Review the current state
We identify the existing configuration, dependencies, traffic patterns, application paths, and obvious gaps before deciding what needs to change.
Your WordPress site has been hacked. Every minute it stays infected, Google may flag it in search results, your hosting provider may suspend the account, and attackers may be extracting customer data. Xequent provides professional WordPress malware removal with manual cleanup (not automated tools that miss obfuscated code) same-day service for active incidents.
If your WordPress site has been hacked, injected with malicious code, redirected, or flagged for malware, Xequent provides manual WordPress malware removal services. The work focuses on finding the infection, removing malicious code and backdoors, identifying the entry point, and verifying the site after cleanup.
Automated malware scanners compare files against known signatures. Sophisticated attackers use obfuscated code (base64-encoded payloads, variable function names, whitespace manipulation) specifically because it bypasses signature-based detection. A scanner that says "no malware found" on an actively infected site gives false confidence and allows the infection to persist.
Manual cleanup means reading the actual code. It means understanding what a legitimate WordPress file should look like and identifying what does not belong. It means finding injected code in the middle of legitimate plugin files, not just in obviously malicious standalone files. And it means finding backdoors, the hidden access points attackers install specifically so they can regain access after a cleanup that only removed the visible infection.
Six years of WordPress malware cleanup means I have seen every obfuscation technique currently in use. The infections I clean are not ones that automated tools have already cleared, they are the infections that survived automated cleanup attempts and require manual review to resolve completely.
Manual review of all WordPress files, the database, and any non-WordPress files in the hosting account. This includes plugin files, theme files, upload directories, and server-level configuration files that automated tools often skip.
Every piece of malicious code removed manually, base64-encoded payloads, eval() injections, obfuscated redirects, hidden iframes, and SEO spam content. Code that automated scanners classify as legitimate because it uses standard PHP functions is identified by context and intent.
Backdoors are the most dangerous element of a compromise because they allow re-entry after a surface cleanup. I identify every backdoor (webshells, PHP eval functions, database-stored code, hidden admin accounts, and authentication bypasses) and permanently close each one.
WordPress core files are compared against official checksums. Any modified core file is replaced with the clean official version. This eliminates malicious modifications to WordPress core that survive plugin-only cleanup processes.
The specific vulnerability or access method used to compromise the site is identified, outdated plugin, brute-forced credential, server misconfiguration, or compromised FTP access. This is closed as part of cleanup so reinfection through the same vector is not possible.
After cleanup, I submit a review request to Google Safe Browsing to remove any security warnings showing in search results. For sites with Google Search Console access, I also submit a manual action review request if the site has been penalised for spam content.
You describe what you are seeing, error messages, Google warnings, hosting suspension notice, or suspicious behaviour. I assess the likely infection type from the symptoms and give you an immediate picture of severity and urgency before any access is provided.
With SFTP and database access provided, I take a full backup before touching anything. The backup serves as a recovery point if anything goes unexpectedly during cleanup, and as a forensic record of the infection in its original state for the report.
I scan every file and every database table, documenting every infected file, every suspicious code block, every backdoor, and every malicious database entry before beginning removal. This gives a complete picture of the infection scope.
Malicious code is removed file by file, database table by table. Core files are replaced from clean sources. Malicious admin accounts are removed. Backdoors are closed. This is done manually with verification at each step, not by running a scanner in repair mode.
After cleanup, basic hardening is applied: entry point closed, unused plugins removed, passwords reset, file permissions corrected. For comprehensive hardening, see the WordPress Security Hardening service.
I rescan the site after cleanup to confirm clean results. Google Safe Browsing review is submitted. The full written cleanup report is delivered covering every infected file, every backdoor, what was removed, what was changed, and the identified entry point.
Common signs include unexpected admin user accounts in your WordPress dashboard, pages redirecting to spam or pharmaceutical websites, Google showing security warnings when people search for your site, your hosting provider suspending your account, receiving spam complaints from your mail server, and browser security warnings when visiting your own site. Less obvious signs include slow site performance caused by malicious scripts running in the background, and SEO spam pages visible in Google Search Console that you did not create. If you suspect a hack, contact me, I can do a quick initial assessment to confirm whether you have been compromised.
WordPress malware removal includes a full scan of all WordPress files, the database, and any additional directories on your hosting account for malicious code, backdoors, webshells, and injected spam content. Every piece of malicious code found is removed manually, not by automated tools that miss obfuscated injections. WordPress core files are verified against official checksums and replaced if modified. Admin accounts are audited and any unauthorised accounts removed. The specific vulnerability used to gain access is identified and closed. Post-cleanup, I submit a Google Safe Browsing review request to remove any security warnings from search results.
Yes, for active incidents with clear business impact, Google security warnings, hosting suspension, visible redirects, and similar urgent situations. Message on WhatsApp with your site URL and a description of what you are seeing. I assess the infection type quickly and begin cleanup immediately for priority cases. The cleanup timeline depends on infection severity, but initial containment (removing active redirects and blocking the attack vector) typically happens within 2 to 4 hours.
No legitimate content, pages, posts, or media are removed during cleanup. The process targets only malicious additions, injected code in files, database entries added by attackers, unauthorised files uploaded during the compromise, and malicious admin accounts. Your site content, plugins, themes, and configuration remain intact throughout the cleanup process.
The most common entry points are outdated plugins and themes with known vulnerabilities, weak or reused admin passwords vulnerable to brute force attacks, compromised hosting credentials, nulled (pirated) plugins and themes with backdoors built in, and shared hosting environments where one compromised site allows access to neighbouring sites. After cleanup, I identify the specific entry point used in your compromise and close it, without addressing the root cause, reinfection is common even after a thorough cleanup.
Prevention after cleanup involves several layers: closing the specific entry point used by the attacker, removing any unused plugins and themes that represent unnecessary attack surface, updating everything that has available security patches, implementing Cloudflare WAF rules that block the exploitation patterns used in the attack, hardening WordPress file permissions and configuration, and setting up monitoring to detect future compromise attempts early. See also the WordPress Security Hardening service for the full hardening process.
Yes. Every malware removal engagement closes with a written report documenting what was found (every infected file, every malicious database entry, every backdoor), what was removed, which files were restored from clean versions, what the likely entry point was, and what was done to prevent reinfection. This report is useful for your hosting provider, for any compliance requirements, and as a record of the incident.
Yes. WordPress malware removal involves direct file system access (via SFTP, cPanel File Manager, or SSH) and database access. These are available on virtually all hosting platforms. The cleanup process is the same regardless of whether you are on shared hosting, VPS, dedicated server, or managed WordPress hosting. If your hosting provider has suspended your account due to malware, I work within the constraints of suspended account access or liaise with your host to get temporary access for cleanup.
Message on WhatsApp now. I assess the infection fast and begin cleanup the same day for active incidents, Google warnings, hosting suspensions, and visible compromises are treated as emergencies.
WordPress Malware Removal Service should be treated as a business-critical security project, not a single setting. The work begins by understanding your current environment and ends with tested changes and a clear handover.
We identify the existing configuration, dependencies, traffic patterns, application paths, and obvious gaps before deciding what needs to change.
Controls are selected around the actual website rather than copied from a generic checklist. That keeps the configuration useful and reduces unnecessary complexity.
Changes are verified against expected behaviour and documented so you have a reliable record of what was done and how the important controls work.
Security services matter most when they solve a specific operational problem. This engagement is useful when your team is dealing with situations like these.
Unexpected requests, scanning, scraping, or automated abuse can consume resources and obscure the traffic that actually matters.
Login, admin, API, checkout, and other sensitive paths often need controls that are more precise than a site-wide security rule.
Security changes can sometimes create false positives or unexpected behaviour. A structured review can separate genuine protection gaps from configuration mistakes.
Following malware, abuse, or an outage, the goal is not only to fix the immediate issue but also to reduce the chance of the same path being exploited again.
Technical security work is more valuable when the next person can understand the configuration instead of inheriting undocumented rules and settings.
As traffic, integrations, customers, and application complexity grow, security controls need to evolve with the website rather than remain on their original defaults.
Security that blocks legitimate customers is not a successful outcome. The objective is a balanced configuration that reduces meaningful risk while preserving the normal behaviour your business depends on.
We establish what is happening, which parts of the website are affected, and what a successful outcome needs to look like.
Existing settings, logs, traffic behaviour, application paths, and relevant integrations are reviewed so the work is based on evidence rather than assumptions.
Relevant configuration changes are made with attention to legitimate traffic and the dependencies that keep the website operating normally.
Expected behaviour is checked and obvious edge cases are investigated before the work is considered complete.
You receive the practical explanation and documentation needed to understand the completed work and make informed decisions later.
Yes. Existing websites are often the best candidates because the work can begin with the current state rather than rebuilding everything from scratch.
No. Existing controls are reviewed first. Useful settings can be retained and improved rather than replaced simply for the sake of changing them.
The handover is intended to make the important decisions understandable, including what changed, why it changed, and what should be monitored afterward.
Send over the problem you are seeing. A focused review can help determine whether this service is the right fit or whether another security fix should come first.
A proper cleanup should establish how the compromise happened, what persistence mechanisms remain and whether the database, plugins, themes, administrator accounts or hosting environment were affected. The objective is a clean site plus a documented remediation path.
The workflow can include containment, file and database scanning, malicious-code analysis, core integrity checks, plugin and theme review, administrator review, backdoor hunting, cleanup, vulnerability remediation, hardening and post-cleanup verification.
Xequent is operated by Rana Shahwaiz Aslam. The current professional profile shows 100% Job Success, Top Rated Plus, 37 jobs, and 851 hours on Upwork, with pricing scoped to the engagement rather than an open-ended hourly meter. Rana's profile title identifies him as CEH Certified and focused on managed Cloudflare security and cybersecurity.