When Defense IT leaders think of mission critical systems, the same images come to mind: command and control, weapons platforms, classified networks.
But these are not the only systems the mission depends on, and another category that almost never makes the list is becoming a strategic problem. The Department of War's public facing websites are how recruits enlist, how a military family stays connected, and how a veteran claims earned benefits.
These are the digital front door to the entire defense community, and they often sit outside hardened defense networks running on commercial clouds or decentralized infrastructure. When they go down or get breached, the impact hits readiness, recruiting, retention, and the quality of life for the people the mission depends on.
That was the central argument of the latest GIST 360 webinar, hosted by Brian Lake of Swish and featuring Johnny Elzein, Senior Solutions Engineering Manager at Cloudflare, with Sean Applegate, CTO of Swish. Over the course of the conversation, a clear picture emerged: Defense IT leaders are facing a quiet convergence of pressures on these public facing properties, and the same architectural shift can resolve all of them.
Adversaries Seek Soft Spot in IT Defenses
DoW networks such as the DODIN and tactical networks are extremely well defended. As a result, adversaries have shifted their attention to the adjacent networks such as those used by on-base commissaries, Morale, Welfare, Recreation (MWR) sites, or recruitment portals because those networks are softer, more public, and easier to reach.
The mechanics are straightforward. A nation state actor who cannot breach the DODIN directly, can often find an opening through a spouse on a commissary site, a teenager on a base school portal, or a recruit filling out an application. The family becomes the threat vector, and the website becomes the entry point. Since no single command owns these properties end-to-end, the defensive posture is fragmented by design.
But the security risk is only half the story.
The Same Systems Are Affecting the Mission in Other Ways
These properties are also failing Defense agencies in a way most IT budgets do not measure: they are eroding recruiting and retention through poor user experience.
The Military Sealift Command (MSC) which the U.S. Navy relies on to refuel, resupply and ensure force readiness at sea is a perfect example. Merchant Mariners deploy for months on ships that historically lacked the modern MWR connectivity of the Navy and commercial shipping preventing those on board from being connected to home and having digital access in their downtime. The result was the Command couldn’t recruit and adequately staff the ships.
The MSC knew it needed to improve user experience and modernize its IT systems and worked with several partners to install modern wireless capabilities on their fleet, backhauled through Starshield with strong cyber defenses changed everything. Crews could do their jobs, call their families, pay bills, and decompress at sea. Force readiness improved because people wanted to deploy.
That story scales. Every time a recruit hits a slow site, a spouse cannot book travel, or a base school portal fails during enrollment, the mission absorbs a small but real cost. The fragmented architectures driving the security gap are also driving the experience gap. They are the same problem.
The Quantum Clock Is Running and Compounds the Problem
If those two pressures were not enough, a new threat landscape is escalating every day. Adversaries are looking for threat vectors that allow them to harvest encrypted federal traffic today and store it for decryption tomorrow when quantum capability matures.
The encouraging takeaway: government agencies do not need to rip and replace legacy stacks to start defending. Modern edge architectures offered by providers like Cloudflare wrap traffic in post-quantum cryptography by default, letting agencies harden the front-end today, buy time on the back-end, and align with the next wave of compliance without a multiyear re-architecture. The defense is available now. The only question is who deploys it first.
The Economics Reframe the Decision
Here is where the conversation should land hardest with government CIOs facing flat budgets and competing priorities. Solving these problems does not require new money. Cloudflare’s PQC edge architecture addresses them and pays for itself.
For example, a 300,000 person civilian agency with a mission to protect the nation’s coastlines was spending $13 million annually across a fragmented stack of load balancers, web application firewalls, forward proxies, and content delivery infrastructure. Consolidating to a single distributed edge platform brought those costs down to $9 million in year two and just over $6 million by year three. That’s more than 50% in savings within 36 months, with better security, better performance, and a reproducible architecture the team could extend to every new application coming online.
That math reframes the entire conversation. The digital front door is not a budget problem. It is a budget opportunity hiding inside a security and performance problem.
A Practical 60 Day Path
The speakers closed with a clear playbook. Baseline your current state across performance, application layer cyber risk, and internet exposure. Audit your architecture and budget for consolidation opportunities, especially contracts coming up for renewal. Identify a fast post quantum win to harden the front door while a longer plan takes shape. None of this requires an 18-month roadmap before the first milestone.
Make the Call
The digital front door is mission critical infrastructure, but it must be open, fast, and secure. For those responsible for these digital properties, it’s crucial to make the call to partners like Swish to baseline your security and performance posture. A 30-minute call can tell you where you stand and where the fastest wins are.
For more information, watch the webinar on demand. Join GIST 360 for upcoming webinars, in person events, the GIST of Govt IT podcast, and find other resources federal IT leaders are using to move faster.
