The first time I tested one of the newer smart ovens, I ruined a tray of croissants on purpose. Sounds weird, right? I wanted to see whether the oven would actually notice uneven heat the way brands claimed it could. A basic oven probably would’ve blasted the back row into charcoal while leaving the front pale and doughy. But this connected model adjusted airflow halfway through baking, and honestly, that surprised even me. The croissants came out close enough to bakery quality that my neighbor thought I’d bought them from a café down the street.
Home cooks are paying way more attention to cooking precision now, and smart ovens are kind of a big deal in that shift. Not because they magically turn everyone into chefs, but because they quietly fix the small mistakes most kitchens make every single day.
Why So Many Home Cooks Still Burn Food in “Modern” Kitchens
Here’s the thing. Most people blame themselves when food comes out dry, uneven, or weirdly undercooked in the center. But nine times out of ten, the oven deserves at least part of the blame.
Traditional ovens are surprisingly inconsistent. According to a 2024 Consumer Reports appliance testing report, many standard ovens fluctuate by as much as 25 to 50 degrees Fahrenheit during cooking cycles. That’s massive when you’re baking bread, roasting salmon, or trying precision smart baking recipes that depend on stable heat.
Think about baking cookies like painting a wall. If the roller randomly changes pressure every few seconds, the finish gets patchy fast. Oven temperatures work the same way.
A few years ago, I helped a friend troubleshoot why her sourdough loaves kept splitting on one side. She’d already swapped flour brands and adjusted hydration ratios. Turned out the back-left corner of her oven ran noticeably hotter than the rest. We tested it with two inexpensive oven thermometers and found nearly a 30-degree difference. Same recipe. Same baker. Totally different outcome once the oven changed.
That’s where smart ovens start earning their price tag.
Unlike older units that basically cycle heat on and off like an old car air conditioner, newer connected cooking appliances constantly monitor internal temperatures using multiple sensors. Some even track humidity and airflow in real time. And yeah, that matters more than you’d think.
If you’ve been exploring other connected smart kitchen devices, this shift probably feels familiar already. The kitchen is slowly becoming less reactive and more adaptive.
What Makes Smart Ovens Different From Traditional Ovens?
A regular oven mostly follows instructions blindly. Set it to 375 degrees, and it does its best to hover around that number. Smart ovens behave differently. They watch, adjust, and react during the cooking process itself.
That’s the real difference.
Many newer models from brands like Samsung, GE Profile, and Bosch use internal temperature mapping systems to spot uneven heat zones. Some AI cooking systems even recognize food types through built-in cameras. Real talk: some of those features still feel a little gimmicky. But accurate heat correction? Totally worth it.
Here’s what smart ovens usually do better than standard models:
- Monitor temperature more frequently
- Adjust heating elements dynamically
- Use convection airflow more intelligently
- Send cooking alerts before food overcooks
No, seriously. The alert timing matters.
One thing most reviews skip is how much better timing affects stress levels while cooking. You stop hovering around the kitchen checking every five minutes. The oven becomes more like a reliable co-pilot instead of a moody appliance that randomly burns garlic bread.
People building a fully connected smart kitchen usually notice this first. Once appliances start sharing data and syncing schedules, cooking becomes smoother in a very low-key way.
The Sensors Doing the Real Heavy Lifting Behind Precision Smart Baking
Smart ovens rely heavily on thermal sensors, airflow monitors, and sometimes infrared detection. Sounds complicated. In practice, it’s kind of like cruise control in a car constantly making tiny steering corrections you barely notice.
Older ovens wait for temperatures to drift before reacting. Smart ovens react earlier.
That matters most during baking. Cakes, pastries, macarons, and artisan breads are incredibly sensitive to temperature swings. Even a small fluctuation can wreck texture before you realize something’s wrong.
Brands pushing precision smart baking features often focus on app controls because they look flashy in ads. But if you ask me, the hidden hero is the sensor calibration system buried inside the hardware itself.
A cheap app can still connect to a bad oven.
A well-calibrated oven changes everything.
How Connected Cooking Appliances Learn Your Cooking Habits Over Time
Okay, so this part sounds a little futuristic, but it’s already happening.
Some connected cooking appliances track frequently used temperatures, cooking durations, and even recipe preferences. The oven gradually starts recommending settings based on your habits. Kind of like how Spotify slowly figures out your music taste after a few weeks.
For example, certain LG ThinQ and Samsung SmartThings ovens can suggest adjustments if you regularly cook frozen meals, roast vegetables, or bake desserts at specific temperatures.
What nobody tells you is that convenience isn’t the biggest win here. Consistency is.
A home cook who gets repeatable results gains confidence faster. That confidence changes how often people actually cook at home. According to a 2024 Statista home cooking trends survey, households using connected kitchen appliances reported cooking at home more frequently than those using standard appliances.
And honestly? That tracks with what I’ve seen.
Once people stop fearing ruined meals, they experiment more.
The Tiny Temperature Swings That Ruin Meals More Often Than You Think
Most recipes assume your oven temperature is stable. In reality, many ovens bounce around like a nervous driver tapping the brakes every ten seconds.
That creates problems you might not even connect to the oven itself:
| Cooking Problem | Common Cause | How Smart Ovens Help |
|---|---|---|
| Burnt cookie bottoms | Uneven lower heating element | Dynamic heat balancing |
| Dry chicken breast | Temperature overshooting | Real-time sensor correction |
| Dense cakes | Heat fluctuation during rise | Stable convection airflow |
| Soggy pizza crust | Poor humidity management | Better airflow circulation |
| Uneven roasting | Hot spots inside cavity | Multi-zone heat monitoring |
Here’s where it gets interesting. The improvement usually isn’t dramatic in one specific area. It’s cumulative.
Meals just come out more predictable.
That predictability becomes especially noticeable if you already use tools like best smart air fryers with app control or best WiFi coffee makers with remote scheduling. Once timing and precision improve across multiple appliances, the entire kitchen workflow feels less chaotic.
Why Precision Matters More for Baking Than Roasting
Roasting is forgiving. Baking is not.
A roast chicken can survive a few temperature swings and still taste good enough for most people. Croissants? Cheesecake? Soufflé? Different story entirely.
Precision smart baking depends heavily on consistent heat because chemical reactions inside dough and batter happen at specific temperature ranges. Butter melts. Steam expands. Proteins set. Sugars caramelize. If heat fluctuates too much, the final texture gets weird fast.
Fair warning: the answer might surprise you. The fanciest AI cooking systems don’t automatically guarantee better baking results.
Airflow matters more.
I tested two ovens last year within roughly the same price range. One had touchscreen recipe guidance, voice assistant integration, and built-in cameras. The other focused mainly on airflow engineering and heat stability. Guess which baked better cookies?
The simpler one. Hands down.
That’s why people serious about baking often prioritize thermal consistency before flashy smart features. It’s similar to choosing sharp kitchen knives over fancy countertop gadgets. One changes results daily. The other mostly looks cool.
If your broader setup relies on stable connectivity too, articles like best mesh WiFi systems for smart homes and fix smart home WiFi connectivity problems are honestly worth reading before expanding your kitchen ecosystem.
Are AI Cooking Systems Actually Helpful or Just Fancy Marketing?
Look, I get it. Some smart appliance ads feel like they were written by people who’ve never cooked a frozen pizza at 11 PM.
Not every AI cooking feature deserves the hype.
Still, some systems genuinely help with cooking accuracy when they focus on practical corrections instead of gimmicks. Food recognition cameras, guided cooking adjustments, and automated temperature compensation can reduce mistakes for newer cooks.
But here’s the contrarian take most guides won’t say out loud: smart ovens work best when they quietly support your decisions instead of replacing them.
The sweet spot is assistance, not automation.
A good AI cooking system should feel like a sous chef reminding you about timing, not an overconfident robot trying to run dinner service. That balance matters way more than flashy app animations or recipe subscriptions.
And yeah, after testing dozens of appliances over the years, the smartest kitchens usually aren’t the most expensive ones. They’re the setups where every device solves one real problem well.
Smart Ovens vs Conventional Ovens: Which One Makes Better Food?
Let’s be honest here. Most people asking this question already expect the smart oven to win. And more often than not, it does.
But not for the reasons brands advertise.
The real advantage isn’t the touchscreen or the recipe app. It’s consistency under pressure. Traditional ovens can absolutely cook great meals, especially higher-end convection models. The problem is repeatability. You might nail a lasagna one night and completely dry it out the next using the exact same recipe.
Smart ovens reduce those random failures.
I tested a premium conventional convection oven beside a newer connected model for three weeks using the same meals: roasted vegetables, sourdough bread, salmon fillets, and chocolate chip cookies. The conventional oven occasionally produced excellent food. The smart oven produced very good food almost every single time.
That reliability matters more for home cooks than perfection.
Here’s a quick side-by-side breakdown:
| Feature | Smart Ovens | Conventional Ovens |
|---|---|---|
| Temperature stability | Excellent in most premium models | Varies widely |
| Cooking alerts | Real-time notifications | Manual checking |
| Heat zone management | Adaptive correction | Static heating |
| Remote monitoring | Yes | Rare |
| Learning capabilities | Some AI cooking systems adapt | None |
| Simplicity | Slight learning curve | Easier initially |
| Long-term consistency | Usually stronger | Depends on calibration |
If you ask me, smart ovens are the better choice for people who bake regularly or cook multiple meals every week. Casual cooks who mostly reheat frozen food? A good standard convection oven is probably good enough.
Where Traditional Ovens Still Win
Quick heads-up: older-style ovens still have a few advantages people rarely mention.
First, simplicity. There’s less software, fewer connectivity headaches, and fewer menus to deal with. That matters for households where people just want reliable heat without app notifications popping up during dinner prep.
Second, repairs can be cheaper.
A technician once told me modern smart appliances are starting to resemble smartphones more than classic kitchen equipment. One failed sensor can affect half the cooking system. Been there, done that.
Traditional ovens also avoid one problem that quietly frustrates smart-home owners: ecosystem compatibility. Some connected cooking appliances play nicely with voice assistants. Others absolutely do not.
That’s why people comparing Google Nest vs Amazon Echo smart hubs before buying kitchen tech are usually making a smart move. Your ecosystem choice affects everything later.
Where Smart Ovens Absolutely Pull Ahead
Here’s where connected cooking appliances become a no-brainer.
Precision baking.
Multi-stage cooking.
Remote monitoring.
Families cooking several meals a week usually notice the difference fast. Especially busy households juggling work, kids, and uneven schedules.
A smart oven can preheat remotely while you’re stuck finishing emails upstairs. Some models automatically reduce temperatures near the end of cooking to prevent overcooking. Others sync recipes directly from apps and adjust settings automatically.
No, seriously. That feature alone saves people from so many avoidable mistakes.
I saw this firsthand helping my cousin set up one of the best smart kitchen appliances for busy families. Before upgrading, she constantly forgot preheating times and overcooked casseroles while multitasking. Within two weeks, dinner prep became noticeably calmer.
Not faster, exactly.
Just smoother.
And smooth cooking workflows matter more than flashy features.
How to Get Restaurant-Level Accuracy From Smart Ovens at Home
Most people buy smart ovens and only use maybe 40% of the features. Fair enough. Some options really are overkill.
But a few small habits dramatically improve results.
Here’s the setup routine I recommend after testing connected cooking appliances for years:
- Run an empty calibration cycle during setup
- Use an external oven thermometer for the first week
- Avoid overcrowding trays during convection cooking
- Save custom presets for meals you cook weekly
- Clean internal sensors monthly
- Keep firmware updated if stability patches release
That last point matters more than you’d think. Some brands quietly improve cooking algorithms through updates. Weird sentence to say about ovens, right? But it’s true.
Think of smart ovens like tuning a musical instrument. Even great hardware sounds off if calibration drifts.
One overlooked tip: stop relying entirely on automatic presets.
AI cooking systems help, but they don’t know your cookware, altitude, ingredient quality, or personal texture preferences. A frozen pizza cooked on a dark steel tray behaves differently than one on ceramic stone. The oven can’t magically fix physics.
That’s where experience still beats automation.
The Best Rack Placement for Precision Smart Baking
Okay, so this sounds boring until you actually test it side by side.
Rack position changes airflow dramatically inside smart ovens, especially convection-heavy models. And because many connected cooking appliances push air more aggressively than traditional ovens, placement matters even more now.
Here’s the basic rule:
- Upper rack = stronger browning
- Middle rack = most balanced baking
- Lower rack = crispier bottoms
Simple. But incredibly important.
I learned this the hard way testing macarons years ago. I kept blaming humidity and almond flour quality when the real issue was airflow hitting the top tray too aggressively. Moving the rack down one level fixed most of the problem immediately.
That’s why precision smart baking sometimes feels less like following recipes and more like learning how your specific oven behaves. Kind of like driving a new car for the first week. Same roads, different response.
People pairing ovens with broader kitchen automation setups often miss another factor too: electrical load balancing. Running multiple high-draw appliances simultaneously can occasionally affect heating consistency in older homes.
If your setup includes devices from guides like best smart dishwashers for energy efficiency or smart refrigerators with inventory tracking, stable power management becomes surprisingly relevant.
Why Preheating Still Matters — Even With Smart Technology
Here’s what the industry won’t say loudly enough: smart ovens still can’t cheat thermodynamics.
Yes, they preheat more intelligently. Yes, some estimate readiness more accurately. But skipping proper preheat time still hurts cooking accuracy.
Especially for baking.
Many ovens alert users once air temperature reaches target levels, but internal walls, trays, and cooking surfaces may still lag behind. That gap affects crust formation, rise, and moisture retention.
Real talk: this is why some “smart” pizza attempts still come out disappointing.
The fix is easy though. Wait an extra 5 to 10 minutes after the preheat alert when baking breads or pastries. Totally worth it.
The Smart Oven Features That Are Totally Worth Paying For
Not every premium feature deserves your money. Some are legit useful. Others feel like tech companies brainstorming during a caffeine rush.
Here are the features I’d actually prioritize:
| Feature | Worth It? | Why It Matters |
|---|---|---|
| Multi-point temperature sensors | Yes | Improves cooking consistency |
| True convection airflow | Yes | Better heat distribution |
| Remote monitoring app | Yes | Prevents overcooking |
| Food probe integration | Absolutely | Huge accuracy upgrade |
| Internal cameras | Sometimes | Helpful but not essential |
| Voice assistant control | Depends | Convenience only |
| Recipe subscription platforms | Usually no | Often repetitive |
Food probes are hands down one of the best upgrades.
Why? Because internal food temperature matters far more than oven temperature alone. A chicken breast cooked to 165°F is done regardless of whether the oven briefly swings a few degrees.
Honestly, it’s similar to using a GPS while driving. You still control the car, but navigation removes a lot of avoidable mistakes.
That’s also why smart kitchens increasingly connect cooking appliances with broader automation systems like best smart home hubs for device integration and best routers for many smart devices. Stable communication between devices reduces lag, missed notifications, and random disconnects.
Features That Sound Cool but End Up Totally Skippable
Spoiler: some smart oven features exist mostly because marketing teams needed another bullet point on the box.
Social recipe sharing inside oven apps? Totally skippable.
Animated cooking mascots? Hard pass.
Even built-in cameras can feel unnecessary once the novelty wears off. Not exactly cheap, but also not adding much value for many households.
The same goes for excessive voice controls. Saying “Alexa, start preheating the oven” sounds futuristic exactly three times before you realize pressing one button works just fine.
If you’re already exploring best voice-controlled kitchen gadgets for Alexa, keep expectations realistic. Voice commands are convenient extras, not cooking upgrades.
The best smart oven features are usually the quiet ones working behind the scenes: airflow control, stable heating, accurate probes, and better timing corrections.
Everything else is seasoning.
How Smart Ovens Fit Into a Fully Connected Kitchen Ecosystem
A smart oven on its own is useful. Pair it with the right ecosystem, though, and the whole kitchen starts working more like a coordinated team instead of random appliances doing their own thing.
Think of it like a restaurant line during dinner rush. The best kitchens aren’t chaotic because every station communicates clearly. Connected cooking appliances work the same way.
For example, some systems can sync oven timers with smart speakers, dim lighting automatically during evening meals, or coordinate cooking schedules alongside refrigeration alerts. That sounds excessive until you try it during a busy weekday.
Then it clicks.
One family I worked with had three kids constantly opening the refrigerator while dinner cooked. Their smart lighting setup flashed warm kitchen lighting when the oven timer entered the final cooking stage. Small detail. Huge difference in reducing distractions.
That’s why broader ecosystem planning matters.
If your setup struggles with connectivity, even the best appliances feel clunky. Articles like internet speed requirements for smart homes, best smart home routers with built-in security, and best ethernet switches for smart home automation become surprisingly relevant once kitchens start depending on stable communication.
And yeah, secure connections matter too. Especially when multiple connected cooking appliances share network access. That’s why guides on how to secure a smart home network from hackers are honestly worth reading before adding dozens of Wi-Fi devices.
Voice Assistants, Recipe Apps, and Connected Cooking Appliances Working Together
Here’s where things get interesting.
The best smart kitchens don’t necessarily have the most devices. They have fewer friction points.
A recipe app sends instructions to the oven. The oven preheats automatically. Smart lighting adjusts brightness in the kitchen. A voice assistant announces cooking timers while you’re cleaning up nearby. Suddenly dinner prep feels smoother without requiring constant mental juggling.
No, seriously. Mental load is the hidden issue most appliance reviews ignore.
One thing I’ve noticed testing AI cooking systems is that reducing small interruptions matters more than shaving off three minutes of cooking time. A distracted cook burns food. A calm cook notices details.
This ecosystem effect becomes even stronger when appliances share compatible platforms. That’s why comparisons like Samsung vs LG smart kitchen appliances matter beyond simple brand loyalty. Compatibility affects daily usability more than flashy ads ever will.
Smart lighting integration can help too, especially during evening cooking. Setups from guides like best smart lighting systems for modern homes and best Alexa-compatible smart lighting kits can reduce eye strain and improve visibility around prep areas.
Sounds minor.
Actually makes a difference.
The Biggest Mistakes People Make After Buying Smart Ovens
Most smart oven frustrations come from setup mistakes, not the appliance itself.
Here are the usual suspects:
- Relying completely on presets
- Ignoring firmware updates
- Overcrowding convection airflow
- Using weak home Wi-Fi
- Never calibrating temperatures manually
That second point matters more often than people think. Appliance manufacturers quietly patch cooking behavior through updates now. Weird sentence. Still true.
One homeowner I helped blamed her oven for inconsistent baking for nearly six months before realizing her device had failed multiple software updates because of unstable Wi-Fi coverage in the kitchen.
Been there?
It happens constantly.
Another common mistake is assuming every recipe translates perfectly to connected cooking appliances. Some older recipes were designed around inconsistent conventional ovens. Smart ovens can actually cook faster or more aggressively because airflow and heat correction work better.
That means recipes sometimes need shorter cook times or lower temperatures than expected.
If you’re expanding a broader kitchen setup too quickly, slow down a little. Buying every device at once often creates compatibility headaches later. Articles like common smart lighting setup mistakes and fix smart home WiFi connectivity problems cover issues that quietly affect kitchen automation more than people realize.
Wi-Fi Problems That Quietly Hurt Cooking Accuracy
Okay, so technically your oven still heats food without Wi-Fi.
But unstable connectivity affects notifications, synchronization, firmware updates, and recipe automation. That creates tiny workflow interruptions that slowly become annoying.
It’s kind of like driving with unreliable GPS directions. You’ll probably still reach the destination, but the experience becomes more stressful than it needs to be.
Poor signal strength especially affects kitchens located far from routers or behind thick walls. More often than not, kitchens sit in the exact spot where home Wi-Fi coverage weakens.
That’s why mesh systems are becoming a solid pick for connected cooking appliances. Guides like best mesh WiFi systems for smart homes and WiFi 7 vs WiFi 6 for smart home performance matter way more than most appliance buyers expect.
Do Smart Ovens Actually Save Time and Energy?
Short answer: yes. But here’s the nuance.
Smart ovens don’t magically slash electric bills overnight. What they often do is reduce wasted cooking time, unnecessary preheating, and repeat meals caused by cooking mistakes.
According to the U.S. Department of Energy, convection cooking can reduce cooking temperatures by roughly 25 degrees Fahrenheit and shorten cooking times by about 20%. Many smart ovens combine convection systems with more precise temperature management, which improves efficiency further.
That adds up over months of daily cooking.
Here’s a practical breakdown:
| Scenario | Standard Oven | Smart Oven |
|---|---|---|
| Average preheat accuracy | Moderate | High |
| Risk of overcooking | Higher | Lower |
| Remote energy management | No | Yes |
| Cooking efficiency | Good | Better in most cases |
| Daily convenience | Basic | Noticeably smoother |
The energy savings aren’t always dramatic individually. But combine them with systems like best smart plugs with energy monitoring, best smart energy monitors, and smart home automation for lower utility bills, and the efficiency gains become easier to track.
What the Energy Numbers Really Look Like in Daily Cooking
Here’s what most marketing leaves out: behavior matters more than appliance labels.
A smart oven won’t save much energy if someone constantly opens the door during cooking or runs oversized cooking cycles for tiny meals. Sound familiar?
The biggest efficiency gains usually come from:
- Better timing accuracy
- Faster convection cooking
- Reduced reheating mistakes
- Smarter scheduling habits
This is where broader home monitoring becomes useful. Systems discussed in monitor electricity usage in real time and best apps for tracking smart home energy usage make hidden appliance patterns easier to spot.
Honestly, once people see real energy data, cooking habits change naturally.
Who Should Buy a Smart Oven — and Who Probably Shouldn’t?
Smart ovens are a fantastic fit for:
- Frequent home cooks
- Busy families
- Serious bakers
- Smart-home enthusiasts
- People who value cooking consistency
They’re probably not worth the hype for someone who mainly reheats leftovers or rarely cooks from scratch.
Fair enough if that’s you.
And here’s the non-obvious part: the best smart ovens aren’t always the most expensive ones. A mid-range model with excellent airflow and accurate sensors often outperforms ultra-premium units overloaded with gimmicks.
If you care mostly about cooking accuracy, prioritize heat stability first. App quality second. Fancy extras last.
That order matters.
For readers exploring the broader history of smart home technology, it’s interesting how kitchens became one of the fastest-growing categories. People tolerate a mediocre smart speaker. They don’t tolerate ruined dinner.
Frequently Asked Questions
Are smart ovens actually better for baking?
Yes, especially for recipes sensitive to temperature swings like bread, cakes, and pastries. Smart ovens usually maintain steadier heat and improve airflow consistency during precision smart baking. That means fewer collapsed cakes and more predictable textures. If you bake weekly, the upgrade is honestly noticeable pretty fast.
Do smart ovens need Wi-Fi to cook food?
Nope. The core cooking functions still work without internet access. But connected features like remote monitoring, recipe syncing, and firmware updates depend on stable Wi-Fi. A weak connection won’t stop dinner, though it can make the experience more frustrating.
How long do smart ovens usually last?
Most quality smart ovens last around 10 to 15 years with normal use. The bigger concern is software support, not heating hardware. Brands that continue releasing updates and replacement parts tend to age much better. That’s why established appliance ecosystems are usually a safer bet.
Are AI cooking systems worth paying extra for?
Okay so this one depends on a few things. AI cooking systems are genuinely useful when they improve timing, heat correction, or food monitoring. But some features are mostly marketing fluff. If the AI helps prevent overcooking or improves consistency, it’s probably worth it. Animated recipe assistants? Probably not.
Can smart ovens reduce electricity use?
Great question — and honestly, most people get this wrong. Smart ovens save energy more through better habits and cooking efficiency than raw power reduction alone. Convection systems can shorten cooking time by roughly 20%, according to the U.S. Department of Energy. Over months of regular cooking, those smaller improvements add up.
What temperature should I use for precision smart baking?
Most recipes still follow standard baking temperatures between 325°F and 425°F. The difference is that smart ovens hold those temperatures more accurately. For delicate pastries and breads, even a 10-degree swing matters. Using an external thermometer during the first few weeks helps you learn how your specific oven behaves.
Do connected cooking appliances work with Alexa or Google Home?
Short answer: yes. But compatibility varies more than people expect. Some connected cooking appliances integrate smoothly with voice assistants, while others offer limited controls. Before buying, check whether the appliance ecosystem already works with your existing smart-home setup.
Your Move: Start With Accuracy, Not Just Fancy Features
If you’re shopping for smart ovens, stop chasing the flashiest marketing demos first.
Start with consistency.
Stable temperatures. Reliable airflow. Accurate probes. Strong connectivity. Those are the features that quietly improve dinner every single week while gimmicky extras slowly fade into the background.
A great smart oven should feel less like a futuristic toy and more like a kitchen tool that removes stress without demanding attention every five minutes.
That’s the real win.
And if you’ve already made the jump into connected cooking appliances, I’d genuinely love to hear what surprised you most — good or bad — after using one in your own kitchen.
Daniel Harper is a certified kitchen technology consultant who has tested connected appliances for over 9 years and writes for modern living magazines. Now share tips Connected Smart Kitchen Devices on Homenkit.com