Work through it with whoever handles IT or security at your organization. Give honest answers. “We think so” and “we haven’t checked recently” are both useful pieces of information. The questions that make you pause are the ones worth following up on first.

This assessment focuses on the areas that show up most consistently in post-breach analysis: credential security, patch management, access control, backup integrity, incident preparedness, and network visibility. It covers the fundamentals, not the advanced. If any of these ten questions get an uncertain answer, that’s a good place to start.

10 checks worth making today

1. Is MFA enabled on every account that supports it, not just email?

What good looks like: MFA is on email, cloud storage, financial accounts, your domain registrar, any admin panel, and any SaaS tool with sensitive data. Your password manager has MFA. Exceptions are documented, intentional, and reviewed regularly.

What most businesses find: MFA on email, sometimes on cloud storage, rarely on the domain registrar or financial platforms. The domain registrar is worth checking specifically. An attacker who controls your domain controls your email, which gives them a path to almost everything else.

2. When did someone last update the firmware on your routers and network devices?

What good looks like: Firmware is on a patch schedule, same as operating systems. Someone knows where to check for updates and roughly how old the current version is.

What most businesses find: The firmware hasn’t been updated since the device was installed, sometimes years ago. The default admin credentials haven’t been changed either. Both are worth fixing this week. Many routers include a built-in update check, although the process and time required vary by device.

3. Do you know everyone who currently has admin access to your critical systems?

What good looks like: Backups run automatically, include everything that matters, and are offline, immutable, or otherwise isolated from the systems they protect. You’ve successfully restored from the backup at least once in the last twelve months.

What most businesses find: At least one account belonging to someone who left the company, and at least one service account whose origin nobody can explain. Both are low-effort to clean up once they’re visible.

4. Do you have a backup, and have you actually tested restoring from it?

What good looks like: Backups run automatically, include everything that matters, and are stored somewhere ransomware can’t reach them. You’ve successfully restored from the backup at least once in the last twelve months.

What most businesses find: No central list, several vendors with access that hasn’t been reviewed, and at least one vendor relationship that ended without the access being removed. The review is often straightforward once you know what you’re looking for.

5. Do you have a written incident response plan, even a basic one?

What good looks like: A document exists that covers, at minimum, who gets called first, what gets isolated immediately, who communicates externally, and where your cyber insurance policy lives. It doesn’t need to be long, but it does need to exist before the incident.

What most businesses find: No written plan, or a plan that was created once and never reviewed. The most common gap in the plan, when it exists: nobody knows where the insurance policy is or what the notification requirements are.

6. When did you last review vendor and third-party access?

What good looks like: Every vendor with access to your systems is on a list. Their access level is documented. You’ve reviewed it in the last six months. You’ve revoked access for vendors whose engagement has ended.

What most businesses find: No central list, several vendors with access that hasn’t been reviewed, and at least one vendor relationship that ended without the access being removed. This is a half-hour task once you know what you’re looking for.

7. Are your employees getting security awareness updates more than once a year?

What good looks like: Your team encounters current, relevant threat examples more than once annually. This doesn’t have to be formal training. Sharing a recent phishing example in a team meeting counts. What doesn’t count: the annual compliance module everyone watches while eating lunch and scrolling TikToks on their phone.

What most businesses find: One compliance module is completed per year because it’s required; the content is retained briefly, then forgotten. The teams that catch things have regular exposure to what attacks look like, not a general module about why security matters.

8. Do you know what devices are on your network right now?

What good looks like: You have a current inventory of devices connected to your network. New or unrecognized devices are reviewed promptly. Personal devices are either managed or isolated to a guest segment.

What most businesses find: More devices than expected. Smart TVs in conference rooms, personal phones on the main network, a printer that’s been there so long the only person who knows it exists is the one who orders the dot matrix paper. All of these are worth knowing about, but that doesn’t automatically make them threats. The greatest risk is not knowing what’s in your inventory at all.

9. Do you have visibility into what’s leaving your network?

What good looks like: You have some view into outbound traffic. You can see which devices and applications are connecting externally, where traffic is going, and whether anything looks unusual. A converged network and security platform like NETGEAR Exium makes this visible without requiring a dedicated analyst to interpret it.

What most businesses find: No outbound visibility at all. The organization may have basic firewall protection but no practical way to review outbound connections or see where applications are sending data. This gap separates organizations that catch things early from those that find out months later. “We trust the firewall” is a partial answer at best.

10. Do you have cyber insurance, and do you know what it covers?

What good looks like: You have a policy. You’ve read the coverage summary in the last twelve months. You know the incident notification window, because policies may require reporting within a specific timeframe. You know whether it covers ransomware, business interruption, and third-party liability.

What most businesses find: A policy exists, but nobody has read the coverage terms since they bought it. Notification requirements vary by policy, and failing to meet them can jeopardize coverage for an incident. “We have it” and “we know what it covers” are different.

Turn your answers into action

Pick the two questions where your answer was least confident. Start there.

Security improvements compound when you make them. Many of the issues this assessment surfaces can be addressed quickly, while others will require a longer-term plan. Restore testing, firmware updates, and access reviews are not abstract security projects. They are concrete tasks that need an owner and a deadline. Put them on the calendar, assign responsibility, and follow up.

The value of doing this in October specifically is that it creates a natural checkpoint. Set a date in December to review what you’ve fixed, what remains open, and who owns the next step. That puts your business in a meaningfully better position heading into the new year.

Catch up on the earlier blogs in this series:

• Cybersecurity Awareness Month: Knowledgeable businesses are safer businesses 
• The human firewall: why your team is your best—and most trainable—security asset
• Five habits of businesses that don’t get breached

And join us for a live webinar on October 20 (8 a.m. PT | 11 a.m. ET): The moat is full of phish: how modern security protects a business without walls. I’ll lead a discussion about what SASE and Zero Trust are, and what they look like on an ordinary working day, plus how NETGEAR Exium delivers both through NETGEAR Insight. Save your seat.

Is Antivirus Software Enough to Protect a Smart Home Network?

The number of connected devices in our homes is growing rapidly, and every unprotected IoT device is an access point that can be exploited if your network isn’t secure. Network-level protection is essential to counter cybersecurity threats. Traditional antivirus software focuses on individual computers or phones, leaving smart home gadgets, gaming consoles, and other IoT devices exposed.

Strong network security works silently in the background as an always-on utility that helps keep sensitive information safer from phishing scams, identity theft, and more. NETGEAR provides internet access with peace of mind, and it all starts with a quality router.

NETGEAR wireless routers deliver powerful Armor Security and robust firmware to help keep your connected life safer.

Network Security: Your Core Digital Protection

True digital home network security doesn’t start with your internet service provider (ISP) or at the device; it starts at the network’s core operating system — the router. NETGEAR routers create a protective shield around every single connected device, both seen and unseen. The best smart home security is built into the router settings.

By securing the network with strong WiFi encryption, unique passwords, and NETGEAR Armor, you actively protect your home from unauthorized access.

NETGEAR Router Security for Your Smart Home

NETGEAR routers are engineered with security as a core principle. They provide a foundational layer of protection through automatic updates and standards-based security to protect your system from cyberattacks. For comprehensive security, NETGEAR Armor offers advanced, network-wide threat blocking that works to safeguard every device, from your laptop to your smart doorbell, automatically and silently.

Antivirus vs. Router Security

Antivirus software protects individual devices from viruses and malware, while router security helps safeguard the entire network by controlling unauthorized access, monitoring traffic, and preventing attacks before they can enter.

Antivirus is endpoint protection—it protects your individual devices by:

• Scanning files for malware
• Blocks malicious downloads
• Monitors programs for suspicious behavior
• Cleans or quarantines infected files

Router Built‑In Security (network-level protection)

Router security is network perimeter protection—it helps protect the traffic entering and leaving your home network. NETGEAR Nighthawk Routers and Orbi Mesh Systems offer:

• Firewalls that block unwanted inbound connections
• NAT (Network Address Translation) to hide your internal devices from the internet
• WiFi encryption (WPA2/WPA3) to secure wireless traffic
• Parental controls and website filtering
• Intrusion detection/prevention (IDS/IPS) on advanced routers
• Malware blocking at the network level
• IoT device protection and monitoring
• Automatic threat updates

Security Is a System, Not a Single Feature

NETGEAR routers and WiFi mesh systems provide layered network security for your home network, guest network, and smart home IoT wireless network.

Layer 1 (Secure by Design): NETGEAR routers are secure out of the box with automatic firmware updates and the latest WiFi security standards.

Layer 2 (Network-Level Protection): The router is the single point of entry for internet traffic, making it the ideal place to stop threats. This protects devices that can’t run security software themselves (e.g., smart bulbs, thermostats).

Layer 3 (Expanded Peace of Mind): NETGEAR Armor elevates network protection. Key NETGEAR Armor benefits include:

• Remote management
• Active vulnerability scans
• Anomaly detection
• Threat blocking
• Protection for your WiFi devices from hackers even when you’re away from home

No More IoT Blind Spots

Most smart home devices lack the ability to install security software, making them a prime target for malicious intruders. A secure router is one of the only practical way to protect them. NETGEAR network security runs seamlessly without slowing down your connections.

For three decades, NETGEAR has been pioneering WiFi security with a trusted, security-first approach.

The Nighthawk App and Orbi App give you remote access for real-time visibility, instant alerts, and automatic protection.

The comprehensive NETGEAR product range includes some of the most advanced WiFi 7 routers on the planet, such as the Nighthawk RS700S Router and the amazing Orbi 970 Series Whole-Home Mesh System. They allow you to connect 200+ home WiFi network devices with multi-gigabit speeds, upstairs and downstairs, from the front door to the back yard.

NETGEAR: Your Smart Home’s Digital Gatekeeper

The best WiFi routers and leading WiFi mesh systems are an investment in your connected lifestyle, whether you are a smart home enthusiast, a busy parent managing multiple devices, or a worker requiring remote access. NETGEAR is the digital gatekeeper for your home, so you can connect with confidence and enjoy total peace of mind.

When you connect laptops, smartphones, and smart home devices to a secure NETGEAR WiFi router, you help protect your entire digital life at the source.

What Students Actually Need From Home Internet This Year

The best WiFi setup for students at home needs four things:

• Coverage where they study
• Enough speed for live classes
• Basic online safety
• Backup internet connection

Most homes were never set up with school in mind. The router sits wherever the installer left it, and nobody has tested the signal in the bedroom. The rest of this guide covers each one.

Save big on award-winning WiFi with Back to School deals!

Know Your Setup: What Your Child Will Use Online

List what your child needs to reach online, then check if your home can handle it. Most K-12 students use a small set of tools, each asking something different of your home network.

What your student uses online

Check that each device connects, charges, and opens the required school portals. Bookmark key pages and install updates before classes begin. 

How Much Speed and How Reliable Does It Need to Be?

A single student doing schoolwork needs less speed than most parents expect. Pressure comes from everyone else in the house using the connection at once.

The FCC defines high-speed internet as 100 Mbps download and 20 Mbps upload. Treat that as the floor rather than a target for a busy household.

These ranges are planning guides. Actual results depend on your WiFi equipment, your modem, and what Internet service providers (ISPs) deliver at peak hours. 

Bandwidth is the amount of data your connection can carry at one time. Latency is the delay between your device and an online service. Low and steady latency helps conversations during live classes feel natural.

Use the FCC National Broadband Map to compare ISPs at your address. It lists the ISPs that report service, the connection type, and the maximum advertised upload and download speeds available at a location.

A fiber service may suit a household that runs several video calls or uploads large files. Fiber internet often offers stronger upload capacity, but availability depends on your address.

Some plans advertise ‘unlimited’ data but throttle speeds once you exceed a monthly threshold. Confirm whether high-speed data is truly uncapped — or just capped at a level that sounds unlimited until a heavy-use month hits.

Consider Having a Backup Plan Before You Need One

Outages do not check the school calendar. A mobile hotspot or phone tethering can keep schoolwork moving during an outage. Test the connection before you need it, check the data allowance, and confirm how much data the plan includes. Many plans include unlimited data, but the speed may drastically reduce once the high-speed data allowance runs out.

Older students hit the same problem for different reasons. Campus and rental WiFi is shared and outside their control, and most ISPs will not run a new line into a dorm. A hotspot gives them a private connection that moves with them at the end of the lease.

Shop NETGEAR Mobile Hotspots

Getting WiFi to Every Study Space

Reliable schoolwork needs a strong signal in the exact room where your child studies, not just near the router.

Distance, thick walls, metal, and multiple floors can weaken a signal. Moving a router into an open, central position may help. However, one router may still leave dead zones in a larger home. A “dead zone” refers to the spot or space where the WiFi barely reaches, like the basement and back bedroom.

Mesh WiFi fixes that. A mesh system, like the NETGEAR Orbi series, uses a main unit plus satellites placed around the house, forming one network under a single name. Devices connect to whichever unit is closest. This extends the coverage beyond the room containing your modem, so your child can connect in the study space they use each day.

Our guides on what mesh WiFi is and how to fix WiFi dead zones can help you assess the weak areas in your home.

Shop Orbi Mesh Systems

Keeping Them Safe Online Without Hovering

The most durable online safety sits at the network level, because it protects every device your child uses without installing anything on each one.

Start with a strong WiFi password, automatic router updates, and current software on school devices. Set parental controls that match your child’s age and explain why each rule exists.

For NETGEAR routers and mesh systems, you can also add NETGEAR Armor, a network security system powered by Bitdefender. It helps block malware, ransomware, phishing, and harmful sites at the network level. It also scans for risks such as weak passwords, old firmware, and unsafe device settings.

Be realistic, though. No security product catches everything, and none replaces a conversation about what to do when something online feels wrong.

Using AI As a Learning Aid, Not a Cheat Engine

Once the network is secure, the question shifts from how they connect to how they learn. AI tools are now a standard part of the homework experience — used well, they reinforce understanding; used poorly, they replace it.

AI can help a student understand a topic, but it should not do the thinking or final work for them.

A student might ask AI to explain a math method, define unfamiliar vocabulary, or create practice questions. But they should still check every claim against class materials and reputable sources. If you’re helping a child with homework and you find yourself a bit rusty on a topic, AI tools can quickly get you up to speed so you’re ready with the assist.

Many schools and districts encourage responsible AI use and expect parents to be part of the conversation — check your school’s current policy for what is and is not permitted.

Learn About NETGEAR Armor

Growing Independence: Adjusting the Setup as They Grow

Your role changes as your child does, and the network should change with them. A seven-year-old benefits from tight filtering and a device that stays in the living room. A fifteen-year-old on a research project needs fewer blocks and more trust, plus an understanding of why the rules exist.

Loosen controls deliberately rather than all at once. Review device placement, access rules, and security settings at the start of each school year. Then give your child more control as they show sound judgment.

Your Pre-First-Day of School Home-Network Checklist

• 1) Run a speed test at the busiest time of day, not first thing in the morning.
• 2) Test the signal sitting in the exact spot your child will study.
• 3) Set any parental controls and filtering before the term starts.
• 4) Confirm a backup way to get online and check the device charges.
• 5) Bookmark the school portals and install the required apps.

Getting this right takes an afternoon. Start with the speed test and the signal check in your child’s room, because those two results tell you if anything else needs to change.

Frequently Asked Questions

For years, each new WiFi generation arrived with a familiar promise: more speed, more bandwidth, more capability. Wi-Fi 7 brought multi-gigabit performance, and the level of responsiveness modern homes need. But the next chapter of WiFi is not just about going faster.

That is where WiFi 8 comes in. Rather than focusing primarily on speed, it represents a shift toward greater stability, consistency, and intelligent connectivity, building on what WiFi 7 already made possible. The next generation of wireless technology goes beyond faster data speeds by improving how networks handle more connected devices.

NETGEAR has navigated every major WiFi transition — WiFi 5, 6, 6E, and 7 — and that experience shapes how we think about what comes next. And while we work toward bringing WiFi 8 to our products, the standard isn’t ready yet. Let’s look at what’s in front of us right now with WiFi 7.

WiFi 7: The Foundation of Today’s Connected Home

WiFi 7 is the most capable wireless technology widely available today, and for most homes, it already delivers more than enough performance. It is built on the progress made by WiFi 6 and WiFi 6E, which introduced faster speeds, lower latency, and better support for crowded environments. WiFi 7 takes that foundation further, giving households the performance needed for 4K and 8K streaming, cloud gaming, video calls, smart home devices, and connected work and entertainment.

WiFi 7 isn’t the end of its story. It’s the foundation for the next wave of connected experiences, providing the performance today’s households need while paving the way for the innovations WiFi 8 will help unlock.

From More Lanes to Smarter Traffic

Each WiFi generation has solved a different challenge. WiFi 6E expanded capacity by opening a new spectrum, much like adding an express lane to a busy highway. WiFi 7 raised the speed limit, allowing more devices to move data faster than ever before. WiFi 8 will take a different approach. Rather than simply increasing speed, it will focus on managing traffic more intelligently, so everything flows more smoothly, even when the network is busy.

In other words, WiFi 7 made WiFi faster, while WiFi 8 will make WiFi feel smarter. With WiFi 8, connectivity will feel so natural that you will rarely think about your WiFi at all. The next generation of homes will include more devices competing for reliable, always-on connectivity. Although many of those devices transmit very little data, they can’t afford interruptions. By improving how networks handle congestion, interference, and simultaneous connections, WiFi 8 is being designed to deliver greater consistency as connected homes continue to evolve.

How NETGEAR Brings the Experience Together

The WiFi standard matters, but the experience built on top of it matters just as much. That’s where NETGEAR stands out – and it’s the lens through which we’re approaching WiFi 8. A new WiFi generation isn’t defined by when a router first reaches the market. It depends on the entire ecosystem evolving together. When those pieces mature cohesively, consumers experience the full benefits of a new wireless standard. That’s the approach NETGEAR has taken across every WiFi generation, and it continues to guide how we’re preparing for WiFi 8.

It’s a real dilemma. On one side, there are solutions engineered for massive corporations: powerful, feature-rich, and built to handle complexity at a scale most organizations will never reach. On the other hand, there are low-cost alternatives that look attractive on paper until outages start, hidden maintenance costs pile up, and the network becomes a liability rather than an asset.

Neither path was designed for the reality of most mid-sized businesses. And the outcomes prove it.

The overbuilt trap

Enterprise solutions from global vendors come with a long list of capabilities, most of which will never be used. What follows is predictable: budgets that don’t add up, deployment timelines that stretch for months, and integrators stuck in endless negotiation cycles with margins that barely justify the effort. The technology works, but the fit is wrong.

The underbuilt gamble

Cheap now almost always means costly later. Unreliable performance, frequent downtime, and the slow accumulation of replacement and maintenance expenses quietly erase any upfront savings. Worse, an unstable network doesn’t just cost money; it costs trust, productivity, and opportunity.

There is a better middle ground

NETGEAR Enterprise’s proposition is straightforward: enterprise-grade quality and reliability, with pricing built for the real scale of your business.

Solutions designed for the largest corporations aren’t always the right fit for growing organizations —even ambitious, multi-site ones. What most businesses actually need is robust, scalable, and battle-tested technology that matches their operational reality, whether that’s a regional retail chain, a multi-campus education group, a logistics network, or a fast-growing mid-sized company.

The equation changes completely. You eliminate overpaying for features you’ll never touch. You keep the robustness and reliability that modern operations demand. Deployment becomes simpler, channel profitability improves, and growth is supported without compromising the underlying network.

The right question to be asking

The conversation shifts from “which solution is cheaper?” to “which solution is better designed for our reality?”

The NETGEAR Enterprise portfolio gives you networks built to grow, scalable infrastructure that delivers the performance larger or multi-site operations need, without the complexity and overhead of solutions never designed for businesses like yours. Whether you need centralized visibility, simplified management, or robust infrastructure that can scale with your ambitions, there’s a solution built for where you actually are and where you’re going.

You don’t need to overspend to operate like a modern, competitive business. The right network isn’t the most expensive one; it’s the one built for where you actually are and where you’re going.

If you’re evaluating how to modernize your network without exceeding your budget, or you’re a partner looking for solutions that deliver real value and better margins, let’s talk.

5GHz vs 6Ghz Video

Even the WiFi frequency you choose can affect your WiFi range and penetration. See a summary of 5GHz vs 6GHz in the short video below:

Breaking Down the Barriers to Strong WiFi

It’s an irony that the sturdiest, most beautiful homes are often the worst for connectivity. Although it’s great to have a strong and well-built home, thick walls (brick, concrete, stucco, metal lath) absorb WiFi signals like a sponge.

Standard routers rely on a single point of broadcast that cannot penetrate multiple layers of density, resulting in slow internet connections with disrupted WiFi signals. In a small or medium-sized home, a standalone High-Performance NETGEAR Router may be all you need, but there are a number of ways your strong signal can be affected, such as:

• Physical obstructions like thick walls, metal framing, and concrete
• Distance from the router to your devices
• Routers tucked away in the corner, on the floor, in a cupboard, or behind the TV
• Interference from other devices like microwaves, baby monitors, and Bluetooth speakers
• Dense WiFi environments where congestion is common
• Outdated hardware or firmware
• Too many connected devices

Buying a cheap extender might seem like a quick fix, but it simply pushes a weak signal further rather than fixing the root cause.

Smarter WiFi Distribution with Mesh Networks

The average US smart home today includes dozens of WiFi devices and applications, making the need for robust and powerful WiFi connectivity essential. Knowing how to get WiFi through concrete walls is more important than ever.

Even the strongest standalone routers can struggle to transmit WiFi signals seamlessly around an expansive property or large, multi-story home.

Enter mesh WiFi, the convenient way to achieve better WiFi coverage and faster speeds for large homes with thick walls, without the need to renovate or rewire with Ethernet cable.

Leading NETGEAR mesh systems like the Orbi 970 WiFi 7 Quad-Band Mesh System can cover up to 10,000 sq. ft. with blazing-fast WiFi performance. The main router and satellites also include Ethernet ports for dedicated device connections.

The main Orbi WiFi 7 router and Orbi satellites communicate with each other, allowing your devices to connect with the strongest access point signal as you move from room to room, upstairs and downstairs, from the front door to the backyard.

The best mesh WiFi systems such as NETGEAR Orbi offer easy setup and management using the Orbi App, and great signal strength for all wireless and wired connections in larger homes.

When a Single Router Can Be Better

Best for smaller, simple spaces:

A single router shines when your home or office is:

• 1,300–1,600 sq ft
• Mostly open plan with few walls or obstructions
• Single-story
• Wired for Ethernet

Best when you want maximum speed in one area:

If most of your devices sit near the router, a strong standalone router gives:

• Lower latency
• Higher peak speeds
• More stable performance

Best for budget-conscious setups:

Routers are generally cheaper than mesh systems. If you don’t need expansive whole-home coverage, a NETGEAR Nighthawk router is the perfect addition.

Every setup is different, but here is a starting point. Also note that a powerful single router can handle more devices, but will still be limited to connecting all devices to a single WiFi source.

Best when you have few devices:

If you’re connecting:

• Fewer than 20 devices
• Mostly phones, laptops, and a couple of smart devices

When a WiFi Mesh System Is Better

Best for large or multi-story homes:

Mesh is designed for:

• Large houses (1,500–4,000+ sq. ft.)
• Homes with multiple floors
• Long or oddly shaped layouts (L-shaped, U-shaped, etc.)
• Outdoor areas to cover

Mesh nodes (satellites) help eliminate dead zones far better than range extenders or a single router.

Best for homes with thick walls or interference:

If you have:

• Concrete walls, which block WiFi signals
• Brick walls, which can also be an obstacle
• Metal framing or wire mesh inside the walls
• Long hallways

In these situations, mesh nodes strategically placed will outperform any single router.

Best for many devices:

Mesh systems distribute the load across the satellites, ideal for:

• 30–100+ devices
• Smart homes with cameras, sensors, lights, speakers, and more

Best for seamless roaming:

Mesh gives you:

• One network name (SSID)
• Smooth handoff as you move around
• No drops when walking between rooms

Perfect for:

• Video calls
• WiFi calling
• Streaming or gaming while moving around

Best for outdoor coverage:

Mesh nodes can help extend WiFi to:

• Decks
• Garages
• Sheds
• Backyards

WiFi Mesh Dedicated Backhaul Advantages

You don’t need louder WiFi; you need smarter distribution. The physics of radio waves means the signal must be routed around obstacles or daisy-chained through them using multiple high-powered satellite nodes.

Orbi satellites act as “relays” that navigate the signal around corners and through doorways, rather than trying to punch directly through thick structural elements.

There are big differences between Orbi satellites and WiFi range extenders. Orbi uses a dedicated lane for backhaul communication between units on Orbi 970, or a high-performance shared WiFi 7 MLO Backhaul on Dual and Tri-Band Orbi systems. This allows mesh systems in large homes to punch through density without losing half the speed to overhead like many WiFi extenders experience.

Best WiFi 7 Mesh for Smart Homes

WiFi 7 (802.11be) is the latest WiFi standard introduced by the WiFi Alliance, following WiFi 5, WiFi 6, and WiFi 6E. Advantages of WiFi 7 Orbi 970 Mesh include:

• Breakthrough real-world speeds up to 27 Gbps
• WiFi 7 range up to 10,000 sq. ft.
• Reduced latency for millisecond response times
• Improved handling of multiple connected devices
• Expanded bandwidth for seamless gaming and streaming
• Line-of-sight satellites delivering optimal WiFi speeds and eliminating dead spots
• Advanced network management for empowered work-from-home options

Optional Wired Ethernet Mesh Backhaul

All Orbi home WiFi mesh systems have an optional wired backhaul. If your home is wired for Ethernet, each satellite can connect directly to the router or another node, skipping the WiFi backhaul entirely. Ethernet backhaul is ideal for long runs between rooms or floors, or even to a detached garage or pool house.

NETGEAR is a leader in innovation, using dedicated backhaul and high-performance antenna designs to overcome physical obstacles better than generic extenders or standard routers.

The Payoff: A seamless home network where Orbi mesh coverage lets 8K streaming, VR gaming, and video calls happen effortlessly in every corner of the property — even the backyard.

Orbi Mesh Systems: NETGEAR’s Best WiFi Routers for Thick Walls

NETGEAR’s WiFi 7 mesh router lineup, including the Orbi 970, 770, 870, and 370 Series, all leverage smart band steering and multi-link operation to deliver stable, high-speed throughput and backhaul connections everywhere. As a highly regarded WiFi innovator since the 1990s, NETGEAR continues to lead the way with a comprehensive range of mesh systems suitable for homes of all sizes.

Orbi 970 Series (WiFi 7)

Orbi 970 Series delivers coverage up to 10,000 sq ft, top-tier WiFi 7 performance, multi-gigabit speeds, and advanced security features such as NETGEAR Armor and parental controls. Its quad-band design, dedicated 5GHz backhaul, and 12-stream architecture maximize speed and reliability, even in ultra-dense environments.

Orbi 870 Series & more with WiFi 7

Orbi 870 Series covers up to 9,000 sq ft, offering robust, high-capacity performance for modern homes that need strong WiFi 7 speed and reliability. Its quad-band WiFi design reduces interference for busy households filled with devices, making it a standout for families, streamers, and smart home users.

Orbi 770 Series (WiFi 7)

Orbi 770 Series covers up to 8,000 sq ft and features tri-band WiFi designed for families, streamers, and smart home users who expect seamless coverage through tough walls.

Orbi 370 Series (WiFi 7)

Orbi 370 Series covers up to 6,000 sq ft, delivering essential WiFi 7 mesh performance for medium-to-large spaces or users upgrading from traditional routers. Reliable and simple to set up, it features streamlined software for intuitive management and strong data protection.

Still unsure which NETGEAR system is right for you? Explore more about Nighthawk WiFi 7 Routers and Orbi Mesh Systems for Multi-Story Homes.