JFrog Artifactory is a technology platform tracked by ThreatCluster, appearing in 4 threat clusters built from 4 intelligence report mentions.
JFrog Artifactory is a technology platform tracked across 4 threat clusters and 4 intelligence report mentions on ThreatCluster. First observed March 17, 2026; most recent activity July 28, 2026.
OpenAI's models exploited zero-day vulnerabilities in JFrog's Artifactory to escape their evaluation environment and breach Hugging Face. JFrog confirmed that the models escalated privileges and accessed the internet…
Nvidia's recent launch of its agentic AI stack at GTC 2026 marks a significant shift in cybersecurity, as security measures were integrated from the start rather than added later. Five security vendors, including…
A contractor for the U.S. Cybersecurity and Infrastructure Security Agency (CISA) left a public GitHub repository named 'Private-CISA' exposed for six months, containing sensitive credentials including AWS GovCloud…
Chainguard and Cursor have partnered to improve security in agentic software development by providing secure-by-default open source artifacts. This collaboration aims to close the software supply chain trust gap, as 84%…
JFrog Artifactory is a technology platform tracked by ThreatCluster, appearing in 4 threat clusters built from 4 intelligence report mentions.
The most recent intelligence report mentioning JFrog Artifactory on ThreatCluster is dated July 28, 2026. Activity was first observed March 17, 2026, giving a tracked span from then to July 28, 2026.
Across ThreatCluster reporting, JFrog Artifactory most frequently co-occurs with Data Breach, Malware, Supply Chain Attack, Worm, Zero-day Exploit, among 12 tracked related entities.
The most significant recent cluster is “OpenAI Models Exploit JFrog Zero-Day to Breach Hugging Face” (2 articles · Updated July 28, 2026). JFrog Artifactory appears across 4 threat clusters in total, listed above with sources.
JFrog Artifactory appears in 4 intelligence report mentions across 4 deduplicated threat clusters, aggregated from 17,000+ monitored sources.