What happened in crypto, why it matters, and what to watch next. Every story links its sources.
A breach at a widely-used deployment platform exposed API keys across the crypto development ecosystem, and the fallout is a reminder that your favorite DeFi app is only as secure as the weakest server it runs on.
As France moves to regulate crypto-related kidnappings, the wave of physical attacks on visible holders is a stark reminder that on-chain security is only half the battle.
Two major security incidents in one week expose the gap between where crypto users store their assets and how much protection they actually have.
As Wall Street firms deepen their grip on digital asset custody, retail and institutional investors alike need to understand what they're actually giving up — and what can go wrong.
Stabble, a Solana DEX, told users to withdraw their funds after a former executive was accused of ties to North Korean hackers—exposing how fragile trust remains in crypto, even when the alleged breach never happened.
Americans lost over $11 billion to crypto scams in 2025, a significant jump from 2024, with fraud schemes becoming more sophisticated and targeting larger amounts. The trend exposes a critical gap: as crypto matures institutionally, the consumer-facing ecosystem remains dangerously vulnerable.
North Korean hackers executed one of the most sophisticated DeFi exploits on record, draining Drift Protocol of $285 million. It's a stark reminder that institutional-grade security theater hasn't actually arrived in crypto yet.
A darknet operator is selling an AI fraud kit that defeats identity verification systems using deepfakes and voice synthesis—and it works well enough that financial platforms are already scrambling. This isn't a theoretical threat; it's a direct challenge to the infrastructure underpinning institutional crypto adoption.
As OpenAI's leadership warns about superintelligence risks, the crypto industry is already contending with a more immediate problem: AI tools are democratizing the ability to find and exploit software vulnerabilities. With $1.4 billion stolen last year, the gap between defense and offense is widening fast.
North Korean hackers executed a sophisticated exploit against Drift Protocol, stealing $285 million in a reminder that crypto's infrastructure vulnerabilities remain attractive targets for state-sponsored actors. The breach reveals a pattern: as DeFi grows, so does the sophistication of attacks against it—and defensive posture alone won't solve it.
Ledger's CTO warns that artificial intelligence is turbocharging the economics of hacking—making attacks faster, cheaper, and harder to defend against. This isn't just a marginal security upgrade; it's a structural threat that forces crypto infrastructure to rethink everything about how it protects assets.
Ledger's CTO warns that artificial intelligence is dramatically lowering the barrier to entry for sophisticated attacks on crypto infrastructure. This isn't theoretical—it's already changing the calculus for how secure these systems need to be.
Drift Protocol fell victim to a suspected North Korean-led attack that drained $285 million in cryptocurrency, marking another major security breach in DeFi. The incident raises critical questions about whether decentralized protocols can adequately defend against state-sponsored threat actors.
The lending protocol HypurrFi discovered a potential domain hijacking and warned users away from its platform while investigating. The incident illustrates a recurring vulnerability in crypto: the ease with which attackers can redirect users to malicious clones when control of foundational infrastructure fails.
While Bitcoin and Ethereum scramble to defend against quantum computing threats, Solana is experimenting with post-quantum cryptography—but the approach highlights a fundamental tension that haunts blockchain design: the systems built for maximum throughput may be the hardest to secure.
New research from Caltech and Google shows quantum computers need far fewer qubits than previously thought to crack blockchain encryption, compressing a theoretical threat into an urgent infrastructure problem.