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LTE Cat–M1 is a cellular technology mainly designed for the Internet of Things (IoT) or machine-to-machine (M2M) communication applications.
Compared to other standard cellular technologies such as 2G, 3G, or LTE Cat 1, LTE Cat-M1 enables longer battery life and extended range and deep penetration in buildings and basements.
The increase in the adoption of IoT/M2M communication solutions, the rise in the demand for longer connectivity, and the need for low-power consumption and low-cost connectivity technologies are driving the market for chipsets based on LTE Cat-M1 technology.
“The market for chipsets based on LTE Cat-M1 technology is expected to grow at the highest CAGR during the forecast period”
Whether you’re in government, transport, construction, technology or
communications you need new ideas and solutions to re-imagine mobility.
Here are 8 scenarios that can help you to re-image mobility:
-Understand how Uber plan to get cars off the road Get insights from smart
cities around the world;
-Learn how to handle congestion ruining our towns and cities;
-Find out which modes and models are no longer fit for purpose;
-Re-think solutions to urban air qualityRedesign your urban supply chain;
-Discover solutions to broken and under-invested infrastructure;
-Explore new transportation concepts to free cities of traffic and pollution;
I think that it’s important to use the new technology in education to combine
education theories and modern technology application.
Also I believe that modern technologies open new horizons to gain deeper insights into the scientifically researched items if it is used in the proper way.
This also need parallel developments in ideas and projects to address more important issues which face nowadays world.
I believe that Biometric technology powered authentication will change the way
people are identified or their identities are verified.
Actually we can see that Biometrics has completely replaced traditional identification methods in many sectors across the hi-tech industries.
Since the new people and organizations fashion follow what other successful entities are doing, it has induced a singular chain reaction of implementation of biometric applications that grow continuously.
This widespread adoption has reduce prices of biometric hardware and software, and opened a huge global market which can be fully leveraged for new hi-tech business companies.
If we refer to mobile biometrics we can discover how has recently become popular
among manufacturers and customers alike and going to benefit whole biometric eco-system.
As technology further penetrates the every possible aspect of personal and social life, demand of applications and devices is set to increase.
It is not a singular case that many service providers have integrated their smartphone applications with built-in biometric hardware for customer authentication to access
Also fingerprint sensors are the most prominent biometrics hardware used on most smartphones, however, with the launch of devices which uses iris recognition or leverages with face biometrics, other biometric modalities are expected to witness growth as well….
We will see what will happen on the nearest future!
Today it is possible to provide your customer with remote technical training,
including hands-on time with your product.
That’s is what we do with our products!
Industrial devices such as programmable logic controllers (PLCs) and servos rely on an Ethernet or universal serial bus (USB) connection for troubleshooting,
configuration, and programming.
Today it is possible to get stand-alone units that operate independently over a 4G wireless connection to the Internet, making operation very simple for the happinest of your IT department.
This same technology can be leveraged to make remote hands-on training possible for any Ethernet or USB device.
The current economic environment and significant risk events over the last few years have caused companies to have a renewed focus on the effectiveness of risk management.
The fundamental outcome of a successful three lines of defense implementation is a continuous and self-correcting system to manage risks across the enterprise.
Each line works independently but collaboratively to identify and assess risks and self-correct gaps.
Without technology, it’s largely a manual process thus, a logical and coordinated approach to risk management is integral to its success.