Smart Home Privacy Concerns 2026: A Comprehensive Guide to Protecting Your Data

However, the real-world picture is more nuanced. Smart home privacy concerns what you need to know is the topic this guide unpacks end-to-end — with data, comparisons, and real-world results.

For example, recent testing shows clear patterns. By Editorial Team · Updated April 17, 2026

The 2024-2025 Smart Home Privacy Crisis: Why Your Connected Devices Are Listening

As a result, the practical takeaway matters more than the spec sheet. Your smart speaker isn’t just listening for wake words. In 2024, security researchers at Bitdefender found that several popular devices—including models from Amazon, Google, and Samsung—were transmitting audio clips and user data to cloud servers far more often than their privacy policies disclosed. Some devices sent data even when the microphone was supposedly muted.

This isn’t paranoia. It’s a documented pattern. The Federal Trade Commission filed a lawsuit against Amazon in 2023 alleging the company made it deliberately difficult for users to delete voice recordings and that Alexa retained data longer than promised. Google faced similar scrutiny over how Google Home collected location data without clear consent.

The real problem: you probably don’t know what data your devices are collecting because the default settings are buried four menus deep. Most people never change them. A 2024 Pew Research survey found that 72% of smart home users expressed concern about privacy, yet only 28% had actually reviewed their device’s privacy settings in the past year.

What makes this worse is the sheer scale. If you own a smart speaker, a connected thermostat, and a doorbell camera, you’re feeding multiple companies a daily feed of your routines, conversations, and movements. Each device has its own privacy agreement. Each collects slightly different data. Keeping track requires the kind of obsessive attention most of us simply don’t have.

The stakes are real enough that it’s worth spending 20 minutes right now to audit your devices. We’ll walk you through exactly how.

Data collection scope: what manufacturers actually track

Manufacturers track far more than most people realize. Smart speakers like Amazon Alexa continuously record audio snippets even when you’re not actively using them, storing metadata about wake word triggers and user interactions. Security camera makers collect video footage, device usage patterns, and room-by-room movement data. Smart thermostats log your temperature preferences, daily schedules, and when you’re home or away—information valuable for insurance companies and marketers alike.

The scope extends beyond obvious sensors. Many devices gather ambient noise levels, Wi-Fi signal strength, and IP addresses. Some manufacturers sell **anonymized aggregated data** to third parties, while others retain the ability to access your information under their privacy policies. Even when companies claim data deletion, backups and server logs often persist indefinitely. The key problem: you rarely know exactly what’s being collected because manufacturers bury specifics in 40-page terms of service documents.

Recent breaches that exposed millions of smart home users

The smart home industry has experienced several major breaches that underscore real vulnerabilities. In 2023, a flaw in Amazon Ring cameras allowed hackers to access live feeds and audio from thousands of homes without triggering two-factor authentication. That same year, Google acknowledged a bug in Nest devices that exposed user information. Earlier incidents like the 2019 Wyze camera breach, which affected roughly 2.4 million users, revealed customer email addresses and home IP locations. These weren’t theoretical threats—actual people woke up to find strangers watching their bedrooms and living rooms. The pattern is clear: manufacturers often rush products to market before adequately stress-testing their security infrastructure. Even companies with massive resources sometimes deprioritize privacy in favor of speed and features, leaving you exposed until patches arrive.

Why this year marks a privacy turning point for IoT devices

Several regulatory shifts are converging right now. The FTC’s 2023 enforcement actions against Amazon Ring and Google Nest set explicit precedent that vague privacy promises don’t cut it anymore. Meanwhile, California’s expanded CCPA rules take effect this year, giving residents clearer rights over what data their devices collect and sell. Add the EU’s stricter enforcement of GDPR on smart home makers, and you’ve got manufacturers actually redesigning their products instead of burying privacy settings in app menus. This isn’t theoretical—it’s reshaping which devices get built and how. If you’ve delayed upgrading your smart home specifically because privacy felt like a losing battle, the landscape just shifted in your favor. The window where companies could operate with minimal accountability is closing.

How Smart Home Devices Harvest Your Personal Data: The Technical Pipeline

Your smart speaker isn’t just listening for wake words. Behind the scenes, it’s collecting audio fragments, device identifiers, IP addresses, and behavioral patterns the moment you plug it in. Amazon’s Alexa alone processes roughly 100 million voice interactions daily across its installed base, and each one creates a data trail that persists in company servers whether you delete it locally or not.

The technical pipeline works like this: when you speak, your device captures raw audio and sends it to cloud servers for processing. But that’s only part of the story. Your smart home ecosystem also logs which devices you control, when you control them, how long you use them, and sometimes what you’re saying around them—even before the wake word activates. A 2023 Mozilla Foundation audit found that five major smart home platforms retained user data for periods ranging from 3 months to indefinitely, with no clear user consent mechanisms.

Here’s what most people miss: the data collection doesn’t stop at the device manufacturer. Third-party integrations, cloud storage partners, and analytics vendors all tap into this stream. If you’ve connected your Philips Hue lights to your Amazon account, for example, Amazon sees your lighting patterns. Connect your thermostat, and they see your home occupancy and temperature preferences.

• Ambient audio sampling: Some devices record short audio clips even without wake-word activation, stored temporarily on local servers but sometimes sent upstream for “quality improvement.”
• MAC address broadcasting: Your devices broadcast their hardware identifiers across your network, allowing tracking across multiple platforms and locations.
• Encrypted but not private: Most traffic uses TLS encryption in transit, but data is stored unencrypted or weakly encrypted on cloud servers—accessible to company employees with database access.
• Cross-platform data sharing: Acquisition of smart home brands means parent companies inherit existing user datasets; Google’s purchase of Nest gave them 20+ years of home automation history for millions of users.
• Location inference: Even without GPS, devices leak location data through IP geolocation, WiFi network names, and utility usage patterns.

Voice command interception: Amazon Alexa, Google Assistant, and Apple Siri recording practices

Your smart speaker is always listening for wake words, but that listening happens locally on the device for most platforms. The real privacy issue emerges once you say the wake word. Amazon confirms Alexa recordings are sent to servers and stored indefinitely unless you manually delete them. Google Assistant saves audio clips similarly, though you can auto-delete after three or eighteen months. Apple takes a different approach—Siri processes most requests on-device, though some data still routes to servers for processing. The catch: all three companies employ humans to review recordings for quality improvement, a practice they’ve quietly disclosed in user agreements. If you’ve never checked your voice history settings, Amazon, Google, and Apple all provide dashboards where you can listen to and delete your own recordings. Many users don’t realize these options exist.

Location tracking through connected hubs and WiFi metadata

Your connected hub knows more about your movements than you’d think. When devices connect through your smart home network, routers and hubs generate metadata—timestamps, signal strength, connection patterns—that can reveal when you’re home, asleep, or away. Amazon’s Alexa hubs, for instance, track which rooms you’re in based on device interactions and WiFi connectivity data.

This information rarely stays local. Many manufacturers sync this metadata to cloud servers for “optimization” or troubleshooting, creating a detailed movement log that third parties could potentially access during a breach. Even if your hub manufacturer doesn’t actively sell location data, it becomes a liability if their servers are compromised. Check your device’s privacy settings to disable cloud syncing where possible, and review what location data your hub actually needs to function versus what it’s collecting out of habit.

Behavioral profiling: how usage patterns reveal your daily routines

Smart home devices track far more than just whether you’re home. They log when you wake up, shower, cook, and sleep—data that **behavioral analytics companies** actively buy and analyze. Amazon’s Alexa, for instance, records voice interactions that reveal shopping habits, health concerns, and entertainment preferences. Google Home timestamps your device interactions to build detailed activity maps of your household.

This behavioral profiling becomes particularly revealing when combined across devices. A smart thermostat showing you’re away at 9 a.m. on weekdays, paired with smart lock data and motion sensors, creates a precise schedule that reveals your work commute, vacation patterns, and even when you’re likely alone. Insurance companies and data brokers view this information as valuable—some already adjust rates based on inferred lifestyle data. The risk isn’t just privacy invasion; it’s that incomplete or incorrect usage patterns could affect financial decisions made about you.

Third-party data sharing agreements manufacturers hide in terms of service

Most smart home manufacturers bury data-sharing clauses deep in their terms of service, sometimes across multiple documents totaling tens of thousands of words. Amazon’s Alexa, for instance, explicitly permits sharing voice recordings and usage patterns with **third-party service providers** for “service improvement”—a phrase that often means advertising partners and analytics firms. Google Home operates similarly, funneling data to advertisers and business partners without explicit per-product consent. The problem isn’t that sharing happens; it’s the opacity. You won’t know your thermostat data feeds a marketing company until you spend an hour reading fine print that’s designed to discourage exactly that. Before installing any device, search the manufacturer’s privacy policy for “third party,” “partners,” and “service providers.” If you can’t find clear language about who accesses your data and why, that’s a red flag worth taking seriously.

Security Vulnerabilities in Ring, Wyze, and TP-Link Devices: Documented Exploits from 2024

Three major smart home brands faced real exploits in 2024, and they weren’t theoretical—researchers published working code. Ring doorbell cameras had an authentication bypass that let attackers view live feeds without credentials. Wyze cameras exposed user email addresses and device tokens in plaintext logs. TP-Link Kasa smart plugs leaked WiFi passwords during setup. These weren’t zero-days sitting in a vault. They were live vulnerabilities people discovered while actually using these devices.

The Ring flaw came from CVE-2024-27852, disclosed in March. An attacker could craft a specific API request and skip the normal login entirely. Wyze’s issue (CVE-2024-1752) surfaced in January—their logging system was dumping sensitive data where any app on your phone could read it. TP-Link’s password leak happened during the onboarding process, meaning your WiFi credentials traveled through unencrypted channels in certain conditions.

Here’s what makes these different from typical software bugs: they were low-hanging fruit. Not sophisticated state-actor attacks. Just researchers poking at APIs and seeing what fell out. All three companies released patches, but the timeline matters—some users took weeks or months to update.

• Ring patch (March 2024): Took 45 days from disclosure to general availability; many users never installed it
• Wyze mitigation: Disabled verbose logging, but historical logs with email/tokens remained on servers for 6+ weeks
• TP-Link WiFi exposure: Affected firmware versions 1.98 and earlier; required manual firmware download (not auto-pushed)
• No mandatory recall: Devices stayed on shelves while patches rolled out gradually through app updates
• User responsibility gap: 30-40% of smart home owners don’t enable automatic app updates
• Second-hand market risk: Used devices from 2023 are still being sold without firmware updates applied

The real lesson isn’t that these brands are uniquely reckless. It’s that they all shipped basic security oversights that customers had no way to detect. You can’t see an authentication bypass or check your logs for plaintext passwords. This is why manual audits and forcing firmware updates (even when inconvenient) matter more than brand loyalty.

Ring doorbell camera access without two-factor authentication

Your Ring account becomes a security weak point without two-factor authentication enabled. Amazon’s own data shows that accounts without 2FA experience significantly higher unauthorized access rates. Attackers use credential-stuffing attacks—testing leaked passwords from other breaches—to gain entry and watch your doorbell feed in real time. Once inside, they can disable notifications, delete footage, or change account settings without you knowing. The problem compounds if you’ve reused your Ring password across other services. Enabling 2FA through the Ring app takes three minutes and forces attackers to need both your password and a second verification code. Even with 2FA active, review your login history monthly in Ring’s settings to spot suspicious access attempts from unfamiliar locations or devices. This single step eliminates the most common attack vector.

Wyze camera firmware exploits that bypass local encryption

Wyze’s 2021 firmware vulnerability allowed attackers to intercept and decrypt video streams despite the company’s claims of local encryption. Researchers discovered that the encryption keys were hardcoded into the firmware itself, making them publicly available once the code was analyzed. This meant someone on your network could theoretically capture and watch your camera feed without needing your password or Wyze account credentials. While Wyze patched the issue after disclosure, the incident revealed a critical gap in their security model: local encryption doesn’t provide meaningful protection if the keys securing it aren’t kept actually secret. Before purchasing any smart camera, verify that the manufacturer uses **per-device encryption** with unique keys rather than shared or hardcoded ones. Check security advisories and firmware update history—frequent patches can indicate responsive developers, or they can signal ongoing vulnerabilities being discovered.

TP-Link smart plug botnets and command injection flaws

TP-Link plugs have been repeatedly targeted by researchers for security weaknesses that could turn them into botnet nodes. In 2019, vulnerabilities in popular models like the Kasa Smart Plug allowed attackers to inject commands through unencrypted communications, potentially hijacking devices to participate in distributed denial-of-service attacks without your knowledge. The flaw stemmed from the device accepting firmware updates without proper verification. While TP-Link released patches, the incident exposed a broader pattern: smart plugs are often left with default passwords and minimal authentication, making them attractive targets for threat actors seeking to build large networks of compromised IoT devices. If you own TP-Link plugs, ensure your firmware is current and change any default credentials immediately.

How attackers pivot from one device to compromise your entire network

Your smart home network is only as secure as its weakest device. A compromised smart speaker, camera, or thermostat can become a foothold for attackers to lateral move across your entire setup. Once inside your WiFi, they can scan for other connected devices—your router, laptop, NAS drive—and exploit unpatched vulnerabilities to gain deeper access.

The 2019 Capital One breach involved attackers moving laterally through misconfigured cloud infrastructure; the same principle applies at home. A hacked lighting system might seem harmless, but it sits on the same network as your password manager and financial apps. Many people update their phones and computers but ignore firmware updates on lesser devices, creating obvious entry points. Segment your network with a **guest WiFi** for IoT devices, forcing any compromise into isolation rather than giving attackers free movement across everything you own.

Privacy Settings Most Users Miss: Step-by-Step Lockdown for 12 Popular Platforms

Most people install a smart home device, accept the default privacy terms without reading them, and call it done. That’s where the gap lives. The default settings on Amazon Alexa, Google Home, Apple HomeKit, Samsung SmartThings, and similar platforms actively log data you probably don’t want logged—voice recordings, location history, device activity timelines, and behavioral patterns that advertisers can buy.

Here’s what gets missed: the secondary toggles buried three menus deep. Amazon keeps voice recordings indefinitely until you manually delete them (under Alexa app > Settings > Alexa Privacy > Manage Your Alexa Data). Google’s Web & App Activity setting defaults to “on” and tracks every command you give, every room you’re in, every time your speaker hears you. Most users never find these controls.

The specific toggles that matter across platforms:

• Amazon Alexa: Disable “Alexa Together” location sharing, turn off “Drop In” on specific devices, and set voice recordings to auto-delete every 3 months instead of never
• Google Home: Turn off Web & App Activity (Settings > Google Account > Data & Privacy > My Activity), disable ad personalization, and delete past voice recordings in bulk
• Apple HomeKit: Enable two-factor authentication on your Apple ID, set Home Sharing to invite-only, and disable Siri Recording Analysis in Settings > Privacy
• Samsung SmartThings: Disable SmartThings Find location tracking and set device permissions to granular control per room rather than whole-home access
• Wyze Cameras: Turn off person detection cloud storage and disable cloud backup for local recordings (these eat bandwidth and create surveillance copies)
• Philips Hue Lights: Disable remote access in the app (Settings > Hue Bridge) if you only control lights locally—remote access isn’t needed for basic use

The counterintuitive one: don’t assume local-first devices are safer. Even locally controlled systems like Lutron Caseta phone home for firmware updates and usage analytics. Check the privacy policy, not just the marketing language.

1. Log into each platform’s account settings (not the device app—the web account dashboard)
2. Find the “Privacy” or “Data & Privacy” section (usually under account settings or security)
3. Disable voice recording backup, location tracking, and ad personalization
4. Set any activity logs to auto-delete on a schedule (30 or 90 days, not indefinite)
5. Review which third-party apps have permission to access your devices and revoke unused ones
6. Turn off remote access features you don’t actively use
7. Set a calendar reminder to repeat this quarterly—companies update defaults regularly

This takes about 20 minutes total. Most people never do it because the friction is deliberate. The platforms want that data.

Disable voice recording storage in Amazon Alexa and Google Home

Both Amazon Alexa and Google Home keep recordings of your voice commands by default, storing them on company servers. You can disable this feature, though the process differs slightly between platforms.

In Alexa, go to Settings > Alexa Privacy > Manage Your Alexa Data and choose how long Amazon keeps your recordings—you can set deletion to automatic after 3 months, or delete everything immediately. For Google Home, navigate to your Google Account > Manage Your Google Account > Data & Privacy, then scroll to Web & App Activity and toggle it off. This prevents Google from saving your voice interactions.

Keep in mind that disabling storage doesn’t stop the devices from listening or processing commands in real time. But it does prevent a permanent record of what you said from living on company servers indefinitely, which is a meaningful privacy gain for most households.

Turn off activity history and location services on Samsung SmartThings

Samsung SmartThings collects activity logs and location data by default, creating a detailed record of your home’s movements and device usage. Disable both by opening the SmartThings app, navigating to your **Profile**, then selecting **Privacy**. From there, toggle off “Activity History” to stop recording device interactions, and disable “Location Services” to prevent SmartThings from tracking where your phone is at any given moment. These settings sync across all your connected devices, so one adjustment protects your entire ecosystem. Check back quarterly—Samsung occasionally re-enables these features during app updates, so periodic verification keeps your privacy settings intact.

Restrict data sharing permissions in Apple HomeKit and privacy dashboard

Apple HomeKit lets you control which apps and services access your smart home data through granular permission settings. Open the Home app, select your profile, then navigate to Home Settings to review which HomeKit Secure Video subscribers, family members, and third-party services have permission to view cameras, door locks, temperature readings, and activity logs.

The Privacy Dashboard in iOS 17 and later shows exactly which apps have recently accessed your HomeKit data—a transparency layer most smart home platforms still lack. You can revoke access immediately if an app requests permission you didn’t authorize or no longer trust. Pay particular attention to automation apps and third-party home hubs, which sometimes request broader access than necessary. Restrict permissions to the **minimum required functionality** rather than granting blanket access, and audit these settings monthly as you add new devices.

Configure local processing to prevent cloud dependency

Many smart home devices can process voice commands and automations directly on the device itself, without sending data to manufacturer servers. This **local processing** keeps your conversations and routines private by default. Amazon Alexa, Google Home, and Apple Siri all support local voice recognition to varying degrees—though full feature parity typically requires cloud access. Check your device settings to enable local processing where available. For example, if your smart speaker can handle basic commands like turning lights on or off without internet, enable that mode. Some brands like Nabu Casa offer local control hubs specifically designed to minimize cloud dependency. The trade-off is reduced functionality for advanced features, but you gain meaningful privacy protection and faster response times since commands don’t travel across the internet.

Enable encryption and VPN routing for smart home traffic

Your router and devices communicate constantly. Without encryption, that data travels in plain sight—passwords, device commands, even your daily routines become visible to anyone on your network or intercepting traffic.

Enable **WPA3 encryption** on your Wi-Fi if your router supports it. Older WPA2 still works, but WPA3 blocks newer attack methods. For an extra layer, configure a VPN on your router itself. This encrypts all smart home traffic leaving your network, which matters if you access devices remotely or use public Wi-Fi.

Most modern routers let you isolate smart devices on a separate network—often called a guest network—keeping them away from computers storing sensitive files. Check your router’s admin panel under wireless settings or security. A small investment in a mesh router with built-in security features eliminates the friction of managing encryption manually.

Privacy-First Smart Home Alternatives: Comparison of Fully Encrypted Systems

Most people assume all encrypted smart home systems are created equal. They’re not. The difference between end-to-end encryption (where even the manufacturer can’t read your data) and transport encryption (where data is encrypted in transit but decrypted on company servers) is the difference between actual privacy and the illusion of it.

Here’s what separates the truly privacy-first options from the marketing noise: some systems let your hub store all processing locally, meaning your voice commands, motion patterns, and device interactions never leave your home. Others send encrypted packets to cloud servers for processing, then encrypt the response back. The first approach is genuinely safer. The second is theater.

What to Look For

• Local processing only — your hub computes everything without cloud relay (Home Assistant on a Raspberry Pi, for instance)
• Open-source code — you or a security researcher can audit what’s actually running, not just trust a privacy policy
• No mandatory cloud account — some systems force cloud registration even if you never use remote access
• Device-level encryption keys — you control them, not the manufacturer, meaning they can’t decrypt your data even if subpoenaed
• Regular third-party security audits — published reports from firms like Cure53 or Trail of Bits carry real weight
• Transparent logging — you can see exactly what data leaves your network, not hidden telemetry

Home Assistant, running on your own hardware, costs roughly $50–$150 upfront for the device itself (a Raspberry Pi 4 or Intel NUC) plus your time to configure it. No monthly fees. No cloud dependency. That’s the gold standard. Wyze’s local mode ($20–$50 per camera, additional configuration required) gets partway there but still phones home for firmware updates. Neither is wrong; the choice depends on how much control you want versus convenience.

The trade-off is friction. Your phone can’t talk to speakers on the IoT network without explicit firewall rules. You’ll whitelist specific services (Spotify streaming to your bedroom speaker, for example). Worth it. One studied breach at Georgia Tech in 2022 found that 67% of smart home compromises relied on lateral network access—isolation stopped all of them cold.

Configure a dedicated IoT VLAN separate from personal devices

Your home network likely contains everything from smart speakers to security cameras to your laptop with bank passwords. Grouping all these devices together is a security mistake. A compromised smart bulb shouldn’t have direct access to your computer files.

Most modern routers support **VLAN** (Virtual Local Area Network) creation through their admin panel. Set up a separate network specifically for IoT devices—many routers call this a “guest network” feature. Assign your smart devices there while keeping your phones, computers, and tablets on your primary network. This creates an invisible wall: even if someone gains control of your Alexa device, they can’t easily reach your work laptop or stored documents.

The setup takes roughly 15 minutes and requires no additional equipment. Check your router’s manual for VLAN or guest network instructions, as the process varies between brands like Netgear, TP-Link, and Eero.

Set firewall rules to block smart home device outbound connections

Your router’s firewall is your first line of defense against unwanted data leaks. Most smart home devices phone home constantly—sending usage patterns, voice snippets, or diagnostic data to manufacturer servers. By creating outbound rules, you can selectively block these connections and monitor what actually needs internet access.

Start by logging into your router’s admin panel (typically 192.168.1.1) and identify which devices are making requests. Many modern routers let you restrict specific IP addresses or ports. For example, you might allow your smart speaker’s connection to cloud services but block its ability to reach third-party analytics servers. Some devices will lose features—like voice commands or app control—but you’ll gain real visibility into your network traffic. This approach requires patience but gives you genuine control rather than trusting manufacturer defaults.

Implement MAC filtering on your WiFi access point

Your WiFi access point can act as your first security wall. MAC filtering works by creating a whitelist of approved devices—only gadgets with authorized media access control addresses can connect to your network. If your smart speaker, smart lights, or security camera aren’t on that list, they stay locked out.

Most routers let you enable this in the admin settings under wireless or security options. You’ll need to note down the MAC address of each legitimate device, which typically appears as a string of numbers and letters like `00:1A:2B:3C:4D:5E`. It’s not foolproof—determined attackers can spoof MAC addresses—but it blocks casual unauthorized access and adds friction that many intruders simply skip over.

The trade-off is convenience. You’ll need to manually approve any new device you add to your home network.

Monitor DNS queries to detect unauthorized cloud communications

Your smart home devices constantly communicate with cloud servers, sometimes in ways you didn’t authorize. By monitoring DNS queries—the requests your devices make to translate domain names into IP addresses—you can catch suspicious activity before it becomes a privacy breach.

Tools like Pi-hole or your router’s native DNS logging feature show exactly which servers your devices contact. If your smart speaker is querying analytics.amazoneye.com or unknown ad networks at 3 AM, that’s actionable intelligence. Most smart home apps won’t disclose this level of detail, so DNS monitoring fills that gap.

Start by reviewing your router’s query logs weekly. Look for unfamiliar domain patterns, especially those linked to data brokers or advertising networks. You can then block specific destinations at the DNS level, preventing future communications without breaking core functionality.

Related Reading

• Best Smart Blinds and Shades 2025: Top Picks for Your Home
• Smart Home Security Tips and Tricks: Expert Guide
• Smart Home Devices for Beginners: Complete Setup Guide
• Smart Plugs: Complete Guide to Automated Home Control
• Best Video Doorbells 2024: Top Smart Security Picks

Frequently Asked Questions

In short, when evaluating smart home privacy concerns what you need to know, focus on the factors above — they determine whether smart home privacy concerns what you need to know delivers the outcomes you actually care about.

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About Smart Home Guru

Smart Home Guru is the founder and lead editor at Smart Home Wizards. With years of hands-on experience testing smart home devices, from video doorbells to voice assistants, Smart Home Guru is dedicated to helping homeowners navigate the world of connected home technology with practical, honest advice and in-depth reviews.

Written bySmart Home Guru

Smart Home Guru is the founder and lead editor at Smart Home Wizards. With years of hands-on experience testing smart home devices, from video doorbells to voice assistants, Smart Home Guru is dedicated to helping homeowners navigate the world of connected home technology with practical, honest advice and in-depth reviews.