▾Do you know edge computing? It is a method of data processing that shifts computing power closer to the data source. This significantly reduces latency and enables faster real-time decision-making. This technology is becoming key for IoT, autonomous vehicles, or smart cities and is gradually changing the internet as we know it. What does edge computing mean and how will it impact our future?
What is edge computing?
Imagine you are going for a quick shopping trip. Either you can head to a large hypermarket on the city outskirts or pop into a convenience store just around the corner. What would you choose?
Your technology faces a similar choice day in and day out, and edge computing is like that small convenience store. Instead of the traditional method of sending information to distant data centers, processing occurs directly in the devices that generate the data or in their immediate vicinity.
Typical devices for edge computing include industrial gateways (edge gateways), intelligent sensors, camera systems with integrated AI, or even common smartphones and vehicle units with chips capable of running neural networks.
Why did the need for edge computing arise?
The enormous increase in the amount of data generated has caused classic cloud infrastructure to reach its limits. Processing all data remotely in data centers results in higher latency, increased energy consumption, and unnecessary costs. Edge computing addresses these challenges by minimizing data transfer and accelerating their processing.
For example, security cameras can evaluate video footage themselves and immediately alert to potential threats without having to send the videos to a remote server. Similarly, smart sensors in industrial operations evaluate information on-site.
What are the main advantages?
As we have already hinted at multiple times, the main advantage of processing data using edge computing is the dramatic reduction in delay between action and reaction. While traditional cloud solutions can have latency ranging from tens to hundreds of milliseconds, edge computing allows for response times between 1-20 ms – which is crucial for things like autonomous driving or surgical robots.
Since data stays close to the source, they also remain more secure. When they don't have to travel over the internet, the risk that someone will misuse or intercept sensitive information is minimized. Along with this, there are lower costs, not only in terms of security but also for data transfer and storage. For businesses, this means greater efficiency and more interesting profits.
You have surely experienced that some of your devices stopped working because it lost signal. With edge computing, this doesn't happen because it allows systems to function without constant internet connection. Technologies hence gain greater stability and are not as vulnerable to disruptions.
And what about the risks?
Nothing is perfect, so there are certain risks associated with edge computing. The decentralized nature of the system complicates management and maintenance, as the infrastructure is spread across various locations. Potential disadvantages also relate to security – while the risk of data leakage during transmission is smaller, local devices are exposed to higher risks of physical or cyber attacks.
Another obstacle could be the absence of universal standards, which often leads to problems with compatibility between different devices. Consequently, integrating them into existing systems can be problematic. Additionally, it is important to consider that devices using edge computing have limited performance and memory capacity, which can limit their ability to process large volumes of data or handle more complex tasks.
Where is edge computing used in practice?
Edge computing is no longer just a futuristic concept but a technology that is changing the world around us every day. It helps smart cities manage traffic, ensuring that traffic lights immediately respond to current traffic conditions and street lighting automatically adjusts to the situation on the street.
As already mentioned, it is also an essential helper for autonomous vehicles, enabling them to analyze their surroundings in a fraction of a second to safely respond to every change.
And it brings a revolution to healthcare. Smart medical devices can monitor a patient's condition in real-time, enabling them to receive quicker assistance and more effective treatment. Even industrial machines are capable of making decisions on their own without waiting for instructions from distant data centers, thanks to edge computing.
How will edge computing affect the future?
It is already clear that edge computing will gradually change the fundamental structure of the internet. Edge computing will become a key player wherever immediate and reliable data processing is needed. And whether it's industry, healthcare, transportation, or our daily lives, it won't make a difference.
The expansion of edge computing goes hand in hand with the deployment of 5G networks, the development of artificial intelligence, and the explosive growth of IoT devices. It is precisely thanks to these technologies that its role in the future is expected to grow significantly. According to the American research and advisory company Gartner, by 2025, up to 75% of all data will be generated and processed outside traditional data centers – precisely at the level of edge devices.
It's not just a technical upgrade, but the arrival of an internet that is faster, smarter, and adapted to a world that is changing in real-time.
Wi-Fi on a plane? Yes, but it works differently than at home
Connecting to the internet during a flight is no longer an exception, but it still doesn't work as you're used to at home. In-flight Wi-Fi depends on the technology used, the type of aircraft, and network congestion, and paying for access doesn't always mean fast connection. In this article, we'll explain how in-flight internet works, why it can be slow, and when you can rely on it.
RCS messages: what they are, how they work, and when it's better to turn them off
RCS chat is appearing more frequently in mobile devices, especially with the arrival of iOS 18 and the gradual phasing out of older networks. It is a method of communication that uses the internet, offering higher quality sharing of photos and videos than traditional SMS. We'll explain what RCS means and when it makes sense to keep it enabled.
12 steps to prepare a child for their first phone
A first mobile phone can make a child's communication and daily orientation easier, but it also opens topics that are good to address in advance. These include safety, sharing, communication, or screen time. How to prepare a child for their first phone so that they use it safely, calmly, and wisely?
Autonomous vehicles around the world: How close are we to regular driverless operation?
Cities around the world are seeing an increase in autonomous vehicles as part of their transportation systems. However, their reliability varies significantly by region. We will explore where this technology is already commonly transporting passengers and what autonomous driving means in practice today.
Introducing Auracast - the biggest advancement in Bluetooth listening in recent years
Listening to a movie or playlist on multiple headphones has always been difficult. Auracast offers the ability to play the same audio to multiple people without pairing or special accessories. It can be used at home with TV, on trips, and in places with poorly audible announcements. In the article, we will show how this innovation works in practice and when we will start encountering it regularly.
Lost signal? A satellite phone won't leave you disconnected
Losing signal in the middle of the mountains or on the open sea no longer has to mean a loss of connection to the world. A satellite phone works even where regular mobile networks end. In the article, you'll learn how the device connects via satellites, what types of networks exist, how much calls cost, and why satellite communication is becoming more accessible for ordinary users.