Ransomware tracking sites like Ransom-DB exist because the threat keeps changing shape. One of the groups drawing attention is PEAR, and any Pear ransomware group analysis is a useful way to see how modern extortion crews work, and where common defenses fall short.

The source page we reviewed is a live threat intelligence hub and does not itself carry detailed findings in the text we have. So this post draws on that tracking context and on publicly visible search summaries from security vendors, and it avoids claims beyond them.

Who Is the Pear Ransomware Group

PEAR stands for Pure Extraction And Ransom. According to a summary from threat intelligence firm Halcyon, the group steals data and demands payment without deploying encryption or malware. SOCRadar's profile describes a group that emerged in July 2025 and specializes in data exfiltration and extortion. BlackFog has described it as a newly surfaced actor with limited public information.

Public reporting has linked PEAR claims to a range of organizations, including a regional eye care provider, a New Jersey university and an office furniture company. The mix suggests the group is not limited to one sector, though we cannot draw firm conclusions from a handful of headlines.

The key point is the model. Traditional ransomware locks your files. PEAR, as described, skips that step and relies purely on the threat of exposure. That is a close cousin of the trend we covered in Jadepuffer's return, where a different group moved in the opposite direction by dropping data theft and sticking with encryption. Together they show that extortion crews are experimenting with which pressure point works best.

How Ransomware Groups Choose and Pressure Victims

Most groups look for organizations where a leak would hurt and where defenses are uneven. Healthcare providers, schools and mid-sized businesses hold sensitive records but often lack large security teams. Attackers also favor targets that can be reached through exposed services, stolen credentials or phishing.

Pressure usually follows a pattern:

  • Quiet access: Attackers gain a foothold and look around the network.
  • Data theft: Files, patient or employee records and internal documents are copied out.
  • Contact and deadline: The victim receives a demand, often with a countdown.
  • Public listing: If talks stall, the group posts the victim on a leak site and may publish samples.

With a data-only group like PEAR, the pressure is reputational and legal rather than operational. Restoring from backup does not undo a leak. That changes the calculation for victims, and it is why paying a ransom only works about 65% of the time. Payment does not guarantee deletion of stolen data, and nothing prevents a second demand.

Some organizations choose to refuse. Berlin's rejection of Rhysida's 30-bitcoin demand is one public example of a victim holding the line.

What a VPN Can and Can't Stop in a Ransomware Attack

A VPN encrypts traffic between your device and a VPN server and hides your IP address from sites you visit. That is valuable on public Wi-Fi and for privacy, but it addresses a narrow slice of the ransomware problem.

What a VPN does not do:

  • It does not stop phishing emails or malicious attachments.
  • It does not fix weak or reused passwords, or missing multi-factor authentication.
  • It does not patch vulnerable servers.
  • It does not prevent an attacker who already holds valid credentials from copying data out of your network.

In fact, poorly secured remote access, including VPN gateways, can itself be an entry point if accounts are weak or software is out of date. For organizations, a business VPN is one piece of access control, not a defense against extortion. For individuals, a consumer VPN will not protect records that a company, school or clinic holds about you.

Practical Steps: Backups, Segmentation and Incident Response

The controls that matter most work before an incident, and they address different parts of the attack chain.

Backups. Keep multiple copies, at least one offline or immutable, and test restores regularly. Backups protect you against encryption-based attacks. They will not stop a data-only leak, but they keep you from facing two crises at once.

Network segmentation. Splitting the network limits what an intruder can reach from one compromised account. Separating sensitive databases from general office systems reduces how much can be stolen.

Access hygiene. Enforce multi-factor authentication, remove unused accounts and monitor for unusual outbound transfers, since data theft often shows up as large, unexpected uploads.

Incident response planning. Decide in advance who leads, who calls legal counsel, how you notify affected people and regulators, and whether you have a position on paying. Practice it with a tabletop exercise. Large breaches such as the ADT incident tied to ShinyHunters show how extortion groups lean on stolen data volume as leverage.

What This Means For You

If you run or work for an organization, assume that theft of data, not just encryption, is the main risk, and plan for both. If you are an individual, the best steps are to use unique passwords, turn on multi-factor authentication, and watch for breach notices so you can freeze credit or change credentials quickly. A VPN is fine for privacy, but it will not shield you from a breach at a company you deal with.

Key Takeaways

This Pear ransomware group analysis shows that extortion no longer depends on locking files. Review your backup and incident response readiness this week: test a restore, confirm who makes decisions in a crisis, and check that sensitive data is segmented. If you are weighing whether to pay, read our piece on ransomware recovery and paying, and see how tactics keep shifting in the Jadepuffer story.