This company is selling their promoter’s share @ Rs 115/ share. The locking period is 3 years.
Do you guys have any info about the company? Will it be a good investment?
Websit: [https://prabhusteel.com/](https://prabhusteel.com/)
View on r/NepalStock by p_bajra
Nepal Telecom (NTC), the country’s state-owned telecoms operator, has officially launched its long-awaited 5G trial to commemorate the company’s 19th anniversary. Nepal Telecom, the country’s state-owned telecom operator, had previously postponed 5G testing due to a lack of a device ecosystem. To commemorate its 19th anniversary, the telco tested its 5G cellular network in Babarmahal and Sundhara.
The network deployed in the Kathmandu districts of Sundhara and Babarmahal is using the 60 MHz spectrum in the 2600 MHz band given by the government. The 2600 MHz band provides a good balance of speed and coverage. According to a Nepalitelecom report, the trials are not available to the public and are conducted internally.
The initial trials, which were supposed to begin in January 2023, have already begun one month later than projected. Nepal Telecom’s July 2021 trials were canceled when a change in administration hindered the requisite spectrum allocation.
Sunil Paudel, MD of Nepal Telecom (NTC), has formally declared the launch of the long-awaited 5G experiment. However, no official launch date for 5G has been announced, however, officials have stated that it “should launch shortly.” Managing Director Sunil Paudel noted in a progress update on the company’s planned 5G rollout that Nepal Telecom (NT) has yet to evaluate the capabilities of its present mobile infrastructure to handle commercial 5G services in the future.
Nepal Telecom Corporation (NTC) will begin its 5G testing using Non-standalone (NSA) architecture and subsequently advance to Standalone architecture (SA). By changing the basic software, the NSA allows the operator to launch its 5G network on its existing 4G LTE infrastructure. The business has already developed two 5G-ready sites in Babarmahal and Sundhara. NTC is now testing available 5G devices on the network in Babarmahal and Sundhara, having installed the essential equipment at both locations.
Please note that Cryptocurrency transaction and mining is illegal in Nepal as per the notice issued by Nepal Rastra bank. This article is only for information purposes.
Money has evolved and changed shape over time. Today, digital currencies are best suited to the needs of the digital world. Digital currencies are focused on decentralising the currency in order to facilitate private transactions. Cryptocurrency is a decentralised digital money that can be used to transfer assets from person to person. They are not governed by banks or other central agencies. All of these coins are digital and have no physical existence. Cryptocurrencies can be purchased on exchanges and kept in wallets, exchange wallets, or physical storage discs. They are also spread throughout the network, so that even if one component fails, no data is lost. Pi coin is also the first and only cryptocurrency that can be mined on your phone.
The “Pi Network” is an intelligent network that enables users to earn Pi cryptocurrency from any mobile device. Three Stanford students launched a beta version of the app in March 2019. And two of them have doctorates. They want to build a digital currency that is secure, unchangeable, non-counterfeitable, and interoperable. They intend to accomplish this through the use of distributed ledger technology and the stellar consensus mechanism.
One of the primary differences between Pi Network and other blockchains is that rewards are distributed on a daily basis. They are not paid out per block and are distributed around the network, so as long as you interact with the network, you will receive a reward at the end of the day. The white paper goes with the availability of free transactions in relation to network congestion. When the network becomes overcrowded, miners will be able to sort through transactions using a fee system, with greater fees being handled with first and everyone else having to wait based on the amount of fee they want to pay.
There is currently no fixed supply, and the overall amount is uncertain. The overall supply will be determined after the initiative is officially launched. The tokens that individuals are earning right now serve as a faucet and are a visual representation of tokens that will be created in the Genesis block when the main net goes live.
The Pi network is fast growing, with over 800,000 active users as of right now. For all we know, it could be the next big thing. Because it is free to join, there is nothing to lose by downloading the app. However, it is strongly advised that you conduct preliminary research before proceeding. For additional information, follow the Pi network on Instagram, Facebook, and Twitter.
You’ve already heard of smart devices, autonomous robots, and self-driving cars in some form or another. They are undoubtedly innovative, but they aren’t as clever as they seem. The biggest drawback of these smart devices is their limited ability to communicate with the outside world. A car can drive itself and avoid external obstacles, but it can’t decide when to pick you up or what kind of music you want to listen to based on how your day went at work.
Consider how useful it would be if your wearable fitness devices could monitor your heart rate and the number of steps you’ve taken during the day, and then use the data to recommend workout plans that are specific to you. A system that uses an app to monitor statistics for future training and recommends diet plans. Isn’t that awesome? That, then, is the real-world application of IoT. Continue reading to learn more about IoT.
In the internet of things, all devices are linked by a unique identifier known as an IP address. These smart devices are also equipped with sensors. They use their own sensors to collect data from the environment, and they work closely with other devices to do so. After that, the data is sent to central servers. The servers then store, evaluate, and process the data before sending instructions to the system to perform a particular task under certain conditions.
IoT can be applied to almost every aspect of human life. They can be used in healthcare, where data from IoT devices can help doctors determine the best treatment plan for their patients. It can also be used to avoid the disease by tracking it continuously. In the same way, it can be used in industries to power manufacturing devices and various types of equipment. In addition, IOT can be used in education to enable students to collect learning materials. They also allow teachers to monitor their students’ progress in real time. In this way, the Internet of Things plays an important part in our daily lives.