The history of ransomware stretches from a peculiar 1989 postal campaign to today's sophisticated criminal ecosystem featuring affiliate programs, access brokers, leak sites, technical support, and professional negotiators. In 1989, victims were instructed to mail $189 to a Panamanian post office box. By 2021, REvil demanded $70 million for a universal decryptor after compromising Kaseya VSA. By 2026, ransomware had evolved from odd mailings into a structured criminal market.
1989: Floppy disks, a biologist, and the first ransom
In autumn 1989, thousands of scientists and medical workers received floppy disks labeled “AIDS Information Introductory Diskette v2.0.” The mailing targeted participants of the 1988 International AIDS Conference in Stockholm and subscribers to journals such as PC Business World. Estimates range from 20,000 to 26,000 disks distributed. After 90 system reboots, the program hid directories and renamed files on drive C:, rendering documents inaccessible while leaving data intact. A message demanded $189 sent to PC Cyborg Corporation in Panama. The author, Harvard-educated evolutionary biologist Joseph Popp, was arrested but never stood trial after psychiatric evaluation found him unfit. The underlying idea survived its creator.
2000s: Cryptography moves to criminals
The concept remained largely theoretical until the internet became widespread and cryptographic libraries accessible. Early GPCode variants around 2004–2005 used weak symmetric encryption that researchers could break. By 2008, GPCode.ak employed 1024-bit RSA, making brute-force impractical. Archiveus in 2006 introduced full asymmetric encryption by archiving files and demanding purchases from a specific online pharmacy; operators were quickly identified and the password leaked.
2012–2014: Psychology, Bitcoin, and the first industrial model
Reveton (2012) blocked the screen and impersonated law enforcement, displaying localized warnings from the FBI, German BKA, or UK Police Central e-Crime Unit. CryptoLocker (September 2013) combined RSA-2048 encryption, the Gameover Zeus botnet, and Bitcoin payments at scale.
2016–2017: National-scale impact
Petya (2016) overwrote the MBR and encrypted the MFT, preventing system boot. WannaCry (May 2017) used the leaked EternalBlue exploit (MS17-010) to spread autonomously, affecting over 200,000 systems in 150 countries and forcing the UK NHS to cancel operations. Researcher Marcus Hutchins halted it by registering a kill-switch domain. NotPetya (June 2017) masqueraded as ransomware but functioned as a wiper, causing an estimated $10 billion in damage including $300 million to Maersk and $870 million to Merck; it originated via a compromised M.E.Doc update and combined EternalBlue with Mimikatz.
2018–2020: Professionalization
Groups such as Ryuk used Trickbot and Emotet for initial access, spent weeks mapping networks, destroyed backups, then deployed encryptors. Maze popularized double extortion in 2019 by exfiltrating data before encryption and threatening leaks. The Ransomware-as-a-Service model emerged, with developers taking 20–30% of ransoms and affiliates handling attacks. Access brokers began selling corporate entry points.
2021: Peak big-game hunting
DarkSide hit Colonial Pipeline, causing six-day fuel shortages; the company paid $4.4 million. REvil targeted JBS Foods for $11 million and later compromised Kaseya VSA, demanding $70 million. The FBI obtained a decryptor key without payment.
2022–2024: Major operations and brand resilience
LockBit conducted over 2,000 attacks since 2020, earning at least $120 million. Operation Cronos seized its infrastructure in 2024, yet the brand re-emerged. ALPHV/BlackCat infrastructure was disrupted in late 2023; the group was later linked to the Change Healthcare incident. Cl0p exploited MOVEit Transfer in 2023. Newer actors include Akira, Qilin, and Lynx.
2025–2026: Market fragmentation and new targets
The FBI IC3 report for 2025 recorded 3,600+ ransomware complaints and $32 million+ in stated losses, plus 63 new variants. Frequent names include Akira, Qilin, INC/Lynx/Sinobi, BianLian, Play, RansomHub, LockBit, DragonForce, SafePay, and Medusa. Medusa uses timers on leak sites and sells publication delays. Akira now targets virtual disks on Nutanix AHV, VMware ESXi, and Hyper-V. ENISA and Europol reports note continued use of known vulnerabilities, affiliate collaboration, privacy coins, and AI-assisted reconnaissance and phishing.
Why the model remains resilient
RaaS, access brokers, and role specialization lower attack costs. Double and triple extortion combine encryption, data leaks, customer notifications, regulatory pressure, and DDoS. Bitcoin and privacy coins facilitate payments, though blockchain analytics increasingly enable seizures. Victims in healthcare, manufacturing, and critical infrastructure often pay to avoid downtime.
AI assistance and minimum defenses
Generative AI aids reconnaissance, phishing text, and document analysis but does not autonomously execute full attacks. Recommended protections include isolated, immutable, tested backups following the 3-2-1 rule; MFA on all remote access; timely patching; network segmentation; EDR/XDR monitoring; and pre-established incident response plans.
