Clear, jargon-free methods to find the right host for your project.
"Data in France" reassures in meetings—but says nothing about certified scope, backups, or cloud subprocessors. What location actually delivers, and what to verify beyond the flag.
ISO 27001 proves a security management system exists — not that your shared instance automatically benefits. How to read the certificate before mistaking it for an operational guarantee.
SecNumCloud answers one specific question—protection against extraterritorial access—not every compliance need. Here are the project profiles where this qualification genuinely changes the equation.
Hosted in Germany at a US subsidiary: the Cloud Act lets US authorities request certain data. Understand legal risk — and what EU hosts and encryption do or do not change.
French datacenter on the slide, subcontractors missing from the contract — before you sign, demand a DPA, real data location, logs and breach procedures. A host due diligence checklist.
Google Safe Browsing alert, obfuscated `.php` files in uploads — on shared hosting, priority is stopping spread, restoring clean, then finding the bad plugin or password.
A Stripe or AWS key in public git = incident in minutes. Separate config and secrets: CI variables, vault, files outside the repo — and rotation when someone leaves.
Keys, no root password, dedicated sudo user and fail2ban — four reflexes that eliminate most automated SSH compromises on a fresh VPS.
Open 22, 80, and 443 — then deny everything else by default. A missing or misordered firewall leaves Redis and MySQL exposed to global scans in minutes.
A WAF blocks some SQLi and XSS scans before they hit WordPress—but also causes false positives. Position it as a net, not an excuse for insecure code.
You do not need to be a multinational to suffer a flood — WordPress conflict, extortion, opportunist botnet. A small VPS with no headroom falls in minutes.
InnoDB, tested backups, limited users, and indexed queries—the MySQL foundations we postpone until the site falls under load or after an accidental DROP.
Managed Postgres promises peace of mind, but patching, backups, and HA must be read in the contract. Here is what leaves your plate—and what stays your problem.
Redis does three different jobs depending on config. Mixing volatile cache and user sessions on one instance without strategy leads to mysterious logouts and lost jobs.
Edge is not "run everything on Cloudflare". It is choosing which milliseconds — TLS, cache, auth, personalisation — deserve to be won near the user without moving your SQL database.
Serverless shines on rare spikes, short tasks and event pipelines — not on a permanent HTTP monolith. Here are cases where per-millisecond billing beats an idle VPS.
A VPS gives control and operational load. PaaS absorbs deployment and scaling — against less freedom and sometimes opaque billing. How to choose without cloud ideology.
Kubernetes shines when you run dozens of services, multi-region, and continuous deploy at scale. Below that threshold, VPS or PaaS costs less in human time.
A clean Dockerfile and one app container are often enough to deploy. Save multi-service docker-compose for real needs — not fashion.
You do not need Kubernetes or forty jobs for peace of mind. Tests, build, staging deploy then production — here is the viable minimum that beats Friday-night FTP.
Staging that is stale or full of non-anonymized production data creates more risk than it prevents. Here is how to keep it close, isolated, and useful before every deployment.
rsync, WordPress plugin, or snapshot—tool choice matters little if you switch DNS before data is in sync. Here is the sequence that limits real downtime.
A backup never restored is an unverified promise. A quarterly drill exposes corrupt dumps, forgotten passwords, and impractical rebuild order—before the real outage.
Backing up "the whole server" without a restore scenario produces heavy, unusable archives. Start from incidents to survive, then size tools and frequency.