What is causing digital fraud to rise year over year? From current trends and consumer attitudes to technological enhancements and more sophisticated tactics, let’s take a look at the top nine reasons digital fraud is rapidly increasing:
Organizations' migration to the cloud is a broad term that encompasses many different trends: (1) Moving existing applications from private data centers to AWS, Azure, or the Google Cloud Platform as cloud service providers (CSPs), often referred to as lift-and-shift or infrastructure-as-a-service (IaaS); (2) Completely restructuring how applications are built to make heavier use of prepackaged services available on these cloud service platforms – often referred to as lift-and-reshape, serverless, or platform-as-a-service (PaaS); (3) Choosing to forgo running copies of standard applications instead of having the application vendor host them is sometimes referred to as drop-and-shop or software-as-a-service (SaaS).
With the emergence of major public health issues, or crises, such as COVID-19, grant funding for research and program development will be made available from various government agencies to help with the response. Additionally, foundations such as the Bill & Melinda Gates Foundation or Ford Foundation may provide the precious funds to perform the vital work to battle the at hand issue. If fortunate, those in receipt of funding to pursue the global health issue to be addressed will often utilize technology either developed or custom created and implemented to address the critical response, or in the case of COVID-19, slow the spread or research the creation of vaccines.
Starting on December 8, Apple will require all third-party developers to detail their app’s privacy information, according to an Apple post. Security experts note that this new update (iOS 14) puts additional focus on user privacy, and in particular gives users better visibility into their personal information that is shared with third parties.
U.S. Secretary of Transportation Elaine L. Chao announced the three-year Unmanned Aircraft Systems (UAS) Integration Pilot Program (IPP) successfully concluded on Oct. 25. Eight of the nine state, local and tribal governments that participated in the program have signed new agreements with the Federal Aviation Administration (FAA) to continue to tackle remaining UAS integration challenges.
Security alerts are imperative for effectively mitigating and preventing cyberattacks. But, a key challenge of modern threat protection solutions is the sheer number of alerts they generate – leading to “alert fatigue.”
To learn more about the dangers of alert fatigue, we talk to Mark Kedgley, CTO at New Net Technologies (NNT).
While the technical root causes are the same, the impact of an IoT botnet attack on consumer versus enterprise and industrial devices is vastly different. An attack on a consumer gadget could be limited to a privacy issue, whereas the effect of a successful breach on a commercial device can have a significant production or safety cost. That’s why it’s more critical than ever for IT and OT security professionals to understand and be prepared to defend against this growing threat.
In order to optimize Security + Operations and integrate it as a strategic function of the business, security teams need to shift their mindset to fully embrace automation. Doing this will require breaking down a few persistent barriers that stand in the way.
State and federal governments are enacting emergency rules, health standards, and legislation to respond to the COVID-19 pandemic. Canada rolled out new border measures in October. Vermont officials now require residents and non-residents coming from outside the select states, or counties within select states, to quarantine for 14 days. In Illinois, the governor declared all counties a disaster area.
It’s a common occurrence during a public health emergency — but it makes planning travel a complex task.
Cybersecurity breaches are an all-too-common and ever-evolving threat that every organization should be prepared for. But as digital ecosystems evolve to support new innovations and an increasing number of connected devices, so does the complexity of managing and securing critical network infrastructure. What can be done to prevent attacks and protect sensitive data and critical infrastructure? One of the first and most critical steps to improving security is to ensure network management operates independently from the production network.
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