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5G Technology
At the point when digital collaboration, telecommunication and videoconferencing turned into a part of our lives, we needed to get approaches to boost speed.
It was at that point clear enough for telecommunication companies that 5G was the best approach. The arrangement of this innovation will be significant for various tools like IoT.

Augmented And Virtual Reality
Virtual reality and augmented reality devices are becoming more capable and cost-effective by the minute. The possibility of using a VR space to interact with customers or co-workers seems much more plausible, and provides a richer interaction. The virtual experience may provide another revenue stream from customers, or be a sales tool to entice them to experience it for real.
AR and VR are among the top upcoming technologies that are conquering the B2B market. Major manufacturers of AR/VR equipment are teaming up with leading collaboration platforms or developing their own tools that help users work, learn, and receive professional training in the field.
AR and VR applications have proved to hold massive value for remote assistance and inspections, healthcare, industrial design, architecture, and many other industries and professional areas. Further progress in this area will depend primarily on the affordability of high-quality headsets and the improvement of their primary specs, such as the field of view and resolution.

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Peng Cheong -   Evolutions of Social Media Platforms

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Peng Cheong -   Evolutions of Social Media Platforms

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Generalization of Social Media Apps will evolve its platforms from Commercial purposes to assist Government to play a huge part in Government administrative policies and procedures, the examples are :

- Social Media platform to be used as a real-time channel to ‘vote’ for General Election.
- Social Media account ID alike SingPass allows users to transact with all Government Dept via online easily and securely.
- Social Media account ID to serve as a ‘passport’ for travelling to overseas.
- a authentic Social Media account is pre-requisite before making any ‘application’ to Government Dept.

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Hailed as one of the most disruptive technologies in decades, blockchain technology is at the heart of the shift from centralised server-based internet system to a cryptographic transparent network.

A blockchain is essentially a decentralised ledger that maintains transaction records on many computers simultaneously. Once a group or a block of records is entered into the ledger, the block’s information is connected mathematically to other blocks, forming a chain of records.

Because of this mathematical relationship, the information in a particular block cannot be altered without changing all subsequent blocks in the chain and creating a discrepancy that other record-keepers in the network would immediately notice. In this way, which eliminates the dangers that come with data being kept in a central location by a single owner.

We can finally look forward to a new era of human transactions without the traditional intermediaries such as credit card companies and banks to validate and back transactions.

In a blockchain, blocks of information are hosted on a decentralised peer-to-peer network, instead of a centralised server. Each block of information is visible to everyone and cannot be altered retroactively without the alteration of all subsequent blocks and the collusion of the network.

But blockchain technology has the potential to completely dispense the need for intermediaries. Once blockchain technology is adopted, peer-to-peer consensus algorithms will transparently record and verify transactions, dispensing the need of manual verifications undertaken by banks. This will reduce costs, delays and the general complexity of financial transactions.

From verifying data in insurance contracts to creating decentralised versions of peer-to-peer ridesharing apps or a decentralised network of IoT devices that can communicate internally to eliminate bugs or update software, the applications of the technology are limitless.

To conclude, one can say that blockchain technology is in its initial stages and has major challenges to overcome.

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Wilyn: 5G & Connectivity is the Next Disruptive Technology

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Wilyn: 5G & Connectivity is the Next Disruptive Technology

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✔🚍🌏
- 5G networks will be a quantum leap for many technologies and usage scenarios relying on ultra-fast, low-latency internet connectivity

-    Major communication service providers (CSP’s) around the world have long declared their commitment to a 5G future

-    However, tech is new and industry is still waiting for certification of multitude of protocols & various types of base equipment

-  When 5G finally arrives, it will breathe new life into a good number of innovative areas that are currently bottlenecked by the restrictions of the present generation of communication equipment and standards

- This will bring about positive impact on Immersive AR/VR experiences, Autonomous Vehicle, Smart Venue & Cities (powered by IoT), Video streaming, Wireless broadband (High speed internet access)

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I believe that quantum computers and computing is one of the next disruptive technology followed by Machine Learning.

Quantum computers have the potential to revolutionise computation by making certain types of classically intractable problems solvable. It will use tremendous speedups for specific types of problems ranging from defence to financial trading and capable of hacking blockchain technology, though great progress is under its way.

Another example of disruptive technology could be Machine Learning. It is an application of AI that provides systems the ability to learn and improve from experience. It focuses on the development of computer programmes that can access data to use it and learn for themselves, without human intervention, to create better decision making. For eg: in insurance claims, it will determine if a new claim should be paid or not, based on previous cases, as it is constantly refining its decision making based on new data.

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 Aziz - Smart buildings is the next disruptive technology

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 Aziz - Smart buildings is the next disruptive technology

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The smart building market has been expanding significantly over the past decade, especially with the development of smart home IoT tech and voice assistants.

IoT will become even more immersed in buildings, with the ability to adjust room temperatures based on the number of people in the space (energy saving), or change a room's lighting based on the time of day (light control), Green buildings (solar energy). Also to customize moods/ambience through visual/audio. Operating of machines through voice, touch or movement (coffee makers, printing machines, lighting, whiteboards, presentations, schedulers)

Benefits (Top 10).

1. Benefiting from smart data.

2. Efficient consumption of energy.

3. Increase in the asset value.

4. Decreased consumption.

5. Real-time action.

6. Anticipating well in advance.

7. Smart maintenance of equipment's.

8. Following green norms.

9. Increase in work efficiency.

10. Saving operational cost.

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Aritifical Intelligence is my pick.
AI, which gives computers the ability to learn, could one day make humans redundant, if we allow it to become smarter than we are. Theoretically, AI could keep reprogramming and upgrading itself without human interference until it becomes more intelligent than us.

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Cybersecurity is the next disruptive technology.

As more and more data is moving from secure on-premise data centers to public clouds, the topic of security comes to the forefront. Hardware and software security will be playing an increasingly important role for small and large businesses entering the cloud domain. With hackers targeting both confidential enterprise data and platforms like Twitter, end-to-end security will be addressed with never-before-seen scrutiny and attention.

On the hardware level, an increasing number of global hardware component and system manufacturers are starting to address security on the lowest level — take Intel and its v-Pro technology as an example.