Edge device security has become one of the most urgent and least well-understood problems in cybersecurity. VPNs, firewalls, Citrix gateways, Ivanti appliances, remote desktop services: these are the devices sitting at the boundary of your network, publicly reachable by design, actively hunted by nation-state actors, and almost impossible to properly monitor using traditional security tools. After months of research into the topic, CounterCraft has published a whitepaper that addresses the problem head-on.
Why This Whitepaper About Edge Device Security
We have spent the last several years watching the same conversation happen across the banking sector, government agencies, defense contractors, and critical infrastructure operators. The specifics differ. The underlying problem is the same: edge devices are getting compromised, the detections are arriving weeks too late, and nobody has a credible answer for what to do about it.
The Canadian Centre for Cyber Security stated it plainly: targeting edge devices has become a tactic of choice for many cyber threat actors, including state-sponsored actors. The UK’s National Cyber Security Centre has issued detailed guidance on the forensic challenges these devices present. Security teams already know all of this. The gap has been in practical, deployable solutions that don’t require taking production infrastructure offline or accepting a performance penalty.
This whitepaper is built around that gap. It does not rehash the problem without offering something actionable. Every section is written for practitioners and decision-makers who are already dealing with edge device exposure and need to understand what a real solution looks like.
Download the Edge Device Security Whitepaper here. >>>
What’s Inside the Edge Device Security Whitepaper
The whitepaper covers the full picture, from threat environment to technical deployment, in enough depth to be useful for both the CISO making a budget case and the analyst trying to understand what the tooling actually does.
Here is a summary of what you will find:
The edge device threat environment as it actually stands
Edge device vulnerabilities are being exploited faster than most organizations can respond. The window between public vulnerability disclosure and active exploitation in the wild has shrunk from roughly a month five years ago to under 24 hours today. The Citrix advisory from July 18th had attackers through the door by July 20th. Advanced persistent threat actors are reverse-engineering patches within hours of release to develop working exploits before most organizations have even read the advisory. The whitepaper maps this timeline in detail so security teams can understand what they are actually competing against.
The architectural problem at the heart of edge device security
You cannot install endpoint detection and response tools on most edge devices without breaking their core functionality. These devices need to maintain stable, low-latency connections. Security layers that inspect traffic or monitor processes will degrade performance or sever the connection entirely. One major bank told CounterCraft’s team that their security assessment of their Ivanti devices came down to a single sentence: “You can’t protect them, but you can’t trust them. But you need them.” The whitepaper explains why this isn’t a vendor failure or a configuration problem. It is an architectural reality that requires a different approach.
Why edge device security detection happens too late
The standard post-breach timeline for edge device compromises runs from initial exploitation through weeks of undetected attacker activity to a discovery triggered by secondary indicators, followed by incident response working with incomplete logs from devices that were never designed for forensic visibility. By the time IOCs and TTPs are extracted, the malware has evolved, the infrastructure has changed, and the intelligence is stale. The whitepaper breaks down exactly why this happens and what it means for response effectiveness.
How deception technology solves edge device security
CounterCraft built a specific approach to edge device security using two methods: deployed deception decoys and Deception Satellites. The whitepaper explains both in technical detail.
Deception decoys are real hardware, actual FortiGate appliances, Citrix gateways, and Ivanti MDM systems, deployed on the internet running real firmware, some patched and some not, because that reflects what real organizational infrastructure looks like. When a zero-day campaign launches, these devices get hit first. Everything is captured: the full inbound request, the complete exploitation payload, all post-exploitation activity including commands executed, data exfiltration attempts, persistence mechanisms, and lateral movement preparation. The intelligence is collected while the campaign is still live, which means C2 infrastructure is active and the malware samples are fresh. Any organization running the same hardware can take that intelligence and check their own environment in real time.
Deception Satellites take a different approach. They are lightweight transparent gateways deployed in front of your actual production edge devices, passing traffic through while logging every exploitation attempt. If your VPN lives at vpn.bank.com, the satellite lives at vpn1.bank.com. Attackers see legitimate-looking infrastructure worth probing. When they probe it, you see exactly what they tried. Deployment takes under 60 seconds per satellite, and you can run as many as you need from a single production device. Because these domains exist purely to attract attacker attention, no legitimate user should ever connect to them. Any connection is already a signal.
Agentless versus agent-based collection, and what the tradeoffs actually are
If the CounterCraft agent can be installed directly on the edge device, which is possible on Linux-based systems and anything where you control the OS, you get full visibility into everything before and after exploitation. On hardware appliances like FortiGate, the approach is agentless. You still capture all pre-exploitation activity and a significant portion of post-exploitation activity, but the ceiling is determined by what the device itself logs and what passes back through the compromise channel. The whitepaper is direct about this tradeoff. Agentless collection is substantially better than discovering a compromise three weeks after the fact. It is not the same as full agent-based collection. Security teams should understand the difference before they deploy.
How to run campaigns at scale
For organizations operating across multiple environments, the whitepaper covers how to structure deception campaigns so the telemetry stays clean and attribution stays precise. Separate campaigns per agency, data center, OT segment, or cloud tenant. Each tuned to a specific threat: VPN exploits, patch validation, lateral movement from an insider threat angle. The intelligence from each campaign maps to MITRE ATT&CK and can be fed directly into existing security operations workflows.
Compliance evidence, built in
Each campaign environment generates telemetry that can be mapped to NIST 800-53 or the applicable framework. Logs are comprehensive. Chain of custody is intact. The whitepaper covers how this evidence holds up in a compliance context.
Who Needs This Edge Device Security Strategy
If you are a CISO, security architect, or security operations lead at an organization that runs any publicly reachable edge infrastructure, this whitepaper is written for you. That includes financial institutions, government agencies, defense contractors, healthcare systems, critical infrastructure operators, and any enterprise that has expanded remote access infrastructure in recent years.
If you are evaluating deception technology for the first time or already familiar with deception but trying to understand how it applies specifically to edge device protection, the technical sections will give you enough detail to have a substantive conversation with your team or with us.
If you are a practitioner trying to make the case internally for a different approach to edge device security, the whitepaper gives you the threat evidence, the architectural reasoning, and the deployment specifics to support that case.
The Approach that Actually Secures Edge Devices
The organizations that are getting ahead of this problem are not doing more of what has not been working. They are changing when in the attack cycle they collect intelligence. Traditional security tools are built around detection after compromise. CounterCraft’s approach is built around collecting intelligence during active campaigns, before production systems are touched, while the threat is still live and the intelligence is still actionable.
One financial institution that deployed Deception Satellites detected reconnaissance against their edge devices within hours of a new exploit going public. Their production systems were never touched. Their security team had fresh IOCs before most organizations had finished reading the advisory.
That gap, between knowing during an attack and knowing after, is what the whitepaper is about.
Download the Edge Device Security Whitepaper
Edge device security requires rethinking how and when detection happens, who collects the intelligence, and what you can actually do with it. The whitepaper gives you the full picture: the threat, the architecture problem, the existing gaps, and a deployable solution that works without touching your production infrastructure.
If you want to talk through what a deception deployment would look like against your specific edge infrastructure, get in touch. We can show you exactly what we would be watching for.
CounterCraft is a cyber deception company specializing in active defense and preemptive threat intelligence. Our platform is used by financial institutions, government agencies, and defense contractors across Europe, the Middle East, and North America.