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Why an telecom service platform worth your investment

The global telecom services market size was valued at USD 1.74 trillion in 2019 and is expected to grow at a compound annual growth rate (CAGR) of 5.0% from 2020 to 2027. Rising spending on wireless communication infrastructures due to the shift in customer inclination towards cloud-based technology and mobile devices is one of the key factors driving this industry. An increasing number of mobile subscribers, soaring demand for high-speed data connectivity, and growing demand for value-added managed services are the other potential factors fueling the market growth.

Whilst the mission of telecom services is to connect the world, there are some ventures that it’s inconceivable to get in due to some political hindrances such as relationships or trade wars. The recent scandal of Huawei is the prime example for what is called “national security”. Taking advantage of this specific situation, Flowcom integrates service provider’s technology into their platform in an attempt to bring the best services to customers as their wills. 

FlowCom is likely to be one of the most dominant startups in this prominent area. To maximize its limitless potential, helping hands are needed especially in this early stage. Therefore, FlowCom offers a presale for its native token named FiG with lucrative discounts. Here are three main reasons why FiG or FlowCom as a whole worth your attention:

1. Because of the buyback mechanism as well as the development of FlowCom’s ecosystem, Fig token holders are guaranteed to enjoy the growth of FiG’s price immensely.

2. With a trustworthy source of  telcos/advertising partners in South East Asia, the participants are permitted to collect and monetize the rewards. In addition, as many leading social-tech giants have done, FlowCom also cumulates user data and sells them to advertisers. And Flowcom’s users are actually stakeholders in the business model.

3. The integration of 5G technology into FlowCom and the FiG ecosystem all contribute to sustainability and scalability. These factors also create a new space for advertisers rushing in.

On the Characteristics of 5G networks

The recent pandemic and world-wide mass lockdowns have led to ever-lasting changes in our everyday life. Chief among those is, arguably, the accelerating move toward online solutions. Conventional avenues of communications and dialogues, such as in-office meetings, or in-class lectures, are increasingly being replaced by their virtual counterparts (e.g., Zoom calls). Such a change poses a significant reliance on Internet connections. Indeed, network connection has now become a true necessity.

Poor connectivity in certain locations has been believed to have negative implications on not only business productivity, but also worsening socio-economic discrepancy. Consequently, being able to offer near-ubiquitous internet coverage has a tremendous impact on improving economic development and solving inequality issues. Indeed, a great number of both state-backed and non-government organizations have called for provisioning greater internet coverage and consistent connectivity worldwide.

5G networks are the latest innovations in the field of communication. They bring great promises, and attract an immense level of attention. These advances will enable a wide range of applications, including but not limited to Autonomous Vehicle and other IoT devices, TeleMedicine, Virtual and/or Augmented Reality. Even more, these technologies are classified as national security primitives by some governments. Such classification speaks loudly about the importance of 5G.

Let us now provide a brief technical overview of 5G. It is not necessarily a single technology. Rather, it is more proper to look at it as a cohort of technological advances that integrate previous generations cellular mobile systems, whilst at the same time taking full advantage of fixed networks for wireless access and backhaul. With 5G technology, all computing and communication resources, such as spectrum, infrastructure or high-performance computing platforms, can be made available as a service.

A key characteristic of the 5G evolution is Network Densification, especially with the popularity and ubiquity of high frequency yet poor propagation bands. A key challenge lies in how one could desify networking without increasing inter-cell interference. Papers and patents filed for 5G innovations suggest that these networks shall leverage high-frequency millimetre wave (mmW) spectrum. While mmW signals suffer from heavy pathloss in comparison with microwave signals, it is capable of enabling multi-Gbps data rates, albeit with smaller radii of 100-200m. This is thanks to the fact that such frequencies may accommodate much more bandwidth. Therefore, it is assumed that they will primarily be used for local hotspots, which may have implications on deployment costs.

Similar to other fancy innovative technologies, there is a race in implementing and provisioning 5G platforms. Huawei has taken a virtually unchallenged lead in the 5G race, and it is reported to have started the 6G network research. Clearly, these great innovative technologies are commercially available very soon. The question, however, remains, which is whether the mass can actually enjoy these great advances anytime soon. Indeed, a research article entitled "The cost, coverage and rollout implications of 5G infrastructure in Britain" from the University of Cambridge revealed that "(5G) coverage would reach 90% of the (Britain) population by 2027 with 50 Mbps, although the final 10% would see exponentially increasing costs making this proportion unlikely to be served by the market". That is a rather long duration for the mass (of one of the wealthiest countries on earth) to enjoy the sweetness of 5G technology, let alone folks from developing or third world countries.

Because of this 5G technology is at an early stage thus it's not reasonable for mass users and scale up ability for the first time. The payment methods and the gateways have been researching and developing for make it more friendly and popular to the market.

Fortunately, there exist a few initiatives that aim to bring 5G to the mass in a very near future. One example of such initiatives is the FlowCom project. They build atop the well-proven business model of Youtube, App Stores and the likes to channel capital resources from merchants and advertisers to pay for services enjoyed by the end-users. The only bits the end-users, or surfers, need to pay is their time and attention, for instance answering a survey or watching a short video of the merchants and/or advertisers. FlowCom's direction gives a rather positive look at how the mass can have their first-hand experience of 5G networks with little financial cost. It is interesting to see how they can pioneer this very niche market, and to what extent their model can benefit the users and developers of 5G technology.

Tech In Agriculture Is Opening Up New Opportunities

Agriculture goes hi-tech

Now, things are about to get even more interesting. You can be sure that, in a decade or so, agriculture would be among the most-sought after vocations. The reason being agriculture’s becoming increasingly hi-tech, so much so that it needs technically qualified people to be involved now.

So, what’s happening?

Just look at the agri-lingo. Earlier, when you talked of agriculture, you spoke about fertilisers, pesticides, water pumps, and maybe solar panels. Today, you are talking sensors, robots, drones, images, big data, artificial intelligence, in conjunction with a lot of computing in the backend. Sensors, embedded in the soil, tells the computer the moisture content present in the soil, and the computer, in turn, tells you how much to water and when. There comes precision.

If you have a large farm and a small corner of it gets infected with some disease, in traditional agriculture you wouldn’t know until the disease has spread all over. Today, with images generated from dedicated satellites or drones, the computer easily identifies the malaise that has just begun. And if yours is a smart-farm, a robot is already on its way to snip away parts of the sick plant which is infected.

Hyperspectral imaging and 3D laser scanning provide information about plants across thousands of acres and every little area under the observation of the machine can be measured as a mathematical value. Robotic de-weeders are coming in too. One example is ‘Hortibot’ which can recognise 25 different types of weeds and spray pesticides selectively just over the weeds. Also, if you perform agriculture in a polyhouse, you have instruments that can control temperature, light, and humidity, to meet the exact needs of the plant.

Big data analytics and predictive analytics can alert farmers to problems that are likely to rise such as pests, diseases, or even climatic changes.

Hydroponics are in — you can have your farm in a container, with plants growing in vertical layers with no soil and their roots dipping in nutrient-enriched flowing water. You create the right conditions inside the container for that particular plant. A company in Abu Dhabi is growing tomatoes inside a container. Tomatoes in a desert!

This opens up exciting possibilities because it has completely de-coupled agriculture from its environmental conditions paving the way to creating your own desired condition. For example, saffron, a very valuable plant, grows only in cold climates, but now it can be cultivated anywhere.

FEEDING 9 BILLION IN 2050

Feeding the world

By 2050 we will need to feed two billion more people. How can we do that without overwhelming the planet while all around the world, small farms are playing a big role in feeding the world. There are a few of the men and women behind that effort.

Preparing for the future is always amazing and challenging. In times like these, we must rely on human ingenuity and look for technology solutions, inventions, and discoveries to deal with current and expected challenges. Food is one such area.

How to make more food?

The future of agriculture will be directly impacted by two of humanity’s biggest menaces on the horizon: population growth and climate change. With more mouths to feed and less planet to feed them on, and increasingly alarming predictions of environmental shifts, innovators working in crop agriculture have to figure out how to grow more food, faster, with fewer resources, by developing new technologies to scale up the planet’s food production mechanisms sustainably. To achieve these goals, agritechno must overcome food production plateaus in areas that are being farmed to their maximum capacity, and ensure that these areas that being farmed and ensure that these areas will continue to yield more food year over year without endangering future generations’ access to non-renewable resources. Balancing the need for technological innovation to increase food production at all costs to stop hunger in the next 30 years is very essential, and that should include:

- Precision farming
- Hacking biology to feed the planet
- Robotics and automation
- Vertical farming

How Artificial Intelligence (A.I) Can Help Farmers Scout Crops A.I excels at Monotony

Imagine looking at the same image of a field, week after week, searching for even the slightest variation. An activity that would sound mind-numbing to people is tailor-made for artificial intelligence. Machine learning (a subset of AI) uses algorithms to parse data, learn from it, and make determinations without human intervention. Since machines are built for repetition, machine learning can look pixel-by-pixel and notice even the slightest change in a field image. In the case of scouting innovations like those from Intelinair, field imagery data comes from planes, and is combined with other layers, such as moisture, soil and planting data. The algorithm uses this data to find changes in the field.

A.I can see the light

No doubt, the human eye is remarkable, but it has limitations. For instance, the amount of sunlight a plant reflects can tell us a great deal about the crop's health. High-tech cameras and software can see a much broader spectrum of light reflected by a crop. This is the same principle that informs technology like night-vision. Companies like Intelinair are deploying advanced, highly sensitive cameras, along with powerful software that can see changes the human eye would never detect.

Connecting to the future

Through partnerships, digital farming can bring you advances such as artificial intelligence in aerial imagery so much faster, since newcomers can leverage existing infrastructure. And there are so many potential applications. Imagine if you could opt to connect your field imagery to your insurance provider so that providing proof of hail damage, for example, would be nearly instantaneous. This is just one of many opportunities where by working together, we can work more efficiently. And really, that's what data science is all about.

Source: agritechtomorrow.com

DRONE STARTUPS HAVE KICKSTARTED AGRITECH REVOLUTION IN ASIA

Drones are now doing a lot more than dropping bombs and shooting video. A new generation of programmable, autonomous drones has arrived, and it’s powering an agritech revolution in Asia.

Sabah Softwoods, a tree plantation in Malaysia, is using smart drone tech to kill weeds in its vast timber woodlands. It bought a custom drone from Malaysia-based enterprise Poladrone to spray weeds so that soon this task can be automated, and their staff won’t have to do it. 

“Spraying chemicals by hand is slow,” says Sabah Softwoods Survey and Mapping Manager Albert Ku. “Especially on challenging terrain.”

Depending on the landscape and crop, it can take a worker all day to spray 0.65 acres of farmland with pesticides. A drone can perform this same task in just two minutes. Using drones also means that farmhands don’t need to come into direct contact with pesticides and other chemicals, a practice that a recent study found left 70% of farm workers with symptoms of acute pesticide poisoning.

Other farms in Asia now use drones to optimize crop watering and increase yield per acre. Drone sensors pick up data and run it through machine learning algorithms, giving farmers valuable operational insights. Many modern agricultural drones don’t even need a trained pilot; they can be programmed to follow preset flight patterns, and they can use cloud-based management software to make in-flight adjustments as needed.   

Source: techforimpact.asia

AGRICULTURE 4.0

Although demand is continuously growing, by 2050 we will need to produce 70 percent more food. Meanwhile, agriculture’s share of global GDP has shrunk to just 3 percent, one-third its contribution just decades ago. Roughly 800 million people worldwide suffer from hunger. And under a business-as-usual scenario, 8 percent of the world’s population (or 650 million) will still be undernourished by 2030. The reality is that very little innovation has taken place in the industry of late—in any case, nothing to indicate that food scarcity and hunger will not be an issue in the coming decades.

To meet these challenges will require a concerted effort by governments, investors, and agritechno (innovative agricultural technologies). Agriculture 4.0 will no longer depend on applying water, fertilizers, and pesticides uniformly across entire fields. Instead, farmers will use the minimum quantities required and target very specific areas. The report further states that farms and agricultural operations will have to be run very differently, primarily due to advancements in technology such as sensors, devices, machines, and information technology. Future agriculture will use sophisticated agritechno such as robots, temperature and moisture sensors, aerial images, and GPS technology. These advanced devices and precision agriculture and robotic systems will allow farms to be more profitable, efficient, safe, and environmentally friendly.