On February 6, 2026, BridgePay Network Solutions - a significant U.S. payment gateway and solutions provider - was struck by a ransomware attack that disrupted core payment systems.
As of this writing, BridgePay remains offline. There is currently no estimated time to resolution publicly posted. Merchants, municipalities, and ISVs relying on BridgePay have been forced to implement contingency plans while waiting for service restoration.
That alone tells a story.
While early statements indicate no payment card data was compromised, availability clearly was. And in payments, availability is everything.
When the NTSB investigates an airplane crash, it is almost never a single catastrophic failure. It is a chain of small issues - missed warnings, mechanical inefficiencies, human decisions, procedural gaps - that align at the worst possible moment.
Security events follow the same pattern.
Just like experienced pilots develop opinions and working theories after decades in the cockpit, those perspectives are informed by thousands of hours of pattern recognition. Until the official NTSB report is published, those are still opinions - educated, informed, but opinions nonetheless.
The same applies here.
We do not have a forensic report. What follows are our opinions and theories based on decades inside payments infrastructure, PCI programs, and incident response engagements. When you've seen enough environments, enough breaches, and enough “this will never happen to us” moments - you learn how to read between the lines.
For an organization of this scale to be offline for days - with no clear restoration timeline - multiple defensive layers likely failed or were inefficient. Ransomware does not succeed at scale because of one weak password. It succeeds because friction was low across several layers.
Let's unpack what that usually means.
Initial Compromise Detection Controls
Something allowed initial access - phishing, exposed services, credential reuse, third-party compromise. Mature environments detect unusual authentication behavior, impossible travel events, or suspicious privilege escalation early. If detection is delayed, the attacker gains time - and time is leverage.
Network Segmentation Boundaries
PCI requires segmentation between cardholder data environments and other networks. But segmentation on paper is not segmentation in practice. Flat networks, overly permissive firewall rules, and shared service accounts allow ransomware to propagate laterally. True segmentation assumes breach and contains blast radius.
Privileged Access Governance
Ransomware needs administrative rights to encrypt broadly. If domain admin privileges are widely distributed, service accounts are over-permissioned, or access reviews are infrequent, attackers escalate quickly. Least privilege is easy to document. It is harder to operationalize.
Backup Architecture and Isolation
Having backups is meaningless if they are reachable from the production domain. We regularly see backups stored on network-attached storage without immutability controls. Modern ransomware actors actively target backup systems first. If backups were encrypted or invalid, recovery timelines stretch from hours to days - or weeks.
Incident Response Plan (IRP) Execution
PCI DSS requires organizations to document and test incident response procedures. Testing, however, often means tabletop exercises once a year. Real response requires muscle memory: communications protocols, decision trees, legal coordination, containment playbooks. If IRP is theoretical, recovery becomes chaotic.
When organizations remain offline for extended periods, it usually indicates either:
None of these are single-point failures.
They are systemic inefficiencies.
This is what happens when companies treat PCI and information security as an annual exercise.
The audit becomes the objective. The Attestation becomes the trophy. The remediation becomes temporary.
Until reality tests the system.
A PCI AOC does not measure operational resilience. A vulnerability scan does not measure detection maturity. A penetration test does not measure response velocity.
Compliance artifacts are snapshots. Security culture is continuous.
When security is ingrained in culture:
When security is seasonal:
Until it isn't.
Payments ecosystems are interconnected. A gateway outage cascades to merchants. Merchants cascade to municipalities. Municipalities cascade to citizens.
Availability is not secondary to confidentiality in payments - it is equally critical.
Organizations should be asking themselves right now:
BridgePay's outage should not be viewed as an anomaly.
It should be viewed as a case study.
Not because we know exactly what failed - but because decades in this space tell us that prolonged outages never come from a single mistake.
They come from accumulated complacency.
Security is not an annual event. It is not a badge. It is not a checklist.
It is a discipline.
And discipline is what determines whether you recover in hours… or remain offline while the entire ecosystem waits.