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Technology Advice for Small Businesses

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Why the next Windows 11 update is skipping Intel and AMD

Editor January 21, 2026

Microsoft’s upcoming Windows 11 26H1 update is rolling out only to devices powered by Snapdragon chips, at least for now. While it might seem like Snapdragon is getting special treatment, the move has more to do with timing, development cycles, and Microsoft’s push for AI-ready devices than playing favorites.

Why is Microsoft prioritizing Snapdragon devices?

For businesses and IT leaders evaluating Windows 11 roadmaps and AI-ready hardware, this shift signals where Microsoft is placing its near-term priorities. The simple explanation behind this update is that Microsoft is aligning its development cycles with Qualcomm, the makers of Snapdragon chips. Qualcomm operates on a separate release rhythm, and Microsoft is adjusting its update timeline to stay in sync, particularly as AI capabilities become a bigger part of the Windows ecosystem.

Devices powered by Snapdragon processors are leading the charge in Microsoft’s Copilot+ initiative, which aims to embed more AI functionality into everyday workflows. From real-time document summaries to meeting insights, Copilot+ is gradually becoming a key part of Windows’ enterprise value proposition.

With many manufacturers building Snapdragon-based systems to meet Microsoft’s AI hardware standards, it makes strategic sense to get those systems updated first.

What’s in the 26H1 update?

26H1 brings system-level optimizations and performance improvements, but no major feature changes. There are no new tools or user interface changes to manage, just some under-the-hood tuning that helps Copilot+ devices run more efficiently.

Devices without Snapdragon chips will remain on version 25H2, which Microsoft will continue to support. Although 26H1 is the latest version, Microsoft has clarified that significant new features will be introduced more broadly with the 26H2 update, expected later this year.

What should businesses do now?

Consider taking these four steps:

  • Audit your hardware: If your organization is investing in new Windows machines in 2026, it’s a good time to evaluate your processor choices. Snapdragon-powered devices are being positioned as the go-to for AI workloads, which is especially relevant if your teams plan to use Copilot+ extensively.
  • Communicate with your teams: Make sure your employees understand that staying on Windows 11 version 25H2 doesn’t mean they’re missing out. Since there are no major feature differences at present, productivity will not be affected.
  • Monitor future update trends: If Microsoft maintains this approach, we might see more features rolled out first to AI-capable systems. Planning ahead will ensure your business isn’t caught off guard by delays in accessing new functionality.
  • Consult your IT partner: If you’re uncertain about how this update cycle could impact your infrastructure or device strategy, now is the time to speak with your managed IT services provider.

Key takeaway behind Microsoft’s latest move

This release highlights Microsoft’s prioritization of AI-optimized hardware — a move that businesses should monitor closely. Whether you’re considering adopting Snapdragon-powered hardware or remaining with Intel and AMD, understanding Microsoft’s long-term strategy will help you make smarter IT investments.

Need help navigating Windows updates and AI integration for your organization? Partner with our IT experts to stay secure, streamlined, and prepared for the future.

Why Snapdragon PCs are first in line for Windows 11’s new update

Editor January 21, 2026

Microsoft is rolling out Windows 11 26H1 to Snapdragon devices only, leaving Intel and AMD systems temporarily out of the loop. This isn’t about exclusivity but strategy.

Why is Microsoft prioritizing Snapdragon devices?

For businesses and IT leaders evaluating Windows 11 roadmaps and AI-ready hardware, this shift signals where Microsoft is placing its near-term priorities. The simple explanation behind this update is that Microsoft is aligning its development cycles with Qualcomm, the makers of Snapdragon chips. Qualcomm operates on a separate release rhythm, and Microsoft is adjusting its update timeline to stay in sync, particularly as AI capabilities become a bigger part of the Windows ecosystem.

Devices powered by Snapdragon processors are leading the charge in Microsoft’s Copilot+ initiative, which aims to embed more AI functionality into everyday workflows. From real-time document summaries to meeting insights, Copilot+ is gradually becoming a key part of Windows’ enterprise value proposition.

With many manufacturers building Snapdragon-based systems to meet Microsoft’s AI hardware standards, it makes strategic sense to get those systems updated first.

What’s in the 26H1 update?

26H1 brings system-level optimizations and performance improvements, but no major feature changes. There are no new tools or user interface changes to manage, just some under-the-hood tuning that helps Copilot+ devices run more efficiently.

Devices without Snapdragon chips will remain on version 25H2, which Microsoft will continue to support. Although 26H1 is the latest version, Microsoft has clarified that significant new features will be introduced more broadly with the 26H2 update, expected later this year.

What should businesses do now?

Consider taking these four steps:

  • Audit your hardware: If your organization is investing in new Windows machines in 2026, it’s a good time to evaluate your processor choices. Snapdragon-powered devices are being positioned as the go-to for AI workloads, which is especially relevant if your teams plan to use Copilot+ extensively.
  • Communicate with your teams: Make sure your employees understand that staying on Windows 11 version 25H2 doesn’t mean they’re missing out. Since there are no major feature differences at present, productivity will not be affected.
  • Monitor future update trends: If Microsoft maintains this approach, we might see more features rolled out first to AI-capable systems. Planning ahead will ensure your business isn’t caught off guard by delays in accessing new functionality.
  • Consult your IT partner: If you’re uncertain about how this update cycle could impact your infrastructure or device strategy, now is the time to speak with your managed IT services provider.

Key takeaway behind Microsoft’s latest move

This release highlights Microsoft’s prioritization of AI-optimized hardware — a move that businesses should monitor closely. Whether you’re considering adopting Snapdragon-powered hardware or remaining with Intel and AMD, understanding Microsoft’s long-term strategy will help you make smarter IT investments.

Need help navigating Windows updates and AI integration for your organization? Partner with our IT experts to stay secure, streamlined, and prepared for the future.

Microsoft’s 26H1 update is exclusively for Snapdragon devices — here’s why

Editor January 21, 2026

26H1, the latest version of Windows 11, isn’t coming to Intel or AMD PCs just yet. The update, however, will be launched on Snapdragon-powered machines, and there’s a good reason behind that choice.

Why is Microsoft prioritizing Snapdragon devices?

For businesses and IT leaders evaluating Windows 11 roadmaps and AI-ready hardware, this shift signals where Microsoft is placing its near-term priorities. The simple explanation behind this update is that Microsoft is aligning its development cycles with Qualcomm, the makers of Snapdragon chips. Qualcomm operates on a separate release rhythm, and Microsoft is adjusting its update timeline to stay in sync, particularly as AI capabilities become a bigger part of the Windows ecosystem.

Devices powered by Snapdragon processors are leading the charge in Microsoft’s Copilot+ initiative, which aims to embed more AI functionality into everyday workflows. From real-time document summaries to meeting insights, Copilot+ is gradually becoming a key part of Windows’ enterprise value proposition.

With many manufacturers building Snapdragon-based systems to meet Microsoft’s AI hardware standards, it makes strategic sense to get those systems updated first.

What’s in the 26H1 update?

26H1 brings system-level optimizations and performance improvements, but no major feature changes. There are no new tools or user interface changes to manage, just some under-the-hood tuning that helps Copilot+ devices run more efficiently.

Devices without Snapdragon chips will remain on version 25H2, which Microsoft will continue to support. Although 26H1 is the latest version, Microsoft has clarified that significant new features will be introduced more broadly with the 26H2 update, expected later this year.

What should businesses do now?

Consider taking these four steps:

  • Audit your hardware: If your organization is investing in new Windows machines in 2026, it’s a good time to evaluate your processor choices. Snapdragon-powered devices are being positioned as the go-to for AI workloads, which is especially relevant if your teams plan to use Copilot+ extensively.
  • Communicate with your teams: Make sure your employees understand that staying on Windows 11 version 25H2 doesn’t mean they’re missing out. Since there are no major feature differences at present, productivity will not be affected.
  • Monitor future update trends: If Microsoft maintains this approach, we might see more features rolled out first to AI-capable systems. Planning ahead will ensure your business isn’t caught off guard by delays in accessing new functionality.
  • Consult your IT partner: If you’re uncertain about how this update cycle could impact your infrastructure or device strategy, now is the time to speak with your managed IT services provider.

Key takeaway behind Microsoft’s latest move

This release highlights Microsoft’s prioritization of AI-optimized hardware — a move that businesses should monitor closely. Whether you’re considering adopting Snapdragon-powered hardware or remaining with Intel and AMD, understanding Microsoft’s long-term strategy will help you make smarter IT investments.

Need help navigating Windows updates and AI integration for your organization? Partner with our IT experts to stay secure, streamlined, and prepared for the future.

Small-business cloud computing: A simple guide to getting started

Editor January 19, 2026

Cloud computing is the use of remote servers to store, manage, and process data, freeing businesses from the limits of physical infrastructure. For small businesses, that means reduced IT overhead, improved agility, and access to enterprise-level tools. This article explores the migration process to help business owners shift with confidence.

Define your goals

Before doing anything technical, clarify why you’re making the move. For example, small businesses that want to scale down their on-premises server room may find that shifting their infrastructure to the cloud is a more flexible and cost-effective option.

Other companies may prioritize remote and hybrid work and see cloud services as a way to secure data for their employees. Whatever your needs, think them through from the start, as this will shape your choices from the platform you select to how your migration unfolds.

Choose the cloud solution for your needs

There isn’t a one-size-fits-all solution when it comes to the cloud. Here are the three primary models, each offering unique benefits:

  • Software-as-a-Service (SaaS): SaaS delivers fully functional applications over the internet; think Google Workspace or Microsoft 365. It’s ideal for small businesses that want plug-and-play enterprise software without the overhead of managing servers or updates.
  • Infrastructure-as-a-Service (IaaS): With IaaS, you rent computing power (e.g., servers, storage, networking) on demand. Platforms such as Amazon Web Services (AWS) or Microsoft Azure fall into this category. It’s a great fit if you have custom applications or need more control without investing in physical hardware.
  • Platform-as-a-Service (PaaS): PaaS offers a development environment in the cloud. It’s especially valuable for businesses that build or customize their own apps. It handles everything behind the scenes, including OS, middleware, and databases, so your developers can focus purely on coding.

Establish a cloud migration strategy

The way you move your systems depends on how your current setup works, what your team needs, and how far you’re ready to go. Here are five tailored approaches small businesses can use:

  • Rehost (“lift and shift”): Rehosting shifts your existing apps and workloads directly into the cloud, without altering how they’re programmed and built. It’s fast and cost-effective, ideal for straightforward workloads.
  • Refactor: Refactoring involves tweaking the structure of your apps so they run more smoothly in the cloud. You’re not rebuilding from scratch, but you’re making smart updates that help your software use cloud tools more efficiently. It’s a good fit when you want better performance without a full redesign.
  • Revise: This partially rewrites or expands the capabilities of your existing applications to take better advantage of cloud-native features. Revising works well for modernizing outdated programs and if you want to tap into more advanced capabilities.
  • Rebuild: If your current software is outdated, clunky, or holding your business back, starting over might be the best move. Rebuilding means developing entirely new apps using cloud-first tools and services, giving you full control and future flexibility.
  • Replace: Sometimes, the smartest route is to stop using a custom or legacy system altogether and switch to a modern, off-the-shelf cloud product. It’s faster to deploy, easier to manage, and often more secure.

Develop a roadmap and timeline

Every migration needs a well-structured timeline. Break down your project into phases: discovery, planning, execution, and review. Assign ownership to specific teams or individuals to keep things moving. If you’re migrating several tools or systems, prioritize which ones move first based on business impact. You should also schedule the most disruptive changes for weekends or off-peak hours to minimize downtime.

Set up network infrastructure for cloud solutions

A stable, high-performing network is essential for a successful cloud migration. Start by evaluating your current internet speed, reliability, and bandwidth. Upgrading to a high-speed fiber connection or setting up a dedicated link for cloud services can significantly reduce lag and connection issues. You should also set up quality of service rules on your network to prioritize traffic for critical applications and services.

Migrate data

Moving your data to the cloud isn’t just a matter of dragging and dropping files. Start by reviewing what you actually need, then clean up old or duplicate files, archive what’s no longer active, and organize what’s staying.

To protect against any surprises, it’s essential to create a full backup before initiating the transfer. Once you’re ready to begin, you can move your databases, files, and apps directly into the cloud environment. Most cloud platforms have built-in migration tools that make this process smooth and effortless. It’s best to migrate data in small batches to catch issues early and verify that everything is intact and accessible in the new environment.

Configuration and security

Securing your data and systems once they’re in the cloud is crucial. Make sure to set user roles and access levels to keep sensitive information visible only to those who need it. Next, turn on encryption both in transit and at rest to protect your data behind the scenes. You should also enable multifactor authentication to reduce the risk of unauthorized access.

Testing and validation

Test every component: applications, integrations, databases, and user access. Validate that everything works as expected before flipping the switch completely. It’s better to uncover issues in a controlled environment than in front of customers or staff.

Training and change management

Introducing new tools can cause confusion if your team isn’t prepared. Offer hands-on training sessions, FAQs, and support resources. People often resist new technologies when they’re unclear on how to use them. Communicate early and often, and listen to team feedback to make the transition smoother.

Cloud migration doesn’t have to be intimidating. With the right strategy, your small business can tap into enterprise-grade power without the enterprise-level price tag. If you’re ready to start your journey to the cloud, contact us today. We’ll simplify the process and help you find the best solutions for your business.

Cloud migration made simple: A smart move for small businesses

Editor January 19, 2026

Moving your small business to the cloud can feel overwhelming, but the payoff is big: lower costs, better collaboration, and the freedom to grow without hardware holding you back. In this blog, we’ll break down the migration process so you can reap the cloud’s benefits as soon as possible.

Define your goals

Before doing anything technical, clarify why you’re making the move. For example, small businesses that want to scale down their on-premises server room may find that shifting their infrastructure to the cloud is a more flexible and cost-effective option.

Other companies may prioritize remote and hybrid work and see cloud services as a way to secure data for their employees. Whatever your needs, think them through from the start, as this will shape your choices from the platform you select to how your migration unfolds.

Choose the cloud solution for your needs

There isn’t a one-size-fits-all solution when it comes to the cloud. Here are the three primary models, each offering unique benefits:

  • Software-as-a-Service (SaaS): SaaS delivers fully functional applications over the internet; think Google Workspace or Microsoft 365. It’s ideal for small businesses that want plug-and-play enterprise software without the overhead of managing servers or updates.
  • Infrastructure-as-a-Service (IaaS): With IaaS, you rent computing power (e.g., servers, storage, networking) on demand. Platforms such as Amazon Web Services (AWS) or Microsoft Azure fall into this category. It’s a great fit if you have custom applications or need more control without investing in physical hardware.
  • Platform-as-a-Service (PaaS): PaaS offers a development environment in the cloud. It’s especially valuable for businesses that build or customize their own apps. It handles everything behind the scenes, including OS, middleware, and databases, so your developers can focus purely on coding.

Establish a cloud migration strategy

The way you move your systems depends on how your current setup works, what your team needs, and how far you’re ready to go. Here are five tailored approaches small businesses can use:

  • Rehost (“lift and shift”): Rehosting shifts your existing apps and workloads directly into the cloud, without altering how they’re programmed and built. It’s fast and cost-effective, ideal for straightforward workloads.
  • Refactor: Refactoring involves tweaking the structure of your apps so they run more smoothly in the cloud. You’re not rebuilding from scratch, but you’re making smart updates that help your software use cloud tools more efficiently. It’s a good fit when you want better performance without a full redesign.
  • Revise: This partially rewrites or expands the capabilities of your existing applications to take better advantage of cloud-native features. Revising works well for modernizing outdated programs and if you want to tap into more advanced capabilities.
  • Rebuild: If your current software is outdated, clunky, or holding your business back, starting over might be the best move. Rebuilding means developing entirely new apps using cloud-first tools and services, giving you full control and future flexibility.
  • Replace: Sometimes, the smartest route is to stop using a custom or legacy system altogether and switch to a modern, off-the-shelf cloud product. It’s faster to deploy, easier to manage, and often more secure.

Develop a roadmap and timeline

Every migration needs a well-structured timeline. Break down your project into phases: discovery, planning, execution, and review. Assign ownership to specific teams or individuals to keep things moving. If you’re migrating several tools or systems, prioritize which ones move first based on business impact. You should also schedule the most disruptive changes for weekends or off-peak hours to minimize downtime.

Set up network infrastructure for cloud solutions

A stable, high-performing network is essential for a successful cloud migration. Start by evaluating your current internet speed, reliability, and bandwidth. Upgrading to a high-speed fiber connection or setting up a dedicated link for cloud services can significantly reduce lag and connection issues. You should also set up quality of service rules on your network to prioritize traffic for critical applications and services.

Migrate data

Moving your data to the cloud isn’t just a matter of dragging and dropping files. Start by reviewing what you actually need, then clean up old or duplicate files, archive what’s no longer active, and organize what’s staying.

To protect against any surprises, it’s essential to create a full backup before initiating the transfer. Once you’re ready to begin, you can move your databases, files, and apps directly into the cloud environment. Most cloud platforms have built-in migration tools that make this process smooth and effortless. It’s best to migrate data in small batches to catch issues early and verify that everything is intact and accessible in the new environment.

Configuration and security

Securing your data and systems once they’re in the cloud is crucial. Make sure to set user roles and access levels to keep sensitive information visible only to those who need it. Next, turn on encryption both in transit and at rest to protect your data behind the scenes. You should also enable multifactor authentication to reduce the risk of unauthorized access.

Testing and validation

Test every component: applications, integrations, databases, and user access. Validate that everything works as expected before flipping the switch completely. It’s better to uncover issues in a controlled environment than in front of customers or staff.

Training and change management

Introducing new tools can cause confusion if your team isn’t prepared. Offer hands-on training sessions, FAQs, and support resources. People often resist new technologies when they’re unclear on how to use them. Communicate early and often, and listen to team feedback to make the transition smoother.

Cloud migration doesn’t have to be intimidating. With the right strategy, your small business can tap into enterprise-grade power without the enterprise-level price tag. If you’re ready to start your journey to the cloud, contact us today. We’ll simplify the process and help you find the best solutions for your business.

A step-by-step guide to moving your small business to the cloud

Editor January 19, 2026

For small businesses, cloud computing means ditching bulky servers, freeing up resources, and gaining flexibility like never before. This guide walks you through the entire cloud migration journey, from setting goals to hands-on migration tactics. If you’re ready to trade your legacy systems for smarter, scalable tools, this is your roadmap.

Define your goals

Before doing anything technical, clarify why you’re making the move. For example, small businesses that want to scale down their on-premises server room may find that shifting their infrastructure to the cloud is a more flexible and cost-effective option.

Other companies may prioritize remote and hybrid work and see cloud services as a way to secure data for their employees. Whatever your needs, think them through from the start, as this will shape your choices from the platform you select to how your migration unfolds.

Choose the cloud solution for your needs

There isn’t a one-size-fits-all solution when it comes to the cloud. Here are the three primary models, each offering unique benefits:

  • Software-as-a-Service (SaaS): SaaS delivers fully functional applications over the internet; think Google Workspace or Microsoft 365. It’s ideal for small businesses that want plug-and-play enterprise software without the overhead of managing servers or updates.
  • Infrastructure-as-a-Service (IaaS): With IaaS, you rent computing power (e.g., servers, storage, networking) on demand. Platforms such as Amazon Web Services (AWS) or Microsoft Azure fall into this category. It’s a great fit if you have custom applications or need more control without investing in physical hardware.
  • Platform-as-a-Service (PaaS): PaaS offers a development environment in the cloud. It’s especially valuable for businesses that build or customize their own apps. It handles everything behind the scenes, including OS, middleware, and databases, so your developers can focus purely on coding.

Establish a cloud migration strategy

The way you move your systems depends on how your current setup works, what your team needs, and how far you’re ready to go. Here are five tailored approaches small businesses can use:

  • Rehost (“lift and shift”): Rehosting shifts your existing apps and workloads directly into the cloud, without altering how they’re programmed and built. It’s fast and cost-effective, ideal for straightforward workloads.
  • Refactor: Refactoring involves tweaking the structure of your apps so they run more smoothly in the cloud. You’re not rebuilding from scratch, but you’re making smart updates that help your software use cloud tools more efficiently. It’s a good fit when you want better performance without a full redesign.
  • Revise: This partially rewrites or expands the capabilities of your existing applications to take better advantage of cloud-native features. Revising works well for modernizing outdated programs and if you want to tap into more advanced capabilities.
  • Rebuild: If your current software is outdated, clunky, or holding your business back, starting over might be the best move. Rebuilding means developing entirely new apps using cloud-first tools and services, giving you full control and future flexibility.
  • Replace: Sometimes, the smartest route is to stop using a custom or legacy system altogether and switch to a modern, off-the-shelf cloud product. It’s faster to deploy, easier to manage, and often more secure.

Develop a roadmap and timeline

Every migration needs a well-structured timeline. Break down your project into phases: discovery, planning, execution, and review. Assign ownership to specific teams or individuals to keep things moving. If you’re migrating several tools or systems, prioritize which ones move first based on business impact. You should also schedule the most disruptive changes for weekends or off-peak hours to minimize downtime.

Set up network infrastructure for cloud solutions

A stable, high-performing network is essential for a successful cloud migration. Start by evaluating your current internet speed, reliability, and bandwidth. Upgrading to a high-speed fiber connection or setting up a dedicated link for cloud services can significantly reduce lag and connection issues. You should also set up quality of service rules on your network to prioritize traffic for critical applications and services.

Migrate data

Moving your data to the cloud isn’t just a matter of dragging and dropping files. Start by reviewing what you actually need, then clean up old or duplicate files, archive what’s no longer active, and organize what’s staying.

To protect against any surprises, it’s essential to create a full backup before initiating the transfer. Once you’re ready to begin, you can move your databases, files, and apps directly into the cloud environment. Most cloud platforms have built-in migration tools that make this process smooth and effortless. It’s best to migrate data in small batches to catch issues early and verify that everything is intact and accessible in the new environment.

Configuration and security

Securing your data and systems once they’re in the cloud is crucial. Make sure to set user roles and access levels to keep sensitive information visible only to those who need it. Next, turn on encryption both in transit and at rest to protect your data behind the scenes. You should also enable multifactor authentication to reduce the risk of unauthorized access.

Testing and validation

Test every component: applications, integrations, databases, and user access. Validate that everything works as expected before flipping the switch completely. It’s better to uncover issues in a controlled environment than in front of customers or staff.

Training and change management

Introducing new tools can cause confusion if your team isn’t prepared. Offer hands-on training sessions, FAQs, and support resources. People often resist new technologies when they’re unclear on how to use them. Communicate early and often, and listen to team feedback to make the transition smoother.

Cloud migration doesn’t have to be intimidating. With the right strategy, your small business can tap into enterprise-grade power without the enterprise-level price tag. If you’re ready to start your journey to the cloud, contact us today. We’ll simplify the process and help you find the best solutions for your business.

From toilets to AI trackers: The future of health tech is here

Editor January 18, 2026

Health tech is no longer just about steps and sleep; it’s about your hormones, meals, and even your bathroom habits. At CES 2026, the world’s biggest technology showcase, new gadgets gave a glimpse into a future where toilets analyze hydration, mirrors provide insights into cardiovascular health, and wearables ditch screens for voice-guided AI. Here’s a look at the wellness tech making waves.

Health monitoring, straight from the bathroom

One major theme was the growing focus on noninvasive, in-home diagnostics, particularly in the bathroom. Several companies introduced smart toilet attachments and built-in systems that analyze urine samples to assess hydration and gut health. These devices can upload data to a companion app, offering insights without the need for lab visits.

One particular toilet attachment is capable of performing hundreds of tests, giving users long-term tracking abilities. Some toilets go even further, using wall-mounted displays to deliver real-time results and even alerting caregivers if the toilet remains unused for a specified period, aiming to support aging populations living independently.

AI in the mirror and the scales

Another standout was a smart mirror that claims to analyze facial blood flow to estimate biological age, cardiovascular risk, mental stress, and overall health. With just a quick selfie, users receive scores across various categories, all meant to provide a glimpse into long-term health risks.

The mirror supports multiple profiles, making it ideal for family use. It was part of a broader trend of devices attempting to forecast health years in advance, helping people make preventative lifestyle choices earlier.

Smart scales also joined the longevity conversation, with new models capable of tracking dozens of biomarkers, such as heart rate variability and cellular health. These tools promise to alert users before issues escalate, though some critics worry about the potential for over-reliance on unverified data.

Food, allergens, and AI analysis

Food-focused tech saw its own boom at CES. A compact device still in development drew attention for its ability to test food for common allergens such as gluten and dairy within minutes. Other innovations include table-mounted food cameras that analyze meals in real time, offering insights into portion size, ingredients, and eating habits. Meanwhile, nutrition-tracking apps are incorporating AI to offer personalized guidance based on conditions like diabetes.

Together, these tools are part of a growing movement to demystify food’s impact on health without relying on complex nutrition labels or guesswork.

Centering hormonal health

Women’s health saw increased representation at the event, with several products focused on menstrual tracking and hormonal monitoring. One wearable device uses gentle neurostimulation through the ear to help relieve menstrual cramps by targeting nerves linked to the cycle.

Another innovation — a smart menstrual pad — uses blood samples to evaluate ovarian health and hormone levels, offering a window into fertility or menopausal changes. Wearables designed to track perimenopausal symptoms such as hot flashes and sleep disturbances were also on display, reflecting a broader shift toward supporting hormone-related health needs through tech.

Screen-free, intuitive wellness

Amid growing screen fatigue, a new breed of wellness trackers is emerging: ones that ditch the screen altogether. A recently introduced wristband has no display and doesn’t require a subscription. Instead, it uses built-in sensors and AI to track health data and relay it through voice-based assistants or smartphone connections.

Meanwhile, sleep tech companies showcased mattresses with built-in AI that adjust position, sound, and even temperature during the night, automatically responding to user behavior to enhance sleep quality without manual input.

The bigger picture

The message from CES 2026 is clear: health tech is rapidly expanding into every corner of daily life. As health technology continues to evolve, the future of wellness is becoming more connected, more personalized, and increasingly home-based. Whether you’re curious about integrating new devices into your routine or unsure which innovations are worth the investment, it’s important to stay informed and make tech work for you, not the other way around.

CES 2026 shows health tech is watching what you eat, feel, and even flush

Editor January 18, 2026

Your bathroom, your kitchen table, even your dreams — if it’s part of your life, health tech wants in. CES 2026, the world’s biggest technology showcase, proved the wellness tech revolution is accelerating fast. This roundup explores the boldest, weirdest, and most promising innovations, from no-screen trackers to AI-powered mattresses, that may soon be part of your daily routine.

Health monitoring, straight from the bathroom

One major theme was the growing focus on noninvasive, in-home diagnostics, particularly in the bathroom. Several companies introduced smart toilet attachments and built-in systems that analyze urine samples to assess hydration and gut health. These devices can upload data to a companion app, offering insights without the need for lab visits.

One particular toilet attachment is capable of performing hundreds of tests, giving users long-term tracking abilities. Some toilets go even further, using wall-mounted displays to deliver real-time results and even alerting caregivers if the toilet remains unused for a specified period, aiming to support aging populations living independently.

AI in the mirror and the scales

Another standout was a smart mirror that claims to analyze facial blood flow to estimate biological age, cardiovascular risk, mental stress, and overall health. With just a quick selfie, users receive scores across various categories, all meant to provide a glimpse into long-term health risks.

The mirror supports multiple profiles, making it ideal for family use. It was part of a broader trend of devices attempting to forecast health years in advance, helping people make preventative lifestyle choices earlier.

Smart scales also joined the longevity conversation, with new models capable of tracking dozens of biomarkers, such as heart rate variability and cellular health. These tools promise to alert users before issues escalate, though some critics worry about the potential for over-reliance on unverified data.

Food, allergens, and AI analysis

Food-focused tech saw its own boom at CES. A compact device still in development drew attention for its ability to test food for common allergens such as gluten and dairy within minutes. Other innovations include table-mounted food cameras that analyze meals in real time, offering insights into portion size, ingredients, and eating habits. Meanwhile, nutrition-tracking apps are incorporating AI to offer personalized guidance based on conditions like diabetes.

Together, these tools are part of a growing movement to demystify food’s impact on health without relying on complex nutrition labels or guesswork.

Centering hormonal health

Women’s health saw increased representation at the event, with several products focused on menstrual tracking and hormonal monitoring. One wearable device uses gentle neurostimulation through the ear to help relieve menstrual cramps by targeting nerves linked to the cycle.

Another innovation — a smart menstrual pad — uses blood samples to evaluate ovarian health and hormone levels, offering a window into fertility or menopausal changes. Wearables designed to track perimenopausal symptoms such as hot flashes and sleep disturbances were also on display, reflecting a broader shift toward supporting hormone-related health needs through tech.

Screen-free, intuitive wellness

Amid growing screen fatigue, a new breed of wellness trackers is emerging: ones that ditch the screen altogether. A recently introduced wristband has no display and doesn’t require a subscription. Instead, it uses built-in sensors and AI to track health data and relay it through voice-based assistants or smartphone connections.

Meanwhile, sleep tech companies showcased mattresses with built-in AI that adjust position, sound, and even temperature during the night, automatically responding to user behavior to enhance sleep quality without manual input.

The bigger picture

The message from CES 2026 is clear: health tech is rapidly expanding into every corner of daily life. As health technology continues to evolve, the future of wellness is becoming more connected, more personalized, and increasingly home-based. Whether you’re curious about integrating new devices into your routine or unsure which innovations are worth the investment, it’s important to stay informed and make tech work for you, not the other way around.

Health tech gets personal: CES 2026’s boldest wellness innovations

Editor January 18, 2026

At CES 2026, the world’s biggest technology showcase, health tech took center stage, with devices that analyze everything from urine to facial blood flow. This article breaks down the standout trends in wellness technology that are changing how we monitor health at home.

Health monitoring, straight from the bathroom

One major theme was the growing focus on noninvasive, in-home diagnostics, particularly in the bathroom. Several companies introduced smart toilet attachments and built-in systems that analyze urine samples to assess hydration and gut health. These devices can upload data to a companion app, offering insights without the need for lab visits.

One particular toilet attachment is capable of performing hundreds of tests, giving users long-term tracking abilities. Some toilets go even further, using wall-mounted displays to deliver real-time results and even alerting caregivers if the toilet remains unused for a specified period, aiming to support aging populations living independently.

AI in the mirror and the scales

Another standout was a smart mirror that claims to analyze facial blood flow to estimate biological age, cardiovascular risk, mental stress, and overall health. With just a quick selfie, users receive scores across various categories, all meant to provide a glimpse into long-term health risks.

The mirror supports multiple profiles, making it ideal for family use. It was part of a broader trend of devices attempting to forecast health years in advance, helping people make preventative lifestyle choices earlier.

Smart scales also joined the longevity conversation, with new models capable of tracking dozens of biomarkers, such as heart rate variability and cellular health. These tools promise to alert users before issues escalate, though some critics worry about the potential for over-reliance on unverified data.

Food, allergens, and AI analysis

Food-focused tech saw its own boom at CES. A compact device still in development drew attention for its ability to test food for common allergens such as gluten and dairy within minutes. Other innovations include table-mounted food cameras that analyze meals in real time, offering insights into portion size, ingredients, and eating habits. Meanwhile, nutrition-tracking apps are incorporating AI to offer personalized guidance based on conditions like diabetes.

Together, these tools are part of a growing movement to demystify food’s impact on health without relying on complex nutrition labels or guesswork.

Centering hormonal health

Women’s health saw increased representation at the event, with several products focused on menstrual tracking and hormonal monitoring. One wearable device uses gentle neurostimulation through the ear to help relieve menstrual cramps by targeting nerves linked to the cycle.

Another innovation — a smart menstrual pad — uses blood samples to evaluate ovarian health and hormone levels, offering a window into fertility or menopausal changes. Wearables designed to track perimenopausal symptoms such as hot flashes and sleep disturbances were also on display, reflecting a broader shift toward supporting hormone-related health needs through tech.

Screen-free, intuitive wellness

Amid growing screen fatigue, a new breed of wellness trackers is emerging: ones that ditch the screen altogether. A recently introduced wristband has no display and doesn’t require a subscription. Instead, it uses built-in sensors and AI to track health data and relay it through voice-based assistants or smartphone connections.

Meanwhile, sleep tech companies showcased mattresses with built-in AI that adjust position, sound, and even temperature during the night, automatically responding to user behavior to enhance sleep quality without manual input.

The bigger picture

The message from CES 2026 is clear: health tech is rapidly expanding into every corner of daily life. As health technology continues to evolve, the future of wellness is becoming more connected, more personalized, and increasingly home-based. Whether you’re curious about integrating new devices into your routine or unsure which innovations are worth the investment, it’s important to stay informed and make tech work for you, not the other way around.

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