Ultimately, smart cities will leave us fewer and fewer places to be invisible. One may believe that such overreach is impossible in a Western democracy, but the technology implies limits to our privacy, and we’re already seeing technologies like facial recognition being implemented by law enforcement in the US and elsewhere.
Moreover, the city-state’s data-protection laws are crafted to benefit data collection instead of protecting its citizens’ privacy, as there’s hardly any limit on how agencies can collect and share data.
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Singapore, which is fast becoming a smart city, is full of sensors, GPS devices, and CCTV cameras in public transportation, and on the streets. With all that said, living among smart devices that gather our data 24/7 has a rather clear downside - less privacy. getting in a car accident will be less dangerous in the smart cities), 5G would make cities much more comfortable for residents. Starting from automatically regulated traffic flows to improved emergency response (e.g. The 5G-led developments in IoT tech will turn our cities into networks, collecting huge amounts of data and bringing significant changes to our daily lives. In fact, the development of smart cities is one of the most discussed aspects of the big data-IoT-5G intersection - put plainly, smart cities are impossible without 5G. When we talk about big data and 5G, we have to talk about smart cities. Smart Cities - An Intersection Between IoT, Big Data and 5G
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If downloading large media files will take seconds with 5G, imagine how big of a boom big data agencies would notice due to the ability to download certain data sets ten if not hundred times faster than before. This is just one aspect - data collection capabilities would improve not merely due to an increase in smart devices, but also, the increased speeds would allow the collection of more data and under more diverse circumstances. With 5G, it will be possible to do much of the computing in the cloud, making IoT devices cheaper and empowering big data to an unprecedented degree. $1,300 billion.Ĭurrently, speed and latency limitations mean that IoT devices have to rely on their own processors and internal memory.
Last year, the global IoT market value was $690 billion, and it is estimated that by 2025 the market will grow to approx. Most of us are already contributing to data generation on a daily basis by using IoT devices. 5G to Strengthen Big Data's RoleĪs big data deals with extremely large data sets, making connections much faster and more reliable will increase capabilities enormously. You won’t need to leave your home to get the full experience of a concert or a sports game.įor example, Barcelona’s Camp Nou stadium is set to be the first to introduce dedicated 5G coverage, offering spectators a game-changing experience - from getting deep performance statistics of their favorite players to the ability to watch the game from different spots within the stadium itself - including the team bench.Ĭlearly, in terms of entertainment, 5G seems to offer the best possible experience.īut let’s look at what effect it may have on yet another sphere of technology and business - big data. It will let broadcasters of concerts and sports events produce highly-immersive experiences via VR and other technology. Naturally, 5G will also have a great effect on entertainment. Drastically improved latency offers new opportunities for the remote control of machinery, which could have great consequences for medicine, industry, and much more.