Control and
Monitoring
SSoletop can provide easy-to-use control and monitoring solutions to our clients based on our more than 20 years and counting of proven experience dealing with tens of thousands of complex commands and monitoring the status of information.
To have an effective management system begins with control and monitoring. Infrastructure control and monitoring systems, intelligent controls and centralized management work together increasing the availability, implementation, and productivity of the equipment.
As a result we have successfully offered control and monitoring solutions to major satellite programs in South Korea. In addition, we have applied similar technologies to UAV systems applications.
Image
Processing
We can provide state of the art of image processing products in any resolution. Our product goals are to provide easy to use, with high reliability.
Using sophisticated algorithms to perform the image processing that can take images or video frames and subject them to a low profile processing in order to extract certain particular characteristic or criterion, to create new processed images as output material.
In a broader sense, artificial vision can be considered as a more generic form of image processing, closer to the interpretation of images, whose purpose is to process, understand and decode features or track objects, with a clear objective, in an image or a sequence of video images.
Automation
Machine based automated decision-making is critical to any system. Our automation technology is matured over time based on analyses of large numbers of complex sensors and their reported status.
The biggest challenge in undertaking an automation system of this type is related to the complexity, variety, and volume of the data that is generated.
Such a capability is successfully applied to operational Satellite EGSE system which demands ultimate automation technology and reliability.
Telemetry
Processing
Telemetry is an automated technique within communications with the support of measurements and data collection are made in remote places and transmission for monitoring and surveillance.
Telemetry can include different fields of action such as the data collection environment, surveillance of important facilities such as power plants, dams, government buildings; and be able to track manned and unmanned space flights.
A key feature of telemetry processing is the fact that it must be done in real-time with little room for error. Soletop can develop a real time environment for processing /analysis of high speed telemetry data from beginning to end with minimum delay. We can customize outputs and screens according to the customer's specification.
High Speed
Computing
High Speed Computing represents a strategic discipline for companies, research centers and government entities to create new prospects that can become innovative products and services.
With the proper use of the technologies that make up the High Speed Computing by performing a comparative analysis of the different requirements and needs of the client, resources can be maximized by optimizing their operations.
We supply high performance based systems using proven technology such as a combination of algorithm optimization and CUDA based GPU that provide very high processing throughput of huge volumes of data. Soletop is dedicated to the continuous development and commercialization of satellite reception systems that can decode channel, decompress, store, and display CCSDS based on Satellite data. This process is realized using our high speed computing technology.
ICT technology
integration
For more than 10 years, SOLETOP completed many solutions based projects. Our specialists have provided large-scale integration practical knowledge on the satellite field such as frequency monitoring systems for the Korean FCC, TT&C, and reception systems. All these projects required highly sophisticated hardware and software integration in addition to a human interface.
By using AI Management, Redundancy, Ultra efficient, Self-healing, Hot-swap system “A RUSH” allows you to consolidate multiple servers into one or more servers, which makes the server environment much easier to operate. Also, it provides a diverse infrastructure environment within minutes to support a system and business environment that can deploy diverse Satellite information, enabling the satellite system to receive and process a large amount of data.
Enterprises can build supercomputer-class systems for high-speed, large-scale analysis, memory-intensive computing, computing-intensive workloads, and modeling. SOLETOP is capable of providing end to end solutions starting from system design to testing, including training for our clients. Additionally, we are applying multithreading and high-speed computing techniques to further enhance its performance.
* RUSH AI Management ,Redundancy , Ultra Efficient, Self Healing , Hot swap
Software
Architecture
Our Software architecture does not depend on a framework, it can be with a code which allows it to be tested. With independent adaptability of the UI, when developing a new functionality is the UI that adapts to your business rules and never the other way around.
The persistence engine can be changed since the business rules are not dependent on the concrete implementation of the database, but rather the database adapts to these rules. Applying the same rule described in the database but related to external components as well as integrations with other systems, libraries, etc.
We provide optimized application-specific architecture applying *MVVM component-based *SOA techniques. Modular reusability and expandability is the key flexibility feature that has the advantage of meeting customers' requirements. In order to function successfully, the software architecture must be tuned to the other factors of the software project. A well-configured software architecture makes it easier for users and developers to understand the system. Important factors that influence the aptitude of software architecture are project planning, risk analysis, organization, development process, work cycles, hardware, quality assurance and requirements.
*Model-View-ViewModel (MVVM), service-oriented architecture (SOA)
