Raaga Data Breach (2025)

On December 15, 2025, operators of the Indian music streaming service Raaga posted a database containing records for 10.2 million users for sale on a popular hacking forum. The exposed information includes names, email addresses, passwords stored as unsalted MD5 hashes, genders, ages, dates of birth in some cases, and geographic locations including postcodes.

What Public Reporting Shows

Public reporting from Have I Been Pwned confirms the dataset contains 10.2 million unique email addresses. The passwords were stored using unsalted MD5 hashing, a method that makes them relatively easy to crack with modern tools. The breach is believed to have occurred earlier in 2025, though the exact intrusion date has not been publicly disclosed by the company.

Available reporting describes the data as including basic demographic details that many people would consider routine but which, when combined, create a detailed profile. Raaga has not issued a formal public statement confirming the breach at the time of writing.

Why This Matters for You and Your Family

If you or anyone in your household has ever used Raaga, your email address and password combination may now be circulating among criminals. Because many people reuse the same password across services, a single leak like this can open the door to your banking, shopping, or email accounts. Children or teenagers in your family who used the service with a parent’s email address are also at risk.

The inclusion of names, dates of birth, genders, and locations adds another layer of concern. This information can be used to answer security questions, impersonate you to customer service departments, or build convincing phishing messages tailored to your family. Once criminals have a foothold, the breach can cascade into identity theft that affects loans, tax filings, or credit applications in your name.

The Doxxing and Identity-Chain Implications

Credential leaks of this type rarely stop at one service. Attackers use the exposed emails and cracked passwords to test other popular websites, a process known as credential stuffing. When those attempts succeed, the attackers can link your gaming accounts, social media profiles, and family photos into a single identifiable chain.

Public reporting indicates that such chains frequently lead to doxxing, where personal details are published to embarrass or harass targets. For families, this can expose children’s usernames, school information, or home address derived from postcode data. The unsalted MD5 passwords make rapid cracking more likely, accelerating how quickly these chains can form.

What to Do

• Run a DoxxScan to map every link between your handles, emails, phone numbers, and real identity, then use the included cleanup of data broker records tied to the Raaga breach.
• Immediately change the password you used for Raaga anywhere else it is reused, and switch to a unique, strong password generated by a manager.
• Enable two-factor authentication everywhere possible, preferring an authenticator app over SMS.
• Cover the household with DoxxScan family monitoring that extends to dependents and children’s gaming accounts, which often chain back to the same addresses and emails exposed in this incident.
• Let remediation specialists handle ongoing takedown requests for any personal information appearing on data broker or people-search sites linked to the breach.

The Raaga incident is a reminder that music streaming services, often treated as low-risk, can hold enough personal data to fuel serious identity crimes when breached. Acting quickly on credential hygiene and identity mapping gives you the best chance of staying ahead of attackers who move fast once data appears for sale. DoxxScan by GalaxyWarden delivers continuous monitoring across 13.1 billion+ breach records and more than 100 platforms, AI-powered identity-chain mapping that connects scattered online handles to real-world identities, hands-on remediation support from specialists, and full household coverage that includes children’s gaming accounts vulnerable to the same credential-stuffing attacks seen after leaks like this one.