Getting Started with Remember IP (formerly myIP): Tips and Best Practices

This guide covers everything you need to know to get started: core concepts, account setup, common workflows, integration examples, security and privacy considerations, troubleshooting, and recommended best practices.


What is Remember IP?

Remember IP is a hosted service for storing and retrieving IP addresses tied to identifiers (names, devices, or services). It acts like a simple key-value store specifically optimized for IPs, often used to track changing public IPs, firewall allow-lists, dynamic DNS alternatives, or cross-team sharing of trusted addresses. It typically exposes a small REST API and/or SDKs for common languages.

Key benefits:

  • Fast retrieval of current IPs for automation and scripts.
  • Lightweight API that’s easy to integrate.
  • Simple audit history to see when addresses changed.
  • Lower complexity than running your own dynamic DNS or custom database.

Typical use cases

  • Dynamic home/office IP tracking for remote access.
  • Updating firewall allow-lists for cloud services or CI runners.
  • Letting teammates fetch current IPs of developer machines or staging servers.
  • Integrating into automation pipelines that need the latest egress IP to grant temporary access.

Getting started

1. Create an account and verify

  • Sign up on the Remember IP website or via the provided onboarding flow.
  • Verify your email and enable any recommended account recovery methods.
  • If there’s a free tier or trial, use it to evaluate the API and integration model.

2. Create a project or namespace

Most services use a project, team, or namespace concept to group related IP entries. Create one for each environment (e.g., production, staging, personal).

3. Add your first IP entry

An entry is typically a key (name) plus metadata and the IP value. Example fields:

  • name: “home-router”
  • ip: “198.51.100.12”
  • description: “Home office egress IP”
  • tags: [“home”, “office”]
  • owner: “[email protected]

Use the web UI or API to create the entry. Many clients also provide a CLI.


Common workflows & examples

Below are common patterns you’ll use with Remember IP.

Dynamically updating a device’s public IP

  • Install a small client or script on the device that detects public IP changes (querying an IP-check service or interface).
  • When the IP changes, call Remember IP’s update API to set the new value and optionally add a timestamp and reason.
  • Configure automated notifications if IP changes exceed frequency thresholds.

Example (pseudo-CLI/API steps):

  1. detect current public IP: 198.51.100.12
  2. POST /api/v1/entries { “name”: “dev-laptop”, “ip”: “198.51.100.12” }

Using Remember IP to update firewall allow-lists

  • Add CI server or developer IP entries to Remember IP.
  • Create an automation in your firewall/cloud provider that pulls the current IP from Remember IP’s API and updates the allow-list (e.g., AWS Security Group, GCP Firewall).
  • Run this as a scheduled job or trigger on entry change.

Sharing IPs with teammates or services

  • Give readonly API tokens to systems that need to fetch IPs.
  • Use tags or naming conventions to let other teams discover relevant entries (e.g., tag: “ci” or name: “staging-db-egress”).

Security and access control

  • Use API keys scoped to the minimum permissions needed (read-only for fetching, write for updating but limited to specific entries or namespaces when possible).
  • Rotate keys regularly and revoke immediately if compromised.
  • Require HTTPS for all API calls.
  • Use audit logs to monitor who changed which IP and when.
  • For highly sensitive use, restrict update endpoints to known client certificates or IP allow-lists.

Security checklist:

  • Use scoped API keys for automation.
  • Enable audit logs and review changes periodically.
  • Rotate credentials and enforce least privilege.
  • Limit the UI/API access by team or role.

Privacy considerations

Remember IP stores IP addresses, which can be treated as personal data in some jurisdictions. Consider:

  • Minimizing metadata that links IPs to individual identities.
  • Using organizational emails or service accounts as owners when possible.
  • Reviewing local regulations (GDPR, CCPA) if storing IPs tied to named users or profiling.

Reliability & monitoring

  • Regularly back up critical IP lists or export snapshots (CSV/JSON).
  • Monitor API availability and set up alerts on failures when integrations depend on the service.
  • Consider adding a second fallback mechanism if allow-list changes are critical (e.g., a secondary static IP or VPN).

Troubleshooting common issues

  • “IP not updating”: check client detection method, ensure API key has write permission, inspect rate limits.
  • “Wrong IP returned”: verify which entry/namespace is being read; check timestamps and recent history.
  • “Permission denied”: confirm token scopes and that token is attached to the correct project/namespace.

Best practices

  • Use clear naming conventions: environment-purpose-owner (e.g., prod-api-gw-alice).
  • Tag entries for discoverability: environment, team, service.
  • Automate updates from devices that frequently change IPs; avoid manual edits for dynamic hosts.
  • Keep a small set of stable, shared IPs for critical infrastructure; prefer VPNs or static egress addresses for production-critical access.
  • Review and prune stale entries every 3–6 months.
  • Keep scripts idempotent: always set current IP even if unchanged, but skip updates when unnecessary to avoid noise in audit logs.

Example integration snippets

Use these as patterns (pseudo-code). Adapt to your language and Remember IP client.

  • Detect current IP and update:

    # pseudo current_ip = fetch_public_ip() remember_ip.update("alice-home", ip=current_ip, description="auto-updated by client") 
  • Fetch an IP to use in a firewall update:

    # pseudo ci_ip = remember_ip.get("ci-runner") cloud.firewall.update_allowlist(rule="ci-access", ip=ci_ip) 

When to use alternatives

Remember IP is best for small-to-medium scale use cases where a lightweight IP store and easy retrieval are valuable. Consider alternatives when:

  • You need full DNS management and hostname binding — use dynamic DNS.
  • You require enterprise-grade identity and access controls or private networking — use VPNs, SD-WAN, or cloud-native egress controls.
  • You need global, highly-available authoritative DNS for production routing.

Quick checklist to finish setup

  • [ ] Create account, project/namespace
  • [ ] Add initial entries and tags
  • [ ] Generate scoped API keys for automation
  • [ ] Install updater client on dynamic hosts
  • [ ] Add monitoring/alerts for API availability and critical changes
  • [ ] Schedule periodic review and pruning

Remember IP is a simple but powerful utility in the toolbox for managing IP-based access and automation. With scoped keys, automation, and clear naming/tagging, it reduces friction and human error in workflows that depend on current IP addresses.

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