Human Trafficking: A Network Of Crime Hidden Across A Vast American Landscape
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How Could Omniverse-Enabled Smart Cities Revolutionize The Global Landscape?
University of Miami Digital Strategist, Institute SEI Founder, Revexpo Consulting Founder, CEO Softhread, Ethicist, Innovator.
gettyIn today's rapidly evolving world, smart Cities are gaining traction. With the integration of cutting-edge technologies, cities are transforming into interconnected ecosystems that aim to foster sustainable development and enhance the quality of life for their inhabitants.
As the cofounder of a smart city economic development council, I believe smart cities will be Converging Technology Trends
I believe the convergence of several transformative technologies could drive the development of omniverse-enabled smart cities. Some of this tech includes the Internet of Things and Industrial Internet of Things; cloud computing; a complex blockchain-powered web 3.0 architecture stack; and a vast portfolio of artificial intelligence tools and methods, including generative AI and cognitive AI.
Another example is biometrics, with its advanced identification and authentication techniques that can help ensure robust security and access control. Data fabric integrates disparate data sources, facilitating real-time data analysis and enabling informed decision making. Cybersecurity mesh, an intricate network of security elements, establishes a dynamic and self-adaptive protection system against evolving threats. Privacy-enhancing computation ensures confidentiality while allowing efficient data processing, balancing privacy and utility. Other converging technology trends include cloud-native platforms, decision intelligence, composable applications, automation and more.
From my perspective, these technology trends are laying the foundation for creating interconnected and intelligent urban ecosystems. The combined deployment of these technologies presents an exciting future where businesses can leverage their transformative potential to drive innovation, sustainability and improved quality of life.
As tech evolves, companies must adapt. Systems integration is pivotal in harmonizing diverse technological components, facilitating seamless communication and efficient operations.
ChallengesDespite the immense potential I believe omniverse-enabled smart cities hold, several challenges must be addressed for their successful implementation. Interoperability standards and customized key performance indicators are all equally important. Privacy and security concerns can also arise due to the vast data collected and shared within these cities. Deploying proactive digital ethics programs and ensuring robust cybersecurity measures and transparent data governance frameworks is crucial to maintaining public trust.
In addition to the technical barriers, the digital divide poses a major challenge, as not all citizens have equal access to technology and digital literacy. Bridging this gap is essential to prevent exacerbating existing social inequalities. Furthermore, integrating diverse stakeholders, including government bodies, private enterprises and citizens, requires effective collaboration and governance structures.
Looking ahead, the future of omniverse-enabled smart cities holds immense promise. As technology continues to advance, integrating frontier technologies such as next-generation genomic sequencing, multiomics, digital twins, semantic web analysis, human-computer interfaces, satellite internet, 10G and quantum computing could further enhance the capabilities of these cities. I expect the convergence and integration of these technologies to be highly disruptive and continuously reshape the evolution of smart cities while making them more inclusive and sustainable.
Key Strategies For Forward-Thinking Business Leaders 1. Adopt a digitally ambidextrous leadership style suitable for the omniverse.To thrive in this era of blurred boundaries between physical and digital worlds, I have found it effective to embrace design thinking and cultivate an exponential thinking mindset. By incorporating these approaches into their leadership style, leaders can effectively manage and adapt to the rapidly evolving landscape of technology and innovation. Being proactive in upskilling and reskilling themselves and their teams, as well as recalibrating their risk tolerance, can facilitate adaptation to an omniverse-powered urban ecosystem.
2. Leverage hybrid augmented intelligence, and optimize human-computer workflows.Leaders can embrace hybrid augmented intelligence and optimize human-computer workflows to prepare for the future of smart cities, as doing so can generate operational efficiency by reducing bottlenecks and empowering humans to provide oversight and elevate critical decision-making. Best practices that facilitate this transition involve implementing proactive cyber ethics programs to manage responsible hybrid workflows. This can ensure the ethical and secure integration of frontier technologies in urban systems.
3. Harmonize enterprise digital strategy with other key global purpose-driven initiatives.These initiatives could include diversity, equity, inclusion, environmental, social and governance. Leaders can harmonize their digital strategy with smart city initiatives by building multi-disciplinary, cross-functional and diverse teams. Designing integrated custom key performance indicators efficiently aligns the digital strategy with the city's goals and objectives.
For instance, in several smart city projects that deployed deep tech, we formed a team comprising experts from various domains like urban planning, data science and engineering to collaboratively develop KPIs that measured the impact of our digital initiatives on sustainability, efficiency and citizen satisfaction. This approach ensured a holistic and effective integration of digital technologies to achieve the desired outcomes in the context of smart cities.
From my perspective, omniverse-enabled smart cities will represent a paradigm shift in urban development. While this article focused on technology, human leadership and a human-centric approach remain paramount. Business leaders should collaborate with global stakeholders in designing future cities to ensure people are optimally included within the hybrid human-computer workflows.
By placing humanity's needs at the forefront, I believe cities can offer an enhanced quality of life and foster a more DEI- and ESG-conscious world. Through intentional design, smart cities could elevate the human experience while simultaneously addressing complex challenges, revolutionizing the global landscape and enhancing the quality of life for people worldwide.
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ULTRARAM Could Potentially Revolutionize The PC Landscape As We Know It
What you need to knowQuinas Technology developed ULTRARAM, a new type of universal Memory designed to outperform and outlast your SSD's flash storage.
The technology leverages quantum mechanical resonant tunnelling to provide a system memory-like performance level while promoting energy efficiency.
It's not yet clear how much the new technology will cost.
Leaving your Windows PC in hibernation mode for too long can sometimes land you in tough positions. For instance, not being able to pick up your work from where you left it and need to restart your device all over again is a great deterrent to your overall productivity.
But now, even 1,000 years don't seem as long in hibernation for your PC, at least with ULTRARAM, a new type of universal memory designed to outperform and outlast the conventional SSD's flash storage while simultaneously matching the read/write speeds of the system memory with lower power demand, as reported by TechRadar.
Manus Hayne, a Physics Professor at Lancaster University, is the brains behind this new technology developed by Quinas Technology. At the moment, there are two types of memory that you can leverage on your device.
First, system memory (DRAM) sports incredible read and write speeds and can be rewritten as often as you'd like. However, it requires a constant supply of power to retain storage data. This is why your device still drains the battery, despite being in sleep mode, ultimately losing all the stored data.
On the other hand, flash memory can retain data longer, even after the power is completely drained out. It's considerably cheaper than the system memory but sports slow read and write speeds.
However, ULTRARAM promises a have your cake and eat it scenario where the user can enjoy the best features from both types of memory. ULTRARAM's official website states, "Our patented memory technology uses quantum mechanical resonant-tunnelling, to provide an unmatched combination of speed, non-volatility, endurance, and energy efficiency."
Moreover, the technology boasts over 1,000 years of data retention capability with a system memory performance level while demanding less energy. The technology seems promising because it just bagged an award at the Flash Memory Summit.
ULTRARAM goes on to provide a short explanation highlighting how the new technology works in their brochure:
ULTRARAM is a charge-based memory that stores data by moving electrons into or out of a so-called 'floating gate.' The charge state of the floating gate is read non-destructively by measuring the conductance of an underlying 'channel.' The final component of the memory is the barrier that acts like a 'lock' to retain electrons in the floating gate during data retention. The barrier is unlocked to allow charge to flow when the memory is being written or erased.
PCGamer's Dave James provides a comprehensive explanation of how the technology works. Still, in simpler terms, ULTRARAM will let you leave your PC in sleep mode for much longer and pick up exactly where you left off without any hiccups.
This includes any browser tabs as well as programs you left running. And with ULTRARAM's fast performance, you should have your PC up and running in a jiffy.
In a perfect worldThe technology is still in its early stages, and it's impossible to tell its direction. However, this could potentially revolutionize the computing world significantly.
Think of how this will impact how we do things, especially regarding productivity. The whole concept of being able to leave your device on hibernation without a care in the world about you losing your work is simply mindblowing. How will this impact productivity? Does it have any setbacks? Only time will tell as we await its applicability and costing.
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