Tag Archives: cyber fraud

Cyberfraud & Data Breaches – May 2018 Training Event

On May 16th and 17th, our Chapter, supported by our partners, national ACFE and the Virginia State Police, will present our sixteenth Spring training event, this time on the subject of CYBERFRAUD AND DATA BREACHES.  Our presenter will be CARY E. MOORE, CFE, CISSP, MBA; ACFE Presenter Board member and internationally renowned author and authority on every aspect of cybercrime.  CLICK HERE  to see an outline of the training, the agenda and Cary’s bio.  If you decide to do so, you may REGISTER HERE.  Attendees will receive 16 CPE credits, and a printed manual of over 300 pages detailing every subject covered in the training.  In addition, as a door prize, we will be awarding, by drawing, a printed copy of the 2017 Fraud Examiners Manual, a $200 value!

As the relentless wave of cyberattacks continues, all our client organizations are under intense pressure from key stakeholders and regulators to implement and enhance their anti-fraud programs to protect customers, employees and the valuable information in their possession. According to research from IBM Security and the Ponemon Institute, the average total cost per company, per event of a data breach is US $3.62 million. Initial damage estimates of a single breach, while often staggering, may not consider less obvious and often undetectable threats such as theft of intellectual property, espionage, destruction of data, attacks on core operations or attempts to disable critical infrastructure. These knock-on effects can last for years and have devastating financial, operational and brand ramifications.

Given the broad regulatory pressures to tighten anti-fraud cyber security controls and the visibility surrounding cyber risk, a number of proposed regulations focused on improving cyber security risk management programs have been introduced in the United States over the past few years by various governing bodies of which CFEs need to be aware. One of the more prominent is a regulation issued by the New York Department of Financial Services (NYDFS) that prescribes certain minimum cyber security standards for those entities regulated by the NYDFS. Based on the entity’s risk assessment, the NYDFS law has specific requirements around data encryption, protection and retention, third party information security, application security, incident response and breach. notification, board reporting, and annual certifications.

However, organizations continue to struggle to report on the overall effectiveness of their cyber security risk management and anti-fraud programs. The American Institute of Certified Public Accountants (AICPA) has released a cyber security risk management reporting framework intended to help organizations expand cyber risk reporting to a broad range of internal and external users, including the C-suite and the board of directors (BoD). The AICPA’s reporting framework is designed to address the need for greater stakeholder transparency by providing in-depth, easily consumable information about an organization’s cyber risk management  program. The cyber security risk management examination uses an independent, objective reporting approach and employs broader and more flexible criteria. For example, it allows for the selection and utilization of any control framework considered suitable and available in establishing the entity’s cyber security objectives and developing and maintaining controls within the entity’s cyber security risk management program, whether it is the US National Institute of Standards and Technology (NIST)’s Cybersecurity Framework, the International Organization for Standardization (ISO)’s ISO 27001/2 and related frameworks, or internally developed frameworks based on a combination of sources. The examination is voluntary, and applies to all types of entities, but should be considered a leading practice that provides the C-suite, boards and other key stakeholders clear insight into an organization’s cyber security program and identifies gaps or pitfalls that leave organizations vulnerable.

Cyber security risk management examination reports are vital to the fraud control program of any organization doing business on-line.  Such reports help an organization’s BoD establish appropriate oversight of a company’s cyber security risk program and credibly communicate its effectiveness to stakeholders, including investors, analysts, customers, business partners and regulators. By leveraging this information, boards can challenge management’s assertions around the effectiveness of their cyber risk management programs and drive more effective decision making. Active involvement and oversight from the BoD can help ensure that an organization is paying adequate attention to cyber risk management. The board can help shape expectations for reporting on cyber threats and fraud attempts while also advocating for greater transparency and assurance around the effectiveness of the program.

Organizations that choose to utilize the AICPA’s cyber security attestation reporting framework and perform an examination of their cyber security program may be better positioned to gain competitive advantage and enhance their brand in the marketplace. For example, an outsource retail service provider (OSP) that can provide evidence that a well-developed and sound cyber security risk management program is in place in its organization can proactively provide the report to current and potential customers, evidencing that it has implemented appropriate controls to protect the sensitive IT assets and valuable data over which it maintains access. At the same time, current and potential retailor customers of an OSP want the third parties with whom they engage to also place a high level of importance on cyber security. Requiring a cyber security examination report as part of the selection criteria would offer transparency into  outsourcers’ cyber security programs and could be a determining factor in the selection process.

The value of addressing cyber security related fraud concerns and questions by CFEs before regulatory mandates are established or a crisis occurs is quite clear. The knowledgeable CFE can help our client organizations view the new cyber security attestation reporting frameworks as an opportunity to enhance their existing cyber security and anti-fraud programs and gain competitive advantage. The attestation reporting frameworks address the needs of a variety of key stakeholder groups and, in turn, limit the communication and compliance burden. CFE client organizations that view the cyber security reporting landscape as an opportunity can use it to lead, navigate and disrupt in today’s rapidly evolving cyber risk environment.

Please decide to join us for our May Training Event on this vital and timely topic!  YOU MAY REGISTER 0N-LINE HERE.  You can pay with PayPal (you don’t need a PayPal account; you can use any credit card) or just print an invoice and submit your payment by snail mail!

The Anti-Fraud Blockchain

Blockchain technology, the series of interlocking algorithms powering digital currencies like BitCoin, is emerging as a potent fraud prevention tool.  As every CFE knows, technology is enabling new forms of money and contracting, and the growing digital economy holds great promise to provide a full range of new financial tools, especially to the world’s poor and unbanked. These emerging virtual currencies and financial techniques are often anonymous, and none have received quite as much press as Bitcoin, the decentralized peer-to-peer digital form of money.

Bitcoins were invented in 2009 by a mysterious person (or group of people) using the alias Satoshi Nakamoto, and the coins are created or “mined” by solving increasingly difficult mathematical equations, requiring extensive computing power. The system is designed to ensure no more than twenty-one million Bitcoins are ever generated, thereby preventing a central authority from flooding the market with new Bitcoins. Most people purchase Bitcoins on third-party exchanges with traditional currencies, such as dollars or euros, or with credit cards. The exchange rates against the dollar for Bitcoin fluctuate wildly and have ranged from fifty cents per coin around the time of its introduction to over $16,0000 in December 2017. People can send Bitcoins, or percentages of bitcoin, to each other using computers or mobile apps, where coins are stored in digital wallets. Bitcoins can be directly exchanged between users anywhere in the world using unique alphanumeric identifiers, akin to e-mail addresses, and there are no transaction fees in the basic system, absent intermediaries.

Anytime a purchase takes place, it is recorded in a public ledger known as the “blockchain,” which ensures no duplicate transactions are permitted. Crypto currencies are called such because they use cryptography to regulate the creation and transfer of money, rather than relying on central authorities. Bitcoin acceptance continues to grow rapidly, and it is possible to use Bitcoins to buy cupcakes in San Francisco, cocktails in Manhattan, and a Subway sandwich in Allentown.

Because Bitcoin can be spent online without the need for a bank account and no ID is required to buy and sell the crypto currency, it provides a convenient system for anonymous, or more precisely pseudonymous, transactions, where a user’s true name is hidden. Though Bitcoin, like all forms of money, can be used for both legal and illegal purposes, its encryption techniques and relative anonymity make it strongly attractive to fraudsters and criminals of all kinds. Because funds are not stored in a central location, accounts cannot readily be seized or frozen by police, and tracing the transactions recorded in the blockchain is significantly more complex than serving a subpoena on a local bank operating within traditionally regulated financial networks. As a result, nearly all the so-called Dark Web’s illicit commerce is facilitated through alternative currency systems. People do not send paper checks or use credit cards in their own names to buy meth and pornography. Rather, they turn to anonymous digital and virtual forms of money such as Bitcoin.

A blockchain is, essentially, a way of moving information between parties over the Internet and storing that information and its transaction history on a disparate network of computers. Bitcoin, and all the other digital currencies, operates on a blockchain: as transactions are aggregated into blocks, each block is assigned a unique cryptographic signature called a “hash.” Once the validating cryptographic puzzle for the latest block has been solved by a coin mining computer, three things happen: the result is timestamped, the new block is linked irrevocably to the blocks before and after it by its unique hash, and the block and its hash are posted to all the other computers that were attempting to solve the puzzle involved in the mining process for new coins. This decentralized network of computers is the repository of the immutable ledger of bitcoin transactions.  If you wanted to steal a bitcoin, you’d have to rewrite the coin’s entire history on the blockchain in broad daylight.

While bitcoin and other digital currencies operate on a blockchain, they are not the blockchain itself. It’s an insight of many computer scientists that in addition to exchanging digital money, the blockchain can be used to facilitate transactions of other kinds of digitized data, such as property registrations, birth certificates, medical records, and bills of lading. Because the blockchain is decentralized and its ledger immutable, all these types of transactions would be protected from hacking; and because the blockchain is a peer-to-peer system that lets people and businesses interact directly with each other, it is inherently more efficient and  cheaper than current systems that are burdened with middlemen such as lawyers and regulators.

A CFE’s client company that aims to reduce drug counterfeiting could have its CFE investigator use the blockchain to follow pharmaceuticals from provenance to purchase. Another could use it to do something similar with high-end sneakers. Yet another, a medical marijuana producer, could create a blockchain that registers everything that has happened to a cannabis product, from seed to sale, letting consumers, retailers and government regulators know where everything came from and where it went. The same thing can be done with any normal crop so, in the same way that a consumer would want to know where the corn on her table came from, or the apple that she had at lunch originated, all stake holders involved in the medical marijuana enterprise would know where any batch of product originated and who touched it all along the way.

While a blockchain is not a full-on solution to fraud or hacking, its decentralized infrastructure ensures that there are no “honeypots” of data available, like financial or medical records on isolated company servers, for criminals to exploit. Still, touting a bitcoin-derived technology as an answer to cybercrime may seem a stretch considering the high-profile, and lucrative, thefts of cryptocurrency over the past few years. Its estimated that as of March 2015, a full third of  all Bitcoin exchanges, (where people store their bitcoin), up to then had been hacked, and nearly half had closed. There was, most famously, the 2014 pilferage of Mt. Gox, a Japanese based digital coin exchange, in which 850,000 bitcoins worth $460,000,000 disappeared. Two years later another exchange, Bitfinex, was hacked and around $60 million in bitcoin was taken; the company’s solution was to spread the loss to all its customers, including those whose accounts had not been drained.

Unlike money kept in a bank, cryptocurrencies are uninsured and unregulated. That is one of the consequences of a monetary system that exists, intentionally, beyond government control or oversight. It may be small consolation to those who were affected by these thefts that the bitcoin network itself and the blockchain has never been breached, which perhaps proves the immunity of the blockchain to hacking.

This security of the blockchain itself demonstrates how smart contracts can be written and stored on it. These are covenants, written in code, that specify the terms of an agreement. They are smart because as soon as its terms are met, the contract executes automatically, without human intervention. Once triggered, it can’t be amended, tampered with, or impeded. This is programmable money. Such smart contracts are a tool with the potential to change how business in done. The concept, as with digital currencies, is based on computers synced together. Now imagine that rather than syncing a transaction, software is synced. Every machine in the network runs the same small program. It could be something simple, like a loan: A sends B some money, and B’s account automatically pays it back, with interest, a few days later. All parties agree to these terms, and it’s locked in using the smart contract. The parties have achieved programmable money!

There is no doubt that smart contracts and the blockchain itself will augment the trend toward automation, though it is automation through lines of code, not robotics. For businesses looking to cut costs and reduce fraud, this is one of the main attractions of blockchain technology. The challenge is that, if contracts are automated, what will happen to traditional firm control structures, processes, and intermediaries like lawyers and accountants? And what about managers? Their roles would all radically change. Most blockchain advocates imagine them changing so radically as to disappear altogether, taking with them many of the costs currently associated with doing business. According to a recent report in the trade press, the blockchain could reduce banks’ infrastructure costs attributable to cross-border payments, securities trading, and regulatory compliance by $15-20 billion per annum by 2022.  Whereas most technologies tend to automate workers on the periphery, blockchain automates away the center. Instead of putting the taxi driver out of a job, blockchain puts Uber out of a job and lets the taxi drivers work with the customer directly.

Whether blockchain technology will be a revolution for good or one that continues what has come to seem technology’s inexorable, crushing ascendance will be determined not only by where it is deployed, but how. The blockchain could be used by NGOs to eliminate corruption in the distribution of foreign aid by enabling funds to move directly from giver to receiver. It is also a way for banks to operate without external oversight, encouraging other kinds of corruption. Either way, we as CFEs would be wise to remember that technology is never neutral. It is always endowed with the values of its creators. In the case of the blockchain and crypto-currency, those values are libertarian and mechanistic; trust resides in algorithmic rules, while the rules of the state and other regulatory bodies are often viewed with suspicion and hostility.

Threat Assessment & Cyber Security

One rainy Richmond evening last week I attended the monthly dinner meeting of one of the professional organizations of which I’m a member.  Our guest speaker’s presentation was outstanding and, in my opinion, well worth sharing with fellow CFE’s especially as we find more and more of our client’s grappling with the reality of  ever-evolving cyber threats.

Our speaker started by indicating that, according to a wide spectrum of current thinking, technology issues in isolation should be but one facet of the overall cyber defense strategy of any enterprise. A holistic view on people, process and technology is required in any organization that wants to make its chosen defense strategy successful and, to be most successful, that strategy needs to be supplemented with a good dose of common sense creative thinking. That creative thinking proved to be the main subject of her talk.

Ironically, the sheer size, complexity and geopolitical diversity of the modern-day enterprise can constitute an inherent obstacle for its goal of achieving business objectives in a secured environment.  The source of the problem is not simply the cyber threats themselves, but threat agents. The term “threat agent,” from the Open Web Application Security Project (OWASP), is used to indicate an individual or group that can manifest a threat. Threat agents are represented by the phenomena of:

–Hacktivism;
–Corporate Espionage;
–Government Actors;
–Terrorists;
–Common Criminals (individual and organized).

Irrespective of the type of threat, the threat agent takes advantage of an identified vulnerability and exploits it in the attempt to negatively impact the value the individual business has at risk. The attempt to execute the threat in combination with the vulnerability is called hacking. When this attempt is successful, and the threat agent can negatively impact the value at risk, it can be concluded that the vulnerability was successfully exploited. So, essentially, enterprises are trying to defend against hacking and, more importantly, against the threat agent that is the hacker in his or her many guises. The ACFE identifies hacking as the single activity that has resulted in the greatest number of cyber breaches in the past decade.

While there is no one-size-fits-all standard to build and run a sustainable security defense in a generic enterprise context, most companies currently deploy something resembling the individual components of the following general framework:

–Business Drivers and Objectives;
–A Risk Strategy;
–Policies and Standards;
–Risk Identification and Asset Profiling;
–People, Process, Technology;
–Security Operations and Capabilities;
–Compliance Monitoring and Reporting.

Most IT risk and security professionals would be able to identify this framework and agree with the assertion that it’s a sustainable approach to managing an enterprise’s security landscape. Our speaker pointed out, however, that in her opinion, if the current framework were indeed working as intended, the number of security incidents would be expected to show a downward trend as most threats would fail to manifest into full-blown incidents. They could then be routinely identified by enterprises as known security problems and dealt with by the procedures operative in day-to-day security operations. Unfortunately for the existing framework, however, recent security surveys conducted by numerous organizations and trade groups clearly show an upward trend of rising security incidents and breaches (as every reader of daily press reports well knows).

The rising tide of security incidents and breaches is not surprising since the trade press also reports an average of 35 new, major security failures on each and every day of the year.  Couple this fact with the ease of execution and ready availability of exploit kits on the Dark Web and the threat grows in both probability of exploitation and magnitude of impact. With speed and intensity, each threat strikes the security structure of an enterprise and whittles away at its management credibility to deal with the threat under the routine, daily operational regimen presently defined. Hence, most affected enterprises endure a growing trend of negative security incidents experienced and reported.

During the last several years, in response to all this, many firms have responded by experimenting with a new approach to the existing paradigm. These organizations have implemented emergency response teams to respond to cyber-threats and incidents. These teams are a novel addition to the existing control structure and have two main functions: real-time response to security incidents and the collection of concurrent internal and external security intelligence to feed predictive analysis. Being able to respond to security incidents via a dedicated response team boosts the capacity of the operational organization to contain and recover from attacks. Responding to incidents, however efficiently, is, in any case, a reactive approach to deal with cyber-threats but isn’t the whole story. This is where cyber-threat intelligence comes into play. Threat intelligence is a more proactive means of enabling an organization to predict incidents. However, this approach also has a downside. The influx of a great deal of intelligence information may limit the ability of the company to render it actionable on a timely basis.

Cyber threat assessments are an effective means to tame what can be this overwhelming influx of intelligence information. Cyber threat assessment is currently recognized in the industry as red teaming, which is the practice of viewing a problem from an adversary or competitor’s perspective. As part of an IT security strategy, enterprises can use red teams to test the effectiveness of the security structure as a whole and to provide a relevance factor to the intelligence feeds on cyber threats. This can help CEOs decide what threats are relevant and have higher exposure levels compared to others. The evolution of cyber threat response, cyber threat  intelligence and cyber threat assessment (red teams) in conjunction with the existing IT risk framework can be used as an effective strategy to counter the agility of evolving cyber threats. The cyber threat assessment process assesses and challenges the structure of existing enterprise security systems, including designs, operational-level controls and the overall cyber threat response and intelligence process to ensure they remain capable of defending against current relevant exploits.

Cyber threat assessment exercises can also be extremely helpful in highlighting the most relevant attacks and in quantifying their potential impacts. The word “adversary” in the definition of the term ‘red team’ is key in that it emphasizes the need to independently challenge the security structure from the view point of an attacker.  Red team exercises should be designed to be independent of the scope, asset profiling, security, IT operations and coverage of existing security policies. Only then can enterprises realistically apply the attacker’s perspective, measure the success of its risk strategy and see how it performs when challenged. It’s essential that red team exercises have the freedom to treat the complete security structure and to point to flaws in all components of the IT risk framework. It’s a common notion that a red team exercise is a penetration test. This is not the case. Use of penetration test techniques by red teams is a means to identify the information required to replicate cyber threats and to create a controlled security incident. The technical shortfalls that are identified during standard penetration testing are mere symptoms of gaps that may exist in the governance of people, processes and technology. Hence, to make the organization more resilient against cyber threats, red team focus should be kept on addressing the root cause and not merely on fixing the security flaws discovered during the exercise. Another key point is to include cyber threat response and threat monitoring in the scope of such assessments. This demands that red team exercises be executed, and partially announced, with CEO-level approval. This ensures that enterprises challenge the end-to-end capabilities of an enterprise to cope with a real-time security incident. Lessons learned from red teaming can be documented to improve the overall security posture of the organization and as an aid in dealing with future threats.

Our speaker concluded by saying that as cyber threats evolve, one-hundred percent security for an active business is impossible to achieve. Business is about making optimum use of existing resources to derive the desired value for stakeholders. Cyber-defense cannot be an exception to this rule. To achieve optimized use of their security investments, CEOs should ensure that security spending for their organization is mapped to the real emerging cyber threat landscape. Red teaming is an effective tool to challenge the status quo of an enterprise’s security framework and to make informed judgements about the actual condition of its actual security posture today. Not only can the judgements resulting from red team exercises be used to improve cyber threat defense, they can also prove an effective mechanism to guide a higher return on cyber-defense investment.

A CDC for Cyber

I remember reading somewhere a few years back that Microsoft had commissioned a report which recommended that the U.S. government set up an entity akin to its Center for Disease Control but for cyber security.  An intriguing idea.  The trade press talks about malware and computer viruses and infections to describe self -replicating malicious code in the same way doctors talk about metastasizing cancers or the flu; likewise, as with public health, rather than focusing on prevention and detection, we often blame those who have become infected and try to retrospectively arrest/prosecute (cure) those responsible (the cancer cells, hackers) long after the original harm is done. Regarding cyber, what if we extended this paradigm and instead viewed global cyber security as an exercise in public health?

As I recall, the report pointed out that organizations such as the Centers for Disease Control in Atlanta and the World Health Organization in Geneva have over decades developed robust systems and objective methodologies for identifying and responding to public health threats; structures and frameworks that are far more developed than those existent in today’s cyber-security community. Given the many parallels between communicable human diseases and those affecting today’s technologies, there is also much fraud examiners and security professionals can learn from the public health model, an adaptable system capable of responding to an ever-changing array of pathogens around the world.

With cyber as with matters of public health, individual actions can only go so far. It’s great if an individual has excellent techniques of personal hygiene, but if everyone in that person’s town has the flu, eventually that individual will probably succumb as well. The comparison is relevant to the world of cyber threats. Individual responsibility and action can make an enormous difference in cyber security, but ultimately the only hope we have as a nation in responding to rapidly propagating threats across this planetary matrix of interconnected technologies is to construct new institutions to coordinate our response. A trusted, international cyber World Health Organization could foster cooperation and collaboration across companies, countries, and government agencies, a crucial step required to improve the overall public health of the networks driving the critical infrastructures in both our online and our off-line worlds.

Such a proposed cyber CDC could go a long way toward counteracting the technological risks our country faces today and could serve a critical role in improving the overall public health of the networks driving the critical infrastructures of our world. A cyber CDC could fulfill many roles that are carried out today only on an ad hoc basis, if at all, including:

• Education — providing members of the public with proven methods of cyber hygiene to protect themselves;
• Network monitoring — detection of infection and outbreaks of malware in cyberspace;
• Epidemiology — using public health methodologies to study digital cyber disease propagation and provide guidance on response and remediation;
• Immunization — helping to ‘vaccinate’ companies and the public against known threats through software patches and system updates;
• Incident response — dispatching experts as required and coordinating national and global efforts to isolate the sources of online infection and treat those affected.

While there are many organizations, both governmental and non-governmental, that focus on the above tasks, no single entity owns them all. It is through these gaps in effort and coordination that cyber risks continue to mount. An epidemiological approach to our growing technological risks is required to get to the source of malware infections, as was the case in the fight against malaria. For decades, all medical efforts focused in vain on treating the disease in those already infected. But it wasn’t until epidemiologists realized the malady was spread by mosquitoes breeding in still pools of water that genuine progress was made in the fight against the disease. By draining the pools where mosquitoes and their larvae grow, epidemiologists deprived them of an important breeding ground, thus reducing the spread of malaria. What stagnant pools can we drain in cyberspace to achieve a comparable result? The answer represents the yet unanswered challenge.

There is another major challenge a cyber CDC would face: most of those who are sick have no idea they are walking around infected, spreading disease to others. Whereas malaria patients develop fever, sweats, nausea, and difficulty breathing, important symptoms of their illness, infected computer users may be completely asymptomatic. This significant difference is evidenced by the fact that the overwhelming majority of those with infected devices have no idea there is malware on their machines nor that they might have even joined a botnet army. Even in the corporate world, with the average time to detection of a network breach now at 210 days, most companies have no idea their most prized assets, whether intellectual property or a factory’s machinery, have been compromised. The only thing worse than being hacked is being hacked and not knowing about it. If you don’t know you’re sick, how can you possibly get treatment? Moreover, how can we prevent digital disease propagation if carriers of these maladies don’t realize they are infecting others?

Addressing these issues could be a key area of import for any proposed cyber CDC and fundamental to future communal safety and that of critical information infrastructures. Cyber-security researchers have pointed out the obvious Achilles’ heel of the modern technology infused world, the fact that today everything is either run by computers (or will be) and that everything is reliant on these computers continuing to work. The challenge is that we must have some way of continuing to work even if all the computers fail. Were our information systems to crash on a mass scale, there would be no trading on financial markets, no taking money from ATMs, no telephone network, and no pumping gas. If these core building blocks of our society were to suddenly give way, what would humanity’s backup plan be? The answer is simply, we don’t now have one.

Complicating all this from a law enforcement and fraud investigation perspective is that black hats generally benefit from technology long before defenders and investigators ever do. The successful ones have nearly unlimited budgets and don’t have to deal with internal bureaucracies, approval processes, or legal constraints. But there are other systemic issues that give criminals the upper hand, particularly around jurisdiction and international law. In a matter of minutes, the perpetrator of an online crime can virtually visit six different countries, hopping from server to server and continent to continent in an instant. But what about the police who must follow the digital evidence trail to investigate the matter?  As with all government activities, policies, and procedures, regulations must be followed. Trans-border cyber-attacks raise serious jurisdictional issues, not just for an individual police department, but for the entire institution of policing as currently formulated. A cop in Baltimore has no authority to compel an ISP in Paris to provide evidence, nor can he make an arrest on the right bank. That can only be done by request, government to government, often via mutual legal assistance treaties. The abysmally slow pace of international law means it commonly takes years for police to get evidence from overseas (years in a world in which digital evidence can be destroyed in seconds). Worse, most countries still do not even have cyber-crime laws on the books, meaning that criminals can act with impunity making response through a coordinating entity like a cyber-CDC more valuable to the U.S. specifically and to the world in general.

Experts have pointed out that we’re engaged in a technological arms race, an arms race between people who are using technology for good and those who are using it for ill. The challenge is that nefarious uses of technology are scaling exponentially in ways that our current systems of protection have simply not matched.  The point is, if we are to survive the progress offered by our technologies and enjoy their benefits, we must first develop adaptive mechanisms of security that can match or exceed the exponential pace of the threats confronting us. On this most important of imperatives, there is unambiguously no time to lose.

Help for the Little Guy

It’s clear to the news media and to every aware assurance professional that today’s cybercriminals are more sophisticated than ever in their operations and attacks. They’re always on the lookout for innovative ways to exploit vulnerabilities in every global payment system and in the cloud.

According to the ACFE, more consumer records were compromised in 2015-16 than in the previous four years combined. Data breach statistics from this year (2017) are projected to be even grimmer due to the growth of increasingly sophisticated attack methods such as increasingly complex malware infections and system vulnerability exploits, which grew tenfold in 2016. With attacks coming in many different forms and from many different channels, consumers, businesses and financial institutions (often against their will) are being forced to gain a better understanding of how criminals operate, especially in ubiquitous channels like social networks. They then have a better chance of mitigating the risks and recognizing attacks before they do severe damage.

As your Chapter has pointed out over the years in this blog, understanding the mechanics of data theft and the conversion process of stolen data into cash can help organizations of all types better anticipate in the exact ways criminals may exploit the system, so that organizations can put appropriate preventive measures in place. Classic examples of such criminal activity include masquerading as a trustworthy entity such as a bank or credit card company. These phishers send e-mails and instant messages that prompt users to reply with sensitive information such as usernames, passwords and credit card details, or to enter the information at a rogue web site. Other similar techniques include using text messaging (SMSishing or smishing) or voice mail (vishing) or today’s flood of offshore spam calls to lure victims into giving up sensitive information. Whaling is phishing targeted at high-worth accounts or individuals, often identified through social networking sites such as LinkedIn or Facebook. While it’s impossible to anticipate or prevent every attack, one way to stay a step ahead of these criminals is to have a thorough understanding of how such fraudsters operate their enterprises.

Although most cyber breaches reported recently in the news have struck large companies such as Equifax and Yahoo, the ACFE tells us that small and mid-sized businesses suffer a far greater number of devastating cyber incidents. These breaches involve organizations of every industry type; all that’s required for vulnerability is that they operate network servers attached to the internet. Although the number of breached records a small to medium sized business controls is in the hundreds or thousands, rather than in the millions, the cost of these breaches can be higher for the small business because it may not be able to effectively address such incidents on its own.  Many small businesses have limited or no resources committed to cybersecurity, and many don’t employ any assurance professionals apart from the small accounting firms performing their annual financial audit. For these organizations, the key questions are “Where should we focus when it comes to cybersecurity?” and “What are the minimum controls we must have to protect the sensitive information in our custody?” Fraud Examiners and forensic accountants with client attorneys assisting small businesses can assist in answering these questions by checking that their client attorney’s organizations implement a few vital cybersecurity controls.

First, regardless of their industry, small businesses must ensure their network perimeter is protected. The first step is identifying the vulnerabilities by performing an external network scan at least quarterly. A small business can either hire an outside company to perform these scans, or, if they have small in-house or contracted IT, they can license off-the-shelf software to run the scans, themselves. Moreover, small businesses need a process in place to remedy the identified critical, high, and medium vulnerabilities within three months of the scan run date, while low vulnerabilities are less of a priority. The fewer vulnerabilities the perimeter network has,
the less chance that an external hacker will breach the organization’s network.

Educating employees about their cybersecurity responsibilities is not a simple check-sheet matter. Smaller businesses not only need help in implementing an effective information security policy, they also need to ensure employees are aware of the policy and of their responsibilities. The policy and training should cover:

–Awareness of phishing attacks;
–Training on ransomware management;
–Travel tips;
–Potential threats of social engineering;
–Password protection;
–Risks of storing sensitive data in the cloud;
–Accessing corporate information from home computers and other personal devices;
–Awareness of tools the organization provides for securely sending emails or sharing large files;
–Protection of mobile devices;
–Awareness of CEO spoofing attacks.

In addition, small businesses should verify employees’ level of awareness by conducting simulation exercises. These can be in the form of a phishing exercise in which organizations themselves send fake emails to their employees to see if they will click on a web link, or a social engineering exercise in which a hired individual tries to enter the organization’s physical location and steal sensitive information such as information on computer screens left in plain sight.

In small organizations, sensitive information tends to proliferate across various platforms and folders. For example, employees’ personal information typically resides in human resources software or with a cloud service provider, but through various downloads and reports, the information can proliferate to shared drives and folders, laptops, emails, and even cloud folders like Dropbox or Google Drive. Assigned management at the organization should check that the organization has identified the sites of such proliferation to make sure it has a good handle on the state of all the organization’s sensitive information:

–Inventory all sensitive business processes and the related IT systems. Depending on the organization’s industry, this information could include customer information, pricing data, customers’ credit card information, patients’ health information, engineering data, or financial data;
–For each business process, identify an information owner who has complete authority to approve user access to that information;
–Ensure that the information owner periodically reviews access to all the information he or she owns and updates the access list.

Organizations should make it hard to get to their sensitive data by building layers or network segments. Although the network perimeter is an organization’s first line of defense, the probability of the network being penetrated is today at an all-time high. Management should check whether the organization has built a layered defense to protect its sensitive information. Once the organization has identified its sensitive information, management should work with the IT function to segment those servers that run its sensitive applications.  This segmentation will result in an additional layer of protection for these servers, typically by adding another firewall for the segment. Faced with having to penetrate another layer of defense, an intruder may decide to go elsewhere where less sensitive information is stored.

An organization’s electronic business front door also can be the entrance for fraudsters and criminals. Most of today’s malware enters through the network but proliferates through the endpoints such as laptops and desktops. At a minimum, internal small business management must ensure that all the endpoints are running anti-malware/anti-virus software. Also, they should check that this software’s firewall features are enabled. Moreover, all laptop hard drives should be encrypted.

In addition to making sure their client organizations have implemented these core controls, assurance professionals should advise small business client executives to consider other protective controls:

–Monitor the network. Network monitoring products and services can provide real-time alerts in case there is an intrusion;
–Manage service providers. Organizations should inventory all key service providers and review all contracts for appropriate security, privacy, and data breach notification language;
–Protect smart devices. Increasingly, company information is stored on mobile devices. Several off-the-shelf solutions can manage and protect the information on these devices. Small businesses should ensure they are able to wipe the sensitive information from these devices if they are lost or stolen;
–Monitor activity related to sensitive information. Management IT should log activities against their sensitive information and keep an audit log in case an incident occurs and they need to review the logs to evaluate the incident.

Combined with the controls listed above, these additional controls can help any small business reduce the probability of a data breach. But a security program is only as strong as its weakest link Through their assurance and advisory work, CFE’s and forensic accountants can proactively help identify these weaknesses and suggest ways to strengthen their smaller client organization’s anti-fraud defenses.

Cyberfraud & Business Continuity

We received an e-mail inquiry from a follower of our Chapter’s LinkedIn page last week asking specifically about recovery following a cyberfraud penetration and, in general, about disaster planning for smaller financial institutions. It’s a truism that with virtually every type of business process and customer moving away from brick-and-mortar places of business to cloud supported business transactions and communication, every such organization faces an exponential increase in the threat of viruses, bots, phishing attacks, identity theft, and a whole host of other cyberfraud intrusion risks.  All these threats illustrate why a post-intrusion continuity plan should be at or near the top of any organization’s risk assessment, yet many of our smaller clients especially remain stymied by what they feel are the costs and implementational complexity of developing such a plan. Although management understands that it should have a plan, many say, “we’ll have to get to that next year”, yet it never seems to happen.

Downtime due to unexpected penetrations, breeches and disasters of all kinds not only affect our client businesses individually, but can also affect the local, regional, or worldwide economy if the business is sufficiently large or critical. Organizations like Equifax do not operate in a vacuum; they are held accountable by customers, vendors, and owners to operate as expected. Moreover, the extent of the impact on a business depends on the products or services it offers. Having an updated, comprehensive, and tested general continuity plan can help organizations mitigate operational losses in the event of any disaster or major disruption. Whether it’s advising the organization about cyberfraud in general or reviewing the different elements of a continuity plan for fraud impact, the CFE can proactively assist the client organization on the front end in getting a cyberfraud-recovery continuity plan in place and then in ensuring its efficient operation on the back end.

Specifically, regarding the impact of cyberfraud, the ACFE tells us that, until relatively recently, many organizations reported not having directly addressed it in their formal business continuity plans. Some may have had limited plans that addressed only a few financial fraud-related scenarios, such as employee embezzlement or supplier billing fraud, but hadn’t equipped general employees to deal with even the most elemental impacts of cyberfraud.   However, as these threats increasingly loomed, and as their on-line business expanded, more organizations have committed themselves to the process of formally addressing them.

An overall business continuity plan, including targeted elements to address cyberfraud, isn’t a short-term project, but rather an ongoing set of procedures and control definitions that must evolve along with the organization and its environment. It’s an action plan, complete with the tools and resources needed to continue those critical business processes necessary to keep the entity operating after a cyber disruption. Before advising our clients to embark on such a business continuity plan project, we need to make them aware that there is a wealth of documentation available that they can review to help in their planning and execution effort. An example of such documentation is one written for the industry of our Chapter’s inquirer, banking; the U.S. Federal Financial Institutions Examination Council’s (FFIEC’s) Business Continuity Planning Handbook. And there are other such guides available on-line to orient the continuity process for entities in virtually every other major business sector.  While banks are held to a high standard of preparedness, and are subject to regular bank examination, all types of organizations can profit from use of the detailed outline the FFIEC handbook provides as input to develop their own plans. The publication encourages organizations of all sizes to adopt a process-oriented approach to continuity planning that involves business impact analysis as well as fraud risk assessment, management, and monitoring.

An effective plan begins with client commitment from the top. Senior management and the board of directors are responsible for managing and controlling risk; plan effectiveness depends on management’s willingness to commit to the process from start to finish. Working as part of the implementation team, CFEs can make sure both the audit committee and senior management understand this commitment and realize that business disruption from cyber-attack represents an elevated risk to the organization that merits senior-level attention. The goal of this analysis is to identify the impact of cyber threats and related events on all the client organizations’ business processes. Critical needs are assessed for all functions, processes, and personnel, including specialized equipment requirements, outsourced relationships and dependencies, alternate site needs, staff cross-training, and staff support such as specialized training and guidance from human resources regarding related personnel issues. As participants in this process, CFEs acting proactively are uniquely qualified to assist management in the identification of different cyberfraud threats and their potential impacts on the organization.

Risk assessment helps gauge whether planned cyberfraud-related continuity efforts will be successful. Business processes and impact assumptions should be stress tested during this phase. Risks related to protecting customer and financial information, complying with regulatory guidelines, selecting new systems to support the business, managing vendors, and maintaining secure IT should all be considered. By focusing on a single type of potential cyber threat’s impact on the business, our client organizations can develop realistic scenarios of related threats that may disrupt the cyber-targeted processes.  At the risk assessment stage, organization should perform a gap analysis to compare what actions are needed to recover normal operations versus those required for a major business interruption. This analysis highlights cyber exposures that the organization will need to address in developing its recovery plan. Clients should also consider conducting another gap analysis to compare what is present in their proposed or existing continuity plan with what is outlined (in the case of a bank) in the recommendations presented in the FFIEC handbook. This is an excellent way to assess needs and compliance with these and/or the guidelines available for other industries. Here too, CFEs can provide value by employing their skills in fraud risk assessment to assist the organization in its identification of the most relevant cyber risks.

After analyzing the business impact analysis and risk assessment, the organization should devise a strategy to mitigate the risks of business interruption from cyberfraud. This becomes the plan itself, a catalog of steps and checklists, which includes team members and their roles for recovery, to initiate action following a cyber penetration event. The plan should go beyond technical issues to also include processes such as identifying a lead team, creating lists of emergency contacts, developing calling trees, listing manual procedures, considering alternate locations, and outlining procedures for dealing with public relations.  As members of the team CFEs, can work with management throughout response plan creation and installation, consulting on plan creation, while advising management on areas to consider and ensuring that fraud related risks are transparently defined and addressed.

Testing is critical to confirm cyber fraud contingency plans. Testing objectives should start small, with methods such as walkthroughs, and increase to eventually encompass tabletop exercises and full enterprise wide testing. The plan should be reviewed and updated for any changes in personnel, policies, operations, and technology. CFEs can provide management with a fraud-aware review of the plan and how it operates, but their involvement should not replace management’s participation in testing the actual plan. If the staff who may have to execute the plan have never touched it, they are setting themselves up for failure.

Once the plan is created and tested, maintaining it becomes the most challenging activity and is vital to success in today’s ever-evolving universe of cyber threats. Therefore, concurrent updating of the plan in the face of new and emerging threats is critical.

In summary, cyberfraud-threat continuity planning is an ongoing process for all types of internet dependent organizations that must remain flexible as daily threats change and migrate. The plan is a “living” document. The IT departments of organizations are challenged with identifying and including the necessary elements unique to their processes and environment on a continuous basis. Equally important, client management must oversee update of the plan on a concurrent basis as the business grows and introduces new on-line dependent products and services. CFEs can assist by ensuring that their client organizations keep cyberfraud related continuity planning at the top of mind by conducting periodic reviews of the basic plan and by reporting on the effectiveness of its testing.

From Inside the Building

By Rumbi Petrozzello, CFE, CPA/CFF
2017 Vice-President – Central Virginia Chapter ACFE

Several months ago, I attended an ACFE session where one of the speakers had worked on the investigation of Edward Snowden. He shared that one of the ways Snowden had gained access to some of the National Security Agency (NSA) data that he downloaded was through the inadvertent assistance of his supervisor. According to this investigator, Snowden’s supervisor shared his password with Snowden, giving Snowden access to information that was beyond his subordinate’s level of authorization. In addition to this, when those security personnel reviewing downloads made by employees noticed that Snowden was downloading copious amounts of data, they approached Snowden’s supervisor to question why this might be the case. The supervisor, while acknowledging this to be true, stated that Snowden wasn’t really doing anything untoward.

At another ACFE session, a speaker shared information with us about how Chelsea Manning was able to download and remove data from a secure government facility. Manning would come to work, wearing headphones, listening to music on a Discman. Security would hear the music blasting and scan the CDs. Day after day, it was the same scenario. Manning showed up to work, music blaring.  Security staff grew so accustomed to Manning, the Discman and her CDs that when she came to work though security with a blank CD boldly labelled “LADY GAGA”, security didn’t blink. They should have because it was that CD and ones like it that she later carried home from work that contained the data she eventually shared with WikiLeaks.

Both these high-profile disasters are notable examples of the bad outcome arising from a realized internal threat. Both Snowden and Manning worked for organizations that had, and have, more rigorous security procedures and policies in place than most entities. Yet, both Snowden and Manning did not need to perform any magic tricks to sneak data out of the secure sites where the target data was held; it seems that it all it took was audacity on the one side and trust and complacency on the other.

When organizations deal with outside parties, such as vendors and customers, they tend to spend a lot of time setting up the structures and systems that will guide how the organization will interact with those vendors and customers. Generally, companies will take these systems of control seriously, if only because of the problems they will have to deal with during annual external audits if they don’t. The typical new employee will spend a lot of time learning what the steps are from the point when a customer places an order through to the point the customer’s payment is received. There will be countless training manuals to which to refer and many a reminder from co-workers who may be negatively impacted if the rooky screws up.

However, this scenario tends not to hold up when it comes to how employees typically share information and interact with each other. This is true despite the elevated risk that a rogue insider represents. Often, when we think about an insider causing harm to a company through fraudulent acts, we tend to imagine a villain, someone we could identify easily because s/he is obviously a terrible person. After all, only a terrible person could defraud their employer. In fact, as the ACFE tells us, the most successful fraudsters are the ones who gain our trust and who, therefore, don’t really have to do too much for us to hand over the keys to the kingdom. As CFEs and Forensic Accountants, we need to help those we work with understand the risks that an insider threat can represent and how to mitigate that risk. It’s important, in advising our clients, to guide them toward the creation of preventative systems of policy and procedure that they sometimes tend to view as too onerous for their employees. Excuses I often hear run along the lines of:

• “Our employees are like family here, we don’t need to have all these rules and regulations”

• “I keep a close eye on things, so I don’t have to worry about all that”

• “My staff knows what they are supposed to do; don’t worry about it.”

Now, if people can easily walk sensitive information out of locations that have documented systems and are known to be high security operations, can you imagine what they can do at your client organizations? Especially if the employer is assuming that their employees magically know what they are supposed to do? This is the point that we should be driving home with our clients. We should look to address the fact that both trust and complacency in organizations can be problems as well as assets. It’s great to be able to trust employees, but we should also talk to our clients about the fraud triangle and how one aspect of it, pressure, can happen to any staff member, even the most trusted. With that in mind, it’s important to institute controls so that, should pressure arise with an employee, there will be little opportunity open to that employee to act. Both Manning and Snowden have publicly spoken about the pressures they felt that led them to act in the way they did. The reason we even know about them today is that they had the opportunity to act on those pressures. I’ve spent time consulting with large organizations, often for months at a time. During those times, I got to chat with many members of staff, including security. On a couple of occasions, I forgot and left my building pass at home. Even though I was on a first name basis with the security staff and had spent time chatting with them about our personal lives, they still asked me for identification and looked me up in the system. I’m sure they thought I was a nice and trustworthy enough person, but they knew to follow procedures and always checked on whether I was still authorized to access the building. The important point is that they, despite knowing me, knew to check and followed through.

Examples of controls employees should be reminded to follow are:

• Don’t share your password with a fellow employee. If that employee cannot access certain information with their own password, either they are not authorized to access that information or they should speak with an administrator to gain the desired access. Sharing a password seems like a quick and easy solution when under time pressures at work, but remind employees that when they share their login information, anything that goes awry will be attributed to them.

• Always follow procedures. Someone looking for an opportunity only needs one.

• When something looks amiss, thoroughly investigate it. Even if someone tells you that all is well, verify that this is indeed the case.

• Explain to staff and management why a specific control is in place and why it’s important. If they understand why they are doing something, they are more likely to see the control as useful and to apply it.

• Schedule training on a regular basis to remind staff of the controls in place and the systems they are to follow. You may believe that staff knows what they are supposed to do, but reminding them reduces the risk of them relying on hearsay and secondhand information. Management is often surprised by what they think staff knows and what they find out the staff really knows.

It should be clear to your clients that they have control over who has access to sensitive information and when and how it leaves their control. It doesn’t take much for an insider to gain access to this information. A face you see smiling at you daily is the face of a person you can grow comfortable with and with whom you can drop your guard. However, if you already have an adequate system and effective controls in place, you take the personal out of the equation and everyone understands that we are all just doing our job.

Industrialized Theft

In at least one way you have to hand it to Ethically Challenged, Inc.;  it sure knows how to innovate, and the recent spate of ransomware attacks proves they also know how to make what’s old new again. Although society’s criminal opponents engage in constant business process improvement, they’ve proven again and again that they’re not just limited to committing new crimes from scratch every time. In the age of Moore’s law, these tasks have been readily automated and can run in the background at scale without the need for significant human intervention. Crime automations like the WannaCry virus allow transnational organized crime groups to gain the same efficiencies and cost savings that multinational corporations obtained by leveraging technology to carry out their core business functions. That’s why today it’s possible for hackers to rob not just one person at a time but 100 million or more, as the world saw with the Sony PlayStation and Target data breaches and now with the WannaCry worm.

As covered in our Chapter’s training event of last year, ‘Investigating on the Internet’, exploit tool kits like Blackhole and SpyEye commit crime “automagically” by minimizing the need for human labor, thereby dramatically reducing criminal costs. They also allow hackers to pursue the “long tail” of opportunity, committing millions of thefts in small amounts so that (in many cases) victims don’t report them and law enforcement has no way to track them. While high-value targets (companies, nations, celebrities, high-net-worth individuals) are specifically and individually targeted, the way the majority of the public is hacked is by automated scripted computer malware, one large digital fishing net that scoops up anything and everything online with a vulnerability that can be exploited. Given these obvious advantages, as of 2016 an estimated 61 percent of all online attacks were launched by fully automated crime tool kits, returning phenomenal profits for the Dark Web overlords who expertly orchestrated them. Modern crime has become reduced and distilled to a software program that anybody can run at tremendous profit.

Not only can botnets and other tools be used over and over to attack and offend, but they’re now enabling the commission of much more sophisticated crimes such as extortion, blackmail, and shakedown rackets. In an updated version of the old $500 million Ukrainian Innovative Marketing solutions “virus detected” scam, fraudsters have unleashed a new torrent of malware that hold the victim’s computer hostage until a ransom is paid and an unlock code is provided by the scammer to regain access to the victim’s own files. Ransomware attack tools are included in a variety of Dark Net tool kits, such as WannaCry and Gameover Zeus. According to the ACFE, there are several varieties of this scam, including one that purports to come from law enforcement. Around the world, users who become infected with the Reveton Trojan suddenly have their computers lock up and their full screens covered with a notice, allegedly from the FBI. The message, bearing an official-looking large, full-color FBI logo, states that the user’s computer has been locked for reasons such as “violation of the federal copyright law against illegally downloaded material” or because “you have been viewing or distributing prohibited pornographic content.”

In the case of the Reveton Trojan, to unlock their computers, users are informed that they must pay a fine ranging from $200 to $400, only accepted using a prepaid voucher from Green Dot’s MoneyPak, which victims are instructed they can buy at their local Walmart or CVS; victims of WannaCry are required to pay in BitCoin. To further intimidate victims and drive home the fact that this is a serious police matter, the Reveton scammers prominently display the alleged violator’s IP address on their screen as well as snippets of video footage previously captured from the victim’s Webcam. As with the current WannaCry exploit, the Reveton scam has successfully targeted tens of thousands of victims around the world, with the attack localized by country, language, and police agency. Thus, users in the U.K. see a notice from Scotland Yard, other Europeans get a warning from Europol, and victims in the United Arab Emirates see the threat, translated into Arabic, purportedly from the Abu Dhabi Police HQ.

WannaCry is even more pernicious than Reveton though in that it actually encrypts all the files on a victim’s computer so that they can no longer be read or accessed. Alarmingly, variants of this type of malware often present a ticking-bomb-type countdown clock advising users that they only have forty-eight hours to pay $300 or all of their files will be permanently destroyed. Akin to threatening “if you ever want to see your files alive again,” these ransomware programs gladly accept payment in Bitcoin. The message to these victims is no idle threat. Whereas previous ransomware might trick users by temporarily hiding their files, newer variants use strong 256-bit Advanced Encryption Standard cryptography to lock user files so that they become irrecoverable. These types of exploits earn scores of millions of dollars for the criminal programmers who develop and sell them on-line to other criminals.

Automated ransomware tools have even migrated to mobile phones, affecting Android handset users in certain countries. Not only have individuals been harmed by the ransomware scourge, so too have companies, nonprofits, and even government agencies, the most infamous of which was the Swansea Police Department in Massachusetts some years back, which became infected when an employee opened a malicious e-mail attachment. Rather than losing its irreplaceable police case files to the scammers, the agency was forced to open a Bitcoin account and pay a $750 ransom to get its files back. The police lieutenant told the press he had no idea what a Bitcoin was or how the malware functioned until his department was struck in the attack.

As the ACFE and other professional organizations have told us, within its world, cybercrime has evolved highly sophisticated methods of operation to sell everything from methamphetamine to child sexual abuse live streamed online. It has rapidly adopted existing tools of anonymity such as the Tor browser to establish Dark Net shopping malls, and criminal consulting services such as hacking and murder for hire are all available at the click of a mouse. Untraceable and anonymous digital currencies, such as Bitcoin, are breathing new life into the underground economy and allowing for the rapid exchange of goods and services. With these additional revenues, cyber criminals are becoming more disciplined and organized, significantly increasing the sophistication of their operations. Business models are being automated wherever possible to maximize profits and botnets can threaten legitimate global commerce, easily trained on any target of the scammer’s choosing. Fundamentally, it’s been done. As WannaCry demonstrates, the computing and Internet based crime machine has been built. With these systems in place, the depth and global reach of cybercrime, mean that crime now scales, and it scales exponentially. Yet, as bad as this threat is today, it is about to become much worse, as we hand such scammers billions of more targets for them to attack as we enter the age of ubiquitous computing and the Internet of Things.

Offered & Bid

Our Chapter was contacted last week by an apparent victim of an on-line auction fraud scheme called shilling.  Our victim bought an item on the auction and subsequently received independent verification that the seller had multiple ID’s which he used to artificially increase the high bid on the item ultimately purchased by our victim.  On-line consumer auctions have been a ubiquitous feature of the on-line landscape for the last two decades and, according the ACFE, the number of scams involving them is ever increasing.

The Internet allows con artists to trade in an environment of anonymity, which makes fraud easier to perpetrate. So every buyer of items from online auctions not only has to worry about the item being in good condition and every seller has to be concerned about being paid, they must both also worry about whether the other party to the transaction is even legitimate.   Common internet auction fraud complaints include products that never arrive, arrive damaged, or are valued less than originally promised. Many complaints also stem from sellers who deliver the product but never receive payment. Almost all auction sites have responded over the years by  instituting policies to prevent these types of fraud and have suspended people who break the rules. eBay, for example, has implemented buyer protection and fraudulent website protection programs, as well as several other safeguards to prevent fraudsters from abusing their auction services but the abuses just seem to go on and on.

What apparently happened to our victim is called shilling.  Shilling occurs when sellers arrange to have fictitious bids placed on their item to drive up the price. This is accomplished either by their own use of multiple user IDs (as our victim suspects of her seller) or by having other partners in crime artificially increase the high bid on their item; typically, these individuals are friends or family members of the seller. If the shiller sees a legitimately high bid that does not measure up to his or her expectations, s/he might burst in to give it a boost by raising the bid. This auction activity is one of the worst auction offenses and is cause for immediate and indefinite site suspension for any seller caught in its performance by any legitimate auction.

A related ploy that also raises lots of complaints is called sniping.  Sniping is a bid manipulation process in which an unscrupulous bidder bids during the last few seconds of an auction to gain the high bid just as the time runs out, thus negating the ability of another bidder to answer with a still higher bid. Most bidders who successfully engage in this practice do so with the aid of sniping technology. In general, sniping is legal; however, most online auctions sites have instituted no-sniping policies, as the practice is devious and may harm legitimate, honest bidders.

Then there’s bid shielding.  Bid shielding is a scam in which a group of dishonest bidders target an item and inflate the high bid value to discourage other real bidders. At the last moment, the highest bidder or other bidders will retract their bids, thereby shielding the lower bidder and allowing him to run away with the item at a desirable, and deceitful, price.

In the relentless drive for more customers, some sellers resort to bid siphoning which occurs when fraudulent sellers lure bidders off legitimate sites by offering to sell the “same” item at a lower price. They intend to trick consumers into sending money without delivering the item. By going off-site, buyers lose any protections the original site may provide, such as insurance, feedback forms, or guarantees.  This practice is often accompanied by sellers embellishing or distorting the descriptions of their wares. Borrowed images, ambiguous descriptions, and falsified facts are some of the tactics a seller will utilize in misleading a buyer with the end of guiding her to participation in a siphoning scheme.

The second chance scammer offers losing bidders of a closed auction a second chance to purchase the item that they lost in the auction. As with siphoning victims, second chance buyers lose any protections the original site may provide once they go off-site.

One of the most common complaints associated with on-line auctions is price manipulation.  To avoid price manipulation, consumers need to understand the auction format before bidding. Sellers may set up the auction with questionable bidding rules that leave the winning buyer in an adverse situation. For example, say you are a winner in an auction. You bid $50, but the lowest successful bid is only $45. The seller congratulates you on your win, and requests your high bid of $50 plus postage.  As another example, let’s say the highest bidder retracts his bid or the seller cancels it, which leaves you the highest bidder. The seller then wants you to pay the maximum bid amount, citing that the previous high bidder had outbid you. Finally, let’s say you win a straight auction with a high bid of $85. The seller contacts you and instructs you to send your high bid, plus shipping, packaging, listing fee costs, and numerous other charges.

Our last example relates to the practice of fee stacking which refers to the addition of hidden charges to the total amount due from the winning bidder after the auction has concluded. Shipping and handling fees can vary greatly; therefore, the buyer should inquire before bidding to avoid unexpected costs. Typically, postage and handling fees are charged at a flat rate. However, some scheming sellers add separate charges for postage, packaging, handling, and shipping, and often devise other fees to tack on as well, leaving the buyer with a much higher purchase price than anticipated.

Then there’s the flat failure to ship the purchased merchandise.  This is the one type of on-line auction fraud that most people have heard of even if they don’t themselves participate in on-line auctions and involves a seller receiving payment for the item sold, but not shipping the merchandise. If the merchandise does not arrive, the buyer should contact the seller for the item or request a refund, hopefully having kept a receipt of payment for the purchase. If the purchaser made the purchase with a credit card, s/he can contact the credit card company to deny the charges. If the buyer gets nowhere with the seller, the buyer should contact the U.S. Postal Inspection Service, as the failure to ship constitutes mail fraud.

On the other hand fraudulent buyer claims of lost or damaged items are also considered mail fraud. Some buyers falsely claim the item arrived damaged or did not arrive at all, and thus refuse payment. Sellers should insure the item during shipping and send it via certified mail, which requires a signature verifying receipt.

A related buyer scam is switch and return.  Let’s say you have successfully auctioned a vintage item. You, the seller, package it with care and ship it to the anxious buyer. But when the buyer receives it, he is not satisfied. You offer a refund. However, when the buyer returns the item, you get back an item that does not resemble the high-quality item that you shipped. The buyer has switched the high-quality item with a low-quality item and returned it to you. The buyer ends up with both the item and the refund.

The on-line market is awash in fakes. The seller “thinks” it is an original; but the buyer should think again. With the use of readily attainable computer graphics and imaging technology, a reproduction can be made to look almost identical to an original. Many fraudsters take full advantage of these capabilities to dupe unsuspecting or uninformed buyers into purchasing worthless items for high prices.

If you are a fraud examiner working with clients involved in the on-line auction market or a buyer or seller in those markets …

— Become familiar with the chosen auction site;
— Understand as much as possible about how internet auctions work, what the site obligations are toward a buyer or seller, and what the buyer’s or seller’s obligations are before bidding or selling;
— Find out what protections the auction site offers buyers;
— Try to determine the relative value of an item before bidding;
— Find out all you can about the seller, especially if the only information you have is an e-mail address.  If the seller is a business, check with the Better Business Bureau where the seller/buyer is located;
— Examine the feedback on the seller and use common sense. If a seller has a history of negative feedback, then do not deal with that seller;
— Consider whether the item comes with a warranty, and whether follow-up service is available if it is needed;
— Do not allow the seller or buyer to convince you to ignore the rules of a legitimate internet auction.

Cyber-security – Is There a Role for Fraud Examiners?

cybersecurityAt a cybersecurity fraud prevention conference, I attended recently in California one of the featured speakers addressed the difference between information security and cybersecurity and the complexity of assessing the fraud preparedness controls specifically directed against cyber fraud.  It seems the main difficulty is the lack of a standard to serve as the basis of a fraud examiner’s or auditor’s risk review. The National Institute of Standards and Technology’s (NIST) framework has become a de facto standard despite the fact that it’s more than a little light on specific details.  Though it’s not a standard, there really is nothing else at present against which to measure cybersecurity.  Moreover, the technology that must be the subject of a cybersecurity risk assessment is poorly understood and is mutating rapidly.  CFE’s, and everyone else in the assurance community, are hard pressed to keep up.

To my way of thinking, a good place to start in all this confusion is for the practicing fraud examiner to consider the fundamental difference between information security and cybersecurity, the differing nature of the threat itself.   There is simply a distinction between protecting information against misuse of all sorts (information security) and an attack by a government, a terrorist group, or a criminal enterprise that has immense resources of expertise, personnel and time, all directed at subverting one individual organization (cybersecurity).  You can protect your car with a lock and insurance but those are not the tools of choice if you see a gang of thieves armed with bricks approaching your car at a stoplight. This distinction is at the very core of assessing an organization’s preparations for addressing the risk of cyberattacks and for defending itself against them.

As is true in so many investigations, the cybersecurity element of the fraud risk assessment process begins with the objectives of the review, which leads immediately on to the questions one chooses to ask. If an auditor only wants to know “Are we secure against cyberattacks?” then the answer should be up on a billboard in letters fifty feet high: No organization should ever consider itself safe against cyber attackers. They are too powerful and pervasive for any complacency. If major television networks can be stricken, if the largest banks can be hit, if governments are not immune, then the CFE’s client organization is not secure either.  Still, all anti-fraud reviewers can ask subtle and meaningful questions of client management, specifically focused on the data and software at risk of an attack. A fraud risk assessment process specific to cybersecurity might delve into the internals of database management systems and system software, requiring the considerable skills of a CFE supported by one or more tech-savvy consultants s/he has engaged to form the assessment team. Or it might call for just asking simple questions and applying basic arithmetic.

If the fraud examiner’s concern is the theft of valuable information, the simple corrective is to make the data valueless, which is usually achieved through encryption. The CFE’s question might be, “Of all your data, what percentage is encrypted?” If the answer is 100 percent, the follow-up question is whether the data are always encrypted—at rest, in transit and in use. If it cannot be shown that all data are secured all of the time, the next step is to determine what is not protected and under what circumstances. The assessment finding would consist of a flat statement of the amount of unencrypted data susceptible to theft and a recitation of the potential value to an attacker in stealing each category of unprotected data. The readers of this blog know that data must be decrypted in order to be used and so would be quick to point out that “universal” encryption in use is, ultimately, a futile dream. There are vendors who, think otherwise, but let’s accept the fact that data will, at some time, be exposed within a computer’s memory. Is that a fault attributable to the data or to the memory and to the programs running in it? Experts say it’s the latter. In-memory attacks are fairly devious, but the solutions are not. Rebooting gets rid of them and antimalware programs that scan memory can find them. So a CFE can ask,” How often is each system rebooted?” and “Does your anti-malware software scan memory?

To the extent that software used for attacks is embedded in the programs themselves, the problem lies in a failure of malware protection or of change management. A CFE need not worry this point; according to my California presenter many auditors (and security professionals) have wrestled with this problem and not solved it either. All a CFE needs to ask is whether anyone would be able to know whether a program had been subverted. An audit of the change management process would often provide a bounty of findings, but would not answer the reviewer’s question. The solution lies in having a version of a program known to be free from flaws (such as newly released code) and an audit trail of

known changes. It’s probably beyond the talents of a typical CFE to generate a hash total using a program as data and then to apply the known changes in order to see if the version running in production matches a recalculated hash total. But it is not beyond the skills of IT expects the CFE can add to her team and for the in-house IM staff responsible keeping their employer’s programs safe. A CFE fraud risk reviewer need only find out if anyone is performing such a check. If not, the CFE can simply conclude and report to the client that no one knows for sure if the client’s programs have been penetrated or not.

Finally, a CFE might want to find out if the environment in which data are processed is even capable of being secured. Ancient software running on hardware or operating systems that have passed their end of life are probably not reliable in that regard. Here again, the CFE need only obtain lists and count. How many programs have not been maintained for, say, five years or more? Which operating systems that are no longer supported are still in use? How much equipment in the data center is more than 10 years old? All this is only a little arithmetic and common sense, not rocket science.

In conclusion, frauds associated with weakened or absent cybersecurity systems are not likely to become a less important feature of the corporate landscape over time. Instead, they are poised to become an increasingly important aspect of doing business for those who create automated applications and solutions, and for those who attempt to safeguard them on the front end and for those who investigate and prosecute crimes against them on the back end. While the ramifications of every cyber fraud prevention decision are broad and diverse, a few basic good practices can be defined which the CFE, the fraud expert, can help any client management implement:

  • Know your fraud risk and what it should be;
  • Be educated in management science and computer technology. Ensure that your education includes basic fraud prevention techniques and associated prevention controls;
  • Know your existing cyber fraud prevention decision model, including the shortcomings of those aspects of the model in current use and develop a schedule to address them;
  • Know your frauds. Understand the common fraud scenarios targeting your industry so that you can act swiftly when confronted with one of them.

We can conclude that the issues involving cybersecurity are many and complex but that CFE’s are equipped  to bring much needed, fraud related experience to any management’s table as part of the team in confronting them.