Cyberattacks on government agencies are not rare events. State and local governments have become frequent targets of ransomware operators, nation-state threat actors, and opportunistic attackers who have learned that government agencies often carry legacy infrastructure, limited cybersecurity budgets, and operational dependencies that make them vulnerable and that create pressure to pay ransoms or accept terms quickly. The number of significant ransomware attacks against state, county, and municipal governments has increased substantially over the past several years, and the operational consequences of these attacks have been severe: IT systems offline for days or weeks, citizen services disrupted, inter-agency communication impaired, and recovery costs running into millions of dollars.
In this environment, the question of how government agencies communicate during a cyberattack is not hypothetical. It is an operational planning question that every agency should be able to answer concretely before the attack happens, because the agencies that have planned for this answer it by continuing to operate. The ones that have not discover the answer in real time while an active incident is consuming every available resource.
Fax, delivered through cloud infrastructure, is one of the most important components of government communication continuity during a cyberattack. The reasons are architectural, not sentimental, and understanding them is the foundation for building a communication continuity plan that actually works when everything else is failing.
Why Cyberattacks Take Down Government Communication Systems
To understand why fax remains available when other government communication systems fail during a cyberattack, it is necessary to understand why those other systems fail.
Ransomware propagates through networks by exploiting compromised credentials, unpatched vulnerabilities, and lateral movement opportunities that exist in every networked environment. When ransomware reaches a government agency’s network, it encrypts data on every system it can access: file servers, email servers, database servers, application servers, and backup systems. In a well-executed ransomware attack, the encryption happens faster than the agency’s security tools can detect and contain it, and the result is that a large portion of the agency’s IT infrastructure is simultaneously unavailable.
Email fails because the email server is encrypted or because the network infrastructure supporting it is unavailable. Collaboration platforms fail because they depend on servers that are encrypted or network connectivity that is disrupted. VoIP phone systems fail because they depend on servers and network infrastructure affected by the attack. Document management systems fail because their servers are encrypted. And on-premise fax servers fail because they are Windows-based applications running on the same server infrastructure that ransomware targets.
What does not fail, when properly architected, is cloud-hosted infrastructure that operates on servers managed by the cloud provider rather than on the agency’s on-premise infrastructure. A cloud fax platform hosted on Fenestrae’s infrastructure is not on the agency’s network. Ransomware that propagates through the agency’s network cannot reach it. When the agency’s on-premise systems are encrypted and unavailable, the cloud fax platform continues to receive inbound documents and remains accessible for outbound transmission from any device with internet connectivity, including devices on mobile data networks that bypass the compromised agency network entirely.
The Communication Workflows That Cannot Stop During an Attack
Government agencies do not have the luxury of pausing all communication while a cyberattack is being remediated. Several communication workflows carry obligations that continue regardless of infrastructure availability:
Emergency response coordination: A cyberattack on a county government does not suspend the county’s emergency management responsibilities. Coordination with state emergency management, public safety agencies, and federal partners must continue. When email and collaboration platforms are down, fax provides the channel through which coordination documents, situation reports, and resource requests can continue to move.
Regulatory notification obligations: Government agencies that are subject to breach notification requirements under state law or sector-specific regulations have notification deadlines that begin running from the moment a breach is discovered or should have been discovered. These notifications must go out even while the incident is being managed. Fax provides the transmission channel for regulatory notifications when email is unavailable, with the delivery confirmation that demonstrates timely notification was made.
Citizen services communication: Government agencies in the middle of a cyberattack are still processing benefits applications, responding to permit inquiries, and managing other citizen-facing functions to whatever extent possible. Fax provides a communication channel to partner agencies, healthcare providers, courts, and other organizations that citizens depend on even when the agency’s primary digital channels are compromised.
Judicial and law enforcement coordination: Courts, probation agencies, and law enforcement organizations that depend on government IT infrastructure for document exchange need fax as a backup when those systems are unavailable. The case documents, warrant transmissions, and court orders that move between these agencies cannot wait for an IT recovery that may take days or weeks.
Vendor and contractor communication: Agencies managing active construction projects, service contracts, and procurement processes need to communicate with vendors during an incident, particularly if the incident affects deliverable timelines or contract performance. Fax provides the channel for this communication when normal digital systems are unavailable.
How Cloud Fax Maintains Availability During an Attack
Cloud fax platforms like Faxination maintain availability during government cyberattacks through architectural independence from on-premise infrastructure. The platform runs on Fenestrae-managed servers that are not connected to the agency’s network in a way that makes them vulnerable to ransomware propagation or network disruption.
When an attack is underway, agency staff can access Faxination through any device with internet connectivity, including personal smartphones using mobile data networks, agency devices connected to emergency backup internet connections, and laptops at off-site locations that are not affected by the incident. The web-based access model that cloud fax provides is directly applicable to the distributed, infrastructure-degraded environment that a cyberattack creates.
Inbound faxes continue to be received and stored in the cloud platform during the attack. Documents sent by partner agencies, courts, healthcare providers, and other counterparties arrive normally and are accessible as soon as agency staff have any internet-connected device available. No inbound documents are lost because the receiving infrastructure is unavailable, which is the outcome that on-premise fax server failures during attacks produce.
The audit trail that Faxination maintains for every transmission is stored in the cloud platform rather than on on-premise servers, which means it is available for incident documentation and post-incident review regardless of what happened to on-premise systems during the attack. For agencies that face notification obligations or regulatory review related to the incident, this transmission record is directly relevant.
Planning for Fax Continuity Before an Attack Occurs
The ability to use fax as a continuity channel during a cyberattack requires preparation that must happen before the attack. Specifically:
The agency must be running cloud fax infrastructure before an attack occurs. An agency that depends on an on-premise fax server will lose fax capability along with other on-premise systems when that server is encrypted. Migrating to cloud fax removes the fax server from the attack surface entirely.
Designated staff must have web access credentials for the cloud fax platform available through out-of-band means. Login credentials stored only in systems that may be encrypted during an attack are inaccessible when they are most needed. Printed credential sheets in secure physical locations, credentials in offline password managers, and pre-established emergency access accounts all represent approaches to ensuring access is available.
Communication continuity procedures must be documented and tested before an incident. Which staff are authorized to send faxes during an incident? Which fax workflows must continue? How do staff access the cloud platform when normal network access is unavailable? These questions should be answered in a tested procedure, not improvised during an active attack.
Contact Fenestrae to discuss how Faxination supports government communication continuity during cybersecurity incidents, or request a demo to see the cloud architecture and access capabilities that keep fax available when other systems are down.
