Service Overview

Provides dedicated feasibility studies for space engineering, covering policy compliance, market research, technical assessment, economic and social benefit evaluation, investment estimates, and standardized project-initiation reports. Delivers authoritative technical support for project delivery, risk control and optimal resource allocation, helping decision-makers act efficiently and with precision.

Provide full-process technical support for satellite network data submission, connect the "technical argumentation → network submission → interference analysis → overall coordination → license processing" complete service chain, helping customers legally and efficiently obtain satellite frequency band resources. At the same time, provide agency and integration services for satellite frequency resources, precisely select suitable resources, and tailor a compliant, economical and highly scalable optimal frequency solution.

Provide full-system integration testing services for spacecraft before launch and customized test plan design. By outputting specialized plans, configuring advanced testing equipment, and dispatching senior engineers to provide on-site guidance, a "plan-equipment-personnel" tripartite testing support system is established, offering comprehensive and high-quality technical support for the verification of spacecraft system status and factory review.

For aerospace radio communication equipment, we offer model approval agency technical services, generate professional and compliant inspection reports, and help the equipment successfully pass the official model approval certification, ensuring legal and compliant network operation. For major infrastructure (such as civilian remote sensing satellite ground stations, satellite manufacturing and aerospace engineering, etc.), we provide full-loop closed-loop consulting services from policy interpretation to project implementation, centered around the core approval process of "policy adaptation → material preparation → departmental application → review communication → approval acquisition".

For the critical nodes of the rocket-satellite separation, we provide highly reliable and customized tracking and control services. Relying on the core regional tracking and control resources in Southeast Asia, the South Pacific, and South America, we accurately obtain the key telemetry data at the moment of separation, providing solid data support for the early status confirmation of the satellite.

Provide comprehensive tracking and control services for the satellite from its entry into orbit until it transitions to routine operation. Support seamless relay and collaborative tracking and control across multiple global stations. Ensure high reliability and stability to guarantee the smooth establishment of the satellite's in-orbit test results and platform status.

Provide full-process tracking and control support for the active phase of satellite launch, covering the real-time telemetry data reception and transmission from the initial stage of takeoff to the stage of separation of the satellite and the rocket, and fully meeting the requirements for monitoring the target status during the launch process.

Provide on-orbit comprehensive management services covering the entire life cycle of satellites 24/7, including telemetry and remote control, status monitoring, fault diagnosis, and mission planning, to fully ensure the stable, safe operation of satellites and the efficient execution of tasks.

Drawing on Emposat's station network and 100+ in-orbit operations, we provide reliable configuration-keeping for satellites and constellations. Collision-avoidance maneuvers can be initiated within 12 hours, keeping the constellation stable on orbit and space assets safe.

Deeply aligning with user needs and satellite physical constraints, we provide customized complex formation control solutions. It supports the planning, design and precise implementation of advanced control strategies such as multi-satellite orbiting, escorting, and pipeline return maintenance.

Relying on a well-established emergency measurement and control mechanism, it can respond within one hour after receiving the task instructions. It will immediately activate the entire process of emergency support, including dedicated scheduling and prioritized allocation of global station network resources, to efficiently handle all kinds of on-orbit emergencies.

Provide high-precision, multi-band and full-rate payload data reception services for various orbit satellites, and possess the capabilities of real-time data processing and rapid distribution.

Build a multi-link overseas data acceleration transmission channel, supporting 10-gigabit broadband transmission. According to the timeliness requirements of different tasks, provide multi-level and customized network configurations to ensure the overseas station data can be cross-border returned quickly, safely and reliably.

Providing computing power support based on ultra-high-performance GPUs and high-speed InfiniBand networks, enabling intelligent processing, image interpretation and large-scale computing for massive satellite data, and facilitating the efficient transformation and application of data value.

The spacecraft "return tracking corridor" constructed through the collaborative use of global fixed stations and mobile stations has the capability of conducting tracking and control in all terrains and under all weather conditions. It provides comprehensive services including detailed design of orbital maneuver strategies for the return phase, high-precision orbit determination, landing point prediction, implementation of orbit control, and collision warning, to ensure the safe and accurate return of the spacecraft.

Based on the comprehensive assessment of the remaining fuel of the spacecraft and the working conditions of the thrusters, combined with the constraints of the space environment of the target orbit for deorbiting, the calculation of "optimal fuel" and "optimal time" for deorbiting strategies is carried out. According to the different deorbiting requirements and hardware conditions of the spacecraft, customized and highly reliable deorbit control execution services are provided to properly complete the disposal at the end of the spacecraft's lifespan.