- TRM Labs reports record-breaking crypto losses in 2025.
- North Korean actors linked to major heists.
- Infrastructure exploits surpass smart contract vulnerabilities.
Lede: TRM Labs reports crypto hacks in the first half of 2025 totaled $2.1 billion across at least 75 incidents, impacting major exchanges globally.
Nut Graph: The surge in crypto hacks highlights vulnerabilities in digital security and urges immediate cybersecurity enhancements to protect digital assets.
Main Content
Section 1
Over $2.1 billion was reportedly lost in crypto hacks during H1 2025. Key actors, including North Korea-linked entities, contributed to significant breaches across global exchanges, impacting BTC and ETH assets. In over 75 incidents, losses stemmed largely from infrastructure exploits, with the largest, a $1.5 billion hack, attributed to North Korean hackers targeting Bybit. The attacks surpassed all previous records.
Section 2
The first half of 2025 saw significant impacts on the global crypto market. The breaches affected user confidence and resulted in calls for enhanced security measures across digital platforms. Infrastructure and protocol vulnerabilities have been identified as pivotal weaknesses. They require urgent attention to mitigate the threat to major cryptocurrencies and exchanges worldwide.
Section 3
North Korean involvement and protocol-level vulnerabilities continue to plague the crypto landscape. TRM Labs’ insights reveal an urgent need for focused security enhancements.
“Losses in the first half of 2025 have surpassed the previous record set in 2022 by roughly 10% and nearly equal the total losses from all of 2024, which TRM Labs said ‘highlights an increasingly concentrated threat to digital assets.'” — TRM Labs, 2025 Crypto Crime Report
The ongoing trend of sophisticated attacks suggests a proactive approach by regulators. Historical patterns highlight increased losses, urging the adoption of stronger technological defenses and governance strategies. You can stay updated by following BitDegree on the X platform.
