Real-World Case Study · Real Incident

It Went Down.
We Found Out Why.
We Fixed It Right.

A 20-unit residential network had disruptions. The property owner knew. CCC dug in, found the root cause, rebuilt it right — and HoneyTrap Pro™ revealed what had been hiding inside the network the whole time.

Deployed By
HT
HoneyTrap Pro™
+
TB
TBL Apartments

“43,183 attacks logged.
The network was under siege — and nobody knew it.”

The Finding That Changes Everything
4,189
Suspicious Internal-Signature Events
Traffic patterns consistent with lateral movement — logged, classified, stopped after remediation
43,183
Total Events Logged
External + internal, 30 days
1,439
Attacks Per Day
Average daily volume
~10%
Suspicious Traffic
Internal-signature patterns logged
30+
Days Stable
Post-remediation uptime

The Situation

A Network That Had
Real Problems.

TBL Apartments is a 20-unit residential complex on a managed network provided by Cross Country Communications Corp. (CCC). Like every multi-tenant residential deployment, it runs a mix of personal devices, streaming boxes, gaming consoles, and smart home equipment — none with enterprise endpoint protection.

The network experienced disruptions. The property owner knew. This is not a case study where everything went perfectly — it's the case study where CCC found out exactly what was wrong, fixed it the right way, and came out the other side with documented proof of what had been happening the whole time.


What Happened

The Timeline.
No Sugarcoating.

Three incidents. Root cause identified. Full remediation executed. Here's the complete picture.

Outage
First Disruption — Network Down
The network went down. CCC responded immediately and began a systematic investigation. Infrastructure instability was the initial finding — aging switch hardware failing under load. The network was brought back up and HoneyTrap Pro™ was deployed during the recovery process to give CCC full visibility into what was hitting the network.
Outage
Second Disruption — 20 Days Later
A second outage 20 days later confirmed the root cause. With HoneyTrap Pro™ now deployed, CCC had the data to identify both contributing factors: the aging switches were failing under sustained load, and HoneyTrap Pro™ on the production management segment was amplifying that pressure with inbound attack traffic. Knowing the exact root cause is what made the difference. CCC didn't patch around it. They fixed both problems at the source.
Remediation
Full Rebuild — Done Right
CCC replaced the failing switches with enterprise-grade managed PoE units on separate firewall interfaces and separate UPS protection. UPS infrastructure was upgraded to rackmount units providing proper runtime and load capacity for the new hardware. HoneyTrap Pro™ was moved to an isolated dedicated network segment — completely separated from production, no WAN exposure, firewall policies controlling every access path. All infrastructure devices were migrated to static reservations. DNS configured on every interface. The network was rebuilt to the Cross Country Communications Corp. standard — the same standard applied to every managed network in the CCC portfolio.
Stable
30+ Days — No Incidents
The network has been stable since the remediation. No disruptions. No outages. HoneyTrap Pro™ running on its own isolated segment started logging data that changed the entire conversation about what was really happening on this network.

What The Data Showed

Traffic That Had
No Business Being There.

Residential networks are soft targets. Tenants connect personal devices with no endpoint protection, no patch management, and no monitoring. Without visibility tools in place, suspicious traffic on these networks goes completely undetected — no alerts, no logs, no indication anything is happening.

During the initial deployment period, HoneyTrap Pro™ logged two categories of traffic carrying signatures consistent with lateral movement activity: SMB enumeration and Telnet probes targeting internal IP ranges. These are patterns associated with reconnaissance and pivoting attempts — traffic that has no legitimate place on a residential network.

After the network rebuild and proper isolation, this traffic stopped. March data confirmed clean — only external scanning from known internet threat actors, all now blocked automatically at the firewall on first contact.

Service Events Behavior Pattern Classification
SMB (Port 445) 971 Enumerate shares, map internal hosts Suspicious Traffic
Telnet (Port 23) 3,218 Probe internal IP ranges for open services Suspicious Traffic

4,189 events carrying lateral movement signatures. Logged and classified during the initial deployment period. Gone after the remediation.

Without HoneyTrap Pro™, this traffic would have been completely invisible. No alert. No log. No indication anything was happening. The data existed — CCC just finally had the tools to see it.


The External Threat

43,183 Reasons the Perimeter
Alone Isn't Enough.

The majority of logged traffic was external — automated scanning, brute force, and exploitation attempts from known threat actors across multiple countries. These attacks never reached a real device. HoneyTrap Pro™ caught them in a controlled, isolated environment and fired automated responses immediately.

Attacks by Service
RDP
37,287
SMB
5,886
Telnet
4
HTTP
3
Other
3
21,253
High Severity
18,782
Low Severity

Attack Volume

Sustained, Persistent Pressure

Attacks were not a one-time scan. The HoneyTrap Pro™ recorded consistent daily probing activity across the full 30-day period, with sustained high-volume campaigns originating from a small number of repeat offenders. The pattern is consistent with automated botnets conducting credential stuffing and remote access exploitation.

Daily Attack Volume — 30 Day Period
Day 1 Day 7 Day 14 Day 21 Day 30

Deception Layer

Canary Tokens Deployed

In addition to the HoneyTrap Pro™ services, CCC deployed six canary token files on the network — bait documents designed to trigger an immediate alert the moment any attacker opens or accesses them. These files are indistinguishable from real sensitive documents, making them an ideal early-warning system for insider threats and post-breach lateral movement.

WiFi_Passwords.txt
Fake WiFi credential list
Tenant_Account_Info.xlsx
Fake tenant records
CCC_Cloud_Access
Fake AWS credentials
Tenant_DB_Backup.sql
Fake database dump
Router_SSH_Key
Fake SSH private key
Tenant_Records.pdf
Fake PII document

Outcome

What HoneyTrap Pro™ Delivered

A rebuilt network, a documented root cause, and 30+ days of stable operation — plus complete visibility into threats that had been invisible from day one.

Root Cause Identified & Fixed
Two outages traced to aging switches and HoneyTrap Pro™ on the production management segment. Both fixed. New switches, proper isolated segment, full infrastructure rebuild to the CCC standard.
Full Traffic Visibility
4,189 suspicious traffic events logged and classified during the initial period. After remediation, confirmed clean — external scanning only, all blocked automatically at the firewall on first contact.
30+ Days Stable
Post-remediation the network has run without incident. All attacker IPs contributed to the HoneyCloud™ shared threat feed protecting every other MSP on the platform.

Your Clients Are Being Probed Right Now

They just don't know it yet. Deploy HoneyTrap Pro™ and find out what's really hitting their networks.