Security Architecture

1. Our security principles

Security is part of how we design, build and run every system, not a step added at the end. Our work follows five principles:

• Security by design — risks are identified during architecture and design, before code is written.
• Least privilege — people and services receive only the access they need, for only as long as they need it.
• Defense in depth — multiple independent layers of control, so that the failure of one does not expose the whole system.
• Privacy by default — we collect and keep the minimum data necessary, consistent with the Data Privacy Act of 2012.
• Verify, then trust — changes, identities and dependencies are checked rather than assumed to be safe.

2. Security of this website

This website is deliberately simple, which keeps its attack surface small:

• It is a static site with no server-side application, database or user accounts.
• All traffic is served over HTTPS through our hosting and content delivery provider, which also provides protection against common network attacks.
• It uses no advertising or analytics cookies and no third-party tracking scripts. The only third-party resources are web fonts and icons from Google Fonts.
• Inquiry form submissions are sent only to the form-handling endpoint we configure, over an encrypted connection, and are handled according to our Privacy Policy.

3. Secure software development

Every project we deliver follows a secure development lifecycle:

• Threat modeling for new systems and major features, with security requirements recorded alongside functional requirements.
• Secure coding standards based on the OWASP Top 10 and the OWASP Application Security Verification Standard (ASVS), including input validation, output encoding and parameterized database queries.
• Mandatory peer code review before changes are merged into protected branches.
• Automated checks in CI/CD pipelines: static analysis, dependency and container vulnerability scanning, and secret detection.
• Separate development, staging and production environments; production data is not copied into lower environments without anonymization.
• Security testing before major releases, with independent penetration testing available when required by the client.

4. Identity and access management

• Unique named accounts for every team member — no shared administrative credentials.
• Multi-factor authentication on source code repositories, cloud consoles, email and other administrative systems.
• Role-based access control aligned with each person's responsibilities on a project.
• Periodic access reviews, and prompt removal of access when a team member leaves a project or the company.
• Secrets such as API keys and database passwords are stored in dedicated secret managers, never in source code.

5. Data protection and encryption

• Encryption in transit using TLS 1.2 or higher for all external connections and, where supported, between internal services.
• Encryption at rest for databases, storage and backups using platform-managed keys or customer-managed keys where the client requires them.
• Logical separation of each client's environments, data and credentials.
• Data minimization and defined retention periods, with secure deletion when data is no longer needed.
• Masking or anonymization of personal data used for testing and analytics.

6. Infrastructure and network security

• Infrastructure defined as code, reviewed and version-controlled, so that environments are reproducible and changes are auditable.
• Network segmentation, private subnets for databases and internal services, and restrictive firewall and security-group rules.
• Web application firewalls and DDoS protection from reputable cloud and edge providers for internet-facing applications.
• Hardened base images, regular operating system and dependency patching, and prompt remediation of critical vulnerabilities.
• Administrative access only through secured channels such as VPNs or bastion hosts with MFA.

7. E-commerce and payment security

Online retail systems handle customer accounts and payments, so they receive additional controls:

• Card payments are processed through PCI DSS-compliant payment gateways using tokenization or hosted payment pages. Our systems are designed not to store full card numbers or security codes.
• Protection of customer accounts with strong password hashing, rate limiting, and optional multi-factor authentication.
• Fraud and abuse controls such as order velocity checks, bot mitigation and anomaly alerts.
• Integrity checks on prices, discounts and stock levels on the server side, never trusting values sent by the browser.

8. Monitoring, logging and incident response

• Centralized logging of security-relevant events, with access to logs restricted and logs protected from tampering.
• Monitoring and alerting for availability, performance and suspicious activity, with on-call coverage for production systems where agreed with the client.
• A documented incident response process covering detection, containment, eradication, recovery and post-incident review.
• Notification of personal data breaches to the National Privacy Commission and affected individuals within the period required by NPC regulations (currently within 72 hours of knowledge), and to clients as set out in our agreements.

9. Backup and business continuity

• Automated, encrypted backups stored separately from production systems.
• Regular restore tests to confirm that backups are usable.
• Recovery point objectives (RPO) and recovery time objectives (RTO) agreed with each client according to the criticality of the system.
• Redundant deployments across availability zones and automated failover for systems that require high availability.

10. People and suppliers

• All team members sign confidentiality obligations and receive security and data privacy awareness training.
• Access to client systems is granted only to people assigned to that client's work.
• Suppliers and cloud providers that process data for us are assessed for their security practices and bound by written agreements, including data sharing or outsourcing agreements where personal data is involved.

11. Standards and compliance

Our controls are aligned with recognized frameworks and laws, including the Data Privacy Act of 2012 and the circulars of the National Privacy Commission, the OWASP Top 10 and ASVS, and the control areas of ISO/IEC 27001. Alignment with a framework does not mean certification; where a client requires a specific certification or audit, we agree the scope in the Service Agreement.

12. Responsible disclosure

If you believe you have found a security vulnerability in this website or in a system we operate, please tell us so that we can fix it. Email tribeitsolutionsincorporation@gmail.com with "Security Report" in the subject line, or contact us by telephone at +63 998 966 0301. Please:

• Give us a reasonable time to investigate and fix the issue before disclosing it publicly.
• Access only the minimum data needed to demonstrate the issue, and do not modify or delete data.
• Avoid actions that could harm availability, such as denial-of-service testing or spam.
• Do not use social engineering or physical attacks against our staff or offices.

We will acknowledge reports, keep you informed of progress and will not take legal action against good-faith research that follows these guidelines.