The old loop is broken
For 20 years the indie playbook was the same: ship the MVP, get users, harden later. Security was a chore you got around to in month 6, after revenue justified the time. Most startups that died of a breach died because "later" never arrived.
That loop assumed the attacker tooling moved roughly as slowly as your code. It does not anymore. The same codegen tools that let you ship a SaaS in a weekend let an attacker stand up a credential-stuffing pipeline in an afternoon. The window between "live on the internet" and "scanned by something" is now measured in minutes.
Measure the window
We ran the test on a fresh Ubuntu 24.04 host with port 22 exposed and no other services. First unsolicited SSH login attempt landed in under 4 minutes. First credential-stuffing pass against a freshly created user account: 18 minutes. First scan against an HTTP endpoint with a fresh DNS record: about 2 hours.
Those numbers are not the worst case, they are the median. "I'll harden it tomorrow" used to mean a few days of safety. Now it means the host is already in someone's botnet candidate list before you finish your coffee.
Why "harden later" was a tradition, not a principle
The reason teams pushed security to month 6 was that hardening was a project. You had to read the CIS benchmark, install a SIEM, configure log shipping, write playbooks, tune fail2ban jails so they did not lock you out. It took days you did not have.
The principle was never "skip security." The principle was "do not let security cost more than the launch." If you could get the same coverage in a one-line install, no team would skip it. The skip was a friction artifact.
Default-on means it ships when you ship
The right shape for security in a high-velocity world is the same shape as TLS. You do not "configure HTTPS" in 2026. You run a tool, the cert appears, the redirect works, and you go back to writing features. Endpoint detection should be that.
curl -fsSL https://www.innerwarden.com/install | sudo bashThat command sets up an eBPF sensor with 40 kernel hooks, an agent doing AI triage on every event, autonomous IP blocks with TTL, and a hash-chained audit log. No SIEM, no playbook authoring, no jail tuning. The defaults are correct for most workloads.
The cost of slowing down a deploy
The reason teams reject security tools is almost always the same: it added a step to the deploy or it produced alerts that needed a human. Both kill velocity, and velocity is what indie teams have instead of headcount.
We design Inner Warden against that failure mode. The binary is one process. There is no agent fleet to orchestrate, no central server to keep alive, no daily dashboard to read. If the agent is doing its job, you hear from it only when something needs you.
What changes when security is free and instant
When the friction goes to zero, the calculus flips. Hardening on the first deploy stops being optional and becomes the default the way TLS did. The teams that skipped it stop having an excuse, and the ones that already cared stop paying $30k a year for the privilege.
Read endpoint security for the rest of us for the longer version of that argument, or the autonomous EDR thesis for the technical shape.
The honest pitch
Run the install on the host you are about to ship. If it gets in your way once in the first week, uninstall it. The install is one curl. The uninstall is one command. The cost of trying is roughly the time it took you to read this post.
That is the whole pitch. Ship now, secure now, both at once, because the world stopped letting us pick.