World renowned digital asset management fund backs a new platform and alliance of leading blockchain companies to address blockchain platform interoperability and enable consumer mass adoption.
FBG Capital, one of the world’s most reputable digital asset management firms, has been announced as the lead investor in theUniversal Protocol Platform(UPP), a blockchain technology project launched by an alliance of industry leading companies.
UPP is launching a digital reserve ecosystem that allows for the seamless transfer of digital currencies and digital assets across nearly all decentralized networks. The platform introduces general interoperability of blockchain-based assets as well as features that promote conventional investor protections.
Similar to the early days of the internet, blockchain technology platforms today are fragmented and incapable of communicating with one another. Like the breakthrough developments of TCP and IP, which made disparate initiatives in the early internet interoperable, the Universal Protocol Platform will do the same for blockchain technology by combining proven technologies with a genuine new innovation: the introduction of the Proxy Token.
A Proxy Token is a digital representation of an underlying asset, such as Bitcoin, on the Ethereum blockchain, and compatible with smart contracts on that platform. Holders can seamlessly exchange Proxy Tokens representing different assets on-chain. The value of a Proxy Token is fully-backed by a matching asset in the professional custody of a reserve.
“We are thrilled to lead the initial round of investment in the Universal Protocol Platform,” said Richard Liu of FBG Capital. “Their unique innovation with proxy tokens introduces an array of features that haven’t been available to the crypto community until now. In addition, the strength and experience of the team and the calibre of the coalition of companies that are coming together to build and propagate this technology will move the crypto community forward. We’re very excited to be a part of this important project.”
The functionality of Proxy Tokens on the Universal Protocol Platform addresses one of the biggest challenges facing blockchain users by allowing the instant and seamless transfer of value across different decentralized networks, providing a ‘common language’ through which incompatible protocols can ‘reason’ with each other. UPP reduces the time, cost and risk of converting digital assets.
Learn more at:www.universalprotocol.io
The Future of Software Supply Chain Security: A focus on open source management
By Emile Monette, Director of Value Chain Security at Synopsys
Software Supply Chain Security: change is needed
Attacks on the Software Supply Chain (SSC) have increased exponentially, fueled at least in part by the widespread adoption of open source software, as well as organisations’ insufficient knowledge of their software content and resultant limited ability to conduct robust risk management. As a result, the SSC remains an inviting target for would-be attackers. It has become clear that changes in how we collectively secure our supply chains are required to raise the cost, and lower the impact, of attacks on the SSC.
A report by Atlantic Council found that “115 instances, going back a decade, of publicly reported attacks on the SSC or disclosure of high-impact vulnerabilities likely to be exploited” in cyber-attacks were implemented by affecting aspects of the SSC. The report highlights a number of alarming trends in the security of the SSC, including a rise in the hijacking of software updates, attacks by state actors, and open source compromises.
This article explores the use of open source software – a primary foundation of almost all modern software – due to its growing prominence, and more importantly, its associated security risks. Poorly managed open source software exposes the user to a number of security risks as it provides affordable vectors to potential attackers allowing them to launch attacks on a variety of entities—including governments, multinational corporations, and even the small to medium-sized companies that comprise the global technology supply chain, individual consumers, and every other user of technology.
The risks of open source software for supply chain security
The 2020 Open Source Security and Risk Analysis (OSSRA) report states that “If your organisation builds or simply uses software, you can assume that software will contain open source. Whether you are a member of an IT, development, operations, or security team, if you don’t have policies in place for identifying and patching known issues with the open source components you’re using, you’re not doing your job.”
Open source code now creates the basic infrastructure of most commercial software which supports enterprise systems and networks, thus providing the foundation of almost every software application used across all industries worldwide. Therefore, the need to identify, track and manage open source code components and libraries has risen tremendously.
License identification, patching vulnerabilities and introducing policies addressing outdated open source packages are now all crucial for responsible open source use. However, the use of open source software itself is not the issue. Because many software engineers ‘reuse’ code components when they are creating software (this is in fact a widely acknowledged best practice for software engineering), the risk of those components becoming out of date has grown. It is the use of unpatched and otherwise poorly managed open source software that is really what is putting organizations at risk.
The 2020 OSSRA report also reveals a variety of worrying statistics regarding SSC security. For example, according to the report, it takes organisations an unacceptably long time to mitigate known vulnerabilities, with 2020 being the first year that the Heartbleed vulnerability was not found in any commercial software analyzed for the OSSRA report. This is six years after the first public disclosure of Heartbleed – plenty of time for even the least sophisticated attackers to take advantage of the known and publicly reported vulnerability.
The report also found that 91% of the investigated codebases contained components that were over four years out of date or had no developments made in the last two years, putting these components at a higher risk of vulnerabilities. Additionally, vulnerabilities found in the audited codebases had an average age of almost 4 ½ years, with 19% of vulnerabilities being over 10 years old, and the oldest vulnerability being a whopping 22 years old. Therefore, it is clear that open source users are not adequately defending themselves against open source enabled cyberattacks. This is especially concerning as 99% of the codebases analyzed in the OSSRA report contained open source software, with 75% of these containing at least one vulnerability, and 49% containing high-risk vulnerabilities.
Mitigating open source security risks
In order to mitigate security risks when using open source components, one must know what software you’re using, and which exploits impact its vulnerabilities. One way to do this is to obtain a comprehensive bill of materials from your suppliers (also known as a “build list” or a “software bill of materials” or “SBOM”). Ideally, the SBOM should contain all the open source components, as well as the versions used, the download locations for all projects and dependencies, the libraries which the code calls to, and the libraries that those dependencies link to.
Creating and communicating policies
Modern applications contain an abundance of open source components with possible security, code quality and licensing issues. Over time, even the best of these open source components will age (and newly discovered vulnerabilities will be identified in the codebase), which will result in them at best losing intended functionality, and at worst exposing the user to cyber exploitation.
Organizations should ensure their policies address updating, licensing, vulnerability management and other risks that the use of open source can create. Clear policies outlining introduction and documentation of new open source components can improve the control of what enters the codebase and that it complies with the policies.
Prioritizing open source security efforts
Organisations should prioritise open source vulnerability mitigation efforts in relation to CVSS (Common Vulnerability Scoring System) scores and CWE (Common Weakness Enumeration) information, along with information about the availability of exploits, paying careful attention to the full life cycle of the open source component, instead of only focusing on what happens on “day zero.” Patch priorities should also be in-line with the business importance of the asset patched, the risk of exploitation and the criticality of the asset. Similarly, organizations must consider using sources outside of the CVSS and CWE information, many of which provide early notification of vulnerabilities, and in particular, choosing one that delivers technical details, upgrade and patch guidance, as well as security insights. Lastly, it is important for organisations to monitor for new threats for the entire time their applications remain in service.
On the Frontlines of Fraud: Tactics for Merchants to Protect Their Businesses
By Nicole Jass, Senior Vice President of Small Business and Fraud Products at FIS
Fraud isn’t new, but the new realities brought by COVID-19 for merchants, and the rising tide of attacks have changed the way we need to approach the fight. Even before the pandemic broke out earlier this year, the transition to digital payments was well underway, which means fighting fraud needs a multilayered, multi-channel approach. Not only do you want to increase approval rates, you want to protect your revenue and stop fraud before it happens.
A great place to start is working with your payment partners to refresh your company’s fraud strategies with emerging top three best practices:
- AI-based machine learning fraud solutions helps your business stay ahead of fraud trends. Leveraging data profiles to model both “good” and “bad” behavior helps find and reduce fraud. AI-based machine learning will be increasingly essential to stay ahead of the explosive and sophisticated eCommerce fraud.
- Increasing capabilities around device fingerprinting and behavioral data are essential to detect fraud before it happens. While much of the user-input values can be easily manipulated to look more authentic, device fingerprinting and behavioral data are captured in the background to derive unique details from the user’s device and behavior. Bringing in more unique elements into decisioning, can help authenticate the users and determine the validity of the transactions.
- Prioritize user authentication. User authentication is a vital linchpin in any fraud defense and should receive even greater priority today. Setting strong password requirements and implementing multi-factor authentication helps curb fraud attacks from account takeover.
As well as working with your payment partners it’s more critical than ever to protect online transactions while not jeopardizing legitimate purchases. Fortunately, there are a few things you can do right now to address these concerns:
- Monitor warning signs
Payment verification is an important part of protecting your business. There are a variety of strategies to employ including implementing technology utilizing artificial intelligence and machine learning to help catch certain patterns. In addition to technology, here are a few other tips that may serve as warning signs. These are not a guarantee fraud is occurring, but they are flags to investigate.
o The shipping address and billing address differ
o Multiple orders of the same item
o Unusually large orders
o Multiple orders to the same address with different cards
o Unexpected international orders
- Require identity verification
Finding a balance between protection and ease of purchase will ultimately help you protect your customers and your business. The following tactics can make it more difficult for fraudsters to be successful:
o For customers that have a login, require a minimum of eight characters as well as the use of special characters in your customers’ passwords
o Set up Two-Factor Authentication that requires a One-time Passcode (OTP) via SMS or email
o Use biometric authentication for mobile purchases or logins
- Monitor chargebacks
Keeping good records is essential for eCommerce. If a customer initiates a dispute, your only available recourse is to provide proof that the order was fulfilled. Be prepared to provide all the supporting information about a disputed transaction. Worldpay’s Disputes solutions can connect to your CRM and provide you dual-layer protection against friendly fraud, first deflecting them before they arise and then fully managing chargeback defenses on your behalf.
- Monitor declines
Credit card issuers mitigate fraud by automatically declining payments that look suspicious, based on unusual card activity such as drastic changes in spending patterns or uncommon geolocations of spending. You can check your own declined payment history to help spot a potential problem. When volumes increase, the help of a payments fraud management partner is beneficial.
- Protect your own wallet
While you take the steps to protect your business, it’s also important to be mindful of your own protection—it’s incumbent on all responsible consumers to be vigilant about their data. Whether it’s simple awareness of how the fraudsters are operating today, sticking to trusted brands when shopping online, and thinking twice about what data you share and who you share it with, you’ll soon see how often you are sharing personal information about yourself.
Using payments to streamline everyday transport
By Venceslas Cartier, Global Head of Transportation & Smart Mobility at Ingenico Enterprise Retail
Once upon a time the only way to get from A to B on public transport was with cash – and likely a pre-paid ticket bought from a physical office. Nowadays, thanks to technological developments, options range from contactless and mobile payments, to in-app tickets and more. As payment methods advance, consumers and merchants are naturally moving towards Mobility as a Service (MaaS) systems, integrating various forms of transport services into a single mobility service, accessible on demand.
This move towards MaaS does not only streamline the consumer experience, it has other positive impacts too. Incentivising public transport use reduces environmental pollution, improves mental wellbeing by reducing travel-related stress, and aids productivity by freeing up time otherwise spent driving. With this in mind, let’s take a look at the current trends affecting the transport sector, as well as how payments can optimise transportation for both operators and consumers alike.
Optimising transport with payments
The payment process is integral to any service. A payment service provider (PSP) can provide a range of key benefits to operators by proving a gateway to the transportation open payment ecosystem, and ensuring they meet objectives in 3 key areas.
- Environmentally, by reducing the use of personal cars and alleviating pollution and congestion.
- Societally, making urban mobility more inclusive in terms of improving access to all areas and for all socioeconomic classes.
- Economically, by optimising investment in eco-structure and fostering financial transactions, therefore improving the wealth of the city.
Payments professionals’ expertise and technological solutions can make payments easy again for transport operators. They can provide a range of options so that the customer can choose which one is right for them, leveraging the capabilities of the mobility services’ infrastructure (contactless, mobile wallets, P2P, closed-loop, QR code, and blockchain).
Furthermore, they can help promote inclusion and sustainable urban development. For example, methods such as prepaid virtual cards, or mobility accounts linked to a prepaid account can reduce the risks of excluding the unbanked. The environmental impact per kilometre can also be reduced, along with the use of vehicles with lower emissions per person per kilometre.
Finally, PSPs can put merchants’ minds at ease, providing payment liability, allowing aggregation of all due amounts from all mobility service providers, and collecting payments in one single transaction from users while dispatching revenue between mobility service providers.
COVID-19’s disruption to the travel industry cannot be overlooked. In fact, research suggests that public transit ridership is down 70% across the globe since the onset of the virus, longer distance travel has seen reductions of up to 90%, and payment by cash has seen a 60% drop.
Being realistic, these behavioural shifts are unlikely to revert anytime soon, so it’s important for merchants to keep this in mind when thinking about payment methods. More than 70% of consumers and travellers say they are likely to avoid the use of cash over the next six months. As a result, more than 40 countries have already raised their contactless payment threshold, further helping consumers to avoid contact with frequently touched pin pads.
However, the pandemic has only accelerated the way things were heading already and highlighted the benefits. Within the context of the pandemic, transportation needs to reinvent itself and adapt its processes to suit the shift in commuter habits that we’ve already seen and will continue to see in the future.
Other trends to keep an eye on
Contactless has been steadily growing on the transport scene, as have mobile payments and in-app purchases. In fact, the recent move to mobile and online ticketing is the most promising method so far, having seen significant growth in the last few years and having been accelerated by COVID-19 as discussed above. Once consumers move to these easy, convenient, and seamless methods, it’s rare that they revert – so it’s a good idea for operators to think how they can cater to these preferences.
Speed and convenience are a must for busy travellers – but not at the expense of data security. Finding the right payments partner is therefore crucial so operators can safeguard their customers’ personal data, while also keeping on top of other security regulations/features such as P2P encryption, PCI certification, and tokenisation.
Next steps for operators
Public transport is essential for many peoples’ everyday lives – COVID-19 or no COVID-19. As such, mobility service providers can make a great difference to their service and operations by implementing the right solutions.
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