ultimately act on it.”

    Hallman goes on to say that Observing, Orienting, Deciding and Acting—the notorious “OODA loop”—in many cases will now operate at machine speed.

    NCREASING COLLABORATION TO SPEED UP INNOVATION

    As secure cloud networks and data services are operational, agencies can focus on integrating and innovating with more advanced technology in their environments. Even more important, according to Hallman, is accelerating the speed of innovation to compete with emerging threats.

    “As the country moves into an era of peer adversarial competition with China and Russia,” he says, “agencies must learn to operate faster in digital environments.”

    Creating a common data fabric is a critical step in maintaining a competitive edge, says Hallman; it enables intelligence agencies to collaborate, share data and bring their complementary missions together to build a more integrated Community.

    “We have to think about the Community holistically, and not just in the individual silos,” Hallman says. “There’s been great work in this area already, but further integration of intelligence agencies and their technologies and deploying capabilities against threats in an optimized environment is critical to the speed imperative.”

    To Hallman, cultivating a culture of innovation is just as important as implementing new technology, especially because speed and innovation have not traditionally been top Community priorities.

    “Right now, we still have a predominant culture of executing on the day-to-day mission first, and then focusing on innovation or talent development when there’s time,” he says. “This mindset could be a detriment in the face of constantly evolving threats — moving too slowly is a strategic risk.” Hallman says the Community needs to embrace the imperative that a culture of rapid adaptation needs to become second nature in the Community’s conduct of its day-to-day business.

    LEVERAGING INNOVATION FROM THE PRIVATE SECTOR

    As the world evolves, technology has sprinted past the digital foundations that once provided leaders and war fighters with a decision advantage to operate at the speed of the need. Rebuilding digital foundations to keep pace with emerging technology and increasing collaboration may seem daunting for already-strained intelligence agencies, which is why Hallman calls for increased partnerships with the private sector to reimagine digital infrastructures and help drive faster innovation.

    “There is a great opportunity to leverage the speed of innovation in the private sector and assimilate their emerging technologies into the Community’s work,” he says. “We need to make the membrane between the public and private sector more permeable. And while there are nascent efforts underway in the Community to do that, I don’t think we’re at the scale we need to be to propel a culture of innovation.”

    Hallman and his colleagues at Peraton work to foster these relationships and have already assisted several intelligence agencies integrate high performance tools and capabilities at every step of their digital evolution — including foundational IT software, cloud and data services, and network solutions, as well as more advanced capabilities in the fields of communications, cyber, artificial intelligence and real-time data analytics for sensemaking, predictions and anomaly detection.

    “As a premier mission capability integrator, we work with a very strong network of trusted partners, suppliers and laboratory capabilities to apply that commercial technology to the particular needs of our intelligence customers’ missions,” Hallman says.

    Hallman is optimistic that current efforts to promote innovative behaviors and practices in the Intelligence Community will generate tangible progress.

    “Based on what we’ve seen, the government is starting to devote the time and resources to cultivate an environment of innovation to make the Intelligence Community more competitive against our peer adversaries,” he says. “With more interagency collaboration and stronger industry partnerships, we will have a solid commitment to investment in our nation’s security.”

  • Advancements in artificial intelligence and machine learning (AI/ML) have been a catalyst for explosive change across many industries—but they have also added complexity to the threat landscape by creating new vulnerabilities.

    From cutting-edge applied research and development to deployment, Peraton is a leader in harnessing the power of AI/ML—addressing government’s mission-critical challenges while developing best-in-class solutions that are setting new boundaries in the fields of robotics and autonomous systems, electronic warfare, communications, and information analytics, including:

    • A platform to integrate modular RF systems
    • Intelligent data retrieval for clinical trials and public research
    • Multi-faceted detection that stops disruptive Trojans at the source
    • A paradigm to accelerate training for machine learning
    • New methods to introduce AI into the design process

    CHALLENGE:

    LEVERAGE MACHINE LEARNING TO DRIVE MULTI-DOMAIN OPERATIONS AND ENABLE JADC2

    Modern warfare requires coordinated, real-time operations across multiple domains—land, air, sea, space, and cyber. This, in turn, requires multi-function platforms with the ability to orchestrate diverse activities, manage shared resources, and determine optimal actions—while also incorporating situational awareness at the tactical edge and adapting automatically to changes.

    Peraton Labs has developed a multifunction radio frequency (RF) platform manager that uses sophisticated machine learning techniques to optimize resource allocations and dynamically adjust to changing objectives and conditions. The platform manager delivers superior performance for real-time resource management on modular RF systems supporting communications, electronic warfare, and radar. By supporting modular open systems approach interface standards, the solution can easily scale to multiplatform battlefield management and orchestration.

    CHALLENGE:

    QUICKLY ANSWER BIOMEDICAL QUESTIONS WHEN FACED WITH A PANDEMIC

    The COVID-19 pandemic—and the surge in clinical studies in response to it—has highlighted the need for smart resources that can help researchers quickly and efficiently find answers to specialized biomedical questions when time is of the essence.

    Peraton’s Analytics for Acquiring Clinical Knowledge (ATACK-COVID) system can answer questions in multiple languages, generating sentence-level responses from a dynamic collection of clinical trials and research reports. By using publicly available data enriched with contextual information, this solution can adapt the latest neural language models to produce state-of-the-art accuracy in yes-no question answering. Quick access to high-quality answers from clinical trial research can dramatically reduce the timeline from the identification of therapeutic drugs to the implementation of treatments that reduce the severity of future global pandemics—improving patient survival.

    CHALLENGE:

    SECURE AI/ML SYSTEMS TO PREVENT LIFE-THREATENING RISKS

    As reliance on AI/ML increases, so do the risks. Trojans are often hidden within AI systems to cause malicious interference and disrupt operations. A compromised system could have wide-ranging consequences—vehicular crashes, missed diagnoses, and stolen identities—or failures in intelligence, surveillance, and reconnaissance, and financial risk management.

    Hackers can attack ML algorithms during the training phase and disrupt AI systems in development causing them to make erroneous decisions, such as misidentifying road signs or failing to detect cyberattacks. Peraton Labs develops solutions to secure and defend AI systems. Trojans in Artificial Intelligence (TrojAI) is one such effort, providing a multi-faceted detection solution that can automatically detect Trojans hidden within AI systems, then assess and mitigate the threats.

    CHALLENGE:

    TEACH MACHINES TO LEARN MORE LIKE HUMANS

    Critical challenges in big data analytics, wireless networking, electronic warfare, and cybersecurity are outpacing the ability and speed of existing machine learning (ML) methods. Learning Using Privileged Information (LUPI) is a ML paradigm that mimics the process of human learning to enhance the accuracy and speed of ML for data analytics, predictions, and anomaly detection.

    The use of ML can be severely hampered by limitations in the amount or quality of training data. With LUPI, ML systems take advantage of so-called privileged information for much faster and more accurate learning. Like a human learner, LUPI harnesses information available only during training and leverages it in ML applications. These applications learn more accurately and quickly and require many fewer training examples. LUPI has been successfully applied to a variety of applications such as video analytics, object recognition, and target identification.

    CHALLENGE:

    SHORTEN THE SOLUTION CYCLE TO UNLOCK THE POWER OF AUTONOMOUS SYSTEMS

    The design and control of complex cyber-physical systems (CPS) such as robots, unmanned underwater vehicles, and other autonomous platforms are determined by many parameters and configuration settings. As a result, the solution space for robots and other complex autonomous systems is vast and filled with possibilities.

    Peraton’s Autonomous System Design and Control blends AI and optimization methods to produce fast and automatic designs and repairs for CPS. The algorithm is extremely efficient at including more factors in the design space to produce better solutions. This approach factors in the operational environment and mission requirements, and accounts for degradations or alterations in the system. It’s a technique that significantly shortens the solution cycle, greatly reduces effort and cost, guarantees operational accuracy and safety, and enhances mission innovation.


 Products

  • Unified Network Operations (UNO)
    PERATON LABS AWARDED $10M U.S. ARMY CONTRACT TO EXTEND UNO PLANNER FOR INTEGRATED PLANNING OF TACTICAL NETWORK...

  • Builds upon more than 20 years supporting the U.S. Army with innovative mobile warfighter communications solutions

    UNO Planner delivers next generation planning support across the entire integrated tactical network, enabling efficient, accurate and flexible network operations

    CHANTILLY, VA — September 1, 2021 – Peraton Labs has been awarded a contract from the U.S. Army, Product Manager Tactical Cyber and Network Operations (PdM TCNO) to extend its Unified Network Operations (UNO) Planner software. UNO Planner provides intelligent, easy-to-use, integrated planning for the Army tactical network with lower complexity, greater accuracy, increased flexibility, and reduced time and training. The contract is worth $10.3 million over a one-year period.

    This award builds upon Peraton Labs’ deep expertise in tactical communications, mobile networking, and software and systems development, as well as more than 20 years supporting the U.S. Army with innovative solutions for mobile warfighter communications. Under the contract, Peraton Labs will extend UNO Planner to deliver an integrated planning product that fully supports the Integrated Tactical Network (ITN) and meets Army needs for improved Network Operations (NetOps) at the tactical edge.

    “Peraton Labs is proud to continue supporting the Army in modernizing its operations for the Integrated Tactical Network to significantly reduce complexity and operational burden,” said Petros Mouchtaris, Ph.D., president, Peraton Labs.

    “Agile, intelligent and easy-to-use network operations are critical to the Army’s current and future mission success. UNO Planner delivers next generation planning support across the entire ITN, enabling efficient, accurate and flexible NetOps with reduced training requirements.”

    UNO Planner supports tactical satellite communications and terrestrial networks with fast, easy, and error-free creation of critical configuration files, required to set up network elements and signal systems. It reduces training requirements and enables warfighters to seamlessly modify, complete, and distribute tactical level radio plans and configuration files. UNO Planner also provides open extensible interfaces to support efficient integration and data exchange with other NetOps systems. Under the contract, Peraton Labs will extend UNO Planner to support additional transmission systems and additional planning capability, including communications security planning and document generation

  • ThreatBoard
    AUTOMATION FOR THE PEOPLE: EMPOWERING THE CYBER WORKFORCE...

  • With federal agencies reporting tens of thousands of cybersecurity incidents each year, and a demonstrated deficit in qualified cyber professionals in the workforce, cyber analysts and threat hunters now more than ever need solutions that help them keep pace with the evolving threat landscape. Protecting national security in the face of threats posed by modern adversaries requires new thinking.

    One way to address cyber workforce challenges is to enable cyber responders to do more at every level, while lightening their workload. By focusing on the people who perform cyber operations, Peraton is finding ways to leverage artificial intelligence/machine learning (AI/ML) to automate mundane—yet critical—processes and empower threat response teams to perform high-level actions more quickly.

    At Peraton, process automation is not about finding ways to replace people but rather to activate them—to support them—while increasing their capacity. Another way to think about it: Peraton is working to give them a superpower.

    ‘WHAT KEEPS YOU UP AT NIGHT?’

    ThreatBoardTM is an analyst-first, scalable digital solution that provides cyber insights meant to drive timely action. It is designed to enable teams to react, respond, and defend at machine speed.

    Before developing ThreatBoard, Peraton engaged stakeholders, analysts, and threat hunters at numerous federal agencies to understand process and procedures—so Peraton could develop a solution with the capabilities to make the load lighter and the work more accurate.

    At the core of the challenge was a lack of awareness of the millions of data streams that move into and around an organization daily. This lack of visibility—and an inability to correlate internal and external events—makes it nearly impossible to identify new threats, address undetected events, or develop effective defenses against the entire threat landscape.

    Sometimes, government agencies and security teams inadvertently create hurdles for themselves. By developing or purchasing a variety of different proprietary systems to gather information about what’s happening in these environments, they create data silos between the threat response teams, resulting in decreased visibility.

    No matter how good an organization’s detection and protection capabilities are, broad-scale attacks can only be detected when all the relevant data is stored, correlated, and readily available to analysts and threat hunters.

    ThreatBoard’s Threat Management platform allows customers to integrate any source of cyber event data, regardless of format, into a single consolidated data repository for enrichment and enhancement of threat information—eliminating the silos and making data accessible to parse, correlate, research and act upon at machine speed.

    DESIGN WITH EVERY USER IN MIND

    A team that can see the entire threat landscape has a greater chance of successful response, but current security systems can only process a fraction of data streams in real-time. Others rely on indicators of compromise (IOCs) to trigger an alert, which could then require hours of human review to parse. ThreatBoard uses natural language processing (NLP) and AI/ML to present the analyst with all relevant information at the time of an incident, minimizing the number of decisions, limiting potential wrong turns and rabbit holes, and reducing hours of research down to minutes—empowering them to operate at five-to-ten times their current capacity, without adding to their workload.

    ThreatBoard was built with a user-centered design upon a data fabric platform and accessible with Fractals™, a Peraton proprietary browser-based web application that allows every user, regardless of their level, to quickly customize how they see data. It enables everyone to work from the same datastore of compete threat information and features a library of preconfigured widgets designed with each team role in mind. With ThreatBoard’s integration with common messaging platforms, team members can efficiently generate standardized event reports and quickly activate the next level of response.

    Peraton understands that cyber professionals across agencies have varying degrees of expertise and experience. Adversaries know this, too. Ensuring that the right information is acted upon is difficult—and attempting to find these events after the fact is a challenge for even the most advanced response teams. That’s why ThreatBoard is a game-changing innovation for national security.


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