You've found out the site was down from a customer.
Real-time uptime monitoring plus automated DNS-level failover means the site stays online when a server has a problem. You stop finding out about outages from the people they're costing you.
Build & Transform · Managed Hosting
Two A records pointing at two data centers, continuous patching that doesn't break production, and the plugin licenses most teams pay for separately — all included by default. The operational layer that compounds into a platform a business can actually be built on.
When this makes sense
Real-time uptime monitoring plus automated DNS-level failover means the site stays online when a server has a problem. You stop finding out about outages from the people they're costing you.
Continuous plugin updates run with post-update health monitoring and a rollback path the host operates on your behalf. The difference between routine maintenance and a Monday-morning outage.
WAF, malware scanning, brute-force protection, and security patching live in the platform layer, not on the team's calendar. Hardening is the baseline, not a checklist someone has to maintain.
Mid-tier managed hosting that gives a content site or B2B platform the operational layer it needs without the enterprise overhead or the enterprise sticker price.
What's included
How a migration runs
Review the current site: PHP version, deprecated plugins, custom configuration that needs to move, integrations that depend on specific hosting features. Scan the codebase for compromise indicators: many sites come to us because they've been hacked, and even the ones that haven't can carry artifacts.
Site comes over to a parallel managed environment. DNS stays pointed at the current host while we verify everything works on the new infrastructure. Zero production downtime during this phase.
The edge layer is active from the moment the site is on managed infrastructure: CDN, edge caching, WAF, DDoS protection. The setup work is verifying cache rules hit the right surfaces, the WAF isn't blocking anything legitimate, and the configuration is tuned for the site's actual traffic patterns.
DNS gets updated to point at the managed infrastructure. The two-A-record uptime architecture is now live. Cutover is the only step with any user-visible change, and even that is invisible when it goes well.
Selected work
Case studies populated as engagements become referenceable.
Security & Hardening
A local theater's WordPress site was getting compromised repeatedly. Their previous developer couldn't stop it. We moved them to secure managed hosting, hardened the existing site against the active vectors, then kept it exploit-free for 8 months while a full custom rebuild ran in parallel.
Read the case study
Managed Hosting
An international music festival came to us with a site that crashed during peak traffic, a usability problem, and a previous backup compromise that had cost them production data. We rebuilt the site for speed, accessibility, and ease of use, then put it on managed hosting with backups stored in two separate secure locations.
Read the case study
Common questions
For most hosts, yes. “99.99% uptime” claims usually translate to several hours of downtime per year wrapped in fine-print exclusions. Our 100% is structural: two DNS A records pointing at servers in two separate data centers, with automated failover when one origin doesn’t respond. If a server has a problem, traffic routes to the other one within seconds, invisible to the visitor. The architecture means single-server failures don’t cause downtime. We’ve tracked actual uptime across the managed-hosting portfolio and it’s been 100% real.
Cheap shared hosting is optimized for one thing: low monthly cost. That means shared servers (your site competes with hundreds of others for resources), minimal security hardening, no real failover, slow response when something breaks, and a labor model where any incident becomes your problem. Managed hosting is the opposite: dedicated resources, hardened security, automated failover, continuous patching, and a support relationship where infrastructure incidents are someone else’s problem to solve. The price difference reflects the difference in service.
You keep full control of your content, code, and domain. The WordPress admin is yours for everything content-related: pages, posts, media, user accounts, navigation. The exception is plugin installation. Because managed hosting means we take responsibility for keeping every component patched, secure, and compatible, plugin decisions go through us. You request what you need, we vet and install it, and from then on the plugin enters the patching and monitoring pipeline. The tradeoff: you can’t impulse-install a random plugin from the WordPress directory, but you also never have to worry whether a new plugin will break the site, slow it down, or open a security hole.
Your site, code, content, and database are yours. If you ever want to move to a different host, we hand off a complete export package of your unique files and database. No proprietary lock-in, no exit fees. Most clients don’t leave because the operational layer is genuinely valuable, but the option is always open and the handoff is clean.
Continuous patching means WordPress core, themes, and maintained plugins are updated as updates are released, not batched up for a quarterly maintenance window where things accumulate and the eventual update is catastrophic. The “won’t it break” concern is legitimate, but the answer depends on the site. For sites we’ve built from the ground up, we haven’t had a routine update break anything in 4 years because we vet every component before it goes in, read every release changelog before deploying, and stage updates optimally. For sites we’re taking on that come with existing technical debt, the early phase carries more risk until we’ve audited and cleaned up what’s there. Either way, every update has a clear rollback path.
Backups are created on a real-time basis (every change to the database is saved as it happens) plus daily file backups, all retained for 30 days and stored in two separate secure locations. The two-location storage matters because a compromise of one backup destination still leaves a clean copy in the other. The 30-day retention matters because some compromises aren’t detected immediately, and you want the option to restore from before the compromise happened. We’ve recovered client sites from compromise by restoring from backups multiple cycles old; the storage architecture is built for that scenario specifically.
The platform scales automatically. Auto-scaling worker pools handle traffic peaks without dropping requests, the CDN absorbs static asset traffic at the edge so it never reaches the origin, and edge caching means most page requests don’t even hit WordPress. The pattern we see is that sites on managed hosting handle traffic spikes (a viral post, a press hit, a campaign launch) without any degradation in performance. Where unmanaged hosting tends to fall over, the managed platform absorbs it.
Recent thinking
Most WordPress sites that have Cloudflare set up have it in “DNS only” mode. In that mode, Cloudflare is functioning as nothing more than a...
Read the article
Every WordPress site is a stack of moving pieces that needs continuous operational care: patches applied, versions updated, vulnerabilities closed, backups verified, certificates renewed. Skip...
Read the articleIf your current hosting situation involves any combination of stress, surprises, or 'we'll get to it next quarter,' that's the conversation worth having.
Start a Conversation