Embedded Sun Sensor Software


A sun  sensor in  simple words is  a device that senses the direction to the sun. This can vary in definition by  being as simple as some solar cells and shade to being as complex as a telescope  that can be steered. It depends solely on the requirement. When embedded  systems are used in sun sensors to track the satellite position and movement,  it becomes a complex function that requires a highly proficient solution.  Sankya steps in to provide these solutions for companies and at the same time  be completely cost effective.

Critical  embedded systems have gained a strong hold in on-orbit applications. These are  the systems that have able functioning capabilities in many areas and are  supportable, dependable, reliable and configurable. These systems must function  faultlessly to protect property and equipment. To do so they depend on the  resilient products like the Sankya solutions.

Critical  Embedded Systems are safety-critical systems whose breakdown or malfunction may  result in severe damage or loss of equipment. Sankya has managed to efficiently  integrate components, systems, sub-systems and software from a wide array of  sources and has modeled an overall reliable and serviceable solution. The  compiler evaluation done on it takes into account all the various aspects of  the system and acts in a way such that the final assessment and evaluation  gives a completely accurate picture of the capabilities and functioning of the  system. These parameters help in further refinement of the embedded  applications.


The  critical embedded designs have certain clear advantages over other systems  which make it vital to have a good assessment method in order to develop it  further.

Managing Product Lifecycles: Product cycles and functions are  effectively managed by the system.

Keeping System Costs In-Line: The cost-effectiveness is the most  important aspect of the system. It tabulates and keeps a tight check on the  cost of all the subsystem and ensures their absolute functioning.

Processing Increasing Data Loads in  Real-Time: The system is designed in such a way that handling a heavy load of data becomes  non-problematic for it. With increasing data load, the efficiency of the system  shows no flagging. It processes the data fed in, in real-time.

Presenting Friendly, Familiar User Interfaces: The interface is user-friendly and  easy to use proving no hassles.

Certifying to Regulatory Requirements: The compiler evaluation also makes  sure that the system meets regulatory requirements and does not create any  unseen hassles in the future.

Understanding Reliability,  Durability and Serviceability: The compiler evaluation system takes into account all the  mentioned factors ensuring that the system caters to all needs and  requirements.

 

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