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About Marcus Webb — Smart Home Network

MW
Portland, Oregon

About Marcus Webb

Network engineer, Linux home lab builder, and the person behind every review on Smart Home Network.
200+
Devices Tested
6yr
Home Lab Running
8yr
Network Engineering
36
Product Categories

Who I Am

My name is Marcus Webb. I am a former managed services network engineer based in Portland, Oregon. For eight years I designed, deployed, and maintained enterprise networks for businesses across the Pacific Northwest. In 2019 I went independent and consequently started focusing on what I had always done on weekends — building and testing things in my home lab.

Smart Home Network is where I document what I learn. Furthermore, every review on this site comes from a product I have actually installed, configured, and used in a real home environment. Not a controlled lab. Not a test bench. My actual house, with real walls, real interference, and real consequences when something does not work.

Why This Site Exists

When I started building out my home network seriously in 2018, I could not find reviews that addressed what I actually cared about. Most smart home review sites are written by journalists who spend two days with a product before publishing. They test whether the app works and check if Alexa responds. However, they do not test what happens when you try to integrate the device with Home Assistant, or whether the manufacturer’s cloud has gone down three times in the past year.

As a result, I wanted reviews written by someone who installs these devices the same way I install them — on a segmented IoT VLAN, with local DNS resolution, and with the expectation that the device needs to keep working if the internet goes down. That site did not exist, so I built it.

I have a specific lens on smart home gear that most reviewers do not have. I care about Linux compatibility, local control, what happens when the internet goes down, and whether a device will still work in five years when the manufacturer discontinues the cloud service. Those are the questions I answer that most reviewers never ask.

Eight Years of Enterprise Networking

My professional background gives me a significant advantage when reviewing home networking gear. During my eight years in managed services, I configured hundreds of enterprise firewalls, deployed WiFi systems in challenging environments like concrete warehouses, and managed multi-site networks for clients across Oregon and Washington. Consequently, when I test a home router, I am not impressed by marketing claims about speed. Instead, I look at the same things I looked at in enterprise environments — reliability under load, firmware update cadence, and whether the device gives you meaningful diagnostic information when something goes wrong.

My Testing Approach

Every Product Gets a Real Installation

I do not review products from a press kit. Every product I review has been purchased or borrowed long-term and installed in a real home environment. Routers go into my network rack. Smart switches get wired into my panel. Security cameras go on my actual house. Additionally, NAS devices run in my server cabinet alongside production workloads — not in a clean test environment.

I Test What Reviewers Skip

Beyond the standard unboxing and app setup, I specifically test Linux compatibility and Home Assistant integration quality. Furthermore, I check RTSP and local stream availability for cameras, local control fallback behavior when internet goes down, and firmware update frequency over six months of ownership. These are the factors that determine whether a device is actually useful long term. In contrast, most reviewers stop at whether the companion app is attractive.

I Am Honest About Failures

Some products I test do not make it into published reviews because they failed too badly to be worth recommending at any price. When a product makes it to publication, the review includes genuine weaknesses — not hedged language like “some users may find” but specific failures I encountered during installation or daily use. For example, if a product bricked itself during a firmware update, I say so directly. Moreover, if a device’s cloud service went down twice during my testing period, that appears in the review with dates.

What the Home Lab Actually Looks Like

Everything I review gets tested on a real production home network — not a simplified test environment. Here is what that network consists of. All networking infrastructure runs on equipment from Ubiquiti and pfSense.

🖥️

Proxmox Cluster

Four-node Proxmox VE cluster running Home Assistant, pfSense, Pi-hole, and various Docker containers for network services.

💾

Synology NAS

24-bay Synology running Surveillance Station for camera NVR, Plex for media, and offsite backup via Hyper Backup.

🔐

pfSense Router

Protectli Vault running pfSense with VLAN segmentation — separate networks for IoT, trusted devices, servers, and guest WiFi.

📡

UniFi WiFi

Ubiquiti UniFi access points throughout the house, managed via UniFi Network Controller running on Proxmox.

🏠

Home Assistant

Full Home Assistant installation with Zigbee2MQTT, Z-Wave JS, and custom integrations for devices without official support.

UPS Protection

APC rack-mount UPS on the server cabinet and CyberPower units on networking gear — because Portland power is not always reliable.

What I Actually Care About

Every review I write is filtered through the same set of questions. These are the factors that separate genuinely good smart home gear from products that look impressive in a YouTube unboxing and fail six months later. Consequently, my reviews cover things most sites never mention.

🔌

Local Control — Does It Work Without the Cloud?

I always test what happens when I block a device’s internet access entirely. If the device becomes a brick, that is a significant mark against it. Furthermore, the best smart home devices degrade gracefully — they still work locally even when their cloud is unavailable.

🐧

Linux Compatibility — Does It Play Nice With Home Assistant?

Most review sites test with Alexa or Google Home. In contrast, I test with Home Assistant, Zigbee2MQTT, and direct API integration. If a device works only through a proprietary cloud with no local API, I say so clearly.

📅

Longevity — Will It Still Work in Three Years?

I track manufacturer behavior over time. For instance, have they killed cloud services on previous products? How often do they push firmware updates? These patterns matter more than specs, and they are patterns you can only spot if you follow the industry long term.

🔒

Security — What Is It Actually Sending Out?

Running pfSense means I can see exactly what every device on my network communicates with. Some budget smart home devices phone home to unexpected servers at unexpected intervals. As a result, I note this in reviews when it is relevant to the buying decision.

How I Got Here

01
2011–2019

Eight Years in Managed Services Network Engineering

Designed and maintained enterprise networks for small and mid-size businesses across Portland and the Pacific Northwest. Specialized in firewall configuration, VLAN segmentation, and WiFi deployments in challenging environments like warehouses and concrete construction.

02
2018

Started the Home Lab Seriously

Moved into a house with a proper basement and wired it with Cat6 throughout. First NAS, first Proxmox node, first UniFi access point. The lab has consequently been growing and changing ever since.

03
2019

Switched to Home Assistant

Migrated from SmartThings after the third major outage in six months took down automations I relied on. The switch to local processing via Home Assistant changed how I think about smart home reliability entirely. Furthermore, it changed what questions I ask when reviewing new gear.

04
2020

Built Smart Home Network

Started publishing reviews after realizing there was no resource that answered the specific questions I cared about — Linux compatibility, local control, and long-term reliability of smart home gear.

05
2026

200+ Devices Tested Across 36 Categories

Smart Home Network now covers every major smart home and home networking category. As a result, new reviews are published every week based on ongoing home lab testing.

Start With the Buying Guides

The Linux Home Networking Guide is the best starting point — it covers routers, switches, NAS, and smart home integration from the ground up.