How to Fix a Malware-Infected WordPress Website in 2026 (Step-by-Step)

Short answer: To fix a malware-infected WordPress website, take the site offline, take a forensic backup, identify the malware family from its symptoms, replace core and plugin files with verified clean copies, clean the database and wp_options, delete every backdoor and rogue admin user, close the entry point that let the attacker in, then request a Google Search Console security review. Skipping the backdoor hunt is the single reason most "cleaned" sites get reinfected within days.

That last sentence is the part almost every guide leaves out. At Seven Seas Web Design we have cleaned 180+ infected WordPress and WooCommerce sites, and none of them came back infected afterward — not because we scan harder, but because we treat the cleanup as two separate jobs: removing the payload, and removing the access. Remove only the payload and the attacker walks back in through the same door within 48 hours.

This guide walks through both. It is written for business owners and site managers who need their site working today, not for security researchers.

Key Takeaways

• Plugins are the problem, not WordPress. Of the 11,334 new WordPress vulnerabilities disclosed in 2025, 91% were in plugins and 9% in themes. WordPress core accounted for six, all low priority (Patchstack, State of WordPress Security in 2026, published 25 February 2026).
• You have hours, not weeks. Patchstack recorded a median of five hours from public disclosure to mass exploitation, and 46% of vulnerabilities had no patch available at the moment they were disclosed.
• Your host will not save you. In the same research, hosting-level defenses blocked only 26% of generic vulnerability attacks and 12% of attacks using known exploited vulnerabilities.
• Cleaning files is half the job. Backdoors survive in the database, mu-plugins, WP-Cron tasks, and the uploads folder. Clean those or the infection returns.
• Speed protects rankings. Sites cleaned and delisted quickly typically recover search visibility in weeks. Sites left infected for months take far longer, because Google has re-crawled and re-scored thousands of spam URLs.

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Is Your WordPress Site Actually Infected? 9 Symptoms and What Each One Means

Malware announces itself differently depending on what the attacker is monetizing. Most owners waste the first day scanning randomly because they never matched the symptom to the malware family. Use this table to skip that step.

What you are seeing	Most likely cause	Where it lives
Site redirects to a spam or betting page, but only sometimes	Conditional redirect malware	wp_options, header.php, .htaccess
Google shows Japanese or Chinese text under your listings	Japanese keyword hack	Fake sitemap files, injected posts, rogue admin
Search Console reports thousands of new indexed URLs	SEO spam / doorway pages	Database posts table, uploads directory
Pharmacy or replica-goods keywords appear in your snippets	Pharma hack	Cloaked content in theme functions or DB
"Deceptive site ahead" warning in Chrome	Phishing page hosted on your domain	Hidden folder inside /wp-content/uploads/
Checkout page suddenly loads an extra script	Card skimmer (WooCommerce)	Checkout hooks, wp_options, MU-plugins
Server CPU pinned at 100%, hosting warning email	Cryptominer or spam mailer	Cron jobs, obfuscated PHP in plugin folders
Unknown administrator account in Users	Backdoor with privilege escalation	wp_users + wp_usermeta
Site slow, random 500 errors, admin locked out	Multiple overlapping infections	Everywhere — usually an old, unpatched install

The redirect that disappears when you check it

This one confuses more owners than any other issue, so it deserves its own explanation. Modern redirect malware is conditional. It inspects the visitor before deciding whether to hijack them, typically checking three things:

• User-Agent — mobile visitors get redirected, desktop visitors do not.
• Referrer — only visitors arriving from Google or Facebook get redirected, so direct visits look clean.
• Cookie — first visit redirects, every visit after that behaves normally.

The result: your customer sees a gambling site, you type your own URL and everything looks perfect, and you start doubting the customer. Reproduce it properly from a terminal instead:

# Pretend to be a mobile visitor arriving from Google
curl -A "Mozilla/5.0 (iPhone; CPU iPhone OS 17_0 like Mac OS X) AppleWebKit/605.1.15" \
     -e "https://www.google.com/" \
     -sIL https://yourdomain.com/ | grep -i "^location\|^HTTP"

If a Location: header points anywhere off your domain, you have confirmed the infection in ten seconds, with evidence.

The 8 Malware Families You Will Actually Meet in 2026

1. SEO spam and doorway pages

The most common and most commercially damaging family. The attacker generates thousands of hidden pages targeting pharmaceutical, gambling, or replica-goods keywords, then submits them to Google through an injected sitemap. Your domain authority does the ranking work for them. Visitors see nothing; Google sees a spam farm. This is the infection that destroys organic traffic even after the files are gone, because the spam URLs stay indexed.

2. Japanese keyword hack

A regional variant of SEO spam. Auto-translated Japanese pages get injected and indexed, usually alongside a new administrator account created for persistence and a rogue sitemap file such as sitemap-1.xml or sitemap.xml.gz sitting in the web root that your SEO plugin never generated.

3. Conditional redirect malware

Covered above. Payload usually stored as a long base64 or hex string inside wp_options under an innocuous option name, then decoded and executed by a one-line loader in the active theme.

4. Backdoors and web shells

Not a payload, a key. A backdoor is a small PHP file that accepts commands and lets the attacker return at will. Sucuri's threat research has repeatedly found backdoors on roughly half of the compromised sites it cleans (Sucuri, "Backdoors: The Hidden Threat Lurking in Your Website", January 2025). Backdoors are the reason cleanups fail, and they are why our team treats backdoor hunting as a separate billed phase rather than an afterthought.

5. Card skimmers (WooCommerce)

JavaScript injected into the checkout flow that copies card details as the customer types and posts them to an attacker-controlled endpoint. The order still completes normally, so nothing looks broken. Detection requires watching outbound network requests on the checkout page, not scanning files. If you run a store, our e-commerce website development team treats this as a payment-security incident, not just a malware cleanup.

6. Phishing kits

A full fake login page for a bank, courier, or webmail provider, dropped into a randomly named folder deep inside /wp-content/uploads/. This is the fastest route to a Google "Deceptive site ahead" warning and a hosting suspension, because the abuse reports come from outside your visitors entirely.

7. Cryptominers and spam mailers

These monetize your server rather than your traffic. Symptoms are resource-based: CPU alerts, throttling notices, or your domain landing on an email blacklist so your invoices stop arriving in customer inboxes.

8. Malicious plugin persistence

The 2026 growth category. Instead of injecting code into files that a scanner checksums, the attacker installs a fully functional plugin — sometimes a real one, sometimes a clone with a plausible name — placed in /wp-content/mu-plugins/ so it loads automatically and never appears in the normal plugin list with a deactivate button.

First 15 Minutes: Emergency Triage

Do these in order. The ordering matters, because two of these steps destroy evidence if performed too late.

1. Put the site in maintenance mode rather than deleting anything. This protects visitors and stops Google re-crawling spam pages while you work.
2. Take a full forensic backup — files and database — before any cleaning. This copy is infected on purpose. It is your evidence, your rollback if a cleanup step breaks the site, and your reference for comparing what changed.
3. Download your access logs now. Many hosts rotate logs every 24 to 72 hours. Once they rotate, finding the entry point becomes guesswork.
4. Change passwords in the correct order: hosting control panel first, then SFTP/SSH, then the database user (updating wp-config.php to match), then WordPress administrators last. Changing WordPress passwords first accomplishes nothing while the attacker still holds SFTP access.
5. Rotate the WordPress security salts in wp-config.php using fresh values from the official generator. This force-logs-out every session, including the attacker's.
6. Notify your host. Some infections spread across shared accounts, and your host can tell you whether neighbouring sites are affected.

Talk to a specialist first if: the site processes payments, stores customer records, or has already been suspended by the host. Those cases have legal and financial exposure beyond the website itself. Consult our malware removal expert before you start deleting files — the forensic trail matters more than speed in those situations.

Solution 1 — Scanner-Assisted Cleanup (Fastest Path, Works for Most Sites)

Best for: recently infected sites, single infection type, standard plugin stack, owner has admin access.
Realistic time: 1–3 hours. Skill needed: comfortable in the WordPress admin.

1. Run two scanners, not one. Different engines carry different signature sets. Pair a server-side scanner (Wordfence, MalCare, or your host's built-in scanner) with a remote scanner such as Sucuri SiteCheck that sees what visitors see. Remote scanners catch injected JavaScript that server-side scanners miss; server-side scanners catch backdoors that remote scanners cannot see. You need both views.
2. Review the findings before deleting. Scanners produce false positives on caching plugins, minified assets, and legitimately obfuscated premium code. Deleting blindly is how sites end up broken and still infected.
3. Use the repair function on core and repository plugins, which restores the original file rather than removing it.
4. Delete, do not deactivate, anything nulled, abandoned, or unrecognized. A deactivated plugin's PHP files are still reachable by direct URL and still exploitable.
5. Re-scan after cleaning, then scan again 24 hours later. If findings reappear overnight, you have an active backdoor and you should move to Solution 2.

Where this approach fails: scanners are signature-based. Freshly written or heavily obfuscated malware has no signature yet, and database-resident payloads in wp_options are frequently missed entirely. A clean scan result is encouraging, not proof.

Solution 2 — Manual Cleanup With WP-CLI and SFTP (The Reliable Method)

Best for: repeat infections, scanner-clean sites that still misbehave, anything business-critical.
Realistic time: 3–8 hours. Skill needed: SSH or SFTP access and basic command-line comfort.

This is the method our team uses on client sites, because it verifies rather than trusts.

Step 1: Verify core files against the official checksums

wp core verify-checksums
wp plugin verify-checksums --all

Any file reported as modified or unexpected is either malware or a bad customization. Both need attention. This single command finds infections that signature scanners miss entirely, because it compares against WordPress.org's published hashes rather than a threat database.

Step 2: Replace core files cleanly

wp core download --force --skip-content

The --skip-content flag preserves wp-content while replacing every core file. Then delete and reinstall each plugin and theme from its original source, never from the copy already on the server.

Step 3: Find recently modified files

# Files changed in the last 14 days, newest first
find . -type f -name "*.php" -mtime -14 -printf "%TY-%Tm-%Td %TH:%TM  %p\n" | sort -r | head -50

Compare the timestamps against the date your symptoms started. Malware clusters tightly around the compromise moment. Note that sophisticated attackers backdate file timestamps, so absence of results here is not a clean bill of health.

Step 4: Grep for the usual obfuscation patterns

grep -rEl --include="*.php" \
  "eval\(|base64_decode\(|gzinflate\(|str_rot13\(|assert\(|create_function\(|\\\$\\\$[a-zA-Z]|preg_replace\(.*/e" .

Expect false positives from legitimate libraries. What you are looking for is one of those functions wrapped around a very long unbroken string, or a file whose entire contents are a single line.

Step 5: Kill PHP execution in the uploads folder

No legitimate WordPress site needs to execute PHP inside /wp-content/uploads/. Find and remove anything that does, then block it permanently:

find ./wp-content/uploads -type f \( -name "*.php" -o -name "*.phtml" -o -name "*.php7" \) -print

Then add this to /wp-content/uploads/.htaccess on Apache or LiteSpeed:

<FilesMatch "\.(php|phtml|php3|php4|php5|php7|phps)$">
  Require all denied
</FilesMatch>

On Nginx, add the equivalent location block that returns 403 for PHP inside uploads. This one change neutralizes a large share of re-entry attempts.

Step 6: Audit the places nobody checks

# Must-use plugins load automatically and have no deactivate button
ls -la wp-content/mu-plugins/

# Drop-ins that WordPress executes without registration
ls -la wp-content/object-cache.php wp-content/advanced-cache.php wp-content/db.php 2>/dev/null

# Scheduled tasks — a favourite reinfection mechanism
wp cron event list

If wp cron event list shows a hook with a random-looking name that no installed plugin owns, that is almost certainly your reinfection trigger. It will helpfully rewrite the malware every few hours, forever, no matter how many times you clean the files.

Solution 3 — Clean Rebuild on Fresh Hosting (The Nuclear Option)

Best for: long-running infections, sites cleaned three or more times unsuccessfully, sites with no reliable backup history.
Realistic time: 1–3 days.

Sometimes rebuilding is faster and safer than cleaning. When a site has been infected for months, backdoors may exist in dozens of files with backdated timestamps, and proving the site is clean costs more hours than proving nothing carried over.

The rebuild process:

1. Provision a brand new hosting account or container. Do not reuse the compromised one — attackers frequently leave cron jobs and SSH keys at the account level, outside the WordPress directory.
2. Install fresh WordPress. Install plugins and themes from official sources only.
3. Export content only from the old database — posts, pages, products, orders, users — and inspect it before import. Never migrate wp_options wholesale; that table is where the payload usually hides.
4. Copy media files across after scanning them, and after confirming no executable files rode along.
5. Force a password reset for every user account on first login.
6. Point DNS to the new environment only after verifying the new site is clean.

Rebuilds are also an opportunity. If the infected site was running on an unmaintained theme from 2019, cleaning it just restores a fragile site. Our WordPress design and development team in Chicago often rebuilds these on a modern, maintained stack for close to the cost of a deep forensic cleanup — with a faster, more secure site as the outcome.

Solution 4 — Restoring From Backup (And Why It Usually Backfires)

Restoring a backup feels like the obvious fix. It works far less often than people expect, for three reasons:

• The backup is usually already infected. Most infections are discovered days or weeks after the compromise. A 30-day rolling backup often contains the backdoor in every retained copy.
• Restoring does not patch anything. You restore to the exact vulnerable state that was exploited. With a median of five hours from disclosure to mass exploitation, reinfection can happen the same day.
• You lose real data. Restoring a WooCommerce site to last month drops every order, customer, and stock change since then.

Use a backup restore only when you know the exact compromise date, you hold a verified backup from before it, and you can patch the entry-point vulnerability immediately after restoring. Otherwise, scan the backup first and treat it as a source of clean files rather than a one-click fix.

Cleaning the Database Properly (The Step Most Guides Skip)

File cleanup gets all the attention, yet a large share of persistent infections live in the database. Work on a copy, and keep the original backup untouched.

Rogue administrator accounts

wp user list --role=administrator --fields=ID,user_login,user_email,user_registered

Check registration dates against your symptom timeline. Attackers also hide accounts by setting a capability directly in wp_usermeta without the account showing normally, so verify with a direct query:

SELECT u.ID, u.user_login, u.user_email, u.user_registered
FROM wp_users u
JOIN wp_usermeta m ON u.ID = m.user_id
WHERE m.meta_key = 'wp_capabilities'
  AND m.meta_value LIKE '%administrator%';

Injected content in posts and pages

SELECT ID, post_title, post_date FROM wp_posts
WHERE post_content REGEXP '<script|<iframe|display:\\s*none|base64_decode|visibility:\\s*hidden'
  AND post_status = 'publish';

Hidden link blocks styled with display:none are the classic pharma-hack and Japanese-keyword signature.

Autoloaded option payloads

This is where redirect malware hides most often, and where scanners look least:

SELECT option_name, LENGTH(option_value) AS size
FROM wp_options
WHERE autoload = 'yes'
ORDER BY size DESC
LIMIT 25;

An autoloaded option holding hundreds of kilobytes that belongs to no plugin you recognize is a strong indicator. Inspect it before deleting — some legitimate plugins do store large option values.

Finally, check wp_options for tampered siteurl and home values, and review the wp_users email addresses. Changing an admin email is a quiet way to keep password-reset control after you think you have locked the attacker out.

Finding and Closing the Entry Point

Cleaning without finding the entry point is mopping the floor with the tap still running. In 2026 the realistic candidates are narrow:

Entry vector	How to confirm it	Fix
Vulnerable plugin or theme	Cross-check installed versions against the Wordfence Intelligence vulnerability database; look for POST requests to a plugin path in access logs	Update or remove; replace abandoned plugins entirely
Nulled premium plugin or theme	Installed from a file, not the repository or vendor	Delete and buy the legitimate license — nulled code frequently ships with the backdoor pre-installed
Weak or reused admin password	Repeated POSTs to wp-login.php from few IPs	Strong unique passwords plus two-factor authentication
Compromised hosting or FTP account	SFTP login from an unfamiliar IP in host logs	Rotate all hosting credentials; audit SSH keys
Infected local computer	Saved FTP credentials in a desktop client	Scan the workstation before logging back in
Shared-hosting cross-contamination	Other sites on the same account infected	Move to isolated hosting

Search your access logs for POST requests around the first symptom date:

grep " POST " access.log | grep -vE "wp-admin|wp-cron|admin-ajax" | tail -100

A POST to an unexpected plugin endpoint, immediately followed by a GET request to a PHP file you have never heard of, is your compromise moment in two lines.

Stuck at this stage? Entry-point analysis is where most DIY cleanups stall, because it needs log access and pattern recognition rather than a tool. This is the phase our team spends the most time on, and the reason none of the 180+ sites we have cleaned came back infected. Ask our expert to review your logs — even if you handle the rest yourself.

Getting Off Google's Blacklist and Clearing Browser Warnings

Google does not automatically remove a warning when you clean your site. You have to ask, and you have to be clean before you ask, because a failed review resets your position in the queue.

1. Verify the site is genuinely clean. Run a remote scan from a service that has no cached view of your site.
2. Open Google Search Console → Security & Manual Actions → Security Issues. Google lists sample infected URLs there. Confirm every listed URL now returns clean content or a proper 404/410.
3. Click "Request Review" and describe what you found, what you removed, and what you changed to prevent recurrence. Specific descriptions get processed more smoothly than "we cleaned it".
4. Submit removal requests for spam URLs that were indexed, using the Removals tool, and let the real 404s drop out naturally.
5. Repeat for other blocklists if applicable — Bing Webmaster Tools, Norton Safe Web, McAfee SiteAdvisor, and your host's own abuse desk each maintain separate lists.

Review times vary by issue type. Google's own documentation states that malware reviews take a few days, phishing reviews about a day, and reviews for sites hacked with spam can take several weeks — and once Google confirms the site is clean, browser and search warnings are removed within 72 hours (Google Search Console Help, Security Issues report). This is the strongest practical argument for cleaning quickly: a spam hack left running turns a three-day recovery into a three-week one.

If you do not have Search Console properly configured yet, our guide on connecting your properties to Google Search Console covers the verification setup you will need before any of this is possible.

Recovering Rankings After a Hack

This is the part business owners actually care about, and almost no cleanup guide addresses it. A hack damages search performance through four separate mechanisms, and each needs its own fix.

Damage	Cause	Recovery action
Indexed spam URLs	Doorway pages Google crawled while infected	Return 410 Gone for spam URLs; submit removals; update sitemap
Lost trust signals	Safe Browsing warning suppressed clicks	Clear the warning first; CTR recovers once the interstitial is gone
Crawl budget wasted	Thousands of junk URLs consumed crawl capacity	Clean sitemap, robots directives, strong internal linking to real pages
Cached spam snippets	Title and description rewritten by cloaked content	Re-request indexing for key pages once clean

The pattern we see across client recoveries is consistent: sites caught and cleaned quickly regain most visibility within about a month, because Google has not yet re-scored the domain around spam content. Sites that ran infected for a quarter or more take substantially longer, because thousands of spam URLs have been crawled, indexed, and associated with the domain, and that association takes many crawl cycles to unwind.

If organic traffic has not returned after the site is clean and delisted, the problem has shifted from security to SEO. That is a different discipline, and our Chicago SEO services team handles recovery audits for exactly this scenario — reindexing priority pages, pruning spam URLs, and rebuilding the topical signals the hack disrupted.

Why Malware Comes Back: 7 Hiding Places Cleanups Miss

When a client tells us "we already cleaned it and it came back", the culprit is almost always on this list.

1. WP-Cron tasks. A scheduled hook that rewrites malware every few hours. Cleaning files without clearing the cron is a loop.
2. Must-use plugins. Files in /wp-content/mu-plugins/ load on every request and never appear as deactivatable plugins.
3. Drop-ins. object-cache.php, advanced-cache.php, and db.php execute automatically and look like caching infrastructure.
4. Autoloaded database options. Payload stored as an encoded string, loaded on every page view by a tiny theme loader.
5. Fake image files. A PHP web shell named logo.png.php, or a real PHP file with an image extension included by a modified functions.php.
6. Account-level persistence. Attacker SSH keys, host-level cron entries, or extra FTP users living outside the WordPress directory entirely — untouched by any WordPress cleanup.
7. The unpatched original vulnerability. No backdoor needed. The same exploit simply runs again.

Every one of these sits outside the "scan and delete infected files" workflow. That gap is the entire difference between a cleanup that holds and one that fails.

DIY vs Hiring a Professional: Cost and Timeline in 2026

Honest guidance, including when you should not hire anyone.

Approach	Typical cost	Typical time	Best when
DIY with a security plugin	$0–$100/year	2–6 hours	Simple site, recent infection, comfortable with SFTP
Automated cleanup service	~$40–$200 one-off	Hours to 1 day	Single known infection type, no payment data involved
Agency forensic cleanup	~$300–$1,500+	1–3 days	Repeat infections, e-commerce, blacklisted, revenue at risk
Clean rebuild	Project pricing	3–10 days	Old site, no clean backup, multiple failed cleanups

Handle it yourself if the site is a simple brochure site, the infection is days old, you have SFTP access, and no customer data is involved.

Bring in a professional if any of these apply: the site takes payments or stores customer records, it has been infected more than once, your host has suspended the account, Google has flagged you, or the business loses meaningful revenue for every day the site is down. In those cases, the cost of a slow cleanup exceeds the cost of a fast one within about a day.

For context on how website work is priced generally in this market, we break the numbers down in our guide to small business website costs in Chicago.

Your 30-Day Reinfection Watch

A cleanup is not finished the day the malware disappears. It is finished when the site stays clean through a full monitoring cycle.

• Day 0: Cleanup complete. Full clean backup taken and stored off-server. File-change monitoring enabled.
• Day 1: Re-scan with both scanners. Verify wp cron event list is clean. Confirm no new admin users.
• Day 3: Check Search Console Security Issues and Coverage for unexpected new URLs.
• Day 7: Full re-scan. Review access logs for repeat probing of the original entry path.
• Day 14: Confirm blacklist removal completed across Google, Bing, and your host. Check email deliverability.
• Day 30: Final scan. Review indexed page count against your pre-hack baseline. If the count still includes spam URLs, escalate to SEO recovery.

Ongoing, the four controls that prevent the majority of repeat incidents are: update plugins weekly, enforce two-factor authentication on every administrator, keep off-server backups you have actually tested restoring, and remove every plugin you do not use. Given that 91% of 2025's disclosed vulnerabilities were in plugins, reducing your plugin count is a genuine security measure, not housekeeping.

Frequently Asked Questions

How do I know if my WordPress site has malware?

Run a remote scan such as Sucuri SiteCheck alongside a server-side scanner, and check Google Search Console under Security Issues. The most reliable early signals are unexpected admin users, a jump in indexed pages, browser warnings, and redirects your visitors report but you cannot reproduce — the last one being conditional redirect malware that only targets mobile or search-referred visitors.

Can I remove WordPress malware myself for free?

Yes, for straightforward infections. A free security plugin plus WP-CLI checksum verification handles many cases. The parts that most often defeat DIY cleanups are database payloads in wp_options, must-use plugin backdoors, and identifying the original entry point from server logs.

Will reinstalling WordPress remove the malware?

Partially. Reinstalling core replaces core files but leaves wp-content and the database untouched — and that is where most malware actually lives. Reinstalling core alone rarely resolves an infection.

How long does WordPress malware removal take?

A simple, recent, single-vector infection: two to six hours. A repeat infection with multiple backdoors and blacklist removal: one to three days, with Google's review adding a few more days on top before warnings disappear.

Why did my WordPress site get reinfected after cleaning?

Almost always one of three reasons: a backdoor survived the cleanup, a WP-Cron task is rewriting the payload on a schedule, or the original vulnerability was never patched. Cleaning files without closing the entry point produces exactly this outcome.

Does a hacked site hurt my Google rankings?

Yes, through several channels at once — spam URLs entering the index, a Safe Browsing warning suppressing clicks, wasted crawl budget, and cloaked content rewriting your snippets. Speed matters more than anything else here: the longer the infection runs, the more spam Google indexes and the longer recovery takes.

Is WordPress itself insecure?

No. In 2025, WordPress core accounted for six disclosed vulnerabilities, all low priority, out of 11,334 across the ecosystem — 91% of them in plugins (Patchstack, 2026). The risk is in what you install and how well you maintain it.

Get Your Site Clean, and Keep It That Way

A malware-infected WordPress site is a business problem before it is a technical one. Every hour it stays infected costs traffic, trust, and — for stores — orders. The technical fix is achievable; the discipline is in doing all of it: payload, backdoor, entry point, blacklist, and rankings.

Seven Seas Web Design has been building and maintaining WordPress sites since 2014 from Chicago and Gurnee. We have cleaned 180+ infected WordPress and WooCommerce sites, and none of them came back infected, because we never stop at deleting files. We find how the attacker got in, close it, and monitor the site through a full reinfection cycle before we call the job done.

Once your site is clean, keep it that way. Explore our WordPress development and maintenance services, or read our website launch checklist for the security and performance steps worth building in from day one.