Romantis is a satellite service provider that offers end-to-end network solutions, based on innovative ground segment technologies and global fleet of satellite capacities. We offer a range of services that utilize satellite technology to provide connectivity for various applications, including telecommunications, broadcasting, maritime and cellular backhaul.
Our telecommunications services enable voice, data, and video communication over large geographic areas. These services are commonly used in remote or rural areas where traditional terrestrial infrastructure is not available or not cost-effective.
Romantis partners with innovative equipment manufacturers and uses the most advanced satellites to provide the highest quality of service and the best cost of ownership. The company has been involved in the development of the satellite communications industry for decades and accumulated a unique experience that allows us to solve the most ambitious tasks.
Enterprise Data
An enterprise satellite network is a sophisticated communication system that enables businesses and organizations to connect their remote locations with a reliable and secure communication link. It is typically used by large companies or government agencies that need to communicate with multiple branches or offices that are in remote or geographically dispersed areas. Enterprise satellite networks provide several benefits over traditional terrestrial networks. They offer a wider coverage area and are not affected by geographical barriers such as mountains or oceans. They are also more secure and reliable as they are less susceptible to disruptions caused by natural disasters or human interference. An enterprise satellite network provides organisations with a reliable, secure, and cost-effective way to communicate with remote locations, making it a valuable tool for businesses and government agencies. A few examples of enterprise satellite networks:
- Oil and Gas Industry: has a significant need for reliable and secure communication networks to support their operations and monitoring of assets in remote locations.
- Mining Industry: also relies on satellite networks to support their operations in remote locations. This includes communication between mining sites and headquarters, as well as remote monitoring of equipment and environmental conditions.
- Aviation Industry: The aviation industry uses satellite networks to support communications and navigation systems on board aircraft, as well as for air traffic control and weather monitoring.
An enterprise satellite network provides organisations with a reliable, secure, and cost-effective way to communicate with remote locations, making it a valuable tool for businesses and government agencies:
- Wide Coverage: Enterprise satellite networks have a wider coverage area than traditional terrestrial networks, allowing organisations to connect with remote locations that are difficult or impossible to reach via other means.
- Reliable: Satellite networks are less susceptible to disruptions caused by natural disasters, human interference, or equipment failure, making them more reliable than terrestrial networks.
- Security: Satellite networks are more secure than terrestrial networks as they are more difficult to hack or intercept. This is especially important for organisations that deal with sensitive information.
- Scalability: Enterprise satellite networks are highly scalable and can easily accommodate the growing communication needs of an organisation.
- Cost-Effective: While the initial cost of setting up a satellite network may be higher than a traditional network, satellite networks are more cost-effective in the long run as they require less maintenance and have lower operational costs.
- Faster Deployment: Enterprise satellite networks can be deployed quickly and easily, without the need for extensive infrastructure or network setup.
- High-Quality Communication: Satellite networks offer high-quality voice, video, and data transmission, making them ideal for real-time communication, such as video conferencing or telemedicine.
Maritime Communications
Maritime Satellite Services are designed to enable communication and data transmission between ships and land-based communication networks. Such services are essential for the shipping industry, as they provide a reliable and secure means of communication for vessel operators and crew. They allow for real-time communication and information exchange between vessels and onshore personnel, which can be critical in emergency situations, such as distress calls or medical emergencies.
Maritime satellite services are particularly important for shipping companies that operate in remote areas or international waters, where traditional communication infrastructure may not be available, reliable, or affordable. These services also support various maritime applications, such as vessel tracking, fisheries management, and environmental monitoring. The most intense users of maritime satellite communications include:
- Commercial shipping companies: Companies that operate cargo ships, tankers, and other vessels for transporting goods across international waters rely heavily on satellite communications to maintain contact with their vessels and monitor their progress.
- Fishing vessels: Fishermen also use satellite communications to track their fishing vessels and communicate with each other while at sea. The availability of broadband internet at sea today is an important criterion for crew recruitment.
- Cruise lines: Cruise ships use satellite communications to provide passengers with internet access, voice and video calls, and other services.
- Offshore oil and gas companies: Oil and gas companies that operate offshore rigs use satellite communications to stay in touch with their teams on the ground and monitor operations in real-time.
- Military and government organisations: Military and government organisations use satellite communications for a wide range of applications, including surveillance, intelligence gathering, and communication during humanitarian and disaster relief missions.
- Recreational boaters: Recreational boaters also use satellite communications to stay connected while at sea, particularly when traveling in remote areas where traditional cellular coverage is not available.
The advantage of buying maritime satellite services is to ensure reliable communication, access to critical information, cost savings, compliance with regulations, and a competitive advantage in the shipping industry:
- Reliable communication: Maritime satellite services provide a reliable means of communication between ships and onshore personnel, ensuring that important information is transmitted in real-time. This can be particularly important in emergency situations.
- Access to critical information: Maritime satellite services provide access to critical information, such as weather reports, navigation charts, and vessel tracking data, which is essential for safe and efficient navigation.
- Cost savings: Maritime satellite services can help shipping companies save money by providing access to more affordable communication options, such as Voice over Internet Protocol (VoIP) and email, as well as reducing the cost of maintenance and repair of communication equipment.
- Compliance with regulations: Many maritime regulations require ships to have a means of reliable communication and data transmission. Maritime satellite services can help companies comply with these regulations.
- Competitive advantage: Maritime satellite services can provide shipping companies with a competitive advantage by enabling them to offer better communication and data transmission options to their customers, as well as improving operational efficiency.
Mission-Critical Networks
Mission-critical satellite services are essential for the operation of critical infrastructure, national security, emergency response, and other essential services. These services are designed to operate even in extreme environments and are critical for maintaining connectivity and communication in areas where traditional terrestrial infrastructure may not be available or reliable.
When traditional terrestrial infrastructure like cell phone towers and cables are destroyed during disasters, satellite services provide the always-available connectivity to keep critical infrastructure connected and operable. The typical customers of mission-critical satellite networks are organisations and industries that require reliable and resilient communication services for their critical operations and infrastructure:
- Government and Military: Governments and military organisations use satellite communication for a wide range of critical applications, including secure communication, intelligence gathering, and command and control.
- Emergency Services: Emergency services such as police, fire, and rescue departments rely on satellite communication for coordination, situational awareness, and communication during natural disasters, emergencies, and crisis situations.
- Energy and Utilities: The energy and utilities sector use satellite communication for remote monitoring and control of critical infrastructure such as pipelines, power grids, and oil rigs.
- Transportation: Transportation companies such as airlines, shipping companies, and trucking companies rely on satellite navigation and communication for positioning, tracking, and communication with their vehicles and personnel.
- Healthcare: Healthcare organisations use satellite communication for telemedicine, remote patient monitoring, and emergency response in remote or disaster-prone areas.
Mission-critical satellite services are essential for maintaining connectivity, communication, and security in various critical applications and industries. The advantages of satellite communication make it an ideal choice for mission-critical applications that require reliable, secure, and scalable connectivity, particularly in remote or disaster-prone areas:
- Global Coverage: Satellites can provide coverage over vast areas, including remote and hard-to-reach locations where terrestrial networks are not feasible. This global coverage is essential for mission-critical applications such as military operations, emergency response, and disaster management.
- Reliable Communication: Satellite communication provides a reliable and resilient network that is not affected by terrestrial disasters such as earthquakes, hurricanes, or power outages. This makes satellite communication essential for mission-critical applications that require uninterrupted connectivity.
- Scalability: Satellites can easily scale up their capacity to meet the demands of mission-critical applications. This is particularly important for emergency response situations, where large amounts of data need to be transmitted quickly.
- Security: Satellite communication is inherently secure, with strong encryption and authentication protocols that prevent unauthorised access and interception of data. This is essential for mission-critical applications such as military communications and emergency response.
- Quick Deployment: Satellites can be deployed quickly and easily, making them ideal for emergency situations where rapid deployment is essential.