nodejs vulnerabilities

Direct Vulnerabilities

Known vulnerabilities in the nodejs package. This does not include vulnerabilities belonging to this package’s dependencies.

Fix vulnerabilities automatically

Snyk's AI Trust Platform automatically finds the best upgrade path and integrates with your development workflows. Secure your code at zero cost.

Fix for free
VulnerabilityVulnerable Version
  • M
Inefficient Regular Expression Complexity

*
  • M
Inefficient Regular Expression Complexity

*
  • M
Directory Traversal

*
  • M
Inefficient Regular Expression Complexity

*
  • H
Improper Preservation of Permissions

<1:22.22.0-1.el10_0
  • H
Uncaught Exception

<1:22.22.0-1.el10_0
  • H
Exposure of System Data to an Unauthorized Control Sphere

<1:22.22.0-1.el10_0
  • M
Improper Handling of Highly Compressed Data (Data Amplification)

*
  • M
Uncaught Exception

<1:22.22.0-3.el10_1
  • L
Improper Preservation of Permissions

<1:22.22.0-3.el10_1
  • H
Improper Preservation of Permissions

<1:22.22.0-3.el10_1
  • M
Allocation of Resources Without Limits or Throttling

<1:22.22.0-3.el10_1
  • H
Uncaught Exception

<1:22.22.0-3.el10_1
  • H
Exposure of System Data to an Unauthorized Control Sphere

<1:22.22.0-3.el10_1
  • M
Allocation of Resources Without Limits or Throttling

*
  • M
Time-of-check Time-of-use (TOCTOU)

*
  • L
Allocation of Resources Without Limits or Throttling

*
  • M
Use After Free

*
  • M
OS Command Injection

*
  • L
Inefficient Regular Expression Complexity

*
  • L
Inefficient Regular Expression Complexity

*
  • L
Memory Leak

*
  • M
Resource Exhaustion

*
  • H
Incorrect Authorization

*
  • L
Memory Leak

<1:22.16.0-1.el10_0
  • H
Uncaught Exception

<1:22.16.0-1.el10_0
  • M
Use After Free

<1:22.15.0-1.el10_0
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Improper Authorization

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Unchecked Error Condition

*
  • H
Out-of-Bounds

*
  • M
Loop with Unreachable Exit Condition ('Infinite Loop')

*
  • M
HTTP Response Splitting

*
  • M
HTTP Response Splitting

*
  • M
HTTP Response Splitting

*
  • M
HTTP Response Splitting

*
  • M
HTTP Response Splitting

*
  • M
HTTP Response Splitting

*
  • M
Improper Access Control

*
  • M
Improper Access Control

*
  • M
Improper Access Control

*
  • M
Improper Access Control

*
  • M
Improper Access Control

*
  • M
Improper Access Control

*
  • M
Improper Input Validation

*
  • M
Improper Input Validation

*
  • M
Improper Input Validation

*
  • M
Out-of-Bounds

*
  • M
Out-of-bounds Read

*
  • M
Out-of-bounds Read

*
  • L
Out-of-bounds Read

*
  • L
Improper Certificate Validation

*
  • L
Improper Certificate Validation

*
  • L
Improperly Controlled Modification of Dynamically-Determined Object Attributes

*
  • L
Improper Certificate Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Improper Input Validation

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • L
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*
  • M
Resource Exhaustion

*