Skip to main content
Back to overview
High

Microlise experiences cyberattack, limited employee data accessed

Microlise, a UK-based fleet management technology provider, was hit by a cyberattack that impacted its services and led to the access of limited employee data.

Key points

  • Microlise, a UK fleet management technology provider, suffered a cyberattack.
  • Limited employee data was accessed.
  • The attack impacted customer services, including UK prisoner transport.

Connected intelligence

Signal brief

Follow the organization, likely method and potential impact to explore connected Shadow Tier intelligence.

02

Likely method

Internal actor · Confidentiality impact

Possible insider activity

03

Potential impact

Potential data exposure

Confidentiality

Published
Nov 6, 2024
Updated
Jul 2, 2026
Confidence
High
Evidence
1 source

Structured assessment

Signal analysis

It helps compare this signal with other published signals without treating the labels as final determinations.

Threat source

Possible insider activity

Watch exposure paths that could affect data, operations or third-party trust.

  • Source type: possible insider or internal misuse

Business impact

Potential data exposure
Impact area
Confidentiality
Likely asset
User or customer data

Mentioned entities

MicroliseData DisclosureMicroliseUK-basedSercoWhile MicroliseLimited

Quick context

Questions about this signal

What happened in this signal?

Microlise, a UK-based fleet management technology provider, was hit by a cyberattack that impacted its services and led to the access of limited employee data. The attack had a ripple effect on its customers, including Serco, which operates UK prisoner escort and custody services. While Microlise stated no customer systems data was compromised, the access to employee data constitutes a breach.

When was this signal reported?

Shadow Tier lists Nov 6, 2024 as the signal date.

Which organization is connected to this signal?

Microlise is the organization connected to this public signal.

Explore Microlise