A mid-sized company in the Bahamas, operating in the insurance and professional services sectors, faced a critical outage after a Play ransomware attack compromised a significant portion of its IT infrastructure.
The organization’s environment was heavily based on VMware and supported systems essential to daily operations, including enterprise applications, files and Microsoft SQL Server databases. Following the attack, multiple virtual machines became inaccessible, directly affecting internal processes and access to information essential to the business.
The challenge: critical systems unavailable after the attack
The initial intrusion vector could not be conclusively determined during the recovery project. However, the evidence indicated a broader compromise of the network, in which the attackers reached critical systems before executing the encryption phase.
The impact fell primarily on the organization’s virtualized environment. Application servers, corporate files and databases used in operations became unavailable.
The outage affected different areas of the company and forced some activities to be performed manually or through temporary workarounds while the IT team assessed recovery options. The most critical period of unavailability lasted several days.
Although the company had backup and continuity procedures, the available copies were not sufficient to fully rebuild the environment. Some backup data was unavailable or had been affected by the incident, while other restore points did not contain all the information required to resume operations.
An alternative was required.
Four VMware servers and several terabytes of information
The project involved four large VMware servers hosting different systems essential to the organization.
Multiple virtual machines had been affected to varying degrees and several terabytes of information were inaccessible. Among the highest-priority data were Microsoft SQL Server databases, whose recovery required a specific approach due to the structured nature of the information stored.
In this scenario, simply restoring the virtual machines using conventional methods was no longer sufficient.
The strategy had to address not only the recovery of the virtual files but also the identification and reconstruction of information that could still be extracted from the affected environment.
From the Bahamas to Florida: a priority case
Given the importance of the data, the client traveled from the Bahamas to Florida to personally deliver disks containing copies of the affected data.
The material was forwarded for analysis by the Digital Recovery team, which began the diagnosis and, together with the client, defined which systems should receive priority during the project.
Rather than treating the entire environment the same way, the recovery was organized according to each system’s impact on the business.
Servers containing databases and information essential to business continuity were prioritized, allowing the first results to be made available for validation while other parts of the environment continued to be processed.
Specialized recovery beyond conventional tools
Digital Recovery used Tracer, proprietary data recovery and reconstruction technologies, combined with specialized analysis of the VMware environment.
This allowed the specialists to work directly on the affected data, without relying exclusively on VMware’s traditional restore mechanisms.
The Microsoft SQL Server databases also underwent specific analysis procedures to identify the best possible strategy for recovering the structured information.
The case required different approaches for different parts of the environment, as the level of compromise was not uniform.
The combination of expertise in virtualization, advanced data analysis, database recovery and clear prioritization was decisive for the project’s progress.
Progressive results and recovery of priority data
The first results began to be delivered in the early stages, allowing the client to validate priority information while work continued on the other systems.
Considering the data volume, the four VMware servers involved and the presence of critical databases, the complete recovery and validation process took approximately two to three weeks.
The recovery of information deemed essential provided the company with a concrete foundation to rebuild its systems and move forward in normalizing operations.
For a client that initially faced the possibility of permanent loss of important corporate information, the validation of the recovered data represented a significant shift in the incident’s outlook.
What this case demonstrates
A ransomware attack against a centralized virtualized infrastructure can simultaneously impact multiple systems in an organization. When applications, files and databases depend on the same VMware environment, unavailability can quickly turn into a business continuity problem.
This case also demonstrates an important point: the fact that a virtual machine does not start or cannot be restored by conventional methods does not necessarily mean the data is permanently lost.
Even when backups and traditional restore procedures are no longer sufficient, specialized analysis can identify recovery possibilities directly within the affected data.
The combination of specialized technology, clear prioritization and constant communication made it possible to recover important information and offer the client a path to rebuild its environment after the Play ransomware attack.
