Mobile device forensics

With advances in digital technology, the scope of digital crimes has also increased multi-fold. Digital forensics is a science, which involves collection, preservation and documentation of the digital evidence from various digital storage media. This entire process must be undertaken in fashion that is appropriate forensically, and results in collection of data, which can be made admissible in a court of law during the investigation of a crime. Since most of the transactions today happen across digital

constant attempts to communicate externally. Accordingly, it is imperative that forensic examiners employ proper evidence handling of mobile devices to prevent contamination and/or data destruction. For this reason, forensic examiners should employ a mobile forensic process that will provide the necessary procedures to follow for conducting a forensically sound investigation. As a result, the process model for mobile forensics will encompass four phases. Ayers et al. (2014) describes these phases as:

defines some rules for the handling of digital evidence [10]. The device must be kept separate from the network, and the investigation process should be properly planned. The functionality of the tool or software must be known also for having a secure wireless connection with device in order not to delete any information while running it [4]. A “dummyrun” approach can be used with same type of device under investigation. The device must be seized and analyzed by well-trained persons. In Subscriber

Acquisition. It is a method to retrieve information using the mobile keypad, common and easy, because is not necessary external connection to gain access to the information such as cables, bluetooth, etc. and it is valid for all mobile phones. Not necessary previous knowledge. As disaventadges, this method does not guarantee the intergrity of possible evidences, it is not possble to locate hidden information or deleted data, and if the device is looked by Pin, Gesture pattern, or password, the researcher

Annotated Bibliography on Information Technology Mobile Security in the Future Adesina, A. O., Agbele, K. K., Februarie, R., Abidoye, A. P., & Nyongesa, H. O. (2011). Ensuring the security and privacy of information in mobile health-care communication systems. South African Journal of Science, 107(9), 26-32. This research article examines the security concerns of using mobile technology systems in health care institution. Various methods of ensuring privacy and security of patient’s

Bring Your Own Device (Cons) Bring Your Own device is a business policy of employees bringing personally owned mobile devices to work and using those devices to access privileged company resources like email, file servers and databases as well as personal applications and data. The types of devices that employees may use are smart cell phones and laptops. The reality is that there is no simple solution when it comes

Diffusion of the mobile computing technologies has accelerated in the turn of the century. Computing development has increased from Information Technology (IT) and Mobility production stages, while globalization has enhanced with organizations to build a far-reaching communication around the world. The Government agencies are increasing the effort to find solutions, which will help them deliver critical data services and information to citizens and businesses, based on Healthcare Systems and International

Introduction Consider the following scenario: you would like to cook a breakfast based on a recipe found online while browsing on your mobile device. Similar to following a recipe found in any cookbook, your focus will be shared between the recipe instructions and the execution of the instructions (i.e. retrieving, preparing, and combining ingredients, retrieving cooking tools, etc.). While this is a common experience with learning to cook a new recipe, switching focus between a phone or book can

real-time or in off-line modes. The real-time mode needs the use of a device being always connected to a BSN. The widespread use of mobile devices (with increasing computational power) leads into the enlargement of the frontiers in the application of these platforms for non- standard tasks. Recent projects take advantage of these devices and their features as portable biofeedback monitoring systems. The use of mobile devices became naturally as a great solution for patient's continuous monitoring

Full Paper Title Name University Introduction In mobile computing, micro sensors are utilized for capturing health data, as they are small size intelligent devices that use works on low power consumption. Secondly, wrist devices are also used for monitoring health data by integrating sensors, electronic circuits, display and a wireless carrier - all integrated in a small portable device that will be suitable for healthcare environments. Thirdly, the health care cloths are flexible and can be equipped