Before the application
TLS, edge filtering, rate limiting, and WAF reduce malicious traffic and abusive applications before consuming the source resources.
Website Security
Protection before, during And after an attack.
WAF, DDoS protection, hardening, malware monitoring and recovery operated as complementary layers. You can keep the current provider or move the origin into a managed environment when this reduces the real risk.
Request path
The attack must go through several layers.
The application crosses the edge, application, identity, and origin, and each layer can reduce the impact of the next.
Protection layers
Prevention, hardening and recovery on the same route.
Inside the application
Hardening, access control, patching, configuration review and integrity monitoring reduce the chances of a vulnerability becoming persistent.
After a change or incident
Monitoring, backup, recovery and verification allow controlled return and reduce the risk of the same cause remaining active.
Control plane
Eight controls, one goal: reducing risk.
The exact configuration depends on the stack and who controls the infrastructure. We do not present each control as universally available for any application.
Web Application Firewall
Defence and filtering rules tailored to application, exposure and legitimate traffic.
DDoS & edge protection
Absorption and edge filtration to reduce pressure at origin during volumetric or abusive traffic.
TLS & security headers
HTTPS and relevant headers configured without breaking application functionality or legitimate integrations.
Malware & integrity
Signals of suspicious changes, malicious files, and behaviors that may indicate persistence or reinfection.
Admin & identity hardening
MFA, restriction of access, protection of administrative boards and reduction of credential abuse.
Vulnerability remediation
Patching, configuration changes and reducing the attack surface according to finding and impact.
Monitoring
Availability, changes and relevant signals tracked so that posture degradation is noticeable.
Backup & recovery
Restore and recover are part of control, not just the existence of a backup.
Threat model
No promises of “100% safe.”
The goal is to reduce probability and impact, detect relevant changes and have a way of recovery. No serious architecture starts from the idea that any attack can be blocked.
Running the web scanCredential abuse
Brute force, credential stuffing and administrative access obtained through compromised accounts.
Application attacks
Injection, XSS, path abuse, exploitation of vulnerable components and other attacks on the application.
Malware & persistence
Backdoors, injected files, malicious redirects and reinfection after an incomplete cleaning.
Availability attacks
DDoS, abuse and consumption of resources that can degrade or stop the service.
Configuration exposure
Services, files, panels or headers configured in a way that exposes unnecessary information or access.
Recovery failure
Backup existing but impossible to restore, incomplete or contaminated with the same problem.
Real workloads
The protection must be adapted to the application.
Website Security is not limited to a single CMS nor does it automatically require a migration. We start with the current architecture and controls that can be operated safely in that context.
01 WordPress and other CMSs
02 WooCommerce and Online Stores
03 The custom web application
04 API and publicly exposed backends
05 Statistical websites and modern front-ends
06 Applications hosted by the current provider
Engagement
Four entry points, no forced migration.
We choose the route according to the current state of the website and who owns the infrastructure.
Protect existing hosting
We maintain the current infrastructure and work on controls that can be applied around it: edge, WAF, DNS, hardening and monitoring.
Remediate after assessment
We start from existing findings and implement the priority changes, then check the effect of the remedy.
Move to managed hosting
When origin and operations are part of the risk, migration into a managed environment can bring patching, backup and recovery under the same ownership.
Recover after compromise
If the site is already compromised, engagement starts as an incident response, not as a mere activation of a WAF over an infected source.
Customer reviews
What customers say
Real feedback about security, managed hosting, support and projects delivered by ZebraByte.
I had the site full of viruses and it gave me mistakes all the time. It didn’t work properly anymore and nobody knew what it had. Those at ZebraByte helped me immediately cleaned everything, secured the site and moved it to their servers. Since then it’s gone perfectly and I haven’t had any problems anymore. It’s seen that I know what I’m doing and even getting involved. I recommend 100%! I started working withZebrabytefor a few months and they delivered more than I expected. I decided to move my site to them because I had problems with the old provider and it was also viral. Those at ZebraByte have very high standards in terms of security and enterprise hosting. Their team is very professional, responds quickly to any questions, offers clear solutions and explains the meaning of everyone even if you don’t have technical knowledge. Hosting platforms are stable, fast and well protected. I had a bad problem with the site, I still got security alerts and weird links appeared everywhere. Those at ZebraByte immediately entered, cleaned everything and moved it to them. Since then it goes smoothly, even faster. Very serious! Super professional! We worked very well with this team. All requirements were solved in a very short time. I have worked great with this team. Very good team! Best cooperation i have ever seen. 10 stars!!! Excellent service, very understanding and patient with all our requests. I fully recommend ZebraByte for website designs to suit your needs! Frequently asked questions
Do I need to host my website at ZebraByte? +
No. We can apply certain edge, DNS, WAF controls, hardening and monitoring around the existing infrastructure. Managed Hosting is separate and becomes relevant when you want and ownership on origin, patching, backup and recovery.
Is a WAF enough to secure a website? +
No.WAF is a useful layer, but it does not repair a vulnerable plugin, compromised administrative account, exposed origin or unusable backup. That’s why we combine prevention with hardening, monitoring and recovery.
Can you clean an infected site? +
Yes, but a compromised site should be treated as an incident. Cleaning without identifying initial access, persistence and technical cause can lead to reinfection. Scope can include containment, cleanup, hardening and recovery.
Does it work for WordPress too? +
Yes.WordPress is one of the workloads that we can protect, but the model does not depend on WordPress. It can also adapt to e-commerce, custom applications, API s and modern front-ends.
How do we verify that the remedy worked? +
We review the relevant finding or configuration, verify that the legitimate application works and, where applicable, track post-change signals to avoid regression or reinfection.
Protect the application without losing the operational context.
We can start with the existing infrastructure and expand the scope only where risk justifies change.
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