Polygon smart contracts under attack, but the real danger may be just starting!

ambcryptoОпубліковано о 2026-01-17Востаннє оновлено о 2026-01-17

Анотація

Blockchain technology's growth is increasingly exploited by threat actors, as evidenced by the DeadLock ransomware. This group uses Polygon smart contracts to dynamically rotate server addresses, making their infrastructure more resilient and evading traditional disruption methods. This highlights a concerning shift where decentralized systems, originally designed to prevent centralized abuse, are now being weaponized. Security firm Group-IB warns this is part of an emerging trend, citing similar campaigns like North Korea's UNC5342 using "EtherHiding" on Ethereum. The abuse of smart contracts for malware distribution and ransomware operations signals a deeper, growing threat to blockchain networks.

As blockchain adoption continues to grow, so does its misuse.

At a fundamental level, the technology is widely used to improve liquidity and efficiency across industries. However, threat actors are now leveraging it to make their infrastructure more resilient and harder to disrupt.

DeadLock ransomware is a clear example of this shift. According to Group-IB research, DeadLock uses Polygon [POL] smart contracts to rotate server addresses, allowing it to evade traditional detection methods.

Naturally, this puts the broader decentralization narrative under scrutiny.

In this case, Polygon smart contracts are the ones under pressure. Why does this matter? Blockchain technology was originally designed to prevent the kind of abuse historically seen in traditional, centralized systems.

However, the use of Polygon smart contracts to support ransomware operations shows that decentralized infrastructure can also be exploited by threat actors, raising the question: What does this mean for the network?

Polygon smart contracts – Part of an emerging malware trend

Looking closely, DeadLock isn’t just another ransomware.

In a centralized system, stopping an attack can be as easy as flipping a switch. However, with decentralized setups like Polygon smart contracts, teams can’t just “turn it off” as the control is baked into the core of the network.

Notably, that’s exactly what this technique is taking advantage of. And now, imagine this as part of an “emerging trend” where more attacks are likely to leverage smart contracts across other blockchain platforms.

That brings us to what Group-IB analysts are warning about.

As shown in the chart above, Google recently reported that the North Korean (DPRK) threat actor UNC5342 used a technique called “EtherHiding.” This leverages blockchains to store and retrieve payloads.

Meanwhile, another campaign used Ethereum [ETH] smart contracts which were then used to download second-stage malware. In short, the DeadLock trick with Polygon smart contracts isn’t the end of this trend.

Instead, it could be just the start of deeper smart contract abuse.

Final Thoughts

DeadLock ransomware exploits Polygon smart contracts to rotate server addresses, showing how decentralized infrastructure can be abused.
Smart contract abuse is an emerging trend, with other campaigns like UNC5342 signaling deeper threats across blockchain platforms.

Пов'язані питання

QWhat is the primary method used by DeadLock ransomware to evade detection, according to the article?

ADeadLock ransomware uses Polygon smart contracts to rotate server addresses, allowing it to evade traditional detection methods.

QWhy can't teams simply 'turn off' an attack when it uses decentralized setups like Polygon smart contracts?

ABecause the control is baked into the core of the network in decentralized setups, making it impossible to just 'turn it off' like in a centralized system.

QWhat emerging trend in malware attacks does the article highlight beyond the DeadLock case?

AThe article highlights an emerging trend where threat actors are leveraging smart contracts across various blockchain platforms to store and retrieve payloads or download malware, as seen with campaigns like UNC5342 using Ethereum smart contracts.

QWhich threat actor used a technique called 'EtherHiding' to leverage blockchains, as mentioned in the article?

AThe North Korean (DPRK) threat actor UNC5342 used a technique called 'EtherHiding' to leverage blockchains for storing and retrieving payloads.

QWhat does the abuse of Polygon smart contracts by ransomware operations raise questions about?

AIt raises questions about the security and implications for the network, as decentralized infrastructure can be exploited by threat actors, contrary to blockchain's original design to prevent abuse in centralized systems.

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