A Novel Forensic Readiness Framework Applicable to the Drone Forensics Field

Table 2

Development and validation models.

Id	Models references	Year	Authors	Focuses
1	[11]	2015	Mhatre et al.	A forensic examination of the flight path reconstruction method for DJI Phantom 2 Vision Plus.
2	[13]	2016	Horsman	Investigation and analysis of both the DJI Phantom II and DJI Phantom III model UAVs.
3	[15]	2016	Mohan	Testbed model of evidence acquisition from UAVs
4	[10]	2016	Kovar et al.	Preliminary digital forensic analysis of Parrot Bebop UAV (capable of 1080p HD footage and 14 megapixels still images, a 2.4 GHz or 5 GHz Wi-Fi band, s, flight distances can extend beyond 2000 m and to a maximum altitude of 150 m).
5	[39]	2016	Maarse et al.	Development of visualization tool for drone analysis.
6	[14]	2016	Procházka	Drones vulnerabilities
7	[18]	2017	Prastya et al.	Drone forensic framework: Sensor and data identification and verification. Specifically, this research analyzes the architecture of drones and then proposes a generic model that is aimed at improving digital investigation.
8	[16]	2017	Jain et al.	DROP (DRone Open-source Parser) your drone: Forensic analysis of the DJI Phantom III.
9	[17]	2017	Clark et al.	Mainly Forensic Analysis of Unmanned Aerial Vehicle to Obtain GPS Log Data as Digital Evidence. This has been achieved through Digital forensic evidence extraction through the simulation of a UAV scenario that explicitly uses drones.
10	[40]	2017	Bucknell and Bassindal	An investigation into the effect of surveillance drones on textile evidence at crime scenes.
11	[19]	2017	Llewellyn	Drone Forensic Investigation: DJI Spark Drone as A Case Study.
12	[21]	2017	Barton and Azhar	Autonomous Arial Vehicles in Smart Cities: Potential Cyber-Physical Threats.
13	[41]	2017	Renduchintala et al.	An agent-administrator-based security mechanism for distributed sensors and drones for smart grid monitoring.
14	[9]	2018	Bouafif et al.	Drone Forensic Analysis Using Open-Source Tools in The Journal of Digital Forensics, Security and Law.
15	[42]	2018	Roder et al.	Drone Forensics: Challenges and New Insights.
16	[22]	2018	Maune	Unmanned aerial vehicle forensic investigation process: DJI Phantom 3 drone as a case study.
17	[23]	2018	Benzarti et al.	Unlocking the Access to the Effects Induced by IEMI on a Civilian UAV.
18	[43]	2018	Gülataş and Baktır	Unmanned Aerial Vehicle Digital Forensic Investigation Framework.
19	[25]	2018	Dawam et al.	Privacy preservation and drone authentication using ID-Based Signcryption.
20	[26]	2018	Esteves et al.	A comprehensive micro unmanned aerial vehicle (UAV/Drone) forensic framework.
21	[44]	2018	Shi et al.	Antidrone system.
22	[45]	2018	Guvenc et al.	Techniques of detecting and tracking UAV.
23	[46]	2018	Ding et al.	Amateur Drone Surveillance Systems.
24	[24]	2019	Renduchintala et al.	Drone Forensics: Digital Flight Log Examination; Framework for Microdrones.
25	[27]	2019	Fitwi et al.	The effect of tape type, taping method, and tape storage temperature on the retrieval rate of fibres from various surfaces: An example of data generation and analysis to facilitate trace evidence recovery validation and optimization.
26	[28]	2019	Jones et al.	Drone Disrupted Denial of Service Attack (3DOS): Towards an Incident Response and Forensic Analysis of Remotely Piloted Aerial Systems (RPASs).
27	[29]	2019	Salamh and Rogers	Electromagnetic Watermarking: exploiting IEMI effects for forensic tracking of UAVs.
28	[30]	2019	Esteves	An Approach to Unmanned Aircraft Systems Forensics Framework.
29	[31]	2019	Esteves et al.	Detecting Drones Status via Encrypted Traffic Analysis.
30	[32]	2019	Le Roy et al.	Assessing and Exploiting Security Vulnerabilities of Unmanned Aerial Vehicles.
31	[33]	2019	Sciancalepore et al.	Risk assessment of SDR-based attacks with UAVs.
32	[34]	2020	Lakew Yihunie et al.	Forensic analysis of the Parrot AR Drone 2.0 GPS Edition and its peripheral components.