Ajay
Quantum Computing opens new front in Cloud!
As the amount of data in the world is rapidly increasing, so is the time required for machines to process it. Augmented Reality, Virtual Reality, Artificial Intelligence, Robotics, Real-Time Analytics, and Machine Learning algorithms are needing the cloud to be infinitely faster as well as to require unlimited computing power and an endless amount of storage. Interestingly, this is happening
Augmentation Revolution
Throughout humanity’s history, people have been exploring approaches to stretch the biological limitations of the human body. We have been creating the means and devices to augment our physical beings to overcome our genetic and environmental weaknesses from the beginning such as wearing shoes, using eyeglasses for better vision, prosthetic limbs, artificial organs and even more physical power through the
How machine learning can solve wireless network issues
Wi-Fi is crucial to the way we work today. Fast, reliable, and consistent wireless coverage in an enterprise is business-critical. Many day-to-day operations in the enterprise depend on it. And yet, most of the time, IT teams are flying blind when it comes to individual experience. This springs from two main challenges. The first challenge is data collection. We want to know the state
Wi-Fi: Where we go when we leave the now!
Wi-Fi is 18 now! The journey to now has been a tremendous one. It started in 1999, yet it seems just like yesterday. Six companies (3Com, Aironet, Harris Semiconductor, Lucent, Nokia and Symbol Technologies) came together to form a global non-profit association Wi-Fi Alliance. The objective of Wi-Fi Alliance was to develop and validate multi-vendor interoperability using a new wireless networking technology (802.11 protocol created in 1997).
Artificial intelligence will revolutionize Wi-Fi
I’ve never hidden my love for wireless networking. Wi-Fi has moved from a nascent technology to one that is widely accepted and become so commonplace that we wonder how we ever functioned without it. It started from autonomous access points and was followed up by controller based architecture (with a centralized controller and thin access points). And, as we learnt from