Faeb Layers

Modern security solution for premium WordPress experience

Prevent Downtime

A hacked website can go offline without warning. Good security prevents disruptions that harm sales, customer trust, and overall business operations.

Maintain Business Trust

Security issues reduce confidence in your brand. A secured business website protects reputation and keeps customers confident in your services.

Protect Customer Data

Data breaches violate compliance standards. Strong security keeps your business website safe, GDPR-aligned, and consistently trustworthy.

Identity Security

Passwords are protected using Argon2id, a memory-hard algorithm resistant to GPU and ASIC attacks. Legacy hashes are transparently upgraded on login, ensuring stored credentials remain secure even if database access is compromised.

Authentication responses eliminate error messages, timing differences, and response variance. This prevents username enumeration, and brute-force optimization, forcing attackers to operate blindly without feedback from the authentication layer.

Two-factor authentication is enforced at the application core, not via plugins. It cannot be disabled, bypassed, or altered by administrators, themes, or malicious code, ensuring password compromise alone can never result in account takeover.

Each authentication attempt is evaluated against device characteristics, IP reputation, browser entropy, and geographic consistency. This enables detection of anomalous access patterns, and enforces identity validation beyond simple username-password checks.

User interactions are continuously analyzed using timing, navigation flow, ASN history, and behavioural markers. This allows detection of automated tools, browser emulation, and compromised sessions that appear legitimate at the request level.

Sessions are cryptographically bound to multiple identity markers and invalidated upon cloning or reuse. Stolen cookies, parallel logins, and session replay attacks are immediately neutralized, preserving session integrity throughout authenticated activity.

Authentication attempts are dynamically throttled based on risk signals rather than static limits. This degrades brute-force and credential-stuffing efficiency while maintaining availability for legitimate users, even during sustained automated attack campaigns.

Access Control

Login and input endpoints are protected using adaptive throttling, IP reputation analysis, and pattern recognition. This detects distributed botnet behaviour, neutralizes IP rotation tactics, and progressively degrades attack efficiency without impacting legitimate user access.

Database queries are protected through context-aware inspection and normalization. Obfuscated, blind, and time-based SQL injection attempts are blocked in real time while legitimate queries continue unaffected, preventing data extraction, manipulation, and privilege escalation.

State-changing actions are validated through strengthened intent verification and origin checks. This prevents forged requests from executing under authenticated sessions, protecting administrative and transactional workflows from cross-site abuse.

REST endpoints are selectively exposed, authenticated, and rate-controlled based on use context. Unauthorized access, enumeration, and abuse of API routes are prevented, closing a common attack surface used for data scraping, privilege escalation, and automated exploitation.

XML-RPC functionality is tightly controlled or disabled where unnecessary, blocking its abuse for brute-force amplification, pingback DDoS, and remote procedure abuse. This removes a historically exploited WordPress surface without disrupting legitimate integrations.

An application-aware firewall filters malicious requests before execution. It blocks known exploit patterns and malformed input while allowing legitimate traffic, forming a foundational security layer that complements deeper identity, session, and behavioural protections.

File Security

Script execution is permanently disabled within the uploads directory, preventing attackers from running web shells or backdoors delivered through file uploads. This closes one of the most commonly exploited WordPress persistence vectors, even if file validation fails elsewhere.

File activity is monitored continuously using heuristic and signature-based detection. Code injections are identified at the moment they occur, allowing immediate containment without resource-heavy scans or performance degradation on production websites.

Critical files are continuously compared against trusted baselines to detect unauthorized changes. Even subtle, line-level modifications introduced by compromised plugins or attackers are identified quickly, preventing persistence, lateral movement, and system compromise.

Uploaded documents are processed within an isolated execution environment, ensuring embedded scripts or malicious payloads cannot interact with the main application. This secures lead forms and document workflows against file-based malware delivery attacks.

Uploaded files are validated using actual content inspection rather than extensions alone. This prevents disguised executable payloads from being accepted, blocking attacks that rely on dual-extension or spoofed file types to bypass traditional upload restrictions.

WordPress Core

Default WordPress files that expose version data, installation state, or system metadata are removed or protected. This prevents reconnaissance, fingerprinting, and automated targeting that rely on publicly accessible core files to identify exploitable environments.

Access to the WordPress configuration file is strictly restricted at the server level. This prevents disclosure of database credentials, security keys, and environment settings, eliminating one of the most critical single-point-of-failure files in WordPress.

All traffic is enforced over encrypted TLS connections, preventing credential interception, session hijacking, and man-in-the-middle attacks. This ensures data integrity and confidentiality across authentication, administration, and user-facing interactions.

Strict HTTP security headers are applied to control browser behaviour. This mitigates cross-site scripting, clickjacking, MIME sniffing, and content injection attacks by constraining how browsers interpret and execute site resources. It ensures the protection against spoofing.

Underlying server services and WordPress runtime configurations are hardened to minimize privilege exposure and attack surface. Unnecessary capabilities are disabled, defaults are overridden, and execution paths are tightly controlled across the stack.

Unused core features, endpoints, and legacy interfaces are disabled or restricted. This reduces exploitable entry points, limits automated scanning effectiveness, and ensures only business-critical functionality is exposed to the public internet.

System Hygiene

Defensive rules, heuristics, and hardening logic are regenerated daily based on evolving threat intelligence. This eliminates stagnation, reduces exposure to new vulnerabilities, and ensures the security architecture continuously adapts to real-world attack techniques.

Themes and plugins are updated on a controlled, consistent schedule to close known vulnerabilities before exploitation. This prevents outdated code from becoming an entry point and reduces reliance on delayed or manual patching processes.

Unused and unsupported plugins are systematically identified and removed. This reduces attack surface, eliminates vulnerabilities, prevents supply-chain compromise, and ensures only actively maintained components exist within the application environment.

✦ Why us

Secure, Tested, Trusted

Faeb Layers

Faeb Layers is Faeb’s exclusive, adaptive security system. It delivers multi-layer threat defense and real-time intrusion prevention for every client website. The system performs automated hardening and continuous performance optimization to keep sites consistently stable. It removes platform bloat, reinforces core structures, and safeguards critical data. By combining intelligent monitoring, predictive safeguards, and seamless background updates, Faeb Layers ensures every website remains fast, clean, resilient, and secure at all times.

Realtime Updates

Automated 24-hour security refresh cycles apply new defenses continuously, ensuring every site stays protected with live monitoring and instant adaptive responses.

Threat Firewall

A multi-layer adaptive firewall identifies and neutralizes malicious traffic patterns, preventing intrusions before they reach core application processes.

Injection Shield

Advanced filtering engines block SQL, command, and script injection attempts, preserving data integrity and maintaining secure transactional flows.

API Guard

Real-time endpoint scrutiny validates requests, filters abusive behaviors, blocks unauthorized access, and ensures every exposed interface remains fully protected.