Dutch telecom Odido breach exposes data of 6.2 million customers
Odido, the Netherlands' largest telecommunications provider, confirmed a cyber attack that exposed the personal data of more than six million customers.
Key points
- 6.2 million customers affected.
- Exposed data includes names, addresses, phone numbers, email addresses, customer numbers, IBANs, dates of birth, and government-issued ID details.
- No passwords, call records, location data, billing information, or ID document scans were accessed.
Connected intelligence
Signal brief
Follow the organization, likely method and potential impact to explore connected Shadow Tier intelligence.
Organization
- Published
- Feb 20, 2026
- Updated
- Jun 29, 2026
- Confidence
- Medium
- Evidence
- 5 sources
Structured assessment
Signal analysis
This analysis groups the signal by industry, likely incident action and impacted security area. It helps compare this signal with other published signals without treating the labels as final determinations.
Threat source
Watch exposure paths that could affect data, operations or third-party trust.
Business impact
- Impact area
- Confidentiality
- Likely asset
- User or customer data
Mentioned entities
Quick context
Questions about this signal
What happened in this signal?
Odido, the Netherlands' largest telecommunications provider, confirmed a cyber attack that exposed the personal data of more than six million customers. The company detected the incident on February 7, 2026, and launched an investigation with the support of external cyber forensics specialists. The breach affected a customer contact system.
When was this signal reported?
Shadow Tier lists Feb 20, 2026 as the signal date.
Which organization is connected to this signal?
Odido is the organization connected to this public signal.
Explore OdidoWhich impact area is relevant?
This signal is connected to data exposure and breach intelligence based on its reported consequences.
Explore data exposure and breach intelligenceRelated signals
Compare shared topics, actors and incident patterns before opening the full signal.
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