Skip to main content
BuruOps Information Security and Cyber Resilience
TECHNICAL MEASURES • UK GDPR ARTICLE 32 • ISO 27001 ALIGNED

Information Security & Cyber Policy

As an elite cybersecurity engineering laboratory, BuruOps enforces the highest technical and organizational safeguards across all systems, client deliverables, and research pipelines to guarantee the Confidentiality, Integrity, and Availability of sensitive data.

Inspect Technical Measures (TOMs) Vulnerability Disclosure Compliance Portal
ENCRYPTION TRANSIT
TLS 1.3 / HSTS
ChaCha20 / AES-GCM
ENCRYPTION REST
AES-256-GCM
Hardware KMS Envelope
IDENTITY ASSURANCE
FIDO2 / WebAuthn
Hardware Keys Enforced
ICO BREACH SLA
72 Hours
Client Alert: <24h

1. Technical & Organisational Measures (TOMs)

Pursuant to Article 32 of the UK GDPR, BuruOps implements state-of-the-art technical architecture to mitigate risk to data subjects and corporate clients:

Zero-Trust Network Mesh

Internal compute and telemetry clusters are never exposed to the public Internet. Inter-service traffic routes exclusively through an authenticated WireGuard mesh with mutual TLS (mTLS) and micro-segmentation.

Hardware MFA Enforcement

Access to production clouds, GitHub organizations, and DNS zones strictly mandates hardware security keys (FIDO2 / WebAuthn YubiKeys). SMS and software TOTP are prohibited as primary factors for privileged accounts.

Immutable Cryptographic Logging

All infrastructure telemetry, administrative SSH sessions, and API calls are streamed to an append-only, tamper-evident object storage vault with write-once-read-many (WORM) retention for forensic integrity.

Ephemeral Client Audit Staging

Client codebase snapshots, memory dumps, and packet captures gathered during security audits are isolated inside encrypted ephemeral ramdisks or dedicated VPCs, permanently purged 30 days post-remediation.

2. Application & Web Edge Security

Our public-facing web infrastructure on buruops.com incorporates defense-in-depth security headers and runtime hardening:

  • Content Security Policy (CSP): Strict directives eliminating inline script injection, unauthorized framed embedding, and cross-site asset execution.
  • Cryptographic Anti-CSRF: Every state-changing form submission is validated against cryptographically salted HMAC tokens tied to an encrypted session cookie.
  • Rate Limiting & L7 Shielding: Adaptive IP-based sliding window rate-limiting to prevent automated credential stuffing and resource exhaustion.
  • Memory-Safe Runtimes: Hardened server configurations running with minimal privileges, dropped capabilities, and read-only container root filesystems.

3. Data Breach Response & ICO Notification Protocol

BuruOps operates a documented Incident Response Plan (IRP) maintained in continuous readiness:

BREACH ESCALATION TIMELINE:
• T+0 to T+2 Hours: Containment, isolation of affected nodes, snapshot of volatile forensic memory.
• T+2 to T+12 Hours: Root cause triage, assessment of potential harm to data subjects.
• T+12 to T+24 Hours: Formal client notification with detailed impact assessment and initial mitigation advisory.
• T+24 to T+72 Hours: Statutory notification to the Information Commissioner's Office (ICO) pursuant to UK GDPR Article 33 if a risk to rights and freedoms is identified.

4. Personnel Security & Continuous Training

All engineers and researchers undergo rigorous background verification, criminal record vetting, and sign comprehensive Non-Disclosure Agreements (NDAs) prior to onboarding. Security training on defensive coding, adversarial prompt injection defenses, and social engineering countermeasures is mandated quarterly.

5. Security Inquiries & PGP Key

To report a suspected security incident, request our compliance SOC2/ISO mapping pack, or communicate with our security team, contact:

BuruOps Security Operations Center