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Dylan LamarreJanuary 27 20261 min read

CSfC and the Future of Classified Data Protection: Why Federal Agencies Are Rethinking Secure Communications

Why CSfC Is Becoming a Cornerstone of Federal Cybersecurity Modernization

Federal agencies are facing a perfect storm: mission demands are accelerating, cyberattacks are intensifying, and legacy systems can’t keep pace with the rapid evolution of technology. Traditional Government Off The Shelf (GOTS) only approaches to securing classified information, while dependable, lack the adaptability and innovation required in today’s environment.

This is why leaders across defense, civilian agencies, and intelligence organizations are increasingly turning to NSA’s Commercial Solutions for Classified (CSfC) program as a strategic modernization pathway.

CSfC represents more than a new set of tools. It reflects a broader shift: commercial innovation is now essential to national security.

How CSfC Is Reshaping Secure Classified Communications

In an environment where mobility, remote operations, and distributed teams are the norm, agencies must rethink how they protect classified data, not just for today but for decades to come. Adversaries are already collecting encrypted communications with the expectation that advances in quantum computing will eventually render today’s cryptography obsolete. CSfC addresses this by providing an agile, layered security architecture that leverages commercial technologies without compromising NSA-grade assurance.

Adopting CSfC isn’t just about enabling secure access. It’s about:

  • Supporting mission agility without sacrificing long-term protection
  • Leveraging commercial innovation cycles to stay ahead of adversaries
  • Preparing for future challenges such as quantum-resistant cryptography
  • Aligning cybersecurity modernization with Zero Trust principles

For many agencies, CSfC is becoming the answer to a crucial strategic question:
How do we secure classified information at the speed of mission?

Why Leaders Are Reevaluating Their Classified Security Architecture

The most forward-leaning organizations are no longer thinking in terms of “secure or fast.”
They’re asking how to achieve both, seamlessly.

Leaders are assessing:

  • How CSfC enables more flexible deployment models
  • How commercial technologies can accelerate modernization
  • How to integrate CSfC into evolving architectures that support remote work and global operations
  • When CSfC makes sense — and when it doesn’t

Understanding the strategic implications of CSfC is becoming essential for cybersecurity, acquisition, and mission executives responsible for charting long-term modernization.

Download the Full Whitepaper: A Strategic Guide to CSfC and CDS

Gain deeper insight into how CSfC fits into today’s federal cybersecurity ecosystem — and how agencies can build architectures that strengthen both agility and resilience.

Download our whitepaper: Understanding the Differences Between NSA’s CSfC and Cross Domain Solutions (CDS)

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Dylan Lamarre

Dylan Lamarre is the CSfC Solutions Architect at Iron Bow Technologies, bringing over 20 years of experience in enterprise network architecture. In his current role, Dylan partners with federal agencies to help them achieve Commercial Solutions for Classified (CSfC) compliance, supporting the federal government’s broader IT modernization initiatives. His work spans the full CSfC lifecycle, including solution design, testing, registration, and implementation across all CSfC Capability Packages. For the past 15 years, Dylan has served as a Department of Defense (DoD) contractor, contributing to a range of engineering projects focused on enterprise LAN/WAN infrastructures, datacenter networks, firewalls/VPNs, MPLS architectures, and CSfC deployments. Prior to joining Iron Bow Technologies, Dylan was the Mobility Network Architect at United States Special Operations Command (USSOCOM), where he directed the command’s CSfC program and led efforts to enhance and expand secure mobile capabilities across both enterprise and tactical environments. Prior to this he served as the Network Architect for U.S. Army Central Command (USARCENT) and the 335th Signal Command in Kuwait where he oversaw the expansion and modernization of the strategic and tactical network infrastructure in support of Operation Inherent Resolve (OIR). Other roles include Lead Network Engineer for Air Force Central Command (AFCENT) in Southwest Asia, and Enterprise Network Lead for United States Forces – Iraq (USF-I) in Baghdad during Operation Iraqi Freedom (OIF).

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