How to Keep Your Website Safe - Best Practices for Security

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In 2025, website security is no longer just an IT issue—it’s a critical business concern. With the increasing sophistication of cyber threats, even small vulnerabilities can lead to catastrophic consequences. Whether you’re running an e-commerce store, a blog, or a corporate site, protecting your online presence is essential for customer trust, search engine rankings, and overall brand reputation.

A security breach can cost a business far more than just lost data. Financial losses, damaged brand image, and a drop in SEO rankings due to malware warnings or blacklisting can take months—or even years—to recover from. Google and other search engines now consider security a ranking factor, so unprotected websites risk losing visibility and traffic.

This guide will walk you through a practical, up-to-date approach to securing your website, starting with one of the most overlooked vulnerabilities: your domain’s DNS infrastructure.

Secure Your Domain with Premium DNS Protection

Your domain is the backbone of your website, and its DNS (Domain Name System) settings act like the phonebook that directs users to the right server. If attackers hijack or manipulate this system, they can redirect your visitors, steal sensitive data, or take your site offline altogether. That’s why basic DNS services are no longer enough.

Why Basic DNS Is Not Safe

Free or basic DNS services offered by registrars often lack the robust defenses needed to combat modern attacks. They’re particularly vulnerable to:

DNS hijacking – where an attacker changes DNS records to redirect traffic.
Cache poisoning – which corrupts DNS lookup results to lead users to malicious sites.
DDoS attacks – where a flood of requests overwhelms DNS servers, making your website inaccessible.

Such vulnerabilities open the door to phishing schemes, malware infections, and devastating outages.

The Benefits of Premium DNS Providers

Premium DNS providers offer a stronger layer of protection. These services typically include:

Global redundancy – Your DNS records are mirrored across multiple servers worldwide, improving both uptime and speed.
Faster resolution times – A quicker DNS lookup translates to faster page load speeds, which improves user experience and SEO.
Advanced filtering and threat detection – Some providers block suspicious traffic before it even reaches your site.

With guaranteed uptime SLAs and built-in DDoS mitigation, premium DNS is more than an upgrade—it’s a necessity in today’s threat landscape.

Use Multiple DNS Servers for Added Resilience

Relying on a single DNS provider is risky. If they go down—even briefly—your site becomes unreachable. Instead, set up multiple DNS providers in parallel. This technique, often called DNS failover, ensures that if one provider is compromised or goes offline, traffic automatically routes through the secondary provider.

Think of it as a safety net: if one path fails, your visitors still get where they need to go without noticing any disruption.

Implement Dynamic DNS Switching

A more advanced (but highly effective) method involves dynamic DNS switching using permutation and combination strategies. Here’s how it works:

Rotate between different DNS providers or server configurations at scheduled or random intervals.
Use automated systems that update your DNS records on a rolling basis.
Introduce randomness to DNS query routes so attackers can’t predict or map your DNS structure.

This rotating setup adds a moving-target defense. Since cybercriminals often rely on fixed patterns to plan their attacks, regularly changing your DNS configuration disrupts their strategy and makes it harder to launch successful phishing or DDoS campaigns.

Real-World Example

A fintech startup implemented dynamic switching between three different DNS providers. The system randomly selected one provider every 12 hours, while continually syncing DNS records across all providers. As a result, they drastically reduced downtime during a coordinated DDoS attempt and avoided phishing clones that targeted their static DNS IPs.

Use a Premium SSL Certificate

If you’re running a website in today’s digital landscape, SSL is no longer optional — it’s a must. However, not all SSL certificates are created equal. While free SSL certificates offered by services like Let’s Encrypt are a great starting point for basic encryption, they often fall short when it comes to deeper security, validation, and long-term trust.

Free SSL certificates usually provide only Domain Validation (DV). That means they confirm that you own the domain, but don’t verify your business identity. For personal blogs or hobby sites, that might be enough. But for eCommerce platforms, financial services, or any site handling sensitive user information, a free SSL can send the wrong message. They offer limited validation and weaker visual trust indicators — and in a world where trust directly affects conversions, that’s a major drawback.

This is where a premium SSL certificate becomes vital. Premium SSLs often come in two main types: Organization Validation (OV) and Extended Validation (EV). These certificates involve a rigorous verification process that confirms not just your domain ownership but also your organization’s legitimacy. When users see a green address bar or your verified company name beside the URL, it instantly builds credibility.

In addition to that, premium SSLs offer stronger encryption standards. You’re not just encrypting data — you’re encrypting it with military-grade algorithms and key lengths that can withstand modern-day cyber threats. Plus, most paid SSL certificates come bundled with warranties that cover you in case of a breach due to SSL failure. These warranties can range from thousands to millions of dollars, depending on the provider.

Customer support is another overlooked benefit. If your free SSL breaks or fails to renew properly, you’re often left figuring it out on your own. With a premium certificate, you get access to support teams that can walk you through installation, troubleshooting, and renewal.

Still, it’s important to understand that SSL alone doesn’t secure your entire website. It encrypts the connection between your server and your users, which is critical — especially for login credentials, credit card details, and personal data. But it doesn’t block hackers from attacking vulnerabilities in your CMS, plugins, or server software. That’s where other layers of security come in.

Install a Web Application Firewall (WAF)

While SSL keeps data encrypted during transmission, it doesn’t stop cybercriminals from exploiting your site through common web vulnerabilities. That’s where a Web Application Firewall (WAF) plays a vital role.

A WAF sits between your website and incoming traffic. Think of it as a security checkpoint, inspecting every request before it reaches your server. It uses a mix of pre-set rules, machine learning, and real-time threat intelligence to identify and block malicious activity. This includes SQL injections, cross-site scripting (XSS), brute-force login attempts, and even automated bots scraping your content.

One of the industry’s most trusted tools in this space is Sucuri. It offers a cloud-based WAF that doesn’t just block known attack patterns — it also actively learns from emerging threats and adapts its defenses. Many website owners trust Sucuri because it offers both ease of use and enterprise-grade protection, even for smaller websites.

The benefits of installing a WAF go far beyond just filtering traffic. It provides virtual patching, which is a lifesaver when you’re running outdated software. If a new vulnerability is found in your CMS or plugins, Sucuri can block attacks even before you’ve had a chance to update your code.

WAFs are also excellent at mitigating zero-day threats, which are attacks targeting unknown or unpatched vulnerabilities. With real-time threat feeds and automated updates, WAFs keep you protected while the rest of the web scrambles to respond.

Another major perk? DDoS protection. A sudden spike in traffic might sound like good news — unless it’s coming from a botnet trying to overwhelm your server. WAFs identify this type of traffic pattern and automatically filter out malicious IPs. Many come with built-in rate limiting and geofencing options to reduce risk even further.

In short, a Web Application Firewall is your first line of defense against a wide range of cyberattacks. When paired with a premium SSL certificate, it significantly strengthens your website’s security posture — helping protect your data, your users, and your brand reputation all at once.

Combine Layers for True Defense-in-Depth

Website security isn’t about relying on a single tool or plugin—it’s about combining multiple layers of protection to guard against ever-evolving threats. This approach, known as “defense-in-depth,” acknowledges that no system is perfect. A layered strategy ensures that if one barrier fails, others are in place to defend the integrity of your website.

At the heart of modern website security is a powerful trio: DNS security, SSL encryption, and a Web Application Firewall (WAF). Together, they form the foundation that every site, whether e-commerce, enterprise, or personal blog, should be built upon.

Let’s start with DNS security. The Domain Name System (DNS) is like the address book of the internet, translating human-readable URLs into IP addresses. But this system can be vulnerable. Cybercriminals can exploit DNS weaknesses for phishing, cache poisoning, or DDoS attacks. That’s why relying on premium DNS services, which offer redundancy, real-time monitoring, and even DNS switching capabilities, is essential. Some providers allow DNS rotation using permutation algorithms, making it harder for attackers to pinpoint and exploit a single point of access.

Next, SSL certificates encrypt data transmitted between your server and the user’s browser. But not all SSL certificates are created equal. Premium SSL certificates offer stronger encryption, extended validation, and are backed by larger Certificate Authorities (CAs). With a strong SSL in place, sensitive information—login credentials, payment details, form submissions—is kept secure, reducing the risk of man-in-the-middle attacks and data breaches.

Complementing DNS and SSL is the Web Application Firewall (WAF). A WAF acts like a digital shield, monitoring and filtering HTTP traffic between your web application and the internet. It identifies malicious behavior such as SQL injection, cross-site scripting (XSS), and brute-force attacks before they reach your site. Whether cloud-based or on-premises, a good WAF continuously learns and adapts to new threats, offering real-time protection without degrading performance.

While the DNS + SSL + WAF triad forms the backbone of your defense, additional measures strengthen your overall posture:

Regular software updates and patching: Vulnerabilities in plugins, themes, or the CMS itself (like WordPress, Joomla, etc.) are a common attack vector. Always stay current with updates and patches to eliminate known risks.
Two-factor authentication (2FA): Adding a second layer of verification for administrative access drastically reduces the chances of unauthorized entry—even if credentials are compromised.
Scheduled malware scans: Routine scanning tools can catch hidden malicious scripts or infections before they spread or get indexed by search engines.
Offsite backups: If disaster strikes—ransomware, server crash, or a breach—having clean, offsite backups ensures that you can restore your website quickly without losing critical data.

These elements may seem technical, but together, they make your site exponentially harder to breach. Cyberattacks often succeed not because the attacker is overly skilled, but because the target site is underprepared. With defense-in-depth, you make the attacker’s job significantly more difficult, if not impossible.

How To Tune Your WAF (Example: Sucuri)

Tuning your Web Application Firewall (WAF) is essential to creating a secure, resilient online presence. While out-of-the-box solutions like Sucuri WAF provide solid protection, fine-tuning the settings can significantly enhance your website’s ability to detect and block malicious traffic, sophisticated attacks, and vulnerabilities that slip through default configurations. Below, we’ll break down how to optimize Sucuri’s WAF for maximum security.

1. Advanced Security Options

Sucuri provides a comprehensive suite of advanced security controls that allow granular control over how your website handles different types of requests and threats.

Restrict Admin Panel Access to Allowed IPs

Limit access to your WordPress or CMS admin panel to a small list of known IP addresses. This prevents brute-force attempts and unauthorized access from unknown locations.

Block XMLRPC, Comments, and Trackbacks

XMLRPC is a common attack vector in WordPress, often used in DDoS and brute force attacks. Disabling it, along with comment and trackback endpoints if not in use, can reduce exposure significantly.

Prevent Unfiltered HTML Submission

Unfiltered HTML in user input fields can open the door to cross-site scripting (XSS) and malicious code injections. Disabling this prevents attackers from embedding malicious scripts.

Block PHP or Executable Content Uploads

File upload forms should never allow PHP, .exe, or other executable formats. By enabling this option, you can mitigate the risk of shell scripts being uploaded and executed on your server.

Enable Emergency DDoS Protection

When facing a sudden spike in traffic or a DDoS attack, turning on Sucuri’s emergency DDoS mode adds extra layers of filtering and challenges (like CAPTCHA) to ensure real visitors are accessing your site.

Block Anonymous Proxies and Top Three Attacking Countries

Blocking known proxy services and traffic from countries that generate the highest volume of attacks (based on your WAF analytics) adds a proactive barrier against automated threats and botnets.

Activate Aggressive Bot Filter

Sucuri’s bot filtering blocks suspicious or non-human user agents, reducing scraping, spam bots, and other automated threats without affecting real users.

Enforce Hostname Passing via TLS/SSL

Ensure that all traffic routes through your secure domain by enforcing hostname verification using SSL certificates. This prevents host header attacks and domain spoofing.

2. Additional Headers Security

HTTP response headers play a crucial role in how browsers and user agents handle your website content. Misconfigured headers can expose your application to several attack vectors.

Add Default Security Headers

Begin by enabling all default headers provided by Sucuri to create a baseline of browser security.

Configure the Following Headers for Maximum Protection:
- HSTS (Strict-Transport-Security)

Forces browsers to always use HTTPS, eliminating protocol downgrade attacks.

HSTS Full

Adds preload and includeSubDomains directives, allowing you to submit your domain to the HSTS preload list for long-term HTTPS enforcement.

X-XSS-Protection

Activates browser-based XSS filters that help block malicious scripts from being executed in the browser.

X-Frame-Options

Protects against clickjacking by preventing your site from being embedded in an iframe on another domain.

X-Content-Type-Options

Stops browsers from MIME-sniffing the content type, reducing exposure to drive-by download attacks.

Referrer-Policy

Controls how much referrer information is shared across websites, improving user privacy.

includeSubdomains

Ensures that the security policies also apply to all subdomains, not just the root domain.

Save Additional Header Configurations

Once configured, always save and test your headers to ensure they don’t conflict with your site’s functionality or SEO.

3. Advanced Evasion Detection

Modern attackers often use evasion techniques to bypass firewalls and detection systems. Sucuri’s advanced evasion detection setting helps counter these sophisticated attacks by analyzing subtle anomalies in traffic.

Enable this option to automatically detect:

Obfuscated or encoded attack strings
Fragmented or malformed requests
Variations in headers and URL encoding that attempt to fool the WAF

This feature adds depth to your defense by catching threats that don’t match standard attack patterns.

4. Preventing Firewall Bypass

Even the best WAF can be sidestepped if server-level rules aren’t configured to restrict direct access. Attackers may try to bypass Sucuri by targeting your server IP directly.

To close this gap, set up rules on your web server to only accept traffic routed through Sucuri:

Apache 2.4

apache

<RequireAll>

Require ip xxxxxxxxxxx

</RequireAll>

Apache 2.2

apache

Order deny,allow

Deny from all

Allow from xxxxxxxxxxx

Nginx

nginx

allow xxxxxxxxxxx

deny all;

These rules ensure your site is only accessible through Sucuri’s firewall, cutting off any direct connection attempts.

5. HTTP Method Management

Managing HTTP methods is crucial for tightening your website’s security posture while maintaining necessary functionality. By default, three essential methods—GET, POST, and HEAD—are allowed and non-deletable. These are the foundation for most website operations.

GET is used to fetch data from a server without altering it.
POST allows for data submission, such as form entries or login credentials.
HEAD behaves like GET but only retrieves headers, often used for performance optimization or testing.

For more control, the system provides the flexibility to add or delete other HTTP methods such as PUT, DELETE, PATCH, and OPTIONS. While these methods can be useful in APIs and backend development, they are often unnecessary and pose a security risk when enabled on public-facing websites.

Admins can customize their configuration by selecting the required methods and saving the allowed HTTP methods. This feature ensures tighter security by reducing the potential attack surface exposed via unnecessary HTTP verbs. Only keep what your application truly needs.

6. Security Level Configuration

Security settings can be fine-tuned based on the sensitivity and usage of your website. Two pre-configured security levels offer a balance between protection and accessibility.

High Mode activates a full suite of web protections. This includes defenses against common threats like SQL Injection (SQLi), Cross-Site Scripting (XSS), Remote File Inclusion (RFI), and Local File Inclusion (LFI). Additionally, High Mode includes virtual patching, a critical feature that secures outdated CMS plugins or server software by mitigating known vulnerabilities in real time.
Paranoid Mode takes High Mode a step further by blocking all POST requests. This is ideal for websites that are intended to be completely read-only, such as online documentation, public portfolios, or archived material. Blocking POST requests eliminates data submission, closing off a major attack vector for malicious actors.

Administrators can choose the appropriate level and save their preferred security configuration, ensuring consistent behavior across sessions and minimizing the risk of human error.

7. Caching Management

Effective cache management can dramatically improve both website speed and user experience. However, misconfigured caching can cause data inconsistencies or security issues, especially on dynamic or user-driven pages.

Admins are given the flexibility to clear cache completely or clear cache for individual files, depending on the scope of their updates. This is particularly useful after deploying changes or fixing bugs.

The platform allows the addition of Non-Cache URLs, ensuring that specific endpoints—like admin dashboards or frequently changing pages—are always delivered fresh.

For development or troubleshooting, Developer Mode can be enabled, bypassing the cache to reveal real-time changes and debug issues.

Multiple caching levels are available:

Enabled (Recommended) – Applies full caching policies.
Minimal Caching – Useful for sites with frequent content changes.
Site Caching – Honors the caching headers defined by the site’s backend.
Disabled – Completely bypasses caching; not advised except for special use cases.

Certain static file types like js, css, png, jpg, pdf, mp4, and others are always cached by default. These don’t change frequently and benefit the most from caching for performance.

All cache settings can be saved, ensuring continuity between sessions and across server reboots.

8. SSL and HTTPS Settings

Secure Sockets Layer (SSL) and HTTPS configuration play a foundational role in website trust, performance, and data integrity. Your certificate information is readily available for review, including the issuer (GoDaddy Secure CA – G2) and the validity period (until Aug 20, 2025).

Under SSL Mode Options, you can choose:

HTTPS (port 443) – Fully encrypted communication; this is the standard for modern websites.
HTTP (port 80) – Unencrypted; use only when absolutely necessary.

Protocol Redirection settings offer three choices:

HTTPS-only – Forces all traffic through encrypted channels.
HTTP-only – For legacy use cases or internal testing environments.
Disabled – Defers redirection control to the hosting provider or load balancer.

You can also adjust how HTTPS is applied through HTTPS Treatment Levels:

Full HTTPS – Every page and asset must load securely.
Partial HTTPS – Some resources (like media files) may be loaded over HTTP.

For businesses using advanced certificates, there’s an option to upload custom SSL files, including .crt and .key files for wildcard or EV (Extended Validation) SSL certificates.

Once your desired configuration is complete, you can save SSL settings to lock in your encryption policies and keep your site compliant with modern security standards.

9. HTTPS/SSL Support

SSL (Secure Sockets Layer) and TLS (Transport Layer Security) are encryption protocols that play a critical role in modern website security. They work by encrypting the data exchanged between a user’s browser and the website’s server, protecting it from being intercepted or modified by unauthorized parties. This is particularly important for sites that collect sensitive user information such as login credentials, payment details, or personal data. When a website uses HTTPS (the secure version of HTTP), it signals to users and search engines that the site is trustworthy and protected.

To keep your website compliant with today’s security standards, the platform allows full control over SSL management. You can install a new SSL certificate or replace an existing one when needed. This flexibility ensures that as your business or site evolves, your encryption standards stay updated without interrupting performance or access.

As part of the hosting plan, GoDaddy SSL is included at no extra cost. This premium SSL certificate not only activates HTTPS and the padlock icon in browsers, but also offers robust 2048-bit encryption—meeting the security requirements of most compliance frameworks. With GoDaddy’s global reputation, users benefit from high trust, strong warranties, and ease of integration with hosting environments.

10. API Management & Automation

To streamline operations and automate essential tasks, the system offers full API access for developers and power users. Access is controlled via secure credentials:

API_KEY: xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
API_SECRET: xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx

These keys ensure that all requests to the API are authenticated and traceable.

The Web Application Firewall (WAF) API v1 allows execution of critical administrative actions, including:

Clear Cache – Instantly purge cached content across the CDN or internal system, ideal after website updates or code deployments.
Allow IP – Whitelist specific IP addresses for development, internal access, or known users to avoid false positives.
Audit Trails – View and export security logs for activity analysis, compliance reporting, or troubleshooting.
Dev Mode Toggle – Temporarily reduce protection thresholds to allow for safe debugging and staging operations.

The newer API v2 introduces a structured, JSON-based response format to enhance integration with third-party tools and platforms. Each API response includes:

Status – Indicates success, failure, or error type
Messages – Descriptive text explaining what occurred
Action – The command executed
Timestamp – Date and time of execution
Verbose – Flag to enable detailed responses
Output Object – Contains relevant data such as affected endpoints, result sets, or confirmation logs

This API structure makes automation seamless, whether you’re running a single website or managing multiple environments.

11. Monitoring and Logs Overview

Robust monitoring is essential for maintaining site health and identifying threats before they cause damage. The current analytics dashboard reveals strong protection coverage:

Blocked Requests: 3,600 (16% of all traffic)
Allowed Requests: 18,900 (84% of all traffic)

This ratio suggests that the firewall is efficiently filtering out suspicious activity while allowing legitimate users through.

Certain URL paths are repeatedly targeted and thus carefully monitored:

/post-seo-migration/ – A common endpoint used in legacy attacks
/wp-content/uploads/ – Often exploited for file injection attempts
/robots.txt – Scraped by bots to identify hidden or sensitive directories

Frequent events recorded in the logs include:

Blacklisted IP address attempts – Automatically blocked through threat intelligence databases
RFI/LFI (Remote/Local File Inclusion) attempts – Prevent attackers from executing malicious scripts
Directory listings – Blocked to avoid exposing file structures
Brute force and bot traffic – Stopped before reaching authentication layers

These logs offer a clear picture of ongoing threats and system responses, making it easier to identify patterns and tighten rules when necessary.

12. Attack and Threat Categories Blocked

The platform actively filters out a broad range of attack types. Common threat categories include:

SPAM – Automated submissions in forms or comments
BBOT (Brute Bots) – Bots attempting to guess login credentials
TMP – Temporary file exploit attempts
BAK (Backdoor) – Exploits using backup files left on the server
UAT (Unauthorized Access Tokens) – Used to bypass authentication
EXPVP (Exploit via Virtual Patching) – Attempts to abuse known vulnerabilities before they’re fixed

Here’s a breakdown of how threats are managed across categories:

Emergency DDoS Protection: 48.9% – Mitigates volumetric attacks that aim to overwhelm the server
Bad Bots Denied: 35.4% – Blocks scanners, scrapers, and content stealers
Blocked IPs: 6.1% – IPs flagged based on behavioral patterns or external threat lists
IP not on allowlist: 5.2% – Default-denied traffic from outside trusted zones
DDoS attempts: 1.2% – Direct DDoS vectors neutralized before service impact

This layered, categorized defense strategy ensures that your website stays operational, secure, and resilient—even against complex and evolving cyber threats.

13. Internal IP and Domain Configuration

Every robust security system starts with proper internal configuration, and this includes assigning a dedicated internal IP and hostname to ensure all traffic routing is optimized and monitored accurately. For the domain thatware.co, the assigned internal IP is 192.124.249.168, which is managed through Sucuri’s secure infrastructure.

The corresponding hostname is cloudproxy10168.sucuri.net, part of Sucuri’s cloud-based WAF (Web Application Firewall) proxy network. The “10168” series in the hostname denotes a specific node cluster within Sucuri’s global network. This structure ensures load balancing, regional traffic distribution, and improved latency control.

Network node mappings under the 10168 series connect the domain to a broader network mesh, allowing Sucuri to intercept and inspect all incoming traffic before it reaches the origin server. This setup forms a security perimeter around the application, mitigating threats such as DDoS attacks, malicious bot traffic, and injection attempts.

By routing all traffic through this internal configuration, thatware.co is able to leverage Sucuri’s global infrastructure without compromising performance or uptime. The configuration also supports seamless SSL tunneling, advanced caching, and consistent domain routing without DNS interruptions.

14. Global Domain Settings

The global domain settings panel offers a centralized view of how thatware.co is being managed from a security and performance standpoint. At the core of this configuration is the proxy status, which is currently activated—ensuring all inbound and outbound traffic passes through Sucuri’s intelligent filtering layer.

The domain operates under the Basic account plan, offering a full suite of security essentials. The assigned domain IP, 192.124.249.168, is consistent with the internal node configuration, ensuring no conflicts in routing or inspection processes.

Access permissions are carefully defined:

Admin access is restricted, providing an added layer of control over backend portals to prevent unauthorized logins or brute force attacks.
Comment access is open, allowing site visitors to interact with public content while still being screened for spam or malicious injections.

Security and performance features include:

SSL is enabled with HTTPS forced, guaranteeing that all traffic is encrypted end-to-end.
CDN settings indicate that the domain is operating behind a CDN, optimizing asset delivery and enhancing page speed across global locations.
Intrusion Detection System (IDS) monitoring is enabled, alerting administrators to any suspicious patterns, exploits, or penetration attempts.

Performance fine-tuning options include:

Compression and SPDY Mode – This is toggled depending on server load, balancing between faster content delivery and processing overhead.
Aggressive Bot Filter – Currently disabled, allowing more nuanced traffic to pass through for analytical purposes.
Max Upload Size – Set to 50MB, which is sufficient for media-heavy content uploads without opening floodgates to abuse.
Failover Time – Set to 30 seconds, ensuring that in the event of a server failure, backup infrastructure activates swiftly to prevent downtime.

15. Access Control Lists

The Access Control List (ACL) framework provides deep control over who or what can interact with the site, at both broad and granular levels. Within this system, administrators can maintain:

Whitelists and Blacklists for:
- IP addresses – Allow or deny specific user locations
- Directories – Restrict access to sensitive folders
- Referers – Control inbound link sources
- User Agents – Block traffic from outdated or suspicious browsers/bots
- Cookies – Flag and block cookies linked to session hijacking
- Domains – Permit or deny traffic from certain web domains
- Non-cache directories – Ensure specific dynamic content bypasses cache rules

Additionally, User Access Controls allow blocking users from:

Viewing content – Useful for geo-restricted or membership-only areas
Posting content – Essential for stopping spam or malicious contributions

This ACL system ensures that only the right users and systems can interact with thatware.co, preserving both integrity and performance.

16. Protected Pages and Report Settings

Security goes beyond perimeter protection—page-level management is equally crucial. Using the protected pages configuration, specific URLs can be safeguarded with additional filters or access credentials. For example, pages like /admin, /login, or /checkout can be hardened against bots, credential stuffing, and CSRF attacks.

The platform also enables administrators to view and manage request logs, offering real-time insights into traffic behavior. This includes identifying IPs, user agents, and payload patterns that may indicate threats or misconfigurations.

For bulk actions, a bulk request generator is available—allowing mass blocking, whitelisting, or rule modifications without repetitive manual input.

Administrators can also generate reports and audit logs. These include historical traffic analytics, blocked attempts, access history, and a detailed log of security events. These reports aid in compliance tracking, threat intelligence, and incident response documentation.

Together, these modules provide a comprehensive security architecture, ensuring thatware.co remains protected, monitored, and resilient.

Final Thoughts: Proactive is Better than Reactive

When it comes to cybersecurity, waiting for something to go wrong can be costly. A hacked website doesn’t just mean downtime—it can lead to lost customer trust, SEO penalties, data loss, and even legal issues. That’s why proactive security is always better than a reactive scramble.

Think of website security like home security. You wouldn’t install a lock only after a break-in. You invest in solid locks, cameras, and alarms to prevent that incident in the first place. Your website deserves the same treatment.

Security isn’t a one-time setup—it’s a continuous cycle of monitoring, learning, updating, and improving. Cyber threats evolve constantly, and staying ahead means staying informed. Subscribe to security blogs, follow patch release notes, and routinely audit your systems to identify weak points.

Most importantly, treat website security as an investment, not an expense. The cost of securing your site today is almost always lower than the cost of recovering from a major incident tomorrow. Protecting user data, safeguarding brand reputation, and maintaining uptime are all critical to long-term success.

In a world where digital threats are growing more sophisticated, layered security isn’t optional—it’s essential. Start small if you need to, but start now. Because in cybersecurity, timing isn’t just everything—it’s the difference between safety and exposure.

Tuhin Banik

Thatware | Founder & CEO

Tuhin is recognized across the globe for his vision to revolutionize digital transformation industry with the help of cutting-edge technology. He won bronze for India at the Stevie Awards USA as well as winning the India Business Awards, India Technology Award, Top 100 influential tech leaders from Analytics Insights, Clutch Global Front runner in digital marketing, founder of the fastest growing company in Asia by The CEO Magazine and is a TEDx speaker and BrightonSEO speaker.