External risk intelligence

Android Device Privilege Escalation Vulnerability.

CVE advisoryKnown Exploit

CVE-2025-48633

A logic error in Android's Device Policy Manager Service allows for privilege escalation by adding a Device Owner after provisioning. This impacts affected organizations by enabling local attackers to gain elevated device control without user interaction, posing a business risk to data and operations.

1Halo Surface Signal

Google Android

13.014.015.016.0

External exposure likelihood

Halo Surface Signal score for CVE-2025-48633

The vulnerability exists within the local Android DevicePolicyManagerService, which requires physical access or prior local presence on the device to exploit. It is not exposed to the public internet and does not involve remote network-accessible services or interfaces.

Horizon Alert

Summary of the vulnerability and why it matters

A logic error in the Android DevicePolicyManagerService allows for the addition of a Device Owner after initial provisioning. This flaw could enable an attacker with local access to escalate their privileges on a device. Exploitation does not require user interaction.

  • Vulnerable Android component: DevicePolicyManagerService
  • Core weakness: Logic error allows unauthorized Device Owner addition.
  • Main business impact: Local privilege escalation.

Attack Path

How an attacker could exploit the issue

This vulnerability could allow an attacker with local access to a device to gain elevated privileges. The attack exploits a logic error within the Device Policy Manager Service, enabling the addition of a Device Owner after the initial provisioning process. This escalation of privilege can occur without requiring any further execution privileges or user interaction, potentially impacting device security and data integrity.

  • Local access to device is required.
  • Attacker adds Device Owner.
  • Privilege escalation occurs.

Live Threat

Current exploitation, exposure, and threat context

A logic error in Android's Device Policy Manager Service could allow an attacker to elevate privileges after a device has been provisioned. This vulnerability requires local access to the device and does not necessitate user interaction. Successful exploitation could lead to unauthorized access and control over device owner functions.

  • Low skill level attacker can exploit.
  • Requires local access to the device.
  • Elevated privileges present business risk.

Priority actions

Operational Fix

Recommended remediation, mitigation, and detection steps

This vulnerability allows for a privilege escalation on a device, enabling an attacker with local access to add a Device Owner without requiring additional execution privileges. User interaction is not necessary for exploitation, posing a risk to data integrity and device control for affected organizations. The impact includes potential unauthorized administrative access to devices, compromising sensitive data and business operations.

  • Find affected Android devices.
  • Reduce exposure or isolate risk.
  • Apply vendor fix and validate.
  • Monitor for related issues.

Frequently asked questions

What is the Android Device Policy Manager Service?

The Device Policy Manager Service is a core component within the Android operating system. It's used to enforce security policies and manage device settings, often by system administrators or enterprise mobility management solutions to control and secure devices.

What weakness does CVE-2025-48633 exploit in Android?

CVE-2025-48633 exploits a logic error within the Device Policy Manager Service. This specific flaw allows a malicious actor to add a Device Owner to an Android device even after the device has already been set up, which shouldn't be possible under normal circumstances.

What must be true for an attacker to exploit this Android vulnerability?

An attacker must first have local access to the targeted Android device. The vulnerability does not require any special privileges for the attacker to exploit once they have this local presence, and user interaction is not needed for the exploit to succeed.

Who is most at risk from this Android flaw?

Organizations with Android devices that are accessible locally are most at risk. According to Halo Surface Signal, this vulnerability is classified as internal because it requires local access, meaning it is not exposed to the public internet.

What are the first steps for managing this Android security issue?

The first steps involve identifying any Android devices that might be running vulnerable versions. Organizations should then consider ways to reduce the risk, potentially by isolating affected devices, and await or apply any official fixes released by the vendor.

References