Close Menu
  • Home
  • News
  • Security
  • Privacy
  • Cybercrime
    • Threat Groups
    • Ransomware
    • Explainers
    • Stealer Logs
  • AI
  • OSINT
  • Tools
    • Ransomtracker
    • Stealercheck
  • Reviews
    • Best antivirus software for 2026: independent picks from Ransomnews
    • Best ransomware-resistant backup for 2026: cloud, hybrid, and immutable picks reviewed
    • Best ransomware protection for business 2026: ESET PROTECT and 5 alternatives reviewed
  • About Us
Facebook X (Twitter) Instagram Threads
Ransomnews
  • Home
  • News
  • Security
  • Privacy
  • Cybercrime
    • Threat Groups
    • Ransomware
    • Explainers
    • Stealer Logs
  • AI
  • OSINT
  • Tools
    • Ransomtracker
    • Stealercheck
  • Reviews
    • Best antivirus software for 2026: independent picks from Ransomnews
    • Best ransomware-resistant backup for 2026: cloud, hybrid, and immutable picks reviewed
    • Best ransomware protection for business 2026: ESET PROTECT and 5 alternatives reviewed
  • About Us
Facebook X (Twitter) LinkedIn
Ransomnews
Cybercrime

A Brief History of Ransomware: From the AIDS Trojan to the RaaS Empires

Jesse William McGrawBy Jesse William McGrawApril 26, 2026No Comments5 Mins Read18 Views
Share Facebook Twitter Pinterest LinkedIn Tumblr Email Copy Link
Visual timeline depicting the evolution of ransomware from floppy disks to modern leak sites
Share
Facebook Twitter LinkedIn Pinterest Email Copy Link

Ransomware feels like a product of the cryptocurrency era, but its story begins on a floppy disk in 1989. The arc from that first crude experiment to today’s industrialised double-extortion ecosystem is the story of two technologies, public-key cryptography and anonymous online payment, gradually meeting the right criminal imagination.

1989: The AIDS Trojan

The first recognised ransomware attack was the work of an evolutionary biologist named Joseph Popp. Popp distributed roughly 20,000 floppy disks labelled "AIDS Information, Introductory Diskettes" to delegates of an international AIDS conference. The disks contained a real questionnaire about HIV risk factors, and a payload. After the infected machine had been rebooted 90 times, the malware encrypted filenames on the C: drive and demanded $189 be sent to a P.O. Box in Panama.

Cryptographically the AIDS Trojan was weak, it used symmetric substitution and was reversed within months, but conceptually it was complete: encryption as leverage, an anonymous payment channel, a remote attacker. Popp was eventually arrested but never tried; he was declared mentally unfit. The genre then went quiet for nearly two decades.

1996–2005: The theoretical interlude

In 1996 Adam Young and Moti Yung published the paper "Cryptovirology: Extortion-Based Security Threats and Countermeasures," which laid out the theoretical blueprint for modern ransomware. They argued that asymmetric cryptography, RSA in particular, would let an attacker encrypt a victim’s files in such a way that only the attacker could decrypt them, even if the malware itself was fully reverse-engineered. The paper was largely ignored by criminals at the time, but every modern ransomware family is, fundamentally, an implementation of that idea.

2005–2012: Early commercial families

The first wave of "real" ransomware emerged in Russia and Eastern Europe in the mid-2000s. Families like GpCode, Krotten, Archiveus, and MayArchive encrypted user files and demanded payment via wire transfer, premium SMS, or pre-paid voucher systems like Ukash and Paysafecard. They were profitable but limited, payment channels were traceable, slow, and capped in size.

Around 2010 a parallel category appeared: "police lockers" such as Reveton and the FBI MoneyPak scam, which did not encrypt files but locked the screen with an official-looking law-enforcement notice accusing the user of viewing illegal content. Victims paid a few hundred dollars in vouchers to make the warning go away.

2013: CryptoLocker and the Bitcoin pivot

The modern era begins with CryptoLocker, which appeared in September 2013. Distributed by the Gameover Zeus botnet, CryptoLocker used 2048-bit RSA generated on a command-and-control server, encrypted a wide list of file extensions, and, crucially, demanded payment in Bitcoin. Cryptocurrency solved the laundering problem that had constrained earlier families. CryptoLocker is estimated to have extracted $3 million before Operation Tovar dismantled its infrastructure in 2014. Its success spawned a horde of imitators: CryptoWall, TorrentLocker, TeslaCrypt, and CTB-Locker.

2016–2017: Industrialisation and worms

By 2016 ransomware was a recognisable industry. Locky, Cerber, and others were distributed via massive spam campaigns and exploit kits. Cerber pioneered the affiliate model that would later define RaaS, paying distributors a cut of revenue.

Then came 2017, which broke the threat model. In May, WannaCry combined ransomware with EternalBlue, a leaked NSA exploit, and tore through unpatched Windows networks worldwide, including the UK’s National Health Service. A month later, NotPetya disguised itself as ransomware but was actually a destructive wiper deployed by Russian state actors against Ukraine; it spread globally through a hijacked accounting software update and caused an estimated $10 billion in damage. The two events showed both the latent destructive potential of self-propagating ransomware and the fact that nation-states were paying close attention.

2018–2020: Big-game hunting and double extortion

The next shift was strategic rather than technical. Operators of Ryuk, SamSam, BitPaymer, and Sodinokibi (REvil) abandoned mass spam in favour of "big-game hunting", handpicked enterprise targets with deep pockets and intolerance for downtime. Ransom demands jumped from thousands to millions of dollars.

In late 2019 the Maze group industrialised a tactic that changed everything: before encrypting, they exfiltrated data and threatened to publish it. The "leak site" was born, and within a year virtually every serious operator had adopted double extortion. The leverage was no longer just "you can’t access your data" but "your customers, regulators, and competitors are about to read your data."

2020–2022: Pandemic surge and the Conti era

Lockdowns expanded the attack surface dramatically, half-deployed VPNs, hastily exposed RDP, exhausted IT teams. Ransomware revenue exploded. Conti, REvil, DarkSide, and LockBit dominated the leak-site landscape. In May 2021 DarkSide hit Colonial Pipeline, triggering fuel shortages on the US East Coast and a White House response that put ransomware firmly on the geopolitical agenda. REvil hit JBS, the world’s largest meat processor, and then the Kaseya VSA supply chain. The Biden administration began openly threatening sanctions and offensive cyber action against operators and their hosts.

In early 2022, after the Conti gang publicly sided with Russia following the invasion of Ukraine, an insider leaked thousands of internal chats and source code. The "ContiLeaks" exposed the operation as a structured criminal enterprise with HR, payroll, R&D, and management, and accelerated its disintegration into successor brands such as Black Basta, BlackByte, and Royal.

2023–present: Mass exploitation, takedowns, and rebrands

The current era is defined by three tendencies. First, mass exploitation of file-transfer and edge appliances: Cl0p’s GoAnywhere and MOVEit campaigns hit hundreds of organisations through a single zero-day each. Second, sustained law-enforcement pressure: Hive was infiltrated and dismantled by the FBI in 2023; LockBit’s infrastructure was seized in Operation Cronos in early 2024; ALPHV/BlackCat collapsed in an apparent exit scam after the Change Healthcare breach. Third, fragmentation and rebranding, affiliates rotate between brands, and new entrants like Akira, Play, Medusa, and RansomHub have rapidly filled the vacuums.

The throughline of the entire history is simple. Every time the criminal economy gains a new affordance, Bitcoin, RaaS, leak sites, zero-day brokering, AI-assisted phishing, the bar for entry drops and the ceiling for damage rises. Understanding the history is not nostalgia; it is the only way to anticipate what comes next.

Share. Facebook Twitter Pinterest LinkedIn Tumblr Telegram Email Copy Link
Previous ArticleWhat Is Ransomware? A Plain-English Guide to the Defining Cybercrime of Our Era
Next Article How Ransomware Works: The Full Attack Lifecycle, Step by Step
Jesse William McGraw

Jesse William McGraw, also known as GhostExodus, is a former insider threat and threat actor. He became the first person in recent U.S. history to be convicted of corrupting industrial control systems. Today he focuses on threat intelligence, OSINT, and public speaking, using his knowledge to bring awareness to the security risks that organisations and individuals face.

Related Posts

Ransomware runs office hours: what 16,699 leak posts reveal

June 1, 2026

62% of database ransom wallets were never paid

May 26, 2026

Ransomware ditched encryption in May 2026 — here’s why

May 22, 2026

Comments are closed.

Facebook X (Twitter) LinkedIn
© 2026 Ransomnews.com

Type above and press Enter to search. Press Esc to cancel.

Cookies on Ransomnews

We use strictly-necessary cookies to run the site and may use first-party analytics to understand which articles are read. Some pages contain affiliate links — when you click one, the affiliate network sets cookies on the merchant's domain to attribute the referral. See the Cookie Policy and Affiliate Disclosure for detail.

RANSOMNEWS.COM

Tracking the criminal infrastructure of the internet.

Independent coverage of ransomware, breach economics, threat actors, privacy, AI security, and the open-source investigation toolkit.

// Topics

  • News
  • Security
  • Privacy
  • Cybercrime
  • AI
  • OSINT
  • Reviews
  • Threat Groups
  • Stealer Logs
  • Ransomtracker
  • Stealercheck

// Site

  • About Us
  • Editorial Team
  • Contact
  • Tip Line
  • Editorial

// Legal

  • Privacy Policy
  • Terms of Service
  • Cookie Policy
  • Affiliate Disclosure
  • RSS Feed
© 2026 Ransomnews.com · Tracking the criminal infrastructure of the internet.