This paper explores the issues facing digital forensics in South Africa. It examines particular cyber threats and cyber threat levels for South Africa and the challenges in addressing the cybercrimes in the country through digital forensics. The paper paints a picture of the cybercrime threats facing South Africa and argues for the need to develop a skill base in digital forensics in order to counter the threats through detection of cybercrime, by analyzing cybercrime reports, consideration of current legislation, and an analysis of computer forensics course provision in South African universities. The paper argues that there is a need to develop digital forensics skills in South Africa through university programs, in addition to associated training courses. The intention in this paper is to promote debate and discussion in order to identify the cyber threats to South Africa and to encourage the development of a framework to counter the threats – through legislation, high tech law enforcement structures and protocols, digital forensics education, digital forensics skills development, and a public and business awareness of cybercrime threats.

Location: Electronic Resource- 

Crime scene analyst and investigator Matthew Steiner examines more forensics investigations from movies and television. Are bodies found in freezers like the "Layla" scene from Goodfellas? Is the autopsy scene from Silence of the Lambs true to life? How much does NCIS actually get right?

Crime scene analyst Matthew Steiner shows WIRED staff writer Louise Matsakis how to lift fingerprints off a variety of different surfaces.

Crime scene analyst Matthew Steiner teaches the techniques forensics experts use to investigate bloodstain patterns, ranging from easy to difficult. Matthew explains how different types of forces create different bloodstain patterns in the crime scenes, and demonstrates how they can analyze these patterns to figure out how a crime was committed.

Crime scene analyst Matthew Steiner teaches the techniques forensics experts use to determine bullet trajectory in a crime scene, ranging from easy to difficult. Matthew shows how forensic analysts use protractors, string, lasers and 3D laser scanners to investigate crime scenes.

Crime scene analyst Matthew Steiner answers the internet's burning questions about forensics and crime scenes. Why don't we use chalk outlines for dead bodies anymore? How did OJ Simpson get acquitted? How many people got away with murder before DNA evidence? How does height affect blood spatter? Matt answers all these questions and much more! Director: Justin Wolfson Director of Photography: Samuel Levine Editor: Ron Douglas Expert: Matthew Steiner Line Producer: Joseph Buscemi Associate Producer: Brandon White Production Manager: Eric Martinez Production Coordinator: Fernando Davila Camera Operator: Claudio Corredor Audio: Adam Gold Production Assistant: Ryan Coppola Post Production Supervisor: Alexa Deutsch Post Production Coordinator: Ian Bryant Supervising Editor: Doug Larsen Assistant Editor: Billy Ward Junior Editor: Paul Tael

While the Aadhaar Act’s provisions on core biometric information help in protecting privacy, there is a compelling case in re-evaluating these restrictions in specific contexts

On crime scene investigation shows, forensic scientists use remnants of genetic material to solve mysteries in a matter of hours. Researchers at the Smithsonian Environmental […]

The post Environmental “Forensics” Pieces Together Mysterious Plant Invasion appeared first on Smithsonian Insider.

Device fingerprints like sensor pattern noise (SPN) are widely used for provenance analysis and image authentication. Over the past few years, the rapid advancement in digital photography has greatly reshaped the pipeline of image capturing process on consumer-level mobile devices. The flexibility of camera parameter settings and the emergence of multi-frame photography algorithms, especially high dynamic range (HDR) imaging, bring new challenges to device fingerprinting. The subsequent study on these topics requires a new purposefully built image dataset. In this paper, we present the Warwick Image Forensics Dataset, an image dataset of more than 58,600 images captured using 14 digital cameras with various exposure settings. Special attention to the exposure settings allows the images to be adopted by different multi-frame computational photography algorithms and for subsequent device fingerprinting. The dataset is released as an open-source, free for use for the digital forensic community.

Guest Post: Learn how to use Linux command line to investigate suspicious processes trying to masquerade as kernel threads.

The Computer Emergency Response Team of Mauritius (CERT-MU) in collaboration with the Command and Control Centre of Kenya organised a 3-day training programme on Cyber Defense Monitoring and Forensics at Voilà Hotel, Bagatelle from the 27^th February – 1^st March 2018. The training course provided an introduction to Network Security Monitoring (NSM), Security Information and Events Management (SIEM), Malware Analysis and Digital Forensics. Major part of the course was hands-on case studies and analysis exercises using real world data. The main focus of the training programme was on intensive hands-on sessions on addressing key challenges faced by local organizations in all sectors/industries. A wide range of commercial and open source tools were used to equip cyber defenders with the necessary skills to anticipate, detect, respond and contain adversaries. The training programme was followed by 23 participants from the public and private sector. 


  Cyber Forensics (or ‘Digital Forensics’) deals with evidence found on computers and digital storage media that’s related to crime scene investigations. If the idea of tracing back a...

This is a brief whitepaper discussing how to perform forensics on iOS 5 on the iPhone.

Global data on Fukushima challenge Japanese estimates.

A large police cordon is in place on Mersey Bank Avenue, Winterburn Avenue and Brandwood Avenue

Dewey Library - PN1996.F36 2019

Reis, George

In this episode of 'Technique Critique', crime scene analyst and investigator Matthew Steiner examines forensics investigations in crime scenes from movies and television to see how accurate they are. Crime scenes are from The Wire, NCIS, Zodiac, The Flash, The Boondock Saints, Heat, Seven, The Other Guys, How to Get Away with Murder, CSI: Miami, The Dark Knight, Dexter, Insomnia, True Detective, Bone Collector, Criminal Minds, Family Guy, Iron Man 3, Minority Report and more.

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Online News Editor David Grimm shares stories on the influence of governmental corruption on the honesty of individuals, what happened when our ancestors cut back on the amount of time spent chewing food, and how plants use sand to grind herbivores‘ gears.   Science’s International News Editor Rich Stone joins host Sarah Crespi to discuss his forensics story on how to track down the culprits after a nuclear detonation.   [Image: Miroslav Boskov]

First, we hear from science writer Joshua Sokol about his trip to the Cambrian—well not quite. He talks with host Megan Cantwell about his travels to a remote site in the mountains of British Columbia where some of Earth’s first animals—including a mysterious, alien-looking creature—are spilling out of Canadian rocks.   Also on this week’s show, host Sarah Crespi talks with James Hazel a postdoctoral research fellow at the Center for Genetic Privacy and Identity in Community Settings at Vanderbilt University in Nashville about a proposal for creating a universal forensic DNA database. He and his co-authors argue that current, invasive practices such as law enforcement subpoenaing medical records, commercial genetic profiles, and other sets of extremely detailed genetic information during criminal investigations, would be curtailed if a forensics-use-only universal database were created.     This week’s episode was edited by Podigy.   Read a transcript (PDF) Listen to previous podcasts.   About the Science Podcast  

TOPICS:

03:08 The level of difficulty in determining code creators on the Internet

04:28 How to determine if code has been copied

10:00 What defines a trade secret

12:11 The pending Oracle v Google lawsuit

25:29 Nintendo v Atari

27:38 The pros and cons of a patent

29:59 Terrible patents

33:48 Fighting patent infringement and dealing with “patent trolls”

39:00 How a company tried to steal Bob Zeidman’s software

44:13 How to know if you can use open source codes

49:15 Using detective work to determine who copied whom

52:55 Extreme examples of unethical behavior

56:03 The state of patent laws

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