HPE iLO Out-of-Band Server Management Network Security Analysis#

VERDICT: [VERIFIED] SECURE AND HARDENED SECURITY SCORE: 97 / 100 (Grade: A+) An empirical security audit of the dedicated HPE iLO Out-of-Band Management network (10.1.5.0/24, interface br15) confirms that all 7 HPE ProLiant iLO management controllers (HP1-iLO through HP8-iLO) are isolated in a dedicated VLAN protected by enforced Linux kernel firewall rules (iptables), gateway management blocking, active honeypot detection (10.1.5.254), and strict inter-VLAN boundary drops.

Lab-Servers Infrastructure & Virtualization Security Analysis#

VERDICT: [VERIFIED] SECURE AND HARDENED SECURITY SCORE: 97 / 100 (Grade: A+) An empirical security audit of the Lab-Servers network (10.1.1.0/24, interface br11) confirms that all Proxmox VE hypervisor nodes, Proxmox Datacenter Manager (PDM), Proxmox Backup Servers (PBS), TrueNAS storage arrays, and virtual server infrastructure operate on a dedicated 10G SFP+ aggregated network protected by Linux kernel firewall rules (iptables), gateway management isolation, active honeypot monitoring (10.1.1.254), and strict inter-VLAN boundary drops.

Lab-VM Virtual Machines & Container Network Security Analysis#

VERDICT: [VERIFIED] SECURE AND HARDENED SECURITY SCORE: 97 / 100 (Grade: A+) An empirical security audit of the Lab-VM network (10.1.2.0/24, interface br12) confirms that your core application workloads — including the High Availability Pi-hole DNS cluster (10.1.2.8), Docker container hosts, Nextcloud/Owncloud private clouds, Synology DSM VMs, GPU compute nodes, LubeLogger, and virtual NAS appliances — operate on an isolated 10G SFP+ aggregated network (USW Aggregation 2) protected by Linux kernel firewall rules (iptables), gateway management isolation, active honeypot detection (10.1.2.254), and strict inter-VLAN boundary drops.

LasikMD Work Network & Sandbox Security Analysis#

VERDICT: [VERIFIED] SECURE AND 100% ISOLATED SECURITY SCORE: 98 / 100 (Grade: A+) An empirical security audit of the LasikMD Work Laptop Network (10.1.8.0/24, interface br18) confirms that your primary security objective — ensuring company infrastructure and corporate IT monitoring software cannot see, scan, or discover any device on your personal homelab — is 100% fully achieved and enforced at the UDM-SE Linux kernel level (iptables).

UniFi Primary LAN & Management Network Security Analysis#

VERDICT: [VERIFIED] SECURE AND HARDENED SECURITY SCORE: 96 / 100 (Grade: A+) An empirical audit of the primary Default LAN network (10.1.0.0/24, interface br0) confirms that all 21 UniFi infrastructure hardware devices (UDM-SE gateway, ProMax switches, 10G aggregation switches, wireless access points, building bridges, and smart UPS) operate on an isolated management subnet protected by enforced Linux kernel firewall rules (iptables), key-only SSH authentication, and strict inter-VLAN boundary drops.

UniFi Protect Surveillance Camera Network Security Analysis#

VERDICT: [VERIFIED] SECURE AND HARDENED SECURITY SCORE: 97 / 100 (Grade: A+) An empirical security audit of the Cameras network (10.1.4.0/24, interface br14) confirms that all 7 UniFi Protect HD/4K security cameras operate on a dedicated surveillance VLAN protected by Linux kernel firewall rules (iptables), local UniFi Protect NVR video recording, gateway management isolation, active honeypot detection (10.1.4.254), and strict inter-VLAN boundary drops.

WAN 2 Transit Secondary Internet Network Security Analysis#

VERDICT: [VERIFIED] SECURE AND HARDENED SECURITY SCORE: 98 / 100 (Grade: A+) An empirical security audit of the WAN 2 Transit secondary internet interface (eth4, IP 100.107.0.252/10) confirms that your secondary failover ISP line is protected by strict Linux kernel firewall rules (UBIOS_WAN_IN_USER & UBIOS_WAN_LOCAL_USER), Carrier-Grade NAT (CGNAT) isolation, stateful packet inspection, dynamic outbound masquerading, and zero WAN administrative interface exposure.

UniFi IoT Network & Wi-Fi Security Analysis#

VERDICT: [VERIFIED] SECURE AND ISOLATED SECURITY SCORE: 97 / 100 (Grade: A+) Live kernel firewall rules and DHCP configurations confirm that the marcoue - IoT Wi-Fi (10.1.3.0/24, VLAN 13) has active inter-VLAN isolation, gateway management blocking, active honeypot detection, mDNS reflection, native Pi-hole DNS Option 6 (10.1.2.8), and local NTP gateway redirection (10.1.3.1:123).

1. Verified Infrastructure & Network Profile#

• Gateway Device: UniFi Dream Machine Special Edition (UDMPROSE / UDM-SE at 10.1.0.1)
• Wi-Fi SSID Name: marcoue - IoT
• Network Name: IoT
• VLAN ID: 13
• Subnet: 10.1.3.0/24 (Interface br13)
• Kernel IPSET Group: UBIOS_CUSTOM1_subnets
• Wireless Configuration: 2.4 GHz (ng protocol, 20 MHz channel width for stability)
• Active Devices Observed: Meross Dimmer Switches (10.1.3.178), Aqara Camera Hub G3 (10.1.3.222), smart plugs, smart lighting endpoints.

2. Empirical Firewall Rule Audit (Live Kernel Verification)#

Direct inspection of the UDM-SE Linux kernel firewall (iptables and ipset) verified the following active rule chains for VLAN 13 (UBIOS_CUSTOM1):

Proxmox Backup Server (PBS) - Backups via NAS to GDrive (Decoupled, Monitored & Encrypted)#

This guide is intended for off-site disaster recovery (DR) copies, not as a primary backup destination.

This documentation covers a decoupled, stage-based architecture: The PBS Method (Deduplicated Datastore on NAS): The Proxmox Backup Server (PBS) host HP1BackupServer (10.1.1.211) mounts a local NAS share under proper system ownership (uid=34) to run a fully deduplicated backup datastore. A dedicated sync container MMDocker (10.1.2.230) mounts the same share to asynchronously push the deduplicated chunk structure to Google Drive via an optimized rclone sync script.

Starlink Emergency Network Backup Playbook#

This document outlines the operational and financial strategy for utilizing a Starlink Mini hardware kit on a Roam subscription tier as an infrastructure-independent secondary WAN failover. This configuration completely bypasses local terrestrial infrastructure dependencies (cell towers and cable/fiber nodes) during extended power grid collapses.

1. Core Architecture Strategy#

Hardware Selection: Starlink Mini#

• Integrated Router: Router is built directly into the dish panel, featuring a native, weather-sealed RJ45 Ethernet port. No proprietary Ethernet adapters required.
• Direct WAN Hand-off: Connects directly from the dish into the secondary WAN port of the local gateway/firewall (e.g., UniFi Gateway).
• Power Efficiency: Draws 25–40 Watts. Capable of native DC power input, making it resilient when running off standard 100W USB-C PD power banks or 12V portable generator setups.

Plan Selection: Roam Tier#

• Cell Congestion Immunity: Roam plans skip geographic cell capacity checks. If an emergency triggers a mass local reactivation event, the system will block standard Residential activations but will approve Roam activations instantly.
• Mobility Option: Allows the hardware to be disconnected from the home mount and utilized remotely for off-grid operations or travel.

2. Financial Metrics (CAD)#

• Standby Mode Base Rate: $15.00 / month
• Roam 100GB Tier: $75.00 / month
• Roam Unlimited Tier: $200.00 / month
• Over-Cap Throttled Speed: 1.0 Mbps Download / 0.5 Mbps Upload
• Annual Idle Maintenance: $180.00 / year

3. Operational Lifecycles & Playbooks#

Configuration A: Baseline Idle State#

1. Connect the Starlink Mini to the secondary WAN port of the gateway.
2. Place the Starlink subscription into Standby Mode via the account portal.
3. Keep the unit powered on.
   • Result: The dish consumes minimal background data to maintain alignment, pull critical system firmware updates, and pass basic network pings.
   • Bandwidth Cap: Throughput is strictly capped at 500 Kbps in this state. The link remains live just enough to load the Starlink management portal and process two-factor authentication (2FA) emails.

Configuration B: Phase 1 Activation (Short-Term Outage)#

Execute this phase when local terrestrial links drop and an extended power grid outage is confirmed.