SYTECH Evidence – Dale Cregan trial: One-eyed defendant’s phone sited in Droylsden shortly after Cotton Tree murder of Mark Short

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Dale Cregan trial: One-eyed defendant’s phone sited in Droylsden shortly after Cotton Tree murder of Mark Short

 SYTECH Evidence   Dale Cregan trial: One eyed defendants phone sited in Droylsden shortly after Cotton Tree murder of Mark Short

TRIAL: Dale Cregan, 29

Dale Cregan’s mobile phone records show him to have been in Droylsden less than two hours after Mark Short was gunned down at the Cotton Tree pub, Preston Crown Court was told today.

Cell-site analysis showed Cregan’s phone travelled from Mottram, where Cregan later murdered PCs Fiona Bone and Nicola Hughes, to Droylsden between 1.47am and 5.03am on May 26, hours after Mr Short’s death.

Matthew James, who – along with Ryan Hadfield – the Crown allege acted as a ‘spotter’ for Mr Short’s killers, was cell-sited in the area of the Cotton Tree between 2.55pm and 9.33pm.

Nicholas Clarke QC, for the prosecution, made it plain that cell-site analysis proves the locations of the phones, but not conclusively that of the individuals.

Cregan, 29, of no fixed address, is charged with the murder of Mr Short, along with James, 22, from Clayton, Luke Livesey, 27, from Hattersley, Hadfield, 28, from Droylsden, Damian Gorman, 38, from Glossop, and Leon Atkinson, 35, from Ashton-under-Lyne.

All six co-accused are pleading not guilty to the charge of murdering Mark Short, as well as the attempted murder of John Collins, Ryan Pridding and Michael Belcher.

The jury heard there was no activity on Cregan’s phone, as well as co-defendants Gorman’s and Livesey’s, around the time of Mr Short’s death.

Mr Short was shot dead just before midnight on May 25, and all three men’s phones were inactive between 11.10pm and 1.25am on May 26.

The phones had been in regular contact with each other, mutual friends and the other three men accused of the murder throughout the day.

Darren Geener (sic) Daren Greener – SYTECH, Systems Technology Consultants Ltd, a forensic communications consultant, presented the court with a detailed cell-site analysis of the phones registered to all six men accused of killing Mr Short.

Cregan, Livesey and Gorman were all cell-sited as having been in the vicinity of the Organ pub in Stalybridge during the afternoon of May 25.

Cregan’s phone received a call from James’ while at The Organ pub during the afternoon. James’s phone made another call to Cregan’s, again from the Cotton Tree area, at 9.53pm, before his phone was tracked as moving towards his home in Clayton.

James deactivated his phone the day after Mr Short’s murder and procured a new one on May 28, the jury were told.

A taxi driver told the court earlier in the week that he took three men from The Organ to Droylsden, picking up a fourth man from the New Inn, Hollingworth, which cell-site analysis suggests was Hadfield as he received a call there at 10.17pm.

Mr Geener told the court the movement of Gorman’s and Livesey’s phones were indicative of them having taken this journey.

However, analysis showed Cregan’s phone did not make this journey, according to Mr Geener, and instead travelled back to Hollingworth. However he pointed out that this does not prove Cregan did not make the journey, only that his phone, which was used throughout the day, did not.

Atkinson, who the Crown allege arranged the hit on Mr Short, had his phone cell-sited as travelling between his Squires Lane home to Prestatyn in North Wales between 6.12pm and 10.21pm on May 25.

The Crown are accusing him of going to Prestatyn to give himself an alibi for Mr Short’s death and his phone was in regular contact with his co-defendants’ during the day.

The first witness of the day, Elaine Robinson, a phone call data analyst for Greater Manchester Police, told the court Atkinson’s phone had been in contact with his mother Theresa’s on May 13.

Raymond Young, a member of the Short family, hit Mrs Atkinson in the Cotton Tree on May 13 after an argument, which she reacted to by saying the Shorts were ‘all dead’, the court was told last week by Mr Short’s mother Michelle Kelly.

Phone records showed Mrs Atkinson to have rung her sons Leon, Frankie Jnr and Jordan soon after this alleged incident.

The following morning, Atkinson’s phone called Cregan’s, and Cregan seems to have quickly contacted the phones of Livesey, James and Gorman, who was in Spain at the time.

Atkinson’s phone was then contacted by a phone belonging to Mr Young – with the call lasting over seven minutes – before the phones of Atkinson and Cregan came into contact again.

Cregan is also charged with the murder of Mr Short’s father, David, in a gun and grenade attack, alongside Francis Dixon, 37, from Stalybridge, Anthony Wilkinson, 38, from Manchester, and Jermaine Ward, 24.

All four are charged with the attempted murder of Sharon Hark on the same day, August 11, and a single charge of causing an explosion.

Cregan has already pleaded guilty to the murders of PC Bone, 32 and PC Hughes, 23, on September 18.

The trial continues.

Dale Cregan trial: One-eyed defendant’s phone sited in Droylsden shortly after Cotton Tree murder of Mark Short | Mancunian Matters.

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The Rush To Fix Britain’s Cyber Police

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When I ask Charlie McMurdie, head of the Met’s Police Central e-Crime Unit (PCeU), if she’s worried about the formation of the National Cyber Crime Unit, her hands cover her eyes in despair, half-mocking, half-genuine.

She knows that in the next nine months, she will be tasked with completing the merger of the PCeU with the cyber arm of the Serious Organised Crime Agency(SOCA), to form Britain’s lead cyber police squad, the NCCU. McMurdie knows this is going to take a monumental effort, one that will see the end of the PCeU, which she helped set up in 2008. She’s fretting over the fact that the NCCU doesn’t even have a proper home yet, nor a boss to lead British cyber policing into a new era. And she doesn’t even know if she’ll still be policing cyber crime at the end of it all.

British cyber police

Britain United Kingdom Keyboard Shutterstock ronfromyork The Rush To Fix Britains Cyber PoliceBut the effort may well be worth it, for Britain’s public and businesses alike. That’s because British policing of e-crime, on a national basis, is lacking in a number of crucial areas.

Freedom of Information (FOI) requests sent out byTechWeekEurope to every police force in the UK have revealed stark differences in records of cyber crime across the UK.

The Metropolitan Police, unsurprisingly, has seen the most action. It saw a rise in Computer Misuse Act offences from 11,181 in 2010 to 12,817 in 2012 (up to November). Yet 997 individuals were charged, less than in either 2010, when 1291 were charged, or 2011, when the number was 1262. Why the drop in charges when the number of offences has risen by over 1,000 in the London area alone? Have the police failed to improve their handling of cyber cases over the last three years? The data may indicate so.

Elsewhere, the police are seeing little cyber-related action, in comparison to other common crimes such as burglary, or vandalism. Indeed, it appears to be declining in many areas, whilst just a handful of individuals have been charged in the last three years.

In Leicestershire, Internet-based fraud offences went down from 298 in 2010 to 167 in 2011 and 143 in 2012, up to November. In Hertfordshire there were just 189 cyber-related offences and 21 charged from 1 Jan 2010 to 1 November 2012. Lancashire recorded 19 Internet-based offences over the same time frame, six under the Computer Misuse Act. Just one was charged – they received a prison sentence, but it involved other connected offences.

Strathclyde reported 466 cyber crimes in 2010, 543 in 2011 but then only 143 between January and October in 2012. Surrey has seen a decline in Computer Misuse Act offences, from 45 in 2010 to 17 in 2012, and it’s only charged one person.

In all FOI responses, there was either a decline or very modest growth in records of cyber crime. That’s despite indications from many sources showing Internet crime is on the rise. Recent figures from the British Retail Consortium showed the overall cost of retail crime in the UK jumped 15.6 percent in a year. E-crime rose to become the most costly of all retail crimes, accounting for 37 percent of the total £1.6 billion lost in one year.

In some cases, police defer recording of cyber crime to the National Fraud Intelligence Bureau (NFIB), but that doesn’t account for the lack of any notable rises in e-crime records across UK forces.

Patchy policing

But what do all these figures tell us? They indicate a national patchiness in cyber policing, where forces outside of the Met just don’t have enough capability or willingness to up their efforts, security experts believe. The map below highlights this patchiness, showing differences in the levels of cyber crime and in the quality of records within police forces (those forces not on the map were unable to provide data):

View TechWeekEurope‘s  Cyber Crime Map of Britain in a full screen map

“Nationally it is very, very patchy,” says Ross Anderson, professor of security engineering at the University of Cambridge, a man who’s been watching the cyber crime space for over quarter of a century and continues to be an expert witness during court cases.

“I see some very large differences in capability between different forces… but even in the Metropolitan Police I’ve got one or two shocking cases on my desk at the moment for expert witness work, with completely clueless detective constables in outlying police stations.

“Even within the Met it’s a curate’s egg… there are some detective constables who, quite frankly, should be sent back to school.”

Anderson believes a major problem stems from advice handed out by the Association of Chief Police Officers (ACPO) in 2005. The body said victims of cyber fraud should go to their banks when something was amiss, not the police. Police simply don’t have to deal with a lot of cyber crime, because the banks are supposed to be dealing with it, Anderson tells TechWeekEurope.

This has spawned two negative consequences, he says. First, the banks don’t effectively deal with the problem, consumed as they are with other issues, and customers have a torrid time trying to recover their funds and seek justice. Second, the police don’t invest in their digital divisions, and so aren’t effective when they are tasked with investigating a hacking offence.

“If you’re the victim of a scam you can’t even find someone to talk to, let alone get your money back,” he adds. “And the police are unsympathetic.”

Big Data = Big Problems

Big Data, it seems, is also presenting a challenge to police. Amassing information in major criminal cases, where sleuths have to trawl through terabytes on terabytes of information, and then present it effectively as evidence, is something many forces have not gotten to grips with. Indeed, lack of digital forensics capability is perhaps the most concerning gap in cyber policing today. As Anderson puts it, “they’re not wading, they’re drowning” in data.

Peter Sommer (pictured), a digital forensics specialist and another expert witness often called upon in criminal cases, including those on terrorism and hacking, believes all detectives should have at least a basic grasp of handling digital evidence.

Peter Sommer The Rush To Fix Britains Cyber Police

“The front-line detective needs to be able to interact and work with forensic technicians. Because of the ever-changing nature of computer hardware and software, and the rapid development of new criminal methods, basic training for all detectives cannot be a one-off exercise but requires relatively frequent refreshment,” Sommer told the Home Affairs Committee carrying out an inquiry into e-crime in December.

“Because of the quantities of digital material available – numbers of computers, mobile phones, tablets etc, plus the ever-increasing storage capacity each holds – selections have to be made. Police refer to this process as triage but insufficient thought has been given to how it is executed – and by whom.”

Sommer believes police need more regional hubs of digital forensic expertise who can assist local forces as and when they’re needed, as part of a tiered approach. And forces should be wary of outsourcing to private groups – if an officer doesn’t quite know what he wants from digital evidence, the tender will be flawed, and the whole process broken from the start, he says.

There’s also a major issue in defining cyber crime and recording it within police forces. The FOI results above, perhaps obviously, don’t cover every kind of cyber crime, as many forces could not supply any data outside of Computer Misuse Offences.

In many cases, crimes that could be deemed as cyber offences are counted as Fraud Act breaches. But many forces don’t have a system where they can log a cyber element, meaning the digital side drops out of the statistics.

McMurdie (pictured below) admits forces are still incompetent at this. “I’ve been banging on about this for the last three or four years – we don’t actually record particularly well within law enforcement, the cyber aspect of our investigations or bespoke cyber attacks,” she tells TechWeek.

This is why, in many of the FOI responses, police forces said they couldn’t trawl through all cases to find crimes with a cyber element. Those who responded with full figures including non-CMA offences, like the Met, clearly had proper recording in place.

But why does recording even matter? As anyone who’s been watching the Big Data boom in the private sector will know, pulling valuable information out of piles of data can provide significant benefits. With a well organised data warehouse – or enough muscle to search unorganised data -  organisations can mine information to see where their strengths and weaknesses lie. Keeping proper records, Sommer argues, can help police see what resources are available and in turn improve the effectiveness of cyber investigations.

The NFIB, which gets its data from Action Fraud, a “one-stop national reporting centre” for fraud which works with various organisations as well as the police, should help with the fraud recording. But elsewhere forces have much to improve on when it comes to taking advantage of the reams of data they have access to.

Losing the war

Even police chiefs admit they are losing the fight on cyber crime. At that same inquiry where Sommer raised his qualms, Commissioner Adrian Leppard, of the City of London Police, which is home to the  NFIB, admitted the tug of war was being won by the crooks.

“We are not winning. I do not think we are winning globally, and I think this nature of crime is rising exponentially, which is clearly why you are here and asking these questions today,”  Commissioner Leppard said. “As a country, we are as far advanced as any other European country, and indeed anywhere else in the world, but we are new in our development.”

Another sign the police are losing the war on cyber crooks came from the NFIB. It recorded 47,543 cyber related crimes in 2012, according to another FOI response. The NFIB found the largest sum reported lost was £600,000 of which just £7,000 was recovered. Crooks are making off with a lot of money and it’s to the detriment of the British economy.

McMurdie is far from naive on the nature of the battle with crooks in the online realm. “You only have to speak to industry to see how much they’re suffering and losing to cyber crime attacks. We haven’t got the capability to respond to all that,” she says.

McMurdie The Rush To Fix Britains Cyber Police

“I think criminals are moving online – it is far easier for them to move online faster, share knowledge, share how to conduct criminal attacks, or exploit the uses of technology. They don’t have the same barriers and hurdles as us.

“We have done a great job of integrating capabilities, bringing in partners to work with us … but we need to pick up the pace even more so now.”

And that’s why the government is attempting to fix the problem with one body that will deal with high-level cyber crime posing a threat to Britain. It’s also why various hubs are being set up across the UK to work with the National Cyber Crime Unit, hopefully making cyber policing at a local level more effective.

But it is going to be a chaotic next nine months, pregnant with worry about whether SOCA and PCeU forces will combine effectively. SOCA has been charged with tackling the intelligence capabilities for major cyber investigations, PCeU will be on the operational side, taking on investigations and assisting other police forces across the UK.

Anderson worries the high-quality PCeU capability is going to be kiboshed when it is merged with SOCA. “It’ll become useless… this could have dire effects,” he claims.

In McMurdie’s office, she isn’t so downbeat, but there’s a nervousness in the air. “There are loads of issues to consider and manage to make sure that transition is successful and is delivered smoothly without losing our operational capability.”

On 1 October, the NCA and the NCCU will be formally launched. Over the next two to three months, a “shadow capability” will be up and running, showing what the new force will look like. A handful of employees have made the move over to the as-yet non-existent NCCU, but others may decide they’re happier in the Met, which needs to retain cyber skills.

Thankfully, there shouldn’t be any job cuts. The plan is to retain the number of staff at both the PCeU and SOCA, whilst adding another 70 workers. What about McMurdie herself? “Maybe I shouldn’t go into that… there will be a new head appointed for the NCCU, they are doing interviews.”

Attitude problems

The logistics of the grand merger will provide significant new challenges. But old ones remain, ones that need eradicating before British police can become truly modern.

One of the biggest is attitude. Cyber operations just do not inspire the same respect as “mainstream” crimes, like burglary or murder. That’s something John Austen experienced in the early 1990s, as a pioneer of cyber policing.

Austen made the first ever arrest for illegal access to a computer system, when he apprehended Robert Schifreen (now a well-regarded author and consultant) on a cold night in 1985, for gaining the login details to Prince Phillip’s BT Prestel Mailbox.

Along with his co-defendent Steve Gold, Schifreen took on the courts for two years, before eventually being acquitted. At the time, there was no law covering computer hacking, so the pair were initially charged and found guilty of forgery. On appeal they proved that hacking was not forgery and were acquitted.

The lack of a legal framework drove governmental and police forces to draw up the Computer Misuse Act – a process in which Austen was a driving force. If the CMA had existed in the 1980s, Schifreen would most likely now have a criminal record.

Austen worked as chair of the Interpol Computer Crime Committee from 1991 to 1996 while, in Britain, he set up the Computer Crime Unit at New Scotland Yard in 1994,and ran it until September 1996.

In the early days of the CMA, judges hadn’t quite grasped what this law was all about. “We had very funny cases at the start – the judges didn’t follow what the legislation was about,” Austen tells TechWeekEurope. “We ended up explaining this new law to them.

“We actually didn’t lose many cases at the start, but we did lose a few where the evidence wasn’t that strong.”

Twenty years on, McMurdie admits that her her team still suffers similar struggles surrounding perception today. “I think it is a lack of understanding… the cyber component isn’t the visible sort of crime that a mugging is.

“It’s why we need this tiered approach. We need mainstream knowledge, understanding, capability, then we need that higher-level regional capability to take on the complex investigations, or those where you need that international aspect. Then you need the National Cyber Crime Unit within that to deal with the sort of cases the PCeU is taking on – high-level stuff.”

cyber spend image The Rush To Fix Britains Cyber Police

Funding is another persistent problem, one that Austen described as “huge” in his day. The PCeU is currently drawing up business plans, asking for more money to accelerate the spread of cyber policing across the UK, bidding for additional regional hubs. Of the nine hubs established thus far, just three have full cyber capability, so the PCeU wants to see more of a monetary commitment from those in Whitehall.

And PCeU has earned it. In 2011, the Coalition asked the division to save the country £504 million over four years by either preventing cyber crimes or recovering funds. To do that, PCeU was given just £30 million. At the start of 2013, the PCeU has achieved well over £800 million in savings.

It’s clear the government is, to some extent, taking the threat seriously. It has invested £650 million of additional funds, although the police get comparatively little of this (see chart for a breakdown of where money has gone thus far), attempting infrastructural reform and talking openly about the problem, as well as joining pan-European and global initiatives to take on cyber crooks. But it’s also clear much, much more can be done.

The formation of the NCCU cyber squad over the next nine months, which hopefully won’t be as rushed as has been indicated, will be crucial to the government’s plans to take on cyber crooks. Yet until greater respect for Internet-based investigations is inculcated across UK police forces, and across Whitehall, this country will continue to be on the losing side of the war on cyber crime.

The Rush To Fix Britain’s Cyber Police.

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Fighting High Technology Digital Crime

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The International Association of Computer Investigative Specialists (IACIS), composed of members in 60+ countries worldwide and accredited by the Forensic Specialties Accreditation Board (FSAB), has announced its annual training event to be held in Orlando, Florida, April 22 – May 3, 2013. IACIS has provided premier cutting edge, professionally enhanced instruction for over 20 years! As digital crimes increase around the world, it is vital to constantly be developing and improving the forensic training and tools used to investigate and prosecute those involved in this ever growing problem.

In addition to the Basic Computer Forensic Examiner (BCFE) two week course, IACIS will offer other specialized courses of instruction during that time, i.e. Internet Forensic Examiner (IFE) program, designed to provide students with foundational knowledge of the internet, computer networks and the forensic analysis of internet artifacts building on the knowledge gained in the IACIS BCFE training utilizing forensic and non-forensic tools; Windows Forensic Examiner (WFE) training program, designed to provide students with detailed study of the Windows operating system and to prepare them to enter the IACIS Certified Windows Forensic Examiner (CWFE) process; Applied Computer Forensics (ACF) program provides students a realistic computer forensic case scenario built on the latest version of the Windows operating system utilizing forensic and non-forensic tools to explore different examination and analytic approaches to complete the process; Network Forensic Analysis (NFA) training program, designed to provide students with detailed study of the Windows operating system and to prepare students to conduct incident response activities and network forensics; also, Managing a Digital Forensic Lab (MDFL), a FREE two day course designed for lab managers and supervisors to learn about digital forensics, the need for training, certifications and written policies to assist in their examiner’s success.

Specialized industry organizations as well as forensic hardware and software developers will be actively participating in this event. Free IACIS membership is provided to each student for the first year, which includes integration into our exclusive international and professionally oriented “listserv,” where the most up-to-date digital forensic information is shared 24 hours a day.

Detailed information about this event may be found at www.iacis.com/training/course_listings. All Media is welcome at any time throughout the entire two weeks by scheduling with Tom Thomas, IACIS Director of Marketing.

Fighting High Technology Digital Crime | DFI News.

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UK Needs More Skilled Cybercrime Fighters

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uk 4 UK Needs More Skilled Cybercrime FightersA lack of skilled workers is hampering the UK‘s fight against cybercrime, the National Audit Office (NAO) has warned.

The spending watchdog had heard from experts who believe it could take “up to 20 years to address the skills gap”, it said in a report. But progress has been made in tackling cyber fraud, with more police resources and prosecutions aimed at catching cyber criminals, the NAO added.

The government said it was “investing heavily” in research and education. The number of IT and cyber security professionals in the UK has not increased in line with the growth of the internet, the watchdog said.

Labour said the report highlighted the lack of support for “the next generation of British cybersecurity experts.”

UK Needs More Skilled Cybercrime Fighters | DFI News.

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Cellebrite’s Experts Identify Mobile Forensics Trends for 2013

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To gather this list, Cellebrite interviewed a number of prominent experts from law enforcement, corporations and universities, as well as industry analysts, familiar with mobile forensics, information security and e-discovery and the most advanced mobile forensic products available today. They highlighted the following nine trends as the most critical for investigative and legal professionals to prepare for the upcoming year:

  1. BYOD impacts the forensics industry. While “Bring Your Own Device” (BYOD) seemed to infiltrate the enterprise in 2012, the mobile forensics industry will confront the impact of this growing trend in the year ahead. BYOD adoption across the enterprise means that forensics professionals will encounter a greater number of compromised phones. According to John Carney, Chief Technology Officer, Carney Forensics, “For e-discovery experts, BYOD will mean contending with more devices that contain both personal and corporate evidence as well as an increase in legal challenges related to device access and privacy during corporate investigations.”
  2. Critical data: there’s an app for that. According to a 2012 Nielsen report, the average smartphone user has approximately 41 apps installed on a single device. “Whether it’s mobile messaging, personal navigation, social media or improving productivity – apps are going to dominate smartphones and tablets in 2013,” said Carney. “The ability to extract critical data stored in apps will become the new measuring stick by which investigators gauge the superiority of mobile forensics tools.”
  3. Smarter phones mean tougher encryption. “Expect to see more encryption of data on smartphones to protect personal privacy and corporate data, which will make forensic examination more challenging,” said Eoghan Casey, founding partner at CASEITE.Password technology, too, has advanced; pattern-screen locks have hindered forensic data extraction efforts. In 2013, look for mobile forensics tools to continue to find ways to bypass a greater number of passwords and device locks, as well as address advanced encryption technology.
  4. Investigators can’t put all their eggs into one mobile operating system. Though Android took 75 percent of the market in Q3 of 2012,for mobile forensics professionals, market share isn’t everything. As Paul Henry, security and forensics analyst, vNet Security, noted, “While Android is the predominant operating system, the bulk of the bandwidth is still taking place on Apple devices, making them critical to many investigations.” In addition, despite BlackBerry’s decline in recent years, Carney said: “Their popularity for over a decade will make them an important legacy device pertinent to investigations for years to come.”
  5. Windows 8 is the wildcard. Notwithstanding all the attention garnered by Android and Apple, the real wildcard for 2013 will be the rise of Microsoft in the mobile device market. While questions remain regarding how prevalent Microsoft devices will become, Cellebrite’s panel of experts predicts that the need for mobile forensic tools providing support for Windows 8 will increase in the New Year.
  6. Mobile devices advance as witnesses. Look for mobile devices and the data they contain to take center stage in both civil and criminal investigations in the year ahead. “Civil litigators are discovering that mobile device evidence is just as important as digital documents and email evidence,” said Carney. According to Heather Mahalik, mobile forensics technical lead at Basis Technology, “Now, more than ever before, e-discovery experts need comprehensive training in order to ensure the proper extraction of all relevant data from mobile devices.”
  7. The regulatory and legislative landscape remains uncertain. “Lawmakers and judges are looking at cell phones much more critically than they did computers,” said Gary Kessler, associate professor, Embry-Riddle Aeronautical Univ. and a member of the ICAC North Florida Task Force. “However, because few understand the nature of the technology, they are erring greatly on the side of caution. This speaks to the need for greater education regarding the scope and possibilities of mobile forensics and what it means for privacy and pre-trial discovery.”
  8. Mobile malware’s incidence will rise. In 2013, look for malware on smartphone platforms and tablets to increase exponentially, particularly on Android devices. According to Cindy Murphy, detective, computer crimes/computer forensics, Madison Wisconsin Police Department, “The intended uses of mobile malware will be very similar to non-mobile malware – steal money, steal information and invade privacy. For law enforcement and forensics professionals, mobile malware means dealing with potentially compromised devices that may help perpetrators cover their tracks, making it increasingly difficult for investigators to meet the threshold of reasonable doubt.”
  9. Data breaches via mobile will rise. “Mobile forensics vendors should resolve to provide stronger capabilities for enterprise wide smartphone investigations to support the investigation of data breaches targeting smartphones and the needs of e-discovery,” said Casey. Malware together with large-scale targeted intrusions into smartphones (targeting sensitive data) will raise enterprises’ risks for data destruction, denial of service, data theft and espionage.

“From the increasing use of mobile evidence to challenges stemming from the rise in tougher encryption methods, there are a number of areas that will demand the attention of mobile forensics professionals in the year ahead,” said Ron Serber, Cellebrite co-CEO. “As the industry continues to evolve, it will be critical for the law enforcement community, as well as the enterprise, to invest in proper training and ensure that their budgets allow them to meet the growing demand for comprehensive device analysis and data extraction.”

Cellebrite’s UFED provides cutting-edge solutions for physical, logical and file system extraction of data and passwords from thousands of legacy and feature phones, smartphones, portable GPS devices and tablets with ground-breaking physical extraction capabilities for the world’s most popular platforms — BlackBerry, iOS, Android, Nokia, Windows Mobile, Symbian and Palm and more. The extraction of vital evidentiary data includes call logs, phonebook, text messages (SMS), pictures, videos, audio files, ESN IMEI, ICCID and IMSI information and more.

Cellebrite’s panel of experts included:

  • Eoghan Casey, Founding Partner, CASEITE
  • John Carney, Chief Technology Officer, Carney Forensics; Attorney at Law, Carney Law Office
  • Paul Henry, Leading Security and Forensics Analyst, Principle at vNet Security; Vice President at Florida Association of Computer Crime Investigators; SANS Senior Instructor
  • Gary Kessler, Associate Professor, Embry-Riddle Aeronautical University; ICAC Northern Florida Task Force
  • Heather Mahalik, Mobile Forensics Technical Lead, Basis Technology; SANS Certified Instructor
  • Cindy Murphy, Detective Computer Crimes/Computer Forensics, Madison Wisconsin Police Department
  • Ron Serber, co-CEO, Cellebrite

Cellebrite’s Experts Identify Mobile Forensics Trends for 2013 | DFI News.

Manual Outlines Policies and Procedures for Digital Evidence

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manual Manual Outlines Policies and Procedures for Digital EvidenceElectronic devices such as computers, cellphones and digital cameras must be properly seized, processed and stored to preserve the integrity of the data and ensure its evidentiary value. A manual developed by the Electronic Crime Technology Center of Excellence (ECTCoE) can provide agencies with much-needed guidance on drafting policies and procedures for handling digital evidence.

As stated in the text, the purpose of the sample Policy and Procedure Manual is to give law enforcement agencies a collection of documents that can serve as a starting point for developing policies and procedures for the collection, handling and processing of digital evidence. Once final, the manual will be posted to the National Law Enforcement and Corrections Technology Center (NLECTC) System website, in a Microsoft Word format to facilitate editing as needed by individual agencies. The NLECTC System is a program of the Office Justice Programs’ National Institute of Justice.

“The document was written in response to the many requests we’ve seen on the various computer forensic email lists requesting copies of policy and procedure
manuals by state and local officers and agents who have been tasked with developing such a document for their own agency,” explains Russell Yawn, ECTCoE deputy director.

In developing the manual, the ECTCoE was able to take advantage of in-house expertise along with information gathered from law enforcement agencies.

“The ECTCoE deals with the law enforcement community at large so we have contacts throughout the country and some internationally that we can rely on for input,” says ECTCoE Director Robert O’Leary. “We have a well-established network and relied on that network to provide us with examples that agencies were using at the state level, and combined it with the expertise in the ECTCoE. Every CoE staff member has criminal justice experience with digital evidence collection and examination, so we were able to leverage all those resources and put together this set of policies and procedures.”

Some of the agencies that provided assistance include the Southern Oregon High Tech Crimes Task Force, the New York Police Department, Orlando Police Department, Austin Police Department, Dallas Police Department and Charleston Police Department. The ECTCoE also looked at sample policies from the U.S. Department of Defense.

“We were able to get a great deal of information from a number of agencies and contacts, and look at the policies that had been implemented and ensure that we did not overlook any topics or points of interest that other agencies may have found important,” O’Leary says.

The manual should also help agencies performing the Commission on Accreditation for Law Enforcement Agencies (CALEA) accreditation process regarding digital evidence procedures. The purpose of CALEA accreditation programs is to improve the delivery of public safety services, primarily by maintaining a body of standards and establishing and administering an accreditation process.

“Another thing we tried to keep in mind was the CALEA standards,” O’Leary says. “We wanted to ensure that these procedures would lend themselves to compatibility, and we were able to rely on some of our contacts that perform CALEA reviews.”

The manual has sections covering case assignment and prioritization; equipment testing, validation and updates; evidence and property handling; search and seizure; storage of evidence and retention policy; reports; materials and supplies; computer forensic lab access; Manual Outlines Policies and Procedures for Digital Evidence2 release of information to the media; quality assurance policy and process; and sample forms (e.g., computer lab request for service, evidence inventory and details, and evidence access and tracking).

“Some forms we developed, others are based on forms received from other agencies. We simply wanted to give agencies a format they could work with as a guide,” O’Leary says.

Manual Outlines Policies and Procedures for Digital Evidence | DFI News.

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