Tech Talk Speakers

Achieving Information Dominance at the Edge
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caleb

AI for the Communicator; the Bridge to the Edge

Speaker Biography

Ming Ling, Customer Engineer, Infrastructure Lead at Google Cloud

Ming leads Google’s hybrid cloud work for the Department of Defense. He has over 15 years of experience supporting DOD. He has been standing up application platform teams, based on open source solutions, for the past 6 years.

Speaker Biography

Caleb Moss, Customer Engineer, Machine Learning Lead at Google Cloud

Caleb is a machine learning specialist and former AI Principles and Ethics Fellow at Google. He focuses on big data projects and machine learning at the edge. Before joining Google, he worked at JIDO’s Special Operations Branch and before that was a Marine with Marine Corps Special Operations Command.

Presentation Abstract

AI for the Communicator; the Bridge to the Edge

Bringing machine learning (ML) capabilities to a broad set of users democratizes the most important aspect of big data: generating insights that enable SOF mission predictions. Deeper insights provided by ML will be increasingly critical to mission success, which means the organizations that succeed are going to be the ones that can deploy ML widely. Google Cloud and Klas will walk through how SOF analysts and operators can train ML capabilities in the cloud for edge deployments at scale.
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Modern Command Post Security and Survivability

Speaker Biography

MAJ (Ret.) Gerhard Schulz, Vice President at By Light

Gerhard Schulz is Vice President of Business Development at By Light Professional IT Services LLC.  In this capacity he serves to provide innovative technology solutions to the SOF warfighter focusing on tactical, mobile and communications offerings including By Light’s TRICS RoIP products, Integrated Communications Vehicle framework and CSfC solutions. Prior to joining By Light, he served Klas Government, Inc. as the Vice President of Sales providing tactical integrated communication solutions to US Government customers. Gerhard is retired from the US Army having served 27 years as a Signal Officer in various SOF and conventional units.  Gerhard graduated with a BS in Business Administration from Methodist University in Fayetteville, NC.  He is an active member of the Veteran community and serves as an advocate and member of various community organizations promoting wellness, health, and quality of life for Veterans local and abroad.

Presentation Abstract

Modern Command Post Security and Survivability

Command posts are network constrained, require significant time for set up and tear down, and are easily targeted. Modern command posts are required to reliably access, process, and distribute data across networks while maintaining survivability. The potential to revolutionize the battlefield through 5G networks could soon be a reality. We will discuss features and capabilities of modern 5G radios, network core software, and cybersecurity solutions essential for modern survivable command posts.
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2022-Bio-Pic-Michael-Geist

The Changing Landscape of Deployed User Terminals Necessary for “Space 2.0”

Speaker Biography

Michael Geist, President, ATG

Michael Geist is the President of Apothym Technologies (pronounced AP-eh-them) or ATG. Michael has over 25 years of experience as a technologist in the wireless communications industry with a heavy focus on satellite communications, networking, and cyber in the functional areas of technology/product development, systems/solutions development, and network services.

Michael started his career with a microwave OEM envisioning and delivering Solid-State Radio Frequency (RF) amplification technologies to customers with unique mission sets during a time when the satellite communications industry was shifting from INMARSAT-type solutions for remote connectivity to more of a to VSAT model to achieve more broadband connectivity with ruggedness and reliability. Michael built on his early RF background with experience in the modem and IP networking space where he led the development of several well-known DoD SATCOM modems to include the well renowned SLM-5650 as well as the industry’s first practical Software Defined Modem (SDM), the CBM-400. Michael then took his experience to an in-flight connectivity (IFC) service provider where he architected and developed the IFC market’s most efficient satellite based IP networking system for in-flight connectivity services employing new waveforms and more granular and adaptive network functionality, features that are important for disadvantaged SATCOM terminals in mobility environments. More recently, Michael re-entered the DoD space with a mid-tier systems integrator and managed services provider, as the company’s Senior Vice President of Strategy & Technology. In this role, Michael started the Advanced Technology Group (or ATG) focused on developing and delivering next generation wireless communications technologies, namely virtualized waveforms hosted on non-proprietary hardware and next generation antenna technologies. As originally planned, after several years of growth leading to self-sustainability as the Advanced Technology Group, Envistacom spun off the technology startup, ATG, to itself become a new technology/product OEM in the SATCOM marketplace.

Michael leads ATG’s mission to create innovative solutions that provide ubiquitous and resilient connectivity for all, efficiently and securely. Today, those solutions include creating wireless communications waveforms as applications that operate on common hardware, a concept known as “Transport Virtualization”, as well as multi-frequency, multi-beam, antenna technologies that provide always on Beyond-Line-Of-Sight connectivity. These underlying technologies have been utilized in a variety of applications to include satellite communications, hypersonic munitions, and tactical radio arenas.

Michael holds a B.S. from Penn State University as well as an MBA from Saint Francis University and has received a variety of patents related to various communications technologies.

Presentation Abstract

The Changing Landscape of Deployed User Terminals Necessary for “Space 2.0”

Over the last 20 years, we have witnessed significant changes in the satellite communications industry. Space infrastructure has evolved from its early days of largely homogeneous architectures employed in one or perhaps two standardized frequency bands, laying down wide beam, power equivalent transponded bandwidth, and largely utilizing common ground infrastructure that provided resilience through its ability to re-point to an alternate satellite. 10 years ago, we watched the launch of next generation “High Throughput Satellites” (HTS) into geostationary orbit which promised and delivered 20-100 times the throughput per on-orbit capital asset of legacy satellites with a new business model… Mbps SATCOM As A Service. While these satellites we’re far more powerful than their predecessors, they constrained a users’ flexibility relative to resilience often forcing deployed users to become less expeditionary by carrying multiple infrastructures to the field. A significant reduction in launch costs afforded by reusable rockets has ushered in a new era for the satellite industry, that of non-geostationary satellite communications which promise better global coverage, lower latency and even more capacity. These new systems have kicked off an explosion of innovation that has provided meaningful outcomes for users, but even further constrained connectivity resiliency.

In 2019, at this very Deployable Communications Technology Forum, and for the first time, the future of SATCOM user terminals… those necessary for this new era, Space 2.0 were presented. This session will review industry’s progress toward the objective of providing evermore capability and resiliency without compromise toward being expeditionary manner. Also to be discussed will be some emerging technologies that will make this even easier in the future.

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Achieving Technological Superiority at the Tactical Edge

Speaker Biography

Greg Moore, OEM EMEA Field Chief Technology Officer at Dell Technologies

Greg is the Field Chief Technology Officer for Dell Technologies OEM Solutions in EMEA. This is a global Engineering & Sales team, setup to enable OEM customers integrate the extensive portfolio of Dell Technologies into the Platforms and Solutions they develop for their customers.

As EMEA Field CTO, he works with the Product Development & Marketing teams, based in Austin, Texas, as their technical lead in the EMEA region. This role includes supporting regional sales and sales engineering teams with insights on next generation solutions, along with technical guidance on current and future technologies. Also, he gathers information on regional industry trends, technology innovation and customer insights, all which are used to assist in the development of the next generations of Dell Technologies platforms. The team was set up over 20 years ago and covers over 40 Verticals, enabling Digital Transformation of OEM companies across the globe.

Greg joined Dell in 1993 and has been involved in many roles and areas of the company, from being a PC manufacturer to Dell Technologies of today. He has gained extensive industry and technical knowledge over the 27 years and throughout this time, he served as a trusted advisor to a multitude of clients in the government, health care, financial services, retail, academic, transport, military and many other sectors.

He lives in Dublin Ireland with his wife and two children. He is a DIY enthusiast and enjoys all things outdoors.

Presentation Abstract

Achieving Technological Superiority at the Tactical Edge

For Defence Organisations the world over, there is a need to build a secure digital backbone based on controlled data-sharing using cloud technologies. That infrastructure should be capable of capturing and processing all types of data at the edge, from personnel to vehicles, aircraft, and drones. It should also enhance intelligence by taking advantage of existing and emerging technologies such as AI, Digital Twin technology, and Machine Vision. The digital backbone should demonstrate cyber resiliency, providing robust protection from the edge to the core to the cloud, all of which is underpinned by a secure supply chain. You are invited to join this practical session, led and moderated by Greg Moore. They will discuss key dependencies and considerations that enable the establishment of a consistent operating model capable of enforcing data rules that underpin all aspects of the delivery of technology for deployed infrastructures.

Applications of Technology into Mission Environments

Speaker Biography

Captain (Ret.) Florent “Flo” Groberg, Senior Director Mission Solutions and Customer Experience at Microsoft Federal

Florent “Flo” Groberg currently leads the Mission Expansion team for Azure Government Mission Engineering. He is responsible for working with governments around the world to identify key mission applications and systems to enable new cloud scenarios, drive requirements for solution accelerators, and form new cloud alliances and partnerships
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Prior to joining Microsoft, Flo was the Deputy Vice President and Business Director for Sales and Marketing team of the Russia and Central region in February 2020. He was responsible for leading business operations for all commercial airplanes and services sales in the region.

Prior to that role, he was the Chief of Staff for Commercial Airplanes and Director for the Sales and Marketing team of the Russia and Central region. He was responsible for simplifying and managing the management system and operating rhythm and leading a focus across the business on simplification. His role also included partnering with other leadership team members to maximize the use of digital and analytic tools and drive the Boeing Behaviors and cultural change throughout Commercial Airplanes.

Prior to joining Boeing, Groberg served as an official spokesperson for LinkedIn. He was responsible for the promotion of LinkedIn’s veterans’ program, a tailored job search tool for veterans transitioning out of military roles and into the civilian workforce.

Before LinkedIn, Groberg worked as an operations officer for the U.S. Department of Defense. In this role, he served as special advisor for strategic defense projects, providing expertise to defense policymakers and military planners.

Groberg’s military career began in July 2008 when he enlisted in the U.S. Army. After completing officer training and both U.S. Army Airborne and U.S. Army Ranger Schools, he was assigned to the 4th Infantry Division at Fort Carson, Colo., serving as a platoon leader. Following progressively more challenging assignments, Groberg was promoted to the rank of Army captain in July 2012.

Groberg is a recipient of the Medal of Honor, the United States’ highest military honor, for his extraordinary gallantry, intrepidity and heroism while serving in combat operations in Afghanistan in 2012. He holds a master’s degree in management with a specialization in intelligence policies from the University of Maryland University College in College Park, MD.

Presentation Abstract

Applications of Technology into Mission Environments

Today, we are witnessing how rapidly our world is changing. Data information visualization has expanded our understanding of complex multidimensional problems. From the creation of a solution that requires information collection, assembly, and analysis in a geospatial environment to the requirement of secure comms in a connected or disconnected mission space to assist decision-making and future mission planning. Microsoft and its partners are committed and invested in supporting our global governments with immersive technologies that make sense and allow our leaders to make decisions quickly and accurately.

Disrupting Disparate IT Silos to Achieve Unified Observability and Decision Dominance at the Edge

Speaker Biography

Marlin McFate, Public Sector CTO at Riverbed

Marlin McFate is the Public Sector Chief Technology Officer for Riverbed with 20 years of engineering, IT networking, and management experience leading long-term technical initiatives. He plays a crucial cross-functional role by being a strategic and supportive voice for customers, partners, and team members, ensures successful solution delivery, and advises on the direction of Riverbed’s research and development of its visibility, acceleration and end user solutions.

An empathetic and engaged leader, Marlin refuses to limit himself to the more traditional constructs of the C-suite. An Army veteran, he is a self-taught technologist, and transformed his personal technical curiosity into one of the leading voices in the public sector IT community. He makes himself readily available and accessible to colleagues, partners, and customers alike to tackle some of the most difficult challenges in public sector IT, breaking down difficult concepts to empower integrated teams to help government customers achieve outcomes that enable mission success.

Presentation Abstract

Disrupting Disparate IT Silos to Achieve Unified Observability and Decision Dominance at the Edge

The level of logistical, operational, and information sharing that is occurring among mission partners is greater now than ever before. While it’s a positive development, it’s also producing unprecedented volumes of data that are growing with exponential speed. The need for DOD and Alliance Partners to have the ability to aggregate, analyze and operationalize its data has never been more important.

However, data set within networks – logistical, network, security, communications, cloud, multi-cloud, etc. – are being created and shared across complex, distributed networks and IT systems. That data is being accessed by different solutions, systems, and teams, creating silos which makes it difficult to achieve a complete picture and make the best decisions. That impacts what matters most – the mission.

It is up to IT teams – NetOps, SecOps, CloudOps, AppOps and others – to keep digital services accessible, high performing, and secure. To accomplish that, IT teams need unified observability, which will give them complete, integrated visibility of all data and activities, from the datacenter to the cloud, all the way through to the end user at the Command to the forward deployed warfighter at the edge.

To achieve this true end-to-end visibility requires a transformational approach, shifting away from domain-specific tools that flood IT teams with massive amounts of data and alerts that lack context or actionable insights.

This tech talk will examine the different capabilities needed to aggregate, analyze, and achieve actionable insights across the entire enterprise and tactical network environments. Including, but not limited to how to monitor all packets, flows, applications, devices, physical and virtual IT infrastructure, and end user experiences. The attendees will learn how to flow this multi-domain data into a unified observability platform where analytics and automation can extract actionable insights that inform decision making, network changes, improve network speed, performance, MTTR and end user experiences whether on the front line or at Command.

The result is seamless information sharing among alliance members to help IT understand and use data to make better decisions, prioritize actions, solve problems, and drive mission success.

Tactical Cloud Platform, Enabling the Digital Battlefield Mesh

Speaker Biography

Clayton “Clay” Coppernoll, Systems Integration Architect at Klas Government

Clay Coppernoll served in the United States Marine Corps for over 8 years. During his time, he specialized in all facets of tactical communications as a Special Operations Capabilities Specialist Communicator (SOCS-C) with Marine Special Operations Command (MARSOC). Clay was hand-selected to be a Marine Special Operations Team (MSOT) Communications Chief for multiple combat deployments where he innovated new strategies and groundbreaking solutions to advance tactical communications for his teams on the battlefield. As a leader in the MARSOC Communications community, Clay dedicated his technical expertise and experiences to training and developing younger Special Operations Communicators under his charge. He utilized his passion for bettering himself and those around him, as he devoted himself to advancing the team’s proficiency.

Throughout his career, Clay has thrived in kinetic environments that challenge his technical and professional acumen. He employs a constructive approach and embraces unorthodox procedures when necessary to overcome adversity for the success of his team. Additionally, Clay has been entrusted with the responsibility of advising foreign counterparts and executive-level leaders on the industry’s latest technology advancements to integrate Joint Forces at the extreme tactical edge. Clay maintains a reputation for being reliable and transparent, as he ensures the integrity of the tasks he is charged with accomplishing.

Most recently, Clay has served in the position of Systems Integration Architect for Klas Government. Upon his separation from the Marine Corps in October 2020, Clay joined the Klas Government team to continue to grow and develop his own career. He quickly adopted this new role and began seeking positions of greater responsibility to drive the team to succeed. In this role, Clay continues to gain knowledge of all tactical communications technology including automation, Artificial Intelligence and Machine Learning, routing & switching, tactical radio systems, along with varying enterprise and tactical compute platforms. As a Systems Integration Architect, Clay collaborates with Sales, Business Development, and Klas technology partners to provide sales engineering support for solution design and integration through requirement validations and proofs of concept. As Clay continues to progress in his professional career, he is always seeking opportunities to spearhead solutions development and integration.

Presentation Abstract

Tactical Cloud Platform, Enabling the Digital Battlefield Mesh

Klas’ Tactical Cloud Platform is a system of systems consisting of industry leading networking, computing, graphics processing, and tactical radio integrating systems. The TCP was engineered to be ruggedized and institutes the most optimal Size, Weight, and Power in its class. As the first system to integrate cloud computing and automation at the extreme edge, the Tactical Cloud Platform enhances the battlefield through seamless employment of transportable C5ISR systems. Its local cloud management and graphics processing have transformed the way the battlefield analyzes data and facilitates sensor and platform integration. Concurrently, the Tactical Cloud Platform incorporates an autonomous Artificial Intelligence and Machine Learning solution that has modernized information processing and supports global remote access. This unique capability provides and ingress and egress point as a gatekeeper for all forms of digital reconnaissance. Furthermore, the Tactical Cloud Platform’s innovative technology employs Software-Defined Wide Area Network with multiple backhaul redundancies, as it safeguards the battlefield’s critical lifeline of communications. The Tactical Cloud Platform is an extreme edge system that enables the next generation of warfighters with the ability to overcome adversity in the world’s most kinetic environments.
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suman-mallick

Empowering the Tactical Network Operator

Speaker Biography

Suman Mallick, VP of Systems Engineering at CodeMettle

Suman oversees pre-sales engineering and product development support at CodeMettle. He is responsible for the systems engineering team that designs and implements proof of concepts and pilots to new customers.

Suman specializes in all aspects of pre-sales support, including proposal generation, project scoping, and product demonstration. He has over 15 years of experience in systems, solutions, sales, and software engineering.

Prior to CodeMettle, Suman held positions at Rockwell Collins, DataPath, and ILC. Suman holds a Bachelor’s degree in Computer Science from the Georgia Institute of Technology.

Presentation Abstract

Empowering the Tactical Network Operator​

The operational environment is becoming more complex, with ever-increasing threats, and therefore the need for information at speed. To meet this need, tactical networks have grown, making new technologies required to bring data to the user. This has complicated the networks, but training and support have not kept pace. The configuration, operation, and maintenance of delivering networks and services are critical to the tactical cloud and analytics initiatives. How is industry empowering these operators to rapidly adapt to new technologies necessary to deliver information at speed?

How a Zero Trust SSE Can Deliver Common Security to the Tactical Edge Effortlessly

Speaker Biography

Patrick Perry, Sr. Director, Federal Strategy at Zscaler

As the Senior Director of Federal Strategy, Patrick is responsible for the alignment of Zscaler capabilities to the Department of Defense (DoD) and Intelligence Communities (IC) mission sets in order to provide dynamic, mission-focused, and innovative approaches to network/transport security.

Before joining Zscaler, Patrick served in the Army as a Signal Corps Chief Warrant Officer Four for nearly 22 years of service. Patrick’s experience over the last 15 years has been with the U.S. Special Operations community. Throughout his career, he has served as the Chief Technical Advisor to Senior Military Leaders as well as performed in both Network and Security Engineer positions. He specialized in developing innovative and transformative solutions that supported both strategic and tactical missions globally.

Patrick holds degrees from University of Oklahoma and University of Maryland University College, as well as industry certifications including 2 x CISCO Certified Internet Expert (CCIE) and a CISSP. He is married to a career Army Signal Officer currently serving on active duty and they have five children.

Presentation Abstract

How a Zero Trust SSE Can Deliver Common Security to the Tactical Edge Effortlessly

To optimize security at the tactical edge, we must approach domains of operating & securing the network as any other battlefield terrain, and abstract the concepts away from the idea of how it builds and maintains the network as a terrain. Viewing a Zero Trust Architecture as an overlay of the network terrain is the only way to unify all aspects of the network and optimize data flows & security at the same time. A cloud native, Secure Service Edge (SSE) solution is designed to do just that.
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Using Automated Endpoint Security Platforms to Bring Zero Trust to the Edge

Speaker Biography

Jason Myers, Technical Director at Booz Allen Hamilton (BAH)

Jason Myers is a Tech Director at Booz Allen where he serves as CTO of the District Defend product – a cybersecurity endpoint protection platform – as well as Managing Director of the firm’s Global Defense Armory – a technology acceleration engine. During his 15-year tenure, he has directed emerging technology efforts – mobile forensics, platform security, trusted application development, and secure wireless networking – across the U.S. Department of Defense, and the U.S. Intelligence Community.
Presentation Abstract

Using Automated Endpoint Security Platforms to Bring Zero Trust to the Edge

Zero Trust at the Edge requires comply-to-connect and comply-to-decrypt enforcement to safeguard devices, data and applications while users operate in high-risk environments. Tip-of-the-spear tactical teams rely on secure endpoints to access critical mission insights. However, devices at the edge often constitute the riskiest attack vectors – in addition to potentially being captured for data exfiltration, they can be exploited and reintroduced to the network to access vulnerable data resources. District Defend® provides operators automated protections, based on real-time threat conditions and dynamic security rules, to safeguard devices and allow the warfighter to focus on the mission.
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AI at the Tactical Edge

Speaker Biography

Don Bailey, Enterprise Solutions Architect at VMware

Before joining VMware, Don spent 27 years at CIA as a field Technical Operations Officer, manager, and senior researcher in vulnerability discovery and exploit development. Don finished his career in the Intelligence Community developing and deploying offensive IO capabilities for CIA and NSA. Don has given presentations at major cybersecurity conferences, including Black Hat USA, DerbyCon, NSA FVEYs, NATO’s recent ML/AI conference, and CIA Emerging Technologies Conferences. Additionally, Don has developed and delivered to JSOC, SOCOM, and AFCEA Rocky Mountain Cyberspace Symposium full and multiple-day courses on hacker TTPs, Container hacking, provisioning Kubernetes Clusters, and ML/AI application development. Don was asked by the SAF/CIO to participate in the recent BRAVO Hackathon events at Nellis AFB and later at Langely AFB, which focused on applying AI to F35 data. In his role as an Enterprise Solutions Architect at VMware, Don works closely with Air Force COCOMs, Intelligence Community, and DOJ customers on their digital transformation journeys and cybersecurity postures.

Presentation Abstract

AI at the Tactical Edge

AI/ML converges analytics, data science, and automation that accelerate successful digital transformations and fuel mission outcomes across all domains. Government leaders recognize AI as a critical national security imperative. This breakout talk focuses on implementing tactical edge AI capabilities by reviewing DPU-based Project Monterey and how VMware is helping re-imagine the tactical edge. Next, we explore how VMware’s partnership with NVIDIA supports the entire AI application lifecycle.

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CSfC-Enabled Secure Mobility in Denied Environments

Speaker Biography

Mike Maice, Chief Technology Officer at Archon

As the Chief Technology Officer for Archon Products, Michael Maice is responsible for overseeing and advising on the strategy for Archon product development, as well as evaluating new technologies to be integrated into the Archon product platform. Prior to joining our team, Michael spent 20 years in the United States Army as a Chief Warrant Officer and the CTO of the Joint Communication Support Element, as well as his industry experience as the Chief Innovation Officer for a ruggedized hardware manufacturer. Michael’s mission first perspective brings an understanding of the challenges and missions that our most important customers face daily.
Presentation Abstract

CSfC-Enabled Secure Mobility in Denied Environments

In 2019, research found that 24% of all enterprise mobile devices were prone to threats — not including out-of-date software. Securing company and organizational data is no longer about physical security; it’s about digital protection. In a world where mobile devices are essential in many fields, there is a heightened risk network vulnerability. Consequently, mobile device security has never been more important.

In this tech talk, we will cover the following topics:

  • Mobile device threats in secure work environments
  • Building rapid device deployment timelines
  • CSfC options with infinite scalability

Mobile personnel working with sensitive and classified information cannot risk information leakage or identity disclosure. Military personnel need a mobile device that enables them to work without geographical restrictions while protecting against operating system vulnerabilities, configuration errors, errant or malicious code, traffic sniffing, location tracking, and other threats. The NSA had this requirement in mind when it created the Commercial Solution for Classified (CSfC) Mobile Access Capability Package (MA CP). However, most of today’s CSfC-compliant mobile devices are expensive, complicated to use in the field, and difficult to roll out and manage at scale.

ID Technologies has developed a suite of CSfC-enabled products that can securely connect the Cyber warrior at the last mile endpoint to the cloud. ID Technologies’ Archon ZV secure laptop or phone is a CSfC compliant endpoint built on a Dell laptop or Google Pixel phone, used for secure access to multi-domains. A secure RTOS and custom mobile OS provide military-grade Security for the unique requirements of cyber operations. The first-ever turnkey mobility solution meets CSfC program requirements, provides an excellent end-user experience, and operates efficiently in diverse locations and challenging conditions. The Archon ZV solution enables government agencies, private sector enterprises, and law enforcement organizations to protect data and critical infrastructure against attacks by cybercriminals and cyberterrorists.

The scalability, cost-effective, and ease of use of this system allow federal customers to deploy new systems directly from the factory in a matter of minutes as opposed to hours or days as required by legacy solutions. Archon Cloud Fabric, a part of the Archon Suite, is an enterprise gray cloud fabric solution that provides last-mile transport to those critical end-users. Insufficient bandwidth undermines video conferencing and collaboration applications, frustrates users, prevents adoption of time-sensitive analytics, and can derail “cloud-first” initiatives. When paired together, the Archon Suite enables secure cloud connectivity virtually anywhere globally. This enterprise-class solution has been built from the ground up to scale to support any size organization featuring factory configuration and remote certificate renewals.

Mobile devices pose a significant security risk, accounting for all those devices and keeping them properly managed has become a huge challenge across all industries that deal with sensitive and classified data. The Archon Suite provides a work-from-home solution, greater productivity for tactical mission users, and greater security for mission-sensitive systems.