get.es Listed by lockbit3 Ransomware Group: Ransomware Claim — What’s Alleged & What To Do

Ransomware groups continued through 2022 to pressure organisations by pairing encryption with data theft and public leak-site listings. In that climate, smaller and mid-sized entities with limited public profiles still appeared on criminal forums, often with little independent confirmation of what had been taken.

On 31 July 2022, get.es was listed on the lockbit3 ransomware leak site. The group claims to have stolen internal data. The number of people affected remains unknown, and public detail beyond the listing itself is limited. For anyone who has dealt with the organisation, the claim is enough to warrant attention and basic protective steps.

What happened

According to available reporting, get.es appeared on the lockbit3 leak site on or around 31 July 2022. Lockbit3 stated that it had conducted a ransomware attack and exfiltrated internal files. No further technical particulars—such as the initial access method, the duration of any intrusion, the volume of data, or whether systems were encrypted—have been disclosed in the public record surrounding this listing.

The scale of the incident is unconfirmed. Counts of affected individuals or records have not been published. Independent verification that the claimed data was in fact taken from get.es, or that it has been released, is not part of the reported facts. What is established is the group’s public claim and the organisation’s appearance on the leak site.

Who is lockbit3?

Lockbit3 is a well-documented ransomware operation that evolved from earlier LockBit iterations. Like many ransomware-as-a-service groups, it has typically relied on affiliates to gain access to networks, deploy encryptors, and exfiltrate data before demanding payment. A core pressure tactic has been the threat—and sometimes the act—of publishing stolen material on a dedicated leak site when victims do not pay.

The group has been associated with numerous incidents across sectors and countries. Its operators have historically advertised speed of encryption, double-extortion methods, and a structured affiliate model. None of that general pattern proves the specifics of any single claim. In this case, lockbit3’s listing of get.es should be treated as an unverified assertion by the group that it stole internal data, not as independently confirmed fact.

About get.es

get.es is the organisation named in the listing. The .es country-code domain indicates a Spanish connection, though public detail in the breach record does not expand on the entity’s exact legal structure, size, or line of business. Organisations operating under national domains commonly hold customer, employee, supplier, and operational records typical of their sector—contact details, contracts, internal correspondence, and business documents.

A breach claim against any such organisation matters because internal files can contain personal data, commercial information, or credentials that remain useful to criminals long after the initial incident. Even when the precise nature of the entity is not widely publicised, people who have interacted with it may still face downstream risk if their information was among material the attackers claim to hold.

What was likely exposed

The reported facts state that internal files were exfiltrated in a ransomware attack. No itemised inventory of data types—such as names, identity numbers, financial records, or credentials—has been disclosed. The number of people affected is unknown.

Organisations of this general kind typically maintain a range of internal material. Exact contents in this incident remain unconfirmed. In broad terms, such holdings can include:

• Business documents, contracts, and internal correspondence
• Employee or contractor records and contact details
• Customer or client information collected in the ordinary course of operations
• System or network-related files that could aid further intrusion if misused

None of the above should be read as a confirmed list for get.es. They are categories commonly present in corporate environments; whether any specific category was taken here has not been established in the public facts.

Why it matters

When a ransomware group claims to hold internal files, the practical risks are straightforward. Personal data can be used for phishing, identity fraud, or social-engineering attempts that reference real relationships or transactions. Business information can expose commercial relationships or create leverage for further extortion. Credentials or configuration details, if present, can facilitate follow-on attacks against the same organisation or its partners.

For get.es, a public listing can damage trust and create regulatory and operational obligations even when full details are sparse. For individuals, the absence of a confirmed victim count does not remove the need for caution: unknown exposure is still exposure that may surface later in criminal markets or targeted scams. The incident also illustrates how leak-site claims alone can generate lasting uncertainty when independent verification and clear disclosure are limited.

If your data was in this claimed breach

If you have a relationship with get.es—as a customer, employee, partner, or supplier—treat the claim seriously while recognising that public confirmation is limited. Change passwords on related accounts, enable multi-factor authentication where available, and watch for unexpected messages that reference the organisation or personal details. Monitor financial and account activity for unusual behaviour, and be sceptical of unsolicited requests for further information or payment.

Keep records of any suspicious contact. If you believe sensitive personal data may have been involved, consider credit or fraud alerts according to local practice. You can also run a free exposure scan of your email to check whether your information has already surfaced in known breach data. That step does not confirm or rule out involvement in this specific incident, but it helps you see whether your address appears in previously compiled breach collections and prioritise further protections.

AICompiled with AI assistance from public sources and published under our editorial standards.