Click to Pray App Exposed Personal Data of 719,000 Users Through Unprotected API Endpoint
Security researcher BobDaHacker published a detailed analysis of Click to Pray, the official application of the Pope's Worldwide Prayer Network, revealing a critical authorization flaw. At the time of discovery the service contained 719,517 registered accounts whose numeric IDs were fully sequential and predictable.
The vulnerable endpoint accepted direct requests such as GET https://api.clicktopray.org/user/users/12345 and returned complete profile information without verifying whether the requester was authorized to view the data. Changing the ID to 12346 immediately exposed another user record containing name, surname, email address, country, date of birth, role, and several internal fields. No rate limiting was implemented, allowing systematic enumeration of the entire user base.
The vulnerability is a classic example of Insecure Direct Object Reference (IDOR), also known as Broken Object Level Authorization (BOLA) in the OWASP API Security Top 10. Exploitation required no advanced techniques, only the ability to increment an integer. Additional minor issues included the misspelled field borned_date and the user role value PRAYER.
BobDaHacker first notified nine recipients in January 2026, including the general contact address, six service employees, and two representatives of the Pope's Worldwide Prayer Network. No replies or fixes followed. In July the researcher shared the findings with Dark Reading, whose journalists independently confirmed the exposure and attempted contact with both the network and the development agency La Machi. Again no responses were received.
Following public disclosure on 24 July the endpoint was modified the same day. Requests for other users’ IDs now return only public name and surname fields, while authenticated users can still view their own full records. The researcher learned of the fix through a Reddit comment rather than direct communication.
The incident echoes a 2019 security review of the related Click to Pray eRosary electronic rosary application. At that time researchers from Fidus Information Security found that four-digit PIN codes could be retrieved in plaintext via the sendPIN and resetPIN API calls, enabling immediate account takeover. Those specific issues were addressed after media coverage, yet the underlying pattern of missing authorization checks reappeared years later.
Related articles
Measuring Data Leak Risk by Days of Silence Rather Than Megabytes in Cloud Environments
A financial expert turned security specialist argues that the true cost of data leaks in cloud offices stems not from the volume of exposed files but from the duration they remain undetected. The article details how routine actions such as making documents public, forwarding emails externally, or changing passwords can silently expose sensitive information in platforms like Yandex 360 without triggering any alerts. It warns against blanket prohibitions that push risky behavior into unmonitored channels like personal email or messengers, reducing visibility to zero. Instead, the recommended approach focuses on real-time event-driven notifications combined with automated remediation to minimize the window of exposure. The piece provides a detailed checklist for evaluating monitoring tools, including immediate reaction capabilities, self-healing actions, regular overview reports, and proof of system health. Emphasis is placed on secure integration via OAuth, data residency compliance, and the importance of treating employees as hurried professionals rather than malicious actors.
Russian Interior Ministry Opens Five Criminal Cases Against 'Glaz Boga' Analog Platforms Selling Personal Data of Russian Citizens
The Russian Ministry of Internal Affairs (MVD) has initiated five criminal investigations following the discovery of online platforms that sold personal data of Russian citizens, operating on the same model as the notorious 'Glaz Boga' service. These platforms allowed users to pay for access to detailed biographies and confidential information compiled into multiple files, including passport details, bank account records, and other sensitive personal information. The cases are being investigated under Article 272.1 of the Russian Criminal Code, which addresses the illegal use, transfer, collection, and storage of computer information containing personal data. Authorities have seized the servers of the implicated services and are currently analyzing their contents to gather evidence, although the specific names of the platforms, the number of clients, and the volume of data sold remain undisclosed. The developments highlight how repeated data leaks have transformed personal information into a marketable commodity traded on underground marketplaces, prompting law enforcement action against the operators responsible for distributing such data.
Solar inRights 3.11 Automatically Blocks Corporate Accounts Whose Passwords Appear in Dark Web Leaks
GC Solar has released Solar inRights 3.11, a major update to its identity and access management platform that integrates directly with the Solar AURA threat monitoring service. The new version automatically detects corporate credentials exposed in open sources and dark web dumps, validates whether the same login-password pairs remain active inside the organization, and instantly revokes access while alerting the security team. The feature addresses the common scenario in which employees reuse work email addresses and passwords on third-party websites, allowing attackers to test stolen credentials against corporate systems in what appears to be legitimate login attempts. Research cited by Solar shows that a single large Russian company typically has more than 600 unique corporate accounts circulating in public and underground sources, although only about 4 percent directly indicate infrastructure compromise. Yandex Cloud data further reveals that valid account abuse featured in 54 percent of over 25,000 attacks on cloud and hybrid environments during the first half of 2025. In addition to the leak-response capability, version 3.11 introduces improved search, request filtering, and integration templates for Active Directory, Exchange, and 1C.
Hacker Leaks Suno Source Code Exposing Massive Scraping of 2 Million YouTube Music Tracks and Customer Data Breach
A hacker known as ellie.191 has leaked the internal source code of Suno, one of the largest AI music generation services, to 404 Media, revealing extensive unauthorized scraping of copyrighted material from YouTube Music, Deezer, Genius, and other platforms. The leaked files, believed to date from 2023 and 2024, detail how Suno collected over 2 million music tracks and hundreds of thousands of hours of audio, including 152,000 hours from YouTube Music alone, along with 420,000 podcasts totaling nearly 1 million hours. Additional datasets came from Pond5, Jamendo, Freesound, MuseScore, and other libraries, with the company using Bright Data proxies to bypass restrictions and tools to isolate vocals from instrumental tracks. The breach also exposed hundreds of thousands of customer records, including emails, phone numbers, and partial Stripe payment data, which multiple users have already confirmed as accurate. Suno claims the incident was limited, occurred in November 2025, and involved only outdated code, while denying any leak of sensitive payment information. The hacker gained access via an employee account compromised by the Shai-Hulud worm, which stole GitHub and cloud credentials, and stated the attack was driven purely by curiosity rather than a specific motive. This disclosure lends support to ongoing lawsuits from the Recording Industry Association of America alleging direct copyright infringement by Suno.