Page 20 - ECLAT 2023-2024
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LiveBox



                                   The Future of Drone Forensics and Compliance






         Introduction  Drones  have  become  ubiquitous,  serving  various  purposes  from  delivery  to


         surveillance.  However,  their  widespread  use  brings  challenges,  particularly  in  maintaining


         regulatory compliance and conducting forensic investigations post-incident. Traditional Flight


         Data Recorders (FDRs) are impractical for lightweight drones, necessitating a novel approach.


                 As per the Indian Government , For  the first time, India has official data on the number of


                 drones in the country. The Ministry of Civil Aviation (MOCA) has registered 19,553 (till 20



                 march  ,2020)Unmanned  Aerial  Vehicles  (UAV)  or  drones  since  it  made  it  mandatory  for


                 operators to register. These number of drones is increasing Constantly


                 The  LiveBox  Solution  LiveBox  is  designed  to  make  drones  both  forensic  ready  and


                 regulation-compliant. It leverages distributed ledger technology (DLT) to create a tamper-


                 proof record of drone flight data. This architecture ensures that even if a drone is lost or


                 damaged, its flight data remains intact and retrievable for investigation.


                 In LiveBox software architecture three components plays vital roles such as:





                i) On-drone LiveBox Services.


                ii) The LiveBox Cloud Service.


                iii) LiveBox Ground Service.




























                   Self-Adaptive  Reporting  Algorithm  One  of  the  standout  features  of  LiveBox  is  its  self-


                   adaptive reporting algorithm. It dynamically adjusts the precision of flight data reporting


                   based on network conditions and regulatory requirements. This ensures that the system


                   remains  efficient  without  compromising  on  the  accuracy  needed  for  compliance  and


                   forensics.


                     Real-Life  Application  and  Results  Implementing  Live  Box  in  a  drone  delivery  scenario


                   showcased  its  effectiveness.  The  system  achieved  a  significant  reduction  in  bandwidth


                   usage  while  maintaining  high  accuracy  in  regulatory  compliance.  This  not  only


                   demonstrates  Live  Box’s  practicality  but  also  its  potential  to  revolutionize  drone


                   operations.


                    Conclusion Live Box represents a significant step forward in UAV technology. Its ability to


                   ensure forensic readiness and adherence to regulations without burdening the drone with


                   heavy hardware makes it an invaluable asset for the future of drone operations.






                                                                                                                                                                Written By:


                                                                                                                                                  Gore Adinath Hanumant


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