Mobile VSAT For Support Charities & NGOs – How They are Worthy for Remote Areas

In today’s time, no one enjoys a low-speed connection with disruption and interference. It’s where satellite internet professionals of Africa and the Middle East are suggesting of Mobile VSAT for better communication establishment as a ‘private earth station.’ The better use of it is seen with recommended health organizations suggesting of support charities and NGOs to come up with use of GIS system for control of critical diseases all in all.

These terminals in today’s time are used as a two-way ground station that can transmit and receive data from satellites easily. The useful part in the transmission of signals is made possible with a VSAT antenna that is less than three meters tall and is capable of both narrow and broadband data to satellites in orbit in real-time. For better transmission, data can be readily directed to other remote terminals or hubs around the planet. This VSAT has many businesses to enjoy communication of high-speed internet in both remote and urban areas.

Today, many companies are readily looking for VSAT services, so it’s easy for a maximum number of businesses and organizations to utilize the band signals from both terrestrial and geosynchronous satellites for covering the different communication aspects.

The other most-talked-about prospect of VSAT services is a smooth deployment and optimum bandwidth, which been much worthier options for different support charities and NGOs to get control over critical diseases, impacting people globally.

Today, these support charities are taking the help of top health organizations with Geographical Information Systems (GIS) to understand better the disease widespread with all information in stats and tabular form to list.

What is the Main Reason for rising demand in Mobile VSAT Internet Services?

As businesses are expanding at rapid rates, the demand for Mobile VSAT is growing, especially with the use of HTS (High-throughput Satellite) technology that allows for up to 20 times the throughput rate of a traditional Fixed-satellite Service (FSS) for an equal amount of allocated orbital spectrum. Moreover, the use of high-throughput satellites has been popular because they don’t intake the use of terrestrial circuits that are somewhere undoubtedly impacting the development of satellite communication.

What are some of the Biggest Advantages of VSAT Services that Support Charities and NGOs can Miss in their Consideration?

Eliminates structural issues in data transmission

VSAT is usually seen as the best line of connection for the satellite to satellite and people to people connections with the use of physical networks. The better use of it is seen when support charities and NGOs come up with effective solutions to use satellite systems for coordination and controlling and containing critical diseases and other measures.

It is where the best use of smart devices like transponders, ICs, and others are seen in close connection to Ethernet as an option for broadband and cable connection.

These smart devices are connected in conjunction so that the satellite professional can look for both the physical and structural transmission of data. Moreover, Mobile VSAT services are suggested by professionals to help businesses get most of the remote access, with minimal infrastructure, which makes them convenient to set up, use, and maintain.

Easy to deploy

The most favored advantage of Mobile VSAT services that’s businesses often realizes that it can be easy to implement. The ground station connected with the VSAT antenna is usually used to redirects the data to several hubs on different locations on the earth. There are lesser infrastructural requirements for setting up access to services, even in remote areas.  The top examples of such remote sites include various charitable trusts and NGOs that are working quite well to prevent the spread-out of critical diseases impacting many people in the coming days.

Functions independently of local telecoms networks

VSAT network connections also function independently of local telecommunication connected devices. It makes VSAT an ideal system for reducing the risk of business recovery and for setting up a perfect backup system with the use of Geographical Information Systems (GIS) as a whole for filling the transmission gap. For example, GIS is used where the wired network goes off in most of the locations. Thus, the business can continue operating smoothly using the VSAT network.


Hence, if you are seeking some of the class services for better transmission of signals among charitable trusts and NGOs, then Mobile VSAT services can be an honest answer. These services are best favored to cover up different remote areas that are small in size but which nevertheless allow access to a more extensive data network. If you, as a user, are seeking the use of VSAT services all in all, then the Vizocom Professional Website is a worthy option!

The Role of VSAT in Supporting NGOs during Disasters in Africa (Part 2): Zambia and Cape Verde

This is the second article of the two-part series “The Role of VSAT in Supporting NGOs during Disasters in Africa”. The first article focused on telemedicine projects in Mozambique and Uganda. This article will look at the role of VSAT during disasters in two more African countries: Zambia and Cape Verde.

Emergency telecommunications play a critical role in the immediate aftermath of disasters by ensuring the timely flow of vital information that is much needed by government agencies and other humanitarian actors involved in rescue operations and providing medical assistance to the injured. The impact of disasters is even worse for those living in remote and isolated areas with no access to basic information and communication facilities that are essential in providing the alerts so vital to saving lives.

The best emergency solution to utilize during emergencies is VSAT technology. VSAT is not affected by natural calamities like earthquakes, floods, and storms as much as terrestrial networks. This is why VSAT technology directly supports many NGOs and military operations, allowing them to cope with contingencies. Because of this, the International Telecommunications Union (ITU) considers emergency telecommunications such as VSAT to be a core element of its projects that integrate telecommunications/information and communication technologies in disaster prediction, detection and alerting.

Emergency VSAT Solutions – Saving Lives During Disasters

1) Flood in Zambia 2008

The main emergencies that occur in Zambia are very much water-related and are predictable. Every year, there are floods along the river areas, primarily the Zambezi belt. When floods occur, people are often displaced. In 2008/2009 floods, over 4,000 people were displaced along the Zambezi belt. The 2008/9 rain season peaked in January 2009 with all parts of Zambia receiving normal to above normal rainfall The heavy precipitation in the country, coupled with similar rainfall in neighboring Angola, caused flooding along the Zambezi and Kwando Rivers, which displaced over 102,000 households, damaged growing and matured crops, and caused significant threats of waterborne diseases.  The five affected provinces were the Western, North-Western, Eastern Luapula and parts of the Northern Provinces. The government undertook rapid assessments in the affected districts, detailing the immediate need of food aid, shelter, clean and safe water, and rehabilitation of infrastructure.

The International Telecommunications Union (ITU) provided VSAT satellite terminals to Zambia to assist officials in their relief efforts after severe floods affected 19 districts across the country. The floods destroyed roads and terrestrial communication links, hampering the coordination and delivery of assistance. This deployment of emergency VSAT solutions proved critical for the government and allowed humanitarian aid agencies to conduct rescue operations, medical assistance, and recovery. The VSAT mobile terminals deployed by the ITU were easily transported by road and air to the affected regions, and the VSAT terminals facilitated the coordination of relief operations by both government and humanitarian agencies to aid the victims.

2) Volcano Eruption in Cape Verde

The eruption of the Pico de Fogo volcano began on the 23rd of November, 2014 and continued until the 8th of February, 2015. By the end of the eruption, the lava had covered an era of approximately 520 hectares with an average 8-meter height lava wall. The 88 days of intense and effusive eruption culminated in the total destruction of all houses and community infrastructures of the localities of Portela and Bangaeira – Chã das Caldeiras, forcing the evacuation and displacement of 994 people. As of the 8th of December, 2014, lava had destroyed 90 buildings, including the national park headquarters, wine production facilities, a primary school and a hotel, as well as more than 429 hectares of land, resulting in great material and economic loss and leaving many without a source of income.

The International Telecommunications Union (ITU)  deployed VSAT communication equipment following the eruption of the Fogo Volcano on the 24th of November 2014, which affected most of the population of Fogo Island. The VSAT equipment was used for coordination and relief activities on the ground. The ITU deployed Iridium satellite VSAT communication terminals to support the preparedness and rescue activities.

Vizocom has an NGO Support Program, where Vizocom will provide fast and reliable communication services with exceptionally low prices to support NGOs and their causes.

The Role of VSAT in Supporting NGOs during Disasters in Africa (Part 1): Mozambique and Uganda

Natural disasters such as floods, fires, and storms affect thousands of people in Africa. From the destruction of buildings to the spread of disease, natural disasters can devastate entire countries overnight and seriously disrupt the community with massive human, material, economic and environmental losses. To prevent these losses during disasters, emergency communication systems are critical in terms of safety, and ensuring the continuous operation and rapid recovery of emergency communication systems is more important than ever.

The best emergency solution to utilize in these situations is VSAT technology. VSAT solutions act as very dependable backbones for communications during and after calamities. The inherent nature of VSAT communications via satellite and its connectivity advantages makes VSAT the ideal means of communication during emergencies.

During disasters, the first action should be to connect the affected site to multiple other sites, and this can be done quickly using VSAT. The other important tool for communication is the satellite phone , which does not rely on ground infrastructure for connectivity. Below are examples of how VSAT solutions have directly supported the NGO’s relief operations during disasters.

Emergency VSAT Solutions – Saving Lives during Disasters

1. Cyclone in Mozambique in 2008

The tropical cyclone Jokwe hit northern and central Mozambique on the 9th of March, 2008. The Category 4 cyclone had winds of up to 170 Km per hour and brought torrential rains, prompting the government to declare a Red Alert, which is the highest level issued for natural disasters. The red alert was issued for the Provinces of Nampula, Zambézia and Sofala, as well as the coastal areas of the Districts of Maganja da Costa, Pebane, Moma, Angoche, Mogovolas, Mogincual, Mossuril, and Nacala. A lesser Yellow Alert was issued in the central provinces, specifically in the districts of Inhassunge, Chinde, Marromeu, Chiringoma and Dondo. According to the Government National Institute for Disaster Management (INGC),tropical cyclone Jokwe killed 7 people, damaged around 30,000 houses, 200 schoolrooms, and dozens of health clinics, prisons and other public buildings. An estimated 41,000 hectares of maize were destroyed.


The Emergency Telecommunication Cluster (ETC), with support from Telecom sans Frontieres, installed VSAT equipment and provided support to INGC and the humanitarian community in each of the emergency operation centers in Caia, Mutarara, and Mopeia. Data connectivity was provided in Caia through an ETC VSAT station; in Mutarara, through the World Vision VSAT station; and in Mopeia, using UNICEF‘s BGAN portable satellite terminal. The emergency VSAT systems in place helped the NGOs conduct rapid emergency procedures. Telecom sans Frontieres also installed a BGAN and proxy-server in Caia to decrease the usage load on the VSAT at the CENOE office. Lacking outside contributions, the Emergency Telecommunication Cluster used advanced funds from UNICEF and WFP.

2. Flood in Uganda

Unusually heavy rainfall from July to November of 2007 led to flooding and water-logging across a number of districts in eastern and northern Uganda, particularly in the Districts of Soroti, Amuria, Katakwi, Bukedea, Kumi, Lira and Sironko. This gave rise to a major humanitarian response across all sectors. An estimated 20,000 households were severely affected and 58,000 people were displaced. With about 80 percent of crops destroyed by floods, food insecurity was imminent. The flooding disrupted delivery of social and economic services like education, health, trade and agriculture – which resulted in increased risk of communicable diseases especially as the floodwater receded. Malaria and diarrheal disease incidences greatly increased by over 30%. Several districts were ravaged by torrential rains and flash floods that swept through the country, destroying road and communication links, and submerging crops, which compelled the Government to declare a state of emergency.

The International Telecommunications Union (ITU) deployed 25 VSAT terminals to help restore vital communication links in the aftermath of severe floods that affected the eastern and northern regions of Uganda. With the restoration of the communication links, designated government officials and other humanitarian agencies were able to coordinate relief operations efficiently. The ITU provided bothThuraya hand-held satellite phones and Inmarsat Global Area Network (GAN)terminals. The Thuraya satellite phones used both satellite and GSM networks to accurately locate the GPS coordinates for the aid relief and rescue. The Inmarsat GAN terminals were mainly used for voice communications and high-speed data.

This article will be continued in the second part of this series titled: The Role of VSAT in Supporting NGOs during Disasters in Africa (Part 2): Zambia and Cape Verde.

Vizocom has an NGO Support Program, where Vizocom will provide fast and reliable communication services with exceptionally low prices to support NGOs and their causes.