01 Security Architecture Overview

At WebWizBD, platform reliability and client security are foundational principles. We build modern, performant web platforms that resist automated brute-force attempts, prevent cross-site scripting (XSS), eliminate SQL injection risks, and maintain data confidentiality.

Our multi-layer defense stack encompasses edge filtration, application-level sanitization, strict database parameterization, and isolated hosting infrastructure.

02 Cloudflare Edge & Bot Defense

All inbound traffic is inspected at the global edge network before reaching application origin servers:

03 WordPress FSE Hardened Standards

We build adhering strictly to the latest WordPress Core & Full Site Editing coding guidelines:

• Input Sanitization & Output Escaping: Every dynamic parameter is sanitized at ingestion (sanitize_text_field, sanitize_email, absint) and safely escaped at rendering (esc_html, esc_attr, esc_url, wp_kses_post).
• Cryptographic Nonces & CSRF Protection: All AJAX handlers (contact inquiries, Payoneer modal forms) verify one-time cryptographic nonces (check_ajax_referer) to neutralize cross-site request forgery.
• Prepared Database Queries: Direct SQL interpolation is strictly prohibited. All queries use $wpdb->prepare() or native WP_Query abstractions.
• Zero Dangerous PHP Functions: No eval(), exec(), system(), or unvalidated unserialize() calls exist anywhere in our custom codebase.

04 Secrets & Credential Hygiene

Strict isolation protocols protect sensitive client credentials and third-party API keys:

• Zero Hardcoded Secrets in Git: API tokens (Cloudflare Turnstile keys, Telegram bots, mailer credentials) are injected via environment constants or secure options, never committed into public or private Git repositories.
• Credential Rotation: Client-provided hosting or SFTP credentials used during migration are stored in temporary encrypted vaults and destroyed immediately following deployment.
• Isolated Staging Environments: Client work is built on isolated sandboxes with randomized database table prefixes and restricted search-engine indexing.

05 Data Encryption Standards

All electronic transmissions between visitors and WebWizBD servers are encrypted utilizing TLS 1.3 protocols with 256-bit certificates. We enforce HTTP Strict Transport Security (HSTS) with long max-age headers to prevent SSL-stripping attacks.

Data stored within our backend systems is held on encrypted storage volumes with restricted kernel-level permissions.

06 Backups & Disaster Recovery

To prevent catastrophic data loss, we maintain proactive backup routines:

• Automated Offsite Snapshots: Database and file snapshots are captured daily and stored in georedundant, encrypted cloud storage.
• Point-in-Time Recovery: Rapid rollbacks can be executed within minutes in the event of hardware degradation or upstream outages.
• Pre-Deployment Backups: Prior to any code update or theme version upgrade, full site checkpoints are verified.

07 Access Controls & Least Privilege

Internal developer access is granted strictly on a need-to-know, least-privilege principle. Administrative access requires strong passwords, multi-factor authentication (MFA/2FA), and secure SSH key pair authorization.

08 Responsible Vulnerability Disclosure

We welcome reports from independent security researchers and developers. If you identify a potential security vulnerability in our website or digital infrastructure, please submit your findings responsibly:

• Email Disclosure: Send a detailed summary, including proof-of-concept steps, to webwizbd@gmail.com and admin@webwizbd.com with the subject line "[SECURITY REPORT]".
• Response Time Commitment: We acknowledge all valid security reports within 24–48 business hours and provide status updates as remediation proceeds.
• Safe Harbor: We pledge not to pursue legal action against researchers who discover and report issues in good faith without accessing unauthorized user data or disrupting live service availability.