Review the current state
We identify the existing configuration, dependencies, traffic patterns, application paths, and obvious gaps before deciding what needs to change.
A misconfigured Cloudflare WAF generates false positives that lock out legitimate users and misses the specific attacks targeting your application. I write custom WAF rules matched to your actual traffic patterns, test every rule under real attack conditions, and hand over complete written documentation of every configuration decision made.
Xequent provides Cloudflare WAF setup and configuration for websites that need more than default firewall settings. The service focuses on traffic analysis, custom WAF rules, managed rule tuning and rate limiting designed around the applications and traffic you actually need to protect.
Most businesses enable Cloudflare and turn on the managed rule sets expecting protection. What they get is a firewall that blocks some automated scanners while letting through the targeted attacks that actually hurt them. Managed rules are designed for the average website, not for your specific endpoints, your user base, or the threat actors who have decided to target your industry.
After six years of responding to attacks and reviewing WAF configurations that failed, the pattern is consistent: default rules create false positives that business owners disable because legitimate users complain, leaving the site entirely unprotected. Or the rules stay on and block legitimate API calls, payment flows, or admin workflows, costing the business revenue while the attacker finds an unprotected path.
The solution is not more rules, it is the right rules, written for your specific application, tested before they go live in block mode, and documented so you understand what each one does.
This is not a checklist of settings toggled to "on." Every item below is configured for your specific application and traffic environment.
Before writing a single rule, I analyse your Cloudflare logs to understand what legitimate traffic looks like, which user agents, IP ranges, referrers, and request patterns belong to real users versus bots. Rules built without this analysis block the wrong things.
WAF rules written using Cloudflare's rule expression syntax targeting your specific attack surface, login endpoints, API routes, admin areas, checkout pages. Rules use IP reputation, ASN reputation, user-agent fingerprinting, and request behaviour signals in combination.
Cloudflare's managed rule sets are reviewed and tuned with exceptions for your application's legitimate patterns. This eliminates false positives without reducing protection, the most time-consuming part of a proper WAF setup that most people skip.
Per-path rate limiting rules that throttle credential stuffing, brute force, and scraping attacks without affecting normal user behaviour. Rules set at the HTTP method level so POST flood attacks on your login page do not interfere with GET traffic to your content.
Every rule is tested using real attack payloads (SQL injection strings, XSS vectors, known bot user agents, credential stuffing patterns) before being set to block mode. Rules stay in log-only mode until testing confirms zero false positives.
A complete written report delivered at close: every rule, its expression, its action, what it targets, and why it was written that way. You understand your own WAF configuration and can manage it independently. No dependency on me to maintain it.
Each category below represents a class of attack that generic managed rules routinely miss and that custom WAF rules can block reliably.
Attackers inject malicious code into form fields, URL parameters, and request headers to manipulate your database or execute scripts in users' browsers. WAF rules using OWASP pattern matching and custom expressions block these attempts before they reach your application layer.
Automated tools use breached username and password lists to attempt logins at high volume. Rate limiting on your authentication endpoints combined with bot score checks stops credential stuffing attacks while allowing legitimate login attempts through unimpeded.
WordPress sites face constant automated probing of wp-login.php and xmlrpc.php. These endpoints are exploited for brute force attacks, comment spam, and remote code execution. WAF rules can lock these endpoints down entirely or restrict access to known IP ranges.
Attackers use directory traversal patterns (../../etc/passwd) and remote file inclusion attempts to access files outside your web root or execute remote code. WAF rules using path normalization and pattern matching block these reliably without affecting legitimate navigation.
Automated scraping tools, vulnerability scanners, and spam bots consume your server resources, inflate your analytics, and probe for weaknesses. WAF rules based on user-agent signatures, request frequency, and behavioural patterns identify and block bad bot traffic while allowing search engine crawlers through.
Layer 7 DDoS attacks flood specific URLs rather than the network as a whole, making them harder to detect than volumetric attacks. WAF rate limiting rules combined with Cloudflare's DDoS override settings absorb these attacks and keep targeted pages available to legitimate users.
From first contact to completed handover, here is every stage of the engagement, what happens, what I need from you, and what you receive.
We start with a review of your current Cloudflare setup, your existing rules, your traffic data, and the specific threats you are facing or concerned about. This is free and takes 15 minutes. It gives me the context I need to scope the engagement accurately and gives you an honest picture of where your current WAF configuration has gaps.
With access to your Cloudflare account (view-only or edit access, your choice), I analyse your traffic logs to understand legitimate traffic patterns and identify existing attack traffic. This analysis determines which rules to write, at which thresholds to set rate limits, and which managed rules need exceptions for your application.
I write every custom rule and enable them in log-only mode first. This allows me to see exactly what each rule would block without actually blocking anything yet. I review the log output against your legitimate traffic patterns to confirm zero false positives before moving to the next stage.
Using known attack payloads (SQL injection strings, XSS vectors, credential stuffing patterns, scanner user agents) I verify that each rule correctly identifies malicious traffic. Rules that produce false positives are adjusted. Rules that miss attack patterns are tightened.
With testing confirmed, rules are switched to block mode. I monitor WAF events in real time for the first 24 hours to catch any edge cases that did not appear during testing and adjust immediately if needed.
The engagement closes with a written report covering every rule in your Cloudflare account (expression, action, target, rationale) along with a guide to reading WAF event logs and a process for reviewing any new false positives that arise. You own this documentation and can share it with any future security team or developer.
Checkout pages, product pages, and customer accounts are high-value targets for bots and fraud. Custom WAF rules protect these endpoints specifically, reducing card testing, account takeover attempts, and inventory scraping without adding friction for genuine customers.
WordPress has well-documented attack surfaces that automated scanners exploit constantly. Custom WAF rules address wp-login.php brute force, XML-RPC abuse, plugin vulnerability exploitation, and REST API probing, the four attack vectors responsible for the majority of WordPress compromises.
Applications that expose APIs face credential stuffing, data scraping, and business logic abuse that generic WAF rules are not designed to catch. Custom WAF rules with per-endpoint rate limiting and request validation protect your API surface without breaking legitimate integrations.
Cloudflare WAF (Web Application Firewall) is a security layer that inspects every HTTP and HTTPS request coming to your website before it reaches your server. It uses a set of rules (both managed rule sets maintained by Cloudflare and custom rules you define) to identify and block malicious traffic including SQL injection attempts, cross-site scripting (XSS), credential stuffing, and application-layer DDoS attacks. When a request matches a WAF rule, Cloudflare can block it, challenge it with a CAPTCHA, log it for review, or allow it through based on your configuration. The WAF sits entirely in Cloudflare's network, so attacks are stopped before they ever consume your server's resources.
Cloudflare's managed rules are a good starting point, but they are built for the average website. They generate false positives for many applications and miss threats that are specific to your tech stack, your endpoints, and the attack patterns targeting your industry. A custom WAF setup involves analysing your actual traffic logs to understand what legitimate requests look like, then writing rules that block known attack patterns without touching that legitimate traffic. It also includes path-level rules that protect your most sensitive endpoints (checkout pages, login forms, admin areas, API routes) with controls that generic managed rules do not have. The result is a WAF that blocks more threats with fewer false positives.
No. Cloudflare's WAF operates at the network edge and adds typically less than 1 millisecond of latency to request processing. Because Cloudflare's network also caches your static assets and routes traffic through a globally distributed edge, enabling Cloudflare usually improves perceived site performance rather than degrading it. The inspection happens in parallel with the request delivery process, so the performance impact is negligible for end users.
A typical Cloudflare WAF setup engagement takes 2 to 5 business days from start to handover. Day one involves analysing your existing Cloudflare logs and traffic patterns. Days two and three involve writing and staging the custom rules. Days four and five involve testing under real conditions and iterating on any false positives before enabling block mode. For sites under active attack, I offer fast-track setup with same-day initial protection and full tuning completed within 48 hours.
Every engagement closes with a written report covering every WAF rule deployed in your Cloudflare account, including what each rule targets, what action it takes (block, challenge, log), and what the rule expression means in plain language. The report also includes an explanation of how to read WAF event logs in your Cloudflare dashboard, a recommended process for reviewing new false positives, and guidance on when and how to adjust rate limiting thresholds as your traffic grows. You own this documentation permanently.
Yes, and WordPress and WooCommerce sites benefit significantly from custom WAF rules because they have well-known attack surfaces that automated scanners actively exploit, wp-login.php brute force, xmlrpc.php abuse, plugin vulnerability exploitation, and admin area probing. Custom WAF rules can lock down these specific endpoints while allowing legitimate admin access. Shopify sites hosted behind Cloudflare benefit from WAF protection on their checkout and account pages where fraud attempts concentrate.
A plugin-based WordPress firewall like Wordfence operates at the PHP application layer, it only inspects requests after they have already reached your server, consumed server resources, and executed WordPress code. Cloudflare WAF operates at the network layer, stopping malicious requests before they ever touch your server. This means Cloudflare WAF prevents the server load that comes with high-volume attacks and does not depend on your WordPress installation being available to provide protection. If your server goes down, a plugin firewall goes down with it. Cloudflare WAF stays active regardless of your server state.
Ongoing WAF management is available as part of a managed security retainer. This covers monthly rule review and updates as new attack patterns emerge, monitoring WAF logs for new threat signatures, adjusting rate limiting rules as your traffic profile changes, and handling false positives that arise from new features or traffic patterns. Many clients start with a one-time setup and transition to ongoing management once they see the value of keeping rules current.
Book a free 15-minute security review. I will look at your current WAF configuration, identify the specific gaps, and tell you exactly what a proper setup would cover, before you commit to anything.
Cloudflare WAF Setup 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 useful WAF configuration starts with the application rather than a generic ruleset. We review exposed paths, login endpoints, APIs, forms, administrative areas, existing firewall events and legitimate traffic patterns. Rules are then designed to reduce malicious requests while keeping search engines, customers and integrations working normally.
A custom setup is valuable when a website is receiving repeated attacks, experiencing credential stuffing, scraping or malicious automation, or when the default configuration does not match the application. It can also help teams that have Cloudflare enabled but are unsure whether their WAF, rate limits and challenge rules are actually protecting the important paths.
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.