Broken Authentication in Strapi with Cockroachdb

Broken Authentication in a Strapi application backed by Cockroachdb can arise from a mix of framework defaults, database configuration, and operational practices. Strapi stores user credentials and session-related data, and if authentication controls are weak or misconfigured, attackers can bypass login mechanisms or hijack sessions. Cockroachdb, as a distributed SQL database, does not inherently prevent these issues; it simply stores what Strapi writes. Misconfigured CORS, weak password policies, or missing multi-factor authentication in Strapi can be present regardless of the database, but the distributed nature of Cockroachdb may inadvertently expose additional attack surfaces if network policies or instance permissions are not tightly controlled.

For example, if Strapi’s admin panel is exposed without IP restrictions and Cockroachdb connection strings are stored in environment variables that are accessible via an insecure endpoint, an attacker who compromises a web server could leverage the database connection to read or modify authentication tables directly. This becomes a critical risk when Strapi’s JWT secret or session store keys are weak or leaked, enabling token forgery across nodes in a Cockroachdb cluster. Real-world patterns include CVE-2022-25883 (authentication bypass via misconfigured admin endpoints) and issues related to insufficient rate limiting that allow credential stuffing against the user store, with findings mapped to OWASP API Top 10:2023 — Broken Authentication and API4:1 — Unrestricted Resource Access.

During a middleBrick scan, these risks are surfaced through unauthenticated testing of Strapi endpoints and database interaction checks. The scanner does not modify data but identifies indicators such as predictable session identifiers, missing security headers, and overly permissive CORS rules that, when combined with Cockroachdb connectivity details exposed through error messages, can lead to authentication compromise. Findings include severity-ranked guidance to tighten authentication controls and harden database exposure, helping teams align with compliance frameworks such as OWASP API Top 10, SOC2, and GDPR.

To address authentication risks when using Cockroachdb with Strapi, apply secure configuration and code-level changes that limit exposure and enforce strong access controls. Begin by ensuring that database credentials are injected securely at runtime and never logged or exposed through error responses. Use parameterized queries via Strapi’s services layer to avoid injection, even though Cockroachdb is resilient to many SQL injection forms when used correctly. Enforce strict network policies so that Cockroachdb instances are only reachable from authorized application servers.

Below are concrete code examples for Strapi services that interact with Cockroachdb securely.

// src/api/user/services/user.js
'use strict';

module.exports = {
  async findByEmail(ctx) {
    const { email } = ctx.request.body;
    // Use parameterized query via Knex (Strapi's underlying ORM)
    const user = await strapi.db.connection('default').raw(
      'SELECT id, email, password_hash, role FROM users WHERE email = $1',
      [email]
    );
    return user.rows[0] || null;
  },
};

Ensure your database configuration in config/database.js uses environment variables and disables debug output:

// config/database.js
module.exports = ({
  env = process.env.NODE_ENV || 'development',
}) => ({
  connection: {
    client: 'cockroachdb',
    host: env('DATABASE_HOST', 'localhost'),
    port: env.int('DATABASE_PORT', 26257),
    user: env('DATABASE_USER', 'maxroach'),
    password: env('DATABASE_PASSWORD', ''),
    database: env('DATABASE_NAME', 'strapi'),
    ssl: {
      rejectUnauthorized: true,
    },
  },
  options: {
    // Disable query logging to avoid leaking sensitive data in error messages
    log: {
      debug: () => false,
      error: () => false,
    },
  },
});

Additionally, enforce password hashing with a strong adapter and enable secure session management:

// config/auth.js
module.exports = ({
  session: {
    store: 'cockroachdb', // If using a custom session store
    cookie: {
      secure: true,
      httpOnly: true,
      sameSite: 'strict',
      maxAge: 1000 * 60 * 60 * 2, // 2 hours
    },
  },
  settings: {
    session_secret: process.env.SESSION_SECRET,
  },
});

Finally, apply Cockroachdb role-based access control to limit what the Strapi application user can do:

-- Cockroachdb SQL example: least-privilege user for Strapi
CREATE USER strapi_app WITH PASSWORD 'strong-password';
GRANT SELECT, INSERT, UPDATE ON TABLE users TO strapi_app;
REVOKE DELETE ON ALL TABLES IN SCHEMA public FROM strapi_app;

These steps reduce the likelihood of authentication bypass or session hijacking and ensure that findings from middleBrick scans result in actionable, database-aware fixes.