These days, it's practically impossible not to be surrounded by gadgets that connect to the internet. From the mobile phone we never put down, not even to sleep, to that smart bulb that changes color according to our mood, connected devices have infiltrated our lives, making things easier but also bringing some technical headaches.
Having a digital ecosystem at home is wonderful, but it requires knowing how to manage who enters and exits your account and how to keep your equipment running smoothly. It's not just about plugging it in and going; it's about understanding that constant connectivity requires basic maintenance to avoid headaches when you need it most.
What exactly do we mean by a connected device?
To get technical, we're talking about any physical object capable of transmitting and receiving data over a network without requiring manual intervention at each step. It doesn't matter if it's a tiny sensor or a complex piece of industrial machinery; what matters is that it has communication capabilities that allow it to interact with other systems or the cloud via the internet.
In the world of the Internet of Things (IoT), these devices are the backbone of the entire system, enabling information to flow in real time for automation and remote control . To achieve this, they rely on familiar technologies such as Wi-Fi, Bluetooth, mobile networks, and LPWAN networks, which are ideal for transmitting data over long distances while consuming very little energy.
Areas where connected devices make a difference
The digitization of physical processes has opened doors that previously seemed like science fiction, improving efficiency in a wide variety of sectors:
- Smart Homes: This is where we see them most often. From thermostats that know when to turn on the heating to save energy, to smart locks and cameras that alert us on our mobile phones if something strange happens at home.
- Health and Wearables: Smartwatches and fitness trackers monitor our heart rate and sleep. Furthermore, there are connected glucose monitors which allow doctors to monitor remotely without the patient having to go to the hospital every other day.
- Industry (IIoT): In factories, sensors monitor machine vibrations and temperature. This is key to the Predictive MaintenanceThat is, knowing that a piece is going to break before the disaster occurs.
- Transportation and Vehicles: Modern cars communicate with the traffic infrastructure to avoid traffic jams and optimize routes, as well as intelligently manage the charging of electric vehicles.
Account management and security: Who is online?
A very common problem is when we feel there are "intruders" or too many people using our account. For example, on streaming services like Netflix, it sometimes happens that when the screen limit is reached , one device kicks another, creating a constant tug-of-war between users in the household.
To avoid surprises, it's essential to review active sessions and use two-step verification to protect access. If you see a device you don't recognize, if you were on a public computer, or if you've factory reset a phone, it will likely still appear in the list. In these cases, the best course of action is to remotely log out and change your passwords if you suspect someone else has accessed your account.
There are clear signs that something is wrong: a different browser than usual appears (like Safari instead of Chrome) or the marked location is a place you haven't been, although it should be noted that sometimes the GPS fails or marks a nearby point instead of the exact one.
The Reboot Trick: Maintaining Peak Performance
Many people think that leaving devices on 24/7 is normal, but the reality is that restarting them from time to time is vital. Simply turning them off and on quickly isn't enough; ideally, they should be left off for about 20 seconds to allow the process to complete and clear any memory errors.
- The Router: It's the brain of the house and processes data nonstop. A weekly reboot helps prevent cyberattacks and improves the connection speed of all other devices, preventing the Wi-Fi is slow on the mobile as long as it works well on the PC.
- Smart TVs and Consoles: Since they are essentially computers with screens, they handle many processes. If you notice that the video app is running slowly, restart the television usually solves the problem.
- Smart Cameras and Speakers: By constantly "listening" or monitoring, they can accumulate faults. Turning them off periodically ensures that security alerts and that voice responses work correctly.
It's important to remember that, although modern routers can handle many clients, overloading them can cause instability. For high-power devices, such as a NAS server or a game console , it's always best to use a wired Ethernet connection instead of Wi-Fi.
Maintaining control over which devices access our accounts, optimizing the network through periodic restarts, and taking advantage of IoT allows us to enjoy a technological home without compromising security or performance.
