Security Protocol & Implementation Guide

1. Introduction & Scope

This guide outlines the standard operating procedures for deploying CyberVault's Security Operations Platform across enterprise environments. It covers initial provisioning, zero-trust authentication workflows, SOC integration, and automated incident response playbooks.

The platform operates on a zero-trust architecture, meaning every component, user session, and API call must be continuously authenticated and authorized. Privileged access management (PAM) is enforced by default.

2. Prerequisites

Before initiating deployment, ensure your environment meets the following baseline requirements:

• Network: Dedicated VLAN or VPC with outbound TLS 1.3 connectivity to api.cybervault.io and soc.cybervault.io
• Compute: Minimum 4 vCPUs, 16GB RAM per collector node
• Storage: 500GB+ NVMe for local buffer/logs (SSD acceptable)
• OS: RHEL 8+, Ubuntu 22.04 LTS, or Windows Server 2022
• Identity Provider: SAML 2.0 or OIDC compatible (Okta, Azure AD, Keycloak)

3. Initial Deployment

3.1 Authentication & MFA Configuration

All administrative access requires hardware-backed MFA. Configure your identity provider to route authentication through CyberVault's secure gateway.

[auth.oidc]
enabled = true
issuer = "https://auth.yourcompany.com"
client_id = "cybervault-enterprise"
client_secret = "${VAULT_CYPHERTEXT}"
scopes = ["openid", "profile", "email", "groups"]

[mfa]
policy = "required"
types = ["totp", "webauthn", "fido2"]
lockout_threshold = 5
lockout_duration = "30m"

3.2 API Key Rotation & Scoping

Service accounts should use scoped API keys with minimum required permissions. Keys are bound to IP allowlists and expire after 90 days by default.

# Generate a scoped read-only key for log ingestion
$ cvault keys create \
  --name "log-collector-01" \
  --scope "logs:read,metrics:write" \
  --ip-whitelist "10.0.50.0/24" \
  --expiry "90d" \
  --output json

4. Dashboard Configuration & Policy Rules

Once agents are deployed, navigate to SOC Dashboard → Detection Engine to configure your policy rules. CyberVault uses a declarative YAML-based rule syntax.

rule: anomalous_privilege_escalation
severity: critical
enabled: true
trigger:
  window: 5m
  condition: |
    count(distinct(user_id)) > 100 
    AND process.name matches "(sudo|psexec|wmic)" 
    AND destination.port == 445
action:
  - isolate_endpoint
  - notify_soc_channel
  - capture_memory_dump
  - block_network_segment

Rules are compiled into eBPF programs and executed in kernel space for sub-millisecond detection latency. Test rules in --dry-run mode before production deployment.

5. Incident Response Workflow

When a critical threshold is breached, CyberVault automatically executes a containment playbook. The standard workflow follows NIST SP 800-61 Rev. 2 guidelines:

1. Detection: SIEM/SOAR correlates events across endpoints, cloud workloads, and network telemetry.
2. Validation: AI classifier scores confidence (0.0–1.0). Scores ≥ 0.85 trigger automated response.
3. Containment: Network micro-segmentation isolates affected hosts. Immutable snapshots are captured.
4. Eradication: Malicious processes terminated, persistence mechanisms purged, credentials rotated.
5. Recovery & Post-Mortem: Systems restored from verified clean state. Full forensic report generated automatically.

6. Compliance & Audit Logging

Every administrative action, rule change, and data export is recorded in an immutable audit trail compliant with SOC 2 Type II, ISO 27001, and GDPR Article 30 requirements.

To export audit logs for quarterly reviews:

$ cvault audit export \
  --start "$(date -d '90 days ago' +%Y-%m-%d)" \
  --end "$(date +%Y-%m-%d)" \
  --format csv \
  --sign-key /opt/keys/compliance_rsa.pem \
  --output /var/audit/cybervault_q4_2024.csv

Files are SHA-256 signed and include tamper-evident chain hashes. Verify integrity using the provided verification utility.

7. Troubleshooting & Support

Common deployment issues and their resolutions:

• Agent fails to register: Verify outbound connectivity to port 443. Check TLS certificate chain. Run cvault agent diagnose --verbose
• High false positive rate: Adjust confidence_threshold in detection engine config. Enable learning_mode for 48 hours to baseline normal behavior.
• API rate limiting (429): Implement exponential backoff. Review token scope; ensure you're not polling unnecessary endpoints.
• Compliance export mismatch: Check NTP synchronization. Audit logs require <500ms clock drift.

For further assistance, submit a ticket via the Support Portal with your tenant ID and relevant log snippets. Enterprise clients receive 15-minute SLA response for Priority 1 incidents.