France Travail, a public agency responsible for employment and labor-related services in France, has reportedly suffered another cyberattack, with the personal data of many of its employees now appearing online. This incident is part of a series of cyberattacks targeting major French institutions, including the tax authorities. France Travail had previously been the subject of a significant breach in 2024, which threatened to expose files related to nearly 43 million job seekers over the past two decades. The attacks have continued into 2025, with recent developments suggesting ongoing vulnerabilities. According to a report by FrenchBreaches, a website that tracks data leaks, a hacker known as "0xrune" claimed to have obtained more than 60,000 lines of data from France Travail, possibly from an attack in September 2024. France Travail has not yet confirmed the date or the extent of the data theft. In a sample of 1,000 lines of data provided by the hacker, FrenchBreaches identified 999 email addresses, with 971 of them using the domain " @francetravail.fr," suggesting they belonged to France Travail employees. The remaining email addresses were linked to partner organizations, such as Cap emploi, which collaborates with France Travail on employment initiatives. The leaked data includes personal information such as first and last names, professional email addresses, landline and mobile phone numbers, job titles, the type of organization, the region where the employee is based, the name of the site or agency, and URLs pointing to profile photos hosted on the agency's internal network, intranet.francetravail.fr. According to FrenchBreaches, the breach did not involve banking information or passwords, which may have limited the potential for financial fraud. This incident highlights the ongoing challenges faced by public institutions in protecting sensitive data from cyber threats. As more information becomes available, it will be important to assess how such breaches may impact individuals and what steps are being taken to prevent future attacks.