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Spotify

Spotify Vendor Cyber Rating & Cyber Score

lifeatspotify.com

Our mission is to unlock the potential of human creativity—by giving a million creative artists the opportunity to live off their art and billions of fans the opportunity to enjoy and be inspired by it. Spotify transformed music listening forever when it launched in Sweden in 2008. Discover, manage and share over 70m tracks for free, or upgrade to Spotify Premium to access exclusive features including offline mode, improved sound quality, and an ad-free music listening experience. Today, Spotify is the most popular global audio streaming service with 365m users, including 165m subscribers across 178 markets. We are the largest driver of revenue to the music business today.


Spotify A.I CyberSecurity Scoring

Spotify
Company Information
Website:http://www.lifeatspotify.com
Employees number:18,042
Number of followers:4,438,760
NAICS:71113
Industry Type:Musicians
Homepage:lifeatspotify.com
Spotify Risk Score (AI oriented)
Between 700 and 749
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SpotifyMusicians
Updated:
11/06/2026
730/1000
Moderate
Ba
AaaAaABaaBaBCaaCaC
Powered by our proprietary A.I cyber incident model
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Spotify Global Score (TPRM)
xxxx
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SpotifyMusicians
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Spotify
SpotifyModerate
Current Score
730Ba (MODERATE)
01000
8 incidents
-19.25 avg impact
Incident timeline with MITRE ATT&CK tactics, techniques, and mitigations.
JUNE 2026
741Before Incident
Cyber Attack
11 Jun 2026Spotify
Spotify, Adobe and Microsoft: Hackers are using TikTok videos offering 'free Spotify Premium' to spread malware and steal passwords

TikTok and Instagram Reels Exploited to Spread Password-Stealing Malware

728After Incident
CRITICAL-13
SPOMICADO1781202325
TikTok and Instagram Reels Exploited to Spread Password-Stealing Malware A recent report from ReversingLabs reveals a surge in malicious campaigns on short-form video platforms like TikTok and Instagram Reels, targeting users with fake offers for free subscriptions to services such as Spotify Premium, Microsoft Office, and Adobe. The scams lure cash-strapped users by promising cost-saving alternatives amid economic pressures. Instead of traditional phishing emails, attackers instruct victims to open command-line tools like PowerShell and execute a provided command. This action downloads and installs Vidar, an infostealer malware that harvests usernames, passwords, cookies, session tokens, cryptocurrency wallet data, and personal files. Unlike conventional phishing, which relies on a single click, this method requires victims to manually input commands, making it a more patient and targeted approach. Researchers note that the shift to social media platforms allows threat actors to drive traffic to attacker-controlled websites, increasing the reach of their campaigns. The attack underscores the persistent effectiveness of social engineering, particularly as users seek free or discounted alternatives to paid services. While basic security measures like multi-factor authentication can mitigate risks, the evolving tactics highlight the need for vigilance against seemingly legitimate offers.
INCIDENT DETAILS -
TYPE
Malware Distribution
MOTIVATION
Financial Gain (Data Theft for Sale or Exploitation)
IMPACT
Data Compromised: Usernames, passwords, cookies, session tokens, cryptocurrency wallet data, personal filesSystems Affected: User devices (via malware installation)Identity Theft Risk: HighPayment Information Risk: High (if cryptocurrency wallets are compromised)
DATA BREACH
Type Of Data Compromised: Credentials, Session Tokens, Cryptocurrency Wallet Data, Personal FilesSensitivity Of Data: HighData Exfiltration: YesPersonally Identifiable Information: Yes
MAY 2026
745Before Incident
Cyber Attack
11 May 2026Spotify
Spotify, Israel Defense Forces and WhatsApp: Pro-Iran hackers claim attack on Spotify as ‘revenge’ for Khamenei killing

Pro-Iran Hacker Groups Launch Coordinated Cyberattacks Targeting Spotify and Israeli Citizens

733After Incident
CRITICAL-12
ISRSPOWHA1778675186
Pro-Iran Hacker Groups Launch Coordinated Cyberattacks Targeting Spotify and Israeli Citizens A pro-Iran hacker collective, the Islamic Cyber Resistance in Iraq – 313 Team, claimed responsibility for a DDoS attack that disrupted Spotify’s services on Tuesday, causing widespread access issues for users. Reports of outages surfaced on Wednesday evening around 8 p.m., with Spotify acknowledging the incident on X (formerly Twitter), stating that its app, support site, and web player were experiencing slowdowns or failures. The group later boasted on Telegram that the attack had "completely disabled" the platform’s main servers. In a separate campaign, Iran-linked hackers targeted Israeli citizens with threatening WhatsApp messages on Monday, sent from hijacked or spoofed business accounts. The messages, written in English, warned recipients of impending missile strikes if Israel did not cease military actions, referencing "Sayid Majid missiles" and urging civilians to stockpile supplies. The National Cyber Directorate is investigating the source, attributing the activity to Handala, a group known for combining cyberattacks with psychological warfare. The same group, Handala, also published a "target list" on Sunday allegedly exposing 60 senior officers from the IDF’s Egoz commando unit. However, the list included only 48 individuals, most of whom were veterans and reservists not active officers with some openly identifying their past service on social media. The group framed the disclosure as a threat, declaring the individuals would become targets for "the resistance’s shadows." Analysis by The Jerusalem Post found that none of those listed held senior ranks, with the highest being a non-commissioned officer (NCO). The incidents reflect a broader pattern of Iran-backed cyber operations targeting both digital infrastructure and civilian morale, leveraging disruptions and psychological tactics in ongoing regional tensions.
INCIDENT DETAILS -
TYPE
DDoSPsychological WarfareData Exposure
MOTIVATION
Disruption of ServicesPsychological ImpactRegional Tensions
IMPACT
Data Compromised: Personal information of 48 individuals (IDF veterans/reservists)Spotify appSpotify support siteSpotify web playerWhatsApp business accountsDowntime: Widespread access issues (duration unspecified)Operational Impact: Service slowdowns or failures for Spotify usersBrand Reputation Impact: Potential reputational damage to Spotify and WhatsApp due to service disruptions and misuse of accountsIdentity Theft Risk: Moderate (exposure of personal data of IDF-affiliated individuals)
DATA BREACH
Type Of Data Compromised: Personal information (names, military affiliation)Number Of Records Exposed: 48Sensitivity Of Data: Moderate (personal but not highly classified)Personally Identifiable Information: Yes (names, military service details)
APRIL 2026
745Before Incident
MARCH 2026
748Before Incident
FEBRUARY 2026
743Before Incident
JANUARY 2026
750Before Incident
DECEMBER 2025
798Before Incident
Breach
18 Dec 2025Spotify
Spotify: Spotify data breach: 86 million audio files leaked online

Spotify Music Catalog Leak by Pirate Activist Group

749After Incident
CRITICAL-49
SPO1766397392
Spotify’s Entire Music Catalog Leaked by Pirate Activist Group A pirate activist collective, Anna’s Archive, extracted and released Spotify’s near-complete music catalog—approximately 300 terabytes of audio files and metadata—across peer-to-peer networks. The leak, documented on Thursday, includes 86 million audio files and 256 million rows of track metadata, representing 99.6% of all listening activity on the platform. Spotify confirmed the breach, stating that a third party scraped public metadata and bypassed digital rights management (DRM) to access audio files. A spokesperson told Billboard that the company is actively investigating and mitigating the incident. Anna’s Archive, known for preserving books and academic papers, framed the leak as a "preservation archive" for music, aligning with its mission to safeguard cultural knowledge. The dataset is 37 times larger than MusicBrainz, the previous largest open-source music database, containing 186 million unique International Standard Recording Codes (ISRCs)—covering 99.9% of Spotify’s 256 million tracks. The group prioritized files using Spotify’s own popularity metrics, capturing songs available through July 2025. Metadata is already available for download, while audio files are being distributed in stages, ranked by streaming popularity, to avoid overwhelming servers. Yoav Zimmerman, CEO of Third Chair, noted that the leak could enable users to recreate a personal, free version of Spotify using media servers like Plex—with copyright law as the only major barrier. He also highlighted the implications for AI training, as the dataset could allow companies to scale music-based model development more easily. The data is now circulating on peer-to-peer networks, with no way to fully contain its spread.
INCIDENT DETAILS -
TYPE
Data Breach
MOTIVATION
Preservation of humanity’s knowledge and culture
IMPACT
Data Compromised: 300 terabytes of audio files and metadataSystems Affected: Spotify’s music catalog and metadata databaseOperational Impact: Unauthorized access and data exfiltrationBrand Reputation Impact: Potential reputational damage due to unauthorized data accessLegal Liabilities: Potential copyright infringement and regulatory violations
DATA BREACH
Audio filesTrack metadataNumber Of Records Exposed: 86 million audio files, 256 million rows of metadataSensitivity Of Data: High (copyrighted music and user listening data)Data Exfiltration: Yes, via peer-to-peer networksAudio filesMetadata (CSV/JSON)Personally Identifiable Information: No (focused on music and metadata)
NOVEMBER 2025
798Before Incident
OCTOBER 2025
797Before Incident
SEPTEMBER 2025
797Before Incident
AUGUST 2025
796Before Incident
JULY 2025
795Before Incident
JUNE 2025
795Before Incident
Vulnerability
18 Jun 2025Spotify
Spotify, Mitre and Splunk: Misconfigured GitHub Actions could leave repos and secrets exposed, Sysdig finds • DEVCLASS

GitHub Repositories Vulnerable to Hijacking via Insecure pull_request_target Workflows

792After Incident
HIGH-3
SPOMITSPL1767777752
GitHub Repositories at Risk: Sysdig Uncovers Critical Workflow Vulnerabilities Sysdig researchers have identified a significant security risk in GitHub repositories, where improperly configured workflows could allow attackers to hijack projects by exploiting the `pull_request_target` event in GitHub Actions. Unlike the standard `pull_request` trigger—which runs in the context of a merge commit—`pull_request_target` executes in the base branch (typically the default branch) and has access to repository secrets and write permissions via the `GITHUB_TOKEN`. The vulnerability arises when maintainers use `pull_request_target` to test untrusted code from public contributors, inadvertently exposing sensitive credentials. If misconfigured, attackers could inject malicious code, exfiltrate secrets, and gain elevated privileges within the repository. Sysdig’s investigation revealed multiple affected projects, including: - Spotipy, an open-source Python library for the Spotify Web API, where researchers demonstrated the ability to execute malicious Python packages and steal the `GITHUB_TOKEN`. The flaw has since been patched. - Mitre’s cyber analytics repository, where attackers could exfiltrate the `GITHUB_TOKEN` and other secrets, potentially gaining full control. Mitre addressed the issue promptly. - Splunk’s security_content repository, where two secrets were exposed, though the extracted `GITHUB_TOKEN` had limited read-only access. Stefan Chierici, Sysdig’s threat research lead, warned that the impact depends on the privileges of the extracted token. In severe cases, attackers could modify workflows, exfiltrate additional secrets, or alter files in the main branch—effectively taking over the repository. While `pull_request_target` can be used safely, its nuances require careful handling to avoid exploitation. Sysdig has reported additional vulnerable repositories and is awaiting remediation before disclosing further details. The findings underscore the need for maintainers to audit their GitHub Actions workflows for potential misconfigurations.
INCIDENT DETAILS -
TYPE
Supply Chain Attack
IMPACT
Data Compromised: Repository secrets (e.g., GITHUB_TOKEN), potentially other sensitive dataSystems Affected: GitHub repositories with misconfigured workflowsOperational Impact: Potential repository takeover, unauthorized code modifications, and secret exfiltrationBrand Reputation Impact: Potential reputational damage for affected projects and maintainers
DATA BREACH
Type Of Data Compromised: Repository secrets (e.g., GITHUB_TOKEN), potentially other sensitive dataSensitivity Of Data: High (secrets could lead to repository takeover)Data Exfiltration: Yes (secrets were exfiltrated in proof-of-concept attacks)
APRIL 2025
796Before Incident
Vulnerability
01 Apr 2025Spotify
HP

Privilege Escalation Vulnerability in Plantronics Hub Software

788After Incident
HIGH-8
HP909040125
A critical security vulnerability was found in Plantronics Hub software, which has been discontinued by HP. Attackers could escalate privileges using an unquoted search path weakness when combined with OpenScape Fusion for MS Office during startup. The vulnerability takes advantage of a flaw in how Windows handles unquoted paths. Attackers with write access to the C:\ directory can plant malicious files that execute with elevated privileges, allowing them to bypass User Account Control and escalate privileges. As OpenScape Fusion launches Plantronics Hub, the malicious code is executed, leading to privilege escalation. HP has not released a patch but recommends quoting the registry path and restricting write permissions to the C:\ directory as mitigation strategies.
INCIDENT DETAILS -
TYPE
Privilege Escalation
MOTIVATION
Privilege Escalation
IMPACT
Plantronics HubOpenScape Fusion for MS Office
NOVEMBER 2020
788Before Incident
Data Leak
01 Nov 2020Spotify
Spotify

Attempted Unauthorized Access to Spotify Accounts

739After Incident
HIGH-49
SPO14929523
Hackers have been attempting to gain access to Spotify accounts using a database of 380 million records with login credentials and personal information collected from various sources. Users have expressed concern that their Spotify accounts were compromised after changing their passwords, when new playlists appeared in their profiles, or when strangers from other countries were added to their family accounts. A recent study describing the active hacking of Spotify accounts using a database of over 380 million records, including login information, may shed some light on these account hacks.
INCIDENT DETAILS -
TYPE
Account Compromise
MOTIVATION
Unauthorized AccessPersonal Information Theft
IMPACT
Login CredentialsPersonal InformationCustomer Complaints: Users expressed concern about account compromises
DATA BREACH
Login CredentialsPersonal Information
APRIL 2020
815Before Incident
Breach
09 Apr 2020Spotify
Spotify USA Inc.

Spotify USA Inc. Data Breach

782After Incident
CRITICAL-33
SPO431072625
The California Office of the Attorney General reported a data breach involving Spotify USA Inc. on December 9, 2020. The breach, which inadvertently exposed Spotify account registration information, occurred between April 9, 2020, and November 12, 2020. The specific number of individuals affected is unknown.
INCIDENT DETAILS -
TYPE
Data Breach
IMPACT
Data Compromised: Spotify account registration information
DATA BREACH
Type Of Data Compromised: Spotify account registration information
APRIL 2016
833Before Incident
Data Leak
01 Apr 2016Spotify
Spotify

Spotify Account Credentials Exposed on Pastebin

795After Incident
CRITICAL-38
SPO1741271023
On the website Pastebin, 100 of Spotify account credentials—including emails, usernames, passwords, account types, and other information got exposed. Confirming that hackers had not gained access to its systems, the corporation denied any data breach. Spotify said that user data is safe and that it has not been compromised. Spotify's security team reportedly resets compromised passwords proactively, and several users have reported account issues, according to the news outlet Techcrunch. While using the site, some customers encountered issues, others discovered that their account email had been changed to an address that did not belong to them.
INCIDENT DETAILS -
TYPE
Data Exposure
IMPACT
emailsusernamespasswordsaccount typesaccount issueschanged email addresses
DATA BREACH
emailsusernamespasswordsaccount typesemailsusernames

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