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Critical ICSA-24-025-01 6 CVEs

MachineSense FeverWarn

Published Jan 25, 2024 · Updated Jan 25, 2024

Summary

Successful exploitation of these vulnerabilities could allow an attacker to obtain user data from devices, execute remote code on devices, or gain control over devices to perform malicious actions.

Vulnerabilities 6

  • Critical 10.0

    MachineSense FeverWarn Missing Authentication for Critical Function

    The MachineSense application programmable interface (API) is improperly protected and can be accessed without authentication. A remote attacker could retrieve and modify sensitive information without any authentication.

  • Critical 9.1

    MachineSense FeverWarn Use of Hard-coded Credentials

    Multiple MachineSense devices have credentials unable to be changed by the user or administrator.

  • High 8.8

    MachineSense FeverWarn Improper Access Control

    MachineSense FeverWarn devices are configured as Wi-Fi hosts in a way that attackers within range could connect to the device's web services and compromise the device.

  • High 8.1

    MachineSense FeverWarn Improper Input Validation

    MachineSense FeverWarn Raspberry Pi-based devices lack input sanitization, which could allow an attacker on an adjacent network to send a message running commands or could overflow the stack.

  • High 7.7

    MachineSense FeverWarn Missing Authentication for Critical Function

    The cloud provider MachineSense uses for integration and deployment for multiple MachineSense devices, such as the programmable logic controller (PLC), PumpSense, PowerAnalyzer, FeverWarn, and others is insufficiently protected against unauthorized access. An…

  • High 7.5

    MachineSense FeverWarn Missing Authentication for Critical Function

    MachineSense devices use unauthenticated MQTT messaging to monitor devices and remote viewing of sensor data by users.

Revision history

  1. #1

    Initial Publication

References