A newly patched Spring vulnerability is a reminder that the real danger in enterprise Java is often not the headline bug, but the unknown version, transitive dependency, and unreviewed deployment path hiding underneath it.
A malware package tied to a Minecraft modding path and on-chain control logic shows how ordinary-looking software can be turned into a resilient access theft tool.
A deceptive package name can be enough to turn a routine JavaScript install into a staged Windows malware chain with browser-credential risk.
Security updates fix four WebSphere flaws, including three rated high severity, with potential impacts on authentication, confidentiality, and service availability.
A macOS malware family linked to remote JavaScript delivery shows how attackers can shift meaningful logic off the binary and into infrastructure that can change at any time.
A malicious dependency found in more than 140 Mastra packages shows how a software supply-chain incident can move from build tools to browser-facing cryptocurrency surfaces.
A deceptive package name in the PostCSS orbit shows how open-source trust can be abused before any code ever reaches production.
Microsoft’s attribution of a Mastra AI-related npm compromise to Sapphire Sleet shows how a software supply chain incident can ripple through developer tooling long before anyone notices a malicious build.
An international operation targeted SocGholish infrastructure, a reminder that disrupting a loader can matter as much as stopping the final payload.
A June security release for the JavaScript runtime fixes 12 flaws, including a TLS authentication-bypass risk and a WebCrypto crash path that can knock services offline.
A client-side commerce widget reportedly became a staging point for JavaScript loaders, showing how embedded tools can turn ordinary storefront traffic into a high-value browser attack surface.
A reported injection into a widely used e-commerce reviews widget shows how a trusted storefront component can become a client-side risk surface.
A multinational disruption of 106 servers and 101 domains shows how much modern malware depends on fragile web infrastructure, not just code on disk.
The takedown targets the delivery machinery behind a long-running JavaScript loader, showing how much modern malware depends on compromised websites, staging servers, and trust in the browser.
Nearly 15,000 WordPress sites were cleaned and more than 100 servers were taken down, cutting into a delivery system that turns ordinary websites into malware launchpads.
ErrTraffic turns ordinary site visits into a social-engineering path to infostealers, relying on fake errors, malicious JavaScript, and user action rather than a classic exploit chain.
A WordPress compromise can do more than deface a site: in this campaign, injected JavaScript turns a broken-looking page into a lure that pushes users toward PowerShell.
A hijacked contributor identity and a burst of package publishing turned the @mastra/* ecosystem into a supply-chain warning for anyone shipping JavaScript or TypeScript at scale.
A modular JavaScript implant reportedly uses Deno permission flags, while inbox flooding and Teams impersonation help force the execution decision.
A reported issue around OptinMonster and related WordPress tools highlights how one tainted delivery path can create a broad trust problem for site owners.