Effective Date: August 15, 2026
1. PHILOSOPHY & GOVERNANCE
1.1. Security Strategy.
Security is a foundational component of the Service and is integrated into all layers of system architecture, software development, and operational processes. The Company maintains a defense-in-depth strategy designed to prevent, detect, and respond to security threats before they impact the Platform. Security risks are continuously evaluated through formal risk assessment processes, and controls are adjusted based on evolving threat landscapes.
1.2. Zero Trust Architecture.
The Company follows a Zero Trust security model based on the principle of "never trust, always verify."
All access requests are authenticated, authorized, and continuously validated regardless of network origin.
We operate under an "assumption-of-breach" mindset, designing systems to limit lateral movement, reduce blast radius, and contain potential incidents through micro-segmentation.
1.3. Security by Design.
Security controls are embedded throughout the Software Development Life Cycle (SDLC). Threat modeling, secure coding practices, automated testing, and peer reviews are implemented during development rather than applied after deployment. Security requirements are evaluated prior to releasing new features or infrastructure changes.
1.4. Governance Structure.
Overall responsibility for the security program is assigned to executive technical leadership (CTO/CISO). The Company maintains an internal Security Committee responsible for defining information security policies, approving risk treatment plans, and overseeing incident readiness. The Company maintains formal information security policies that are reviewed annually and approved by executive leadership. Significant security events and risk posture are periodically reported to executive leadership.
2. INFRASTRUCTURE SECURITY
2.1. Infrastructure Ownership, Colocation & Residency.
The Service is operated on dedicated hardware owned by the Company and hosted within selected geographically distributed enterprise-grade colocation data center facilities.
Facility Standards: These facilities maintain physical security controls designed to meet high availability and resilience standards (Tier III or equivalent where applicable), including multi-factor facility access, 24/7 surveillance, on-site security personnel, environmental safeguards, fire suppression systems, and redundant power infrastructure.
Redundancy: Production systems are architected with redundancy across power, networking, and storage layers to reduce single points of failure and support high availability.
Operational Control: By utilizing dedicated hardware within professional colocation environments, the Company retains direct control over hardware configuration, security posture, patching cadence, and data handling practices.
Hardware Lifecycle Management: All hardware assets are inventoried and tracked from provisioning through secure decommissioning. Storage media is sanitized or physically destroyed in accordance with industry-recognized data destruction standards before disposal.
Data Residency: Customer data is stored in defined geographic regions aligned with regulatory and contractual requirements, including hosting within the European Economic Area (EEA) where applicable.
2.2. Network Security.
Production environments are logically isolated using private networking constructs (e.g., VLANs, Private Subnets).
Defense Layers: We utilize network firewalls, traffic filtering, Web Application Firewall (WAF) protections, and automated DDoS mitigation services.
Isolation: Administrative interfaces are not designed to be publicly accessible and are protected through layered network controls. All ingress/egress traffic is restricted by default ("Deny All" rules).
2.3. Separation of Environments.
Development, Staging, and Production environments are logically and physically separated.
Test environments are designed to avoid the use of real Customer Data unless appropriately protected and authorized.
Personnel do not have standing write-access to Production databases; all Production access is temporary, logged, and requires justification (JIT Access).
2.4. Access Control (IAM).
Access to infrastructure is governed by centralized Identity and Access Management (IAM) controls.
Least Privilege: Users and services are granted only the minimum permissions necessary to perform their function.
MFA: Mandatory Multi-Factor Authentication (MFA) is enforced for all personnel accessing critical systems.
Lifecycle: Access rights are reviewed on a periodic basis and revoked promptly upon role change or termination.
3. DATA SECURITY & RESILIENCE
3.1. Encryption at Rest.
Sensitive data stored within production systems, including databases, backups, object storage, and log repositories, is encrypted using industry-standard encryption algorithms, including AES-256.
3.2. Encryption in Transit.
All data transmitted between the Client, the Internet, and the Service is encrypted using modern transport protocols (TLS 1.2 or higher). Unencrypted (HTTP) connections are rejected by the load balancers.
3.3. Key Management.
Cryptographic keys are managed using secure Key Management Services (KMS) or Hardware Security Modules (HSM). Key lifecycle controls include restricted access, secure storage, and periodic rotation. We do not hardcode cryptographic keys in source code.
3.4. Data Segregation.
The Service is designed to prevent unauthorized access between customers (Multi-Tenancy Security). Strict logic enforces separation at the application and database layers to ensure that one Tenant cannot access another Tenant’s data.
3.5. Backup and Disaster Recovery.
To ensure data resilience against ransomware or catastrophic failure, the Company implements:
Automated Backups: Data is backed up automatically on defined schedules aligned with recovery objectives.
Geo-Redundancy: Encrypted backups are replicated to a separate geographic region to survive data center loss.
Restoration Testing: Backup restoration procedures are tested periodically to verify data integrity and recovery time objectives (RTO). The Service is designed to provide high durability and resilience against data loss.
4. APPLICATION SECURITY
4.1. Secure Development (SDLC).
The Company integrates automated and manual security testing into the CI/CD pipeline ("Shift Left" Security), including:
SAST/DAST: Static and Dynamic analysis to catch code vulnerabilities.
SCA: Software Composition Analysis to detect vulnerabilities in open-source dependencies.
Code Review: All code changes require peer review and approval before merging.
4.2. Secrets Management.
We utilize enterprise-grade secrets management tools to inject credentials at runtime. Secrets, tokens, and API keys are never stored in version control systems.
4.3. Vulnerability Management.
Systems and dependencies are regularly scanned for known Common Vulnerabilities and Exposures (CVEs). Security patches are applied according to internal severity-based timelines (e.g., Critical patches within 48 hours). The Company maintains controls designed to reduce software supply chain risk, including verification of dependencies, controlled build pipelines, and artifact integrity protections.
4.4. Penetration Testing.
The Company engages independent third-party security firms to conduct periodic penetration testing. Material findings are tracked through remediation workflows, and a summary is available to Enterprise customers upon request.
5. OPERATIONAL SECURITY
5.1. Personnel Controls.
Screening: Where legally permissible, personnel with access to sensitive systems undergo background screening proportionate to their role.
Confidentiality: All employees and contractors are bound by strict NDAs and confidentiality obligations.
5.2. Device Security.
Work devices used to access production resources are managed via Mobile Device Management (MDM) and are subject to full-disk encryption, endpoint protection (EDR), and remote wipe capabilities.
5.3. Vendor Risk Management.
The Company maintains a vendor management program to ensure third-party sub-processors meet our security standards. All third-party providers undergo a security evaluation before processing Customer Data.
6. MONITORING & INCIDENT DETECTION
6.1. Logging & Audit Trails.
Centralized Logging: System, application, and access logs are aggregated in a secure, centralized repository.
Immutability: Logs are protected against tampering to ensure audit integrity.
Privileged Access: All administrative actions within the production environment are logged and attributable to specific users.
Retention: Logs are retained in accordance with internal retention policies and security requirements.
6.2. Detection & Alerting.
The Company utilizes automated monitoring tools to detect anomalies, intrusion attempts, and suspicious behavior. Security alerts are routed for continuous monitoring and timely triage.
6.3. Capacity Planning.
Critical infrastructure is continuously monitored, with automated capacity planning processes designed to anticipate growth, maintain performance, and support platform resilience.
7. SHARED RESPONSIBILITY MODEL
7.1. Division of Responsibility.
Security is a shared partnership. The Company secures the Platform infrastructure, while the Customer secures their usage of it.
The Company is Responsible For:
Platform Infrastructure Security:
Physical Facility Security (managed via Colocation Partners).
Hardware Lifecycle & Sanitization.
Network & Infrastructure Security.
Application Code & Logic.
Platform Vulnerability Patching.
Database Encryption & Backups.
The Customer is Responsible For:
Customer-Controlled Security:
User Identity & Access Management (strong passwords, MFA).
API Key Safeguarding & Rotation.
Endpoint Security (Customer devices).
Data Classification (ensuring uploaded data is appropriate for the Service).
Configuring Role-Based Access Control (RBAC) within the application.
8. COMPLIANCE MAPPING
8.1. Standards Alignment.
The security program is designed to support alignment with recognized industry standards. Depending on the service scope, controls map to:
ISO/IEC 27001 (Information Security Management)
SOC 2 Type II (Security, Availability, Confidentiality)
GDPR & CCPA (Privacy and Data Protection)
OWASP Top 10 (Application Security Standards)
9. SECURITY CONTACT
9.1. Reporting.
Security concerns, vulnerability reports, or incident notifications may be reported to the Company’s security team at: security@pinkdude.com