You Probably Don’t Have a Backup Strategy

Most solo founders and indie developers back up nothing until something breaks. A corrupted database. A rogue deployment. An accidental deletion. When that moment hits, the panic isn’t about losing data — it’s about realizing you never wrote down how to get it back.

This isn’t a tutorial on engineering a backup system. You’re not here to learn how to script cron jobs at 2 AM. You’re here because you want to know what to protect, how to protect it, and what approach actually saves you time instead of creating new overhead.

Here’s the honest answer: your backup strategy should be proportional to your project’s risk and growth trajectory. A hobby project with no users needs a different plan than an app processing real payments. The trick is knowing which is which before everything goes dark.

What to Back Up (It’s Not Everything)

The first mistake most solo developers make is trying to back up everything. That’s inefficient, expensive, and usually unnecessary. The second mistake is backing up nothing at all.

Start by identifying what actually matters. For almost every solo developer project, the critical data falls into five buckets:

Source code. This is your foundation. If you’re using Git with a remote repository like GitHub or GitLab, you already have a strong layer of backup. A remote git repository is free, automatic, and gives you version history going back to day one. The key point is simple: commit early, commit often, and push to a remote. Never store your only copy of code on a single local machine.

Your database. If your project stores anything — user accounts, transactions, content, preferences — that data lives in a database. Database backups are not the same as file backups. A database contains your actual records; your application files contain your logic. Neither alone is enough. Host-provided backups often include both, but they share the same infrastructure as your running site, which means they die together.

User data and uploads. Profile photos, documents, media — anything your users have put into your system. This is usually stored as files in cloud object storage or on your server. Either way, it needs its own backup path.

Configuration and environment variables. Your .env files, your deployment configs, your feature flags. These are the settings that make your code work in production. Losing them doesn’t destroy your data, but it can make your data unreachable.

Secrets. API keys, database passwords, signing certificates. These shouldn’t be in your codebase at all, but if they are — or if you manage them in a scattered way — they become a single point of failure. Use a secrets manager or an encrypted vault. Back that up too.

As one practitioner put it, a WordPress site owner might think they have backups because they clicked a hosting panel button once, installed a plugin, and forgot about it. But a hosting panel option and a forgotten plugin are not a backup strategy. A real backup answers four questions in order: what to back up, how often, where to store it, and how to prove it still works when everything else is on fire.

Automated Cloud Backup vs. Manual Strategies

Once you know what to back up, the real question is how. There are two broad approaches, and neither is universally better — they serve different priorities.

Automated Cloud Backup

Automated backup services handle the schedule, the retention, and usually the encryption for you. Managed hosting providers often include daily backups as part of their offering. Dedicated backup services like Veeam or tiered cloud storage solutions take it further, storing copies off-site with versioned retention.

The advantages are clear: you set it and forget it. Your backups run on a schedule you define. You can choose how far back you can restore — daily incrementals, weekly fulls, monthly archives. For VPS hosting specifically, managed backup options can create snapshots every few hours, merge them into daily and weekly summaries, and keep a monthly backup for long-term recovery.

The trade-offs are cost and trust. Automated services cost money — usually a percentage of your storage or a fixed monthly tier. More importantly, you’re trusting a third party with your data. That third party operates on their infrastructure, and they control retention, granularity, and access policies. You may not be able to change those on demand.

A snapshot is not a backup. This is one of the most important distinctions for solo founders. Snapshots are taken on the same storage infrastructure as your running system. If that infrastructure fails, your snapshots fail with it. A real backup lives somewhere else — a different region, a different provider, an offline volume.

Manual Backup Strategies

Manual backups mean you write the scripts, set the schedules, and manage the storage yourself. This could be a simple rsync command pushing your database dump to an S3 bucket every night. It could be a Makefile target that exports your project and uploads it to cloud storage.

The advantage is control. You know exactly what’s being backed up, where it lives, and how to retrieve it. There are no middlemen. The cost is usually just storage — free tiers on cloud object storage can cover a solo developer’s needs for years.

The trade-off is time. Manual backups require maintenance. Scripts break. Schedules drift. Credentials expire. You are the on-call engineer for your own backups, which means when something goes wrong at 3 AM, you’re the one who has to figure it out.

For many solo founders, the math is straightforward. If an automated backup service costs $10 to $30 a month and saves you two hours of maintenance and anxiety, that’s often worth it. If you’re comfortable with a little automation scripting and your data volume is small, manual can be cheaper and more transparent.

Your Backup Strategy Is Really a Restore Strategy

Here’s the insight most developers miss: a backup you’ve never restored from is not a backup. It’s a hope.

You need a restore strategy. Define your restore goals first — how far back do you need to go, and how quickly do you need to be running again? Then design your backups to meet those goals.

If your application goes down and you need to be back online within an hour, you need fast local restores — incremental backups on disk that you can pull from immediately. If you can tolerate a longer outage but need to go back weeks for a corrupted dataset, you need cold storage with longer retention.

One senior engineer summarized it well: I don’t have a backup strategy; I have a restore strategy. You define your recovery time objective and your recovery point objective, and you work backward from there. Your backup method should serve those numbers, not the other way around.

For a solo founder, this means asking three questions:

  1. How much data can I afford to lose? If your last backup is 24 hours old and you lose a day’s worth of user transactions, is that acceptable? Or do you need hourly or near-real-time replication?

  2. How fast do I need to be back online? Can you rebuild from a git repo and a database restore in a few hours? Or does your project require zero-downtime recovery?

  3. What’s the worst case I’m protecting against? Is it a corrupted deployment? A compromised admin account? A hosting provider outage that lasts three days? Each scenario demands a different recovery approach.

Cost Comparison for Indie Projects

Backup cost breaks down into three components: storage, compute, and complexity.

Storage. Your code, database, and user uploads determine your storage needs. A typical solo project with a small database and moderate uploads might need 5 to 20 gigabytes of backup storage. Object storage at commercial rates runs a few dollars per gigabyte per month — easily under $10 for most indie projects. Free tiers on GitHub, GitLab, and many cloud storage providers can cover code and config backups at zero cost.

Compute. Automated backups that run hourly or daily require processing power. Most managed hosting and backup services include this in their pricing. Self-hosted solutions require your own server or a lightweight container to run the backup jobs.

Complexity. This is the hidden cost. A manual backup system that requires regular maintenance, troubleshooting, and testing costs you time — and time is your scarcest resource as a solo founder. An automated system that runs reliably costs money but buys you back your attention.

The bottom line: for most solo developers, a hybrid approach makes the most sense. Use Git for your code — it’s free and automatic. Use your hosting provider’s backup feature as a secondary layer, not your primary strategy. Add an off-host backup to cloud object storage for your database and user data. Test a restore at least once before you need it.

Disaster Recovery Planning for One Person

Disaster recovery sounds like an enterprise concern, but it’s just as relevant for a solo founder. You don’t need a written playbook, but you do need a mental model.

Start by mapping your dependencies. What does your project need to run? A database server. An application server. A CDN for assets. An email delivery service. A payment processor. Which of these have built-in backups? Which don’t?

Then build your recovery plan around the critical path. If your database is the most valuable asset, ensure it’s backed up off-host with frequent snapshots. If your code is your crown jewel, ensure it’s in a remote git repository with branching protection.

Create a simple checklist. Not a document you’ll never read — a one-page reference you can follow at 2 AM when something breaks. It should answer: where is my code, where is my database, where is my latest backup, and what’s the restore command?

Keep your secrets secure and backed up separately. A stolen API key or a leaked database password is a different kind of disaster — and it’s one your backup strategy won’t solve. Use environment variables, not hardcoded values. Use a secrets manager, not a text file. Back up your secrets store alongside your data.

And test. Restore from a backup to a staging environment at least once. Not when everything is fine — ideally when nothing is broken, so you’re not learning the process under pressure. A backup you’ve never tested is a backup you’re pretending exists.

FAQ

Do I really need backups if I use Git?

Git backs up your code. It doesn’t back up your database, your user uploads, your configuration, or your secrets. If your project has any data beyond source code, you need additional backup measures.

Can I just rely on my hosting provider’s backups?

Host backups are a useful layer, not a strategy. They operate on the same infrastructure as your site, and you usually can’t control retention or granularity. Treat them as a safety net, not your primary plan.

How often should I back up?

It depends on how much data you can afford to lose. A project with real users and transactions should back up at least daily, preferably more frequently. A personal side project with static content can get away with weekly or monthly. Match your frequency to your risk.

What’s the cheapest effective backup strategy?

Git for code (free). Off-host cloud object storage for your database and user data (often under $5/month at low volumes). Test restores to verify everything works. This combination covers the essentials without enterprise pricing.

Should I encrypt my backups?

Yes. Unencrypted backups stored in the cloud are accessible to anyone who gains access to that storage. Encrypt at rest and in transit. Most managed backup services handle this automatically; if you’re doing it manually, use encryption before uploading.

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