Will be linked by their service
Posted: Sat Feb 08, 2025 5:14 am
Disaggregation layers: This is the fundamental principle on which 5G technology is based. It provides elegance and efficiency in design and implementation, but also provides perfect camouflage for attackers, as well as the ability to inject agents between disaggregation layers. How will hackers be able to exploit this concept as an attack surface? We will only know after the fact;
Multi-peer networks: disaggregated infrastructure ensures that multiple businesses can collaborate to provide 5G services. But there is a downside. These businesses levels, and to be able to collaborate fully, this relationship must be based on mutual trust. How can trust be undermined, for example, and lead to adverse consequences for the participants? And who is to blame if this happens? Who will have to pay for it?
Third-party applications: Many 5G-based services will be brazil mobile database using these. The open nature and innovation within this ecosystem can provide a number of attack surfaces for hackers. It is virtually impossible to vet and test every third-party application in advance for loopholes that could become attack surfaces that significantly increase the security risk of 5G technology.
You often hear security experts say, “It’s not if we get attacked, it’s when .” With the advent of the 5G world, it’s become clear to us that we’re only just beginning to understand how everything works—both new and unknown unknowns .
Quantum Computing: What Businesses Should Be Prepared For
Sergey Stelmakh | 03/03/2020
Supercomputers are increasing their computing power every year, but many experts believe that a real breakthrough in computing can only be achieved with the help of quantum computers. Aravind Ajad Yarra, a research fellow in the cloud and infrastructure services division of the consulting company Wipro Limited, and his colleague, research fellow and chief technologist Saji Thoppil, talk on the Information Age portal about the purpose of quantum computing, where it is already being used, and along the way debunk the myths surrounding it.
Today’s business leaders are constantly being teased by industry media about the disruptive power of quantum computing and the potential benefits of its application in artificial intelligence, machine learning, and data science. According to Gartner, by 2023, 95% of organizations will be using it as a cloud service (quantum computing-as-a-service) to minimize risks and reduce costs. In addition, in the same year, 20% of organizations will allocate separate budgets for quantum projects, while less than 1% do so today.
Multi-peer networks: disaggregated infrastructure ensures that multiple businesses can collaborate to provide 5G services. But there is a downside. These businesses levels, and to be able to collaborate fully, this relationship must be based on mutual trust. How can trust be undermined, for example, and lead to adverse consequences for the participants? And who is to blame if this happens? Who will have to pay for it?
Third-party applications: Many 5G-based services will be brazil mobile database using these. The open nature and innovation within this ecosystem can provide a number of attack surfaces for hackers. It is virtually impossible to vet and test every third-party application in advance for loopholes that could become attack surfaces that significantly increase the security risk of 5G technology.
You often hear security experts say, “It’s not if we get attacked, it’s when .” With the advent of the 5G world, it’s become clear to us that we’re only just beginning to understand how everything works—both new and unknown unknowns .
Quantum Computing: What Businesses Should Be Prepared For
Sergey Stelmakh | 03/03/2020
Supercomputers are increasing their computing power every year, but many experts believe that a real breakthrough in computing can only be achieved with the help of quantum computers. Aravind Ajad Yarra, a research fellow in the cloud and infrastructure services division of the consulting company Wipro Limited, and his colleague, research fellow and chief technologist Saji Thoppil, talk on the Information Age portal about the purpose of quantum computing, where it is already being used, and along the way debunk the myths surrounding it.
Today’s business leaders are constantly being teased by industry media about the disruptive power of quantum computing and the potential benefits of its application in artificial intelligence, machine learning, and data science. According to Gartner, by 2023, 95% of organizations will be using it as a cloud service (quantum computing-as-a-service) to minimize risks and reduce costs. In addition, in the same year, 20% of organizations will allocate separate budgets for quantum projects, while less than 1% do so today.