External risk intelligence

Brain Low-Code SQL Injection Vulnerability

CVE advisorySeverity: CRITICAL (CVSS 9.3)

CVE-2024-7071

A vulnerability in Brain Low-Code software could allow attackers to access and manipulate data. This poses a risk of data compromise and disruption to business operations. Affected organizations should address this to protect sensitive information and maintain system integrity.

4Halo Surface Signal

SQL Injection

Brainlowcode Brain Low Code

before 2.1.0

External exposure likelihood

Halo Surface Signal score for CVE-2024-7071

Brain Low-Code is a platform used to build and host applications. These low-code environments are commonly deployed as web-based platforms accessible via the internet to allow users to design, manage, and interact with the applications they create, placing the underlying interface in a position where it is frequently exposed to network access.

PCI scan relevance

PCI Relevance for CVE-2024-7071

Yes

CVE-2024-7071 — Halo PCI Relevance: Yes. Under typical PCI ASV external scan criteria, this issue may be flagged for scan prioritization.

This SQL injection vulnerability in Brain Low-Code is considered PCI scan-relevant as SQL injection flaws automatically result in a failed PCI ASV scan.

Scan-prioritization guidance only—not a PCI DSS certification or ASV attestation.

Horizon Alert

Summary of the vulnerability and why it matters

A vulnerability has been identified in Brain Low-Code software. This flaw could allow unauthorized access and manipulation of data stored within the affected systems. The potential impact includes significant business disruption and data compromise.

  • Vulnerable software: Brain Low-Code
  • Core weakness: SQL injection vulnerability
  • Main business impact: Data compromise and system disruption

Attack Path

How an attacker could exploit the issue

This vulnerability allows an attacker to inject malicious SQL commands into an application built with Brain Low-Code. By exploiting this, an attacker can potentially gain unauthorized access to sensitive data, manipulate application logic, or even take control of the affected system. This impacts organizations by exposing their data and systems to compromise, risking data integrity and business operations.

  • Unauthenticated network access.
  • Attacker crafts malicious SQL input.
  • Unauthorized data access and control.

Live Threat

Current exploitation, exposure, and threat context

SQL Injection vulnerabilities within Brain Low-Code platforms present a significant risk to organizations. Attackers can exploit this flaw to manipulate database queries, potentially leading to unauthorized data access, modification, or deletion. The ease of exploitation and the critical nature of potential data compromise underscore the need for prompt remediation.

  • Attackers with no specialized skills.
  • No access or conditions required.
  • High business risk and urgency.

Priority actions

Operational Fix

Recommended remediation, mitigation, and detection steps

This vulnerability allows for SQL Injection, which could compromise the integrity and availability of data within affected systems. Organizations should prioritize identifying and addressing this risk to protect business operations and sensitive information. This requires a systematic approach to locate exposed assets, implement protective measures, and confirm the resolution.

  • Find affected assets.
  • Reduce exposure or isolate risk.
  • Fix, verify, and monitor.

Frequently asked questions

What is the nature of the vulnerability in Brain Low-Code?

The vulnerability in Brain Low-Code is an Improper Neutralization of Special Elements used in an SQL Command, specifically SQL Injection (CWE-89). This flaw allows attackers to inject malicious SQL commands into the application.

How does the SQL Injection weakness in Brain Low-Code function?

This SQL Injection vulnerability in Brain Low-Code enables an attacker to input malicious SQL commands through user-controllable data fields. The software fails to properly neutralize these special elements, leading to the execution of unintended SQL queries against the database.

What is the trigger path for the Brain Low-Code SQL Injection vulnerability?

The trigger path involves an unauthenticated attacker crafting malicious SQL input, which is then processed by the Brain Low-Code application. This can lead to unauthorized data access and control without requiring any specific prior access or conditions.

How does the Halo Surface Signal assess the relevance of this Brain Low-Code vulnerability?

Halo classifies this CVE as external because the CVSS v4.0 Attack Vector is Network, indicating it can be exploited over the internet. Brain Low-Code platforms are often web-based, making them frequently exposed to network access and thus a higher risk.

What practical steps should organizations take to address the Brain Low-Code SQL Injection vulnerability?

Organizations should identify all affected Brain Low-Code assets, implement measures to reduce exposure or isolate the risk, and then proceed with fixing the vulnerability. It is crucial to verify the resolution and continuously monitor the environment for any signs of compromise.

References