The US (15) has the fastest broadband in the Americas with an average speed of 32.89Mbps. Generally, Latin American countries are at the slower end of the regional scale. The Cayman Islands has the region’s fastest internet with an average speed of 16.12Mbps. Venezuela (183) has the slowest speeds in the Americas with an average speed of just 1.37Mbps. While the general IoT connectivity landscape only changes slowly (e.g., some devices remain connected for a decade or even longer), new IoT connectivity technologies do have an impact on the landscape in the long run. Here are two interesting developments we are monitoring (for more also visit our Embedded World conference 2023 takeaways and our MWC 2023 takeaways): 1. LPWAN technology convergence

The theme for 2023 is…’Connections’! - British Science Week

The 2020 actuals for the number of connected IoT devices came in slightly lower than the mid-year 2020 forecast (11.7 billion connected IoT devices forecasted for 2020 vs. actual of 11.3 billion). The forecast for the total number of connected IoT devices in 2025 has also been lowered to 27.1 billion (compared to 30.9 billion forecasted in 2020). Two critical factors are leading to the dent in the growth curve:

Singapore recorded the largest increase to average speed with a +24% increase, to 20.3Mbps in Q1 of 2017. However, it is worth noting that the countries contributing the most to this rise are those in developed nations that have established infrastructure and can therefore roll out the latest technology available. Year Out of its estimated total population of 368 million, around 345 million internet users accessed the Internet in North America in 2020, yielding a penetration rate of 95%. The US is one of the largest markets online, next only to China and India in terms of online audience size. Around a million new users go online every day. Here is what impacted IoT connections in 2021, where we stand in 2022, and where we may be headed beyond 2022: IoT in 2021: Selected IoT connection growth highlights

connections in the world Countries with the best internet connections in the world

Investment makes a difference, or how much a country’s government prioritizes internet accessibility. See the interactive map of the most used mobile phones in the world. The world’s maritime routes map The country with the highest internet speed, or the fastest overall connection is Jersey, with a mean internet speed of 274.27Mbps. Five countries with the fastest internet connection in the world: Lin,Y. (2021, January 28). 10 internet statistics every marketer should know in 2021 [Infographic]. Oberlo. LEO satellite connectivity for IoT is gaining popularity because it provides extensive coverage, minimal delays, and strong reliability. The technology is especially useful in the agriculture, maritime, and logistics industries. LEO satellites are closer to Earth than traditional satellites, resulting in reduced latency and faster data transmission, which are essential for real-time data processing. This type of connectivity is more resilient and reliable, ensuring consistent communication, even in challenging environments or during natural disasters. Advancements in LEO-based IoT satellite connectivity continue to optimize performance and enhance the user experience.

Mapped: The World’s Fastest (and Slowest) Internet Speeds

If the IXP is large and closer to the recipient, the internet performance will likely be of better quality. You can find a map of all IXPs here. Smaller countries might have the upper hand But I think financial contagion is a new problem, or perhaps a new scale of an old problem, due to technical developments being misused and public policy encouraging that misuse. Quite simply, the personal computing revolution allows for fraud and gambling to happen on a massive and secretive scale. We don’t even really know fully how the federal government uses its enormous power, let alone the myriad actors in state and local governance and quasi private financial firms. Macro patterns of a network play primary roles in processes of diffusion, contagion, and social learning, as well as in determining the extent to which disparate norms or cultures can exist within a society. Beyond the straightforward observation that denser networks (i.e. those having more interactions per individual) promote contagion, there are other robust insights that emerge from examining macro patterns. For example, financial settings differ in essential ways from simple epidemiological settings – not only does increasing the connectedness of institutions enable greater contagion, it also diversifies the risks held by individual institutions. Thus, the most dangerous network patterns for financial networks tend to have an intermediate density, being connected enough to diffuse distress from one institution to another but sparse enough that many institutions are poorly diversified and at risk from a neighbor’s distress.