Key Points:
- January’s crypto losses revealed by PeckShield reached $86 million.
- 12% month-over-month increase affects investor confidence.
- Increased vigilance among projects as vulnerabilities persist.
January 2026 witnessed 16 crypto hacks with losses totaling $86.01 million, reflecting a 1.42% decrease from the previous year. Notable incidents include SwapNet’s $16.8 million breach and a $7 million impact on Mithril trading bot.
In January 2026, PeckShield, a blockchain security firm, reported 16 cryptocurrency hacks tallying $86.01 million in losses, marking a year-over-year decrease but a monthly increase, according to their post on X.
January losses signify growing hacker proficiency, alarming investors. Increasing incidents emphasize a pressing need for security protocols across the crypto space.
PeckShield revealed a series of security breaches in January 2026, documenting losses totaling $86.01 million. These incidents represent a slight decrease from the previous year but show a significant spike from December figures.
“January 2026 saw 16 cryptocurrency hacks totaling $86.01 million in losses.” — PeckShieldKey players in these events include SwapNet, Mithril trading bot (Paradex), and Makinafi protocol, which all suffered major losses. PeckShield’s report highlights vulnerabilities in smart contracts and trading systems due to hacker exploits. The immediate effects included financial losses primarily in ETH and USDC across various platforms. The blockchain security community emphasizes the need for robust protocols to combat these threats. These hacks further highlight the financial exposure of investors and platform operators. Stakeholders face increased pressure to enhance security measures and provide secure environments for digital currency operations. Looking forward, the financial and technological impacts could prompt tighter regulatory standards and more advanced technological safeguards. Past incidents set a precedent for potential future security policies and market adjustments amid growing threats.
