redis-security

Harden Redis deployments with authentication, TLS, ACLs, and network restrictions.

Updated Jul 25, 2026
One-click install
npx skills add https://github.com/kaannakiin/turborepo_template --skill redis-security-kaannakiin
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: redis-security
Source: https://github.com/kaannakiin/turborepo_template/tree/main/.agents/skills/redis-security
Command: npx skills add https://github.com/kaannakiin/turborepo_template --skill redis-security-kaannakiin

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve? Production Redis instances are frequently breached because they run without authentication, use a single shared password, or are exposed to the public internet. This Skill provides concrete configuration guidance to close those gaps across authentication, access control, and network exposure. ## Core Features & Use Cases - Authentication and TLS setup: Configure requirepass or ACL users with TLS-encrypted connections, including redis-py and Jedis client examples. - ACL-based least privilege: Create dedicated users with scoped key patterns and command categories like @read, @write, and -@dangerous to bound the blast radius of leaked credentials. - Network lockdown: Bind to specific interfaces, keep protected-mode enabled, add firewall rules, and disable dangerous commands like FLUSHALL, DEBUG, and CONFIG. - Use Case: When deploying Redis to production or responding to a scanner finding about an exposed Redis instance, apply the three-layer checklist to authenticate clients, restrict commands per application, and limit network access to trusted subnets. ## Quick Start Ask the assistant to review your redis.conf and produce a hardened production configuration with ACL users, TLS, and firewall rules.

Frequently Asked Questions about redis-security

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I secure Redis for production deployment?

Secure Redis by combining three layers: require authentication with requirepass or ACL users, encrypt traffic with TLS, and restrict network access via bind, protected-mode, and firewall rules. Any single layer alone leaves an exploitable gap.

How do I create Redis ACL users with limited permissions?

Use ACL SETUSER with key patterns and command categories, for example ACL SETUSER app_readonly on >password ~cache:* +get +mget +scan. Combine categories like @read, @write, and -@dangerous to grant only the commands each application needs.

Should I use requirepass or ACL users for Redis authentication?

Prefer ACL users over requirepass for production. requirepass is the legacy default-user shortcut with a single shared password, while ACL users give each application dedicated credentials with scoped keys and commands, limiting damage if credentials leak.

How do I connect to Redis over TLS in Python or Java?

In Python, pass ssl=True and ssl_cert_reqs="required" to redis.Redis along with the password. In Java with Jedis, build an SSLContext from a trust store and configure DefaultJedisClientConfig with ssl enabled, user, and password.

Why is binding Redis to 0.0.0.0 dangerous?

Binding to 0.0.0.0 with protected-mode disabled exposes Redis to the entire network without protection, the most common cause of Redis breaches. Instead bind to specific interfaces, keep protected-mode yes, and add firewall rules allowing only application subnets.

Which dangerous Redis commands should be disabled in production?

Disable or rename FLUSHALL, DEBUG, and CONFIG using rename-command directives in redis.conf, for example rename-command FLUSHALL "". This prevents a compromised client from wiping the database or altering server configuration.