Muslims less likely screened for cancer in this American city

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Participants expressed a strong interest in having health initiatives related to cancer education, screening and survivorship integrated within mosques. This preference suggests that mosques could serve as vital centers for health education and intervention, leveraging the trust and influence of faith leaders to promote better health outcomes.

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Dan Goman, green cloud computing

Dan Goman, green cloud computing

Data centers have become pivotal to the functioning of the modern digital economy. The complex networks of servers and storage systems they house enable everything from cloud computing and enterprise services to streaming entertainment and global communications, making them essential to almost every interaction in the digital landscape.

However, traditional data centers are substantial energy consumers, accounting for about 1-1.5% of global electricity usage. This significant demand is driven by the need to power servers and maintain efficient cooling systems to prevent overheating. Such extensive energy use results in considerable carbon emissions—particularly in regions reliant on fossil fuels—posing major environmental challenges by contributing significantly to climate change.

Additionally, these facilities have a considerable environmental impact through their extensive use of water for cooling and the rapid obsolescence of hardware, which results in a continuous cycle of electronic waste. This e-waste, often difficult to recycle, contains hazardous materials that pose further risks to the environment if not properly managed.

“I’m not sure if people consider this often, but ultimately, everything we do on our phones originates from the cloud. While some perceive the cloud as a magical entity, it’s actually comprised of massive data centers worldwide,” said Dan Goman, CEO of the cloud-based supply chain management company Ateliere Creative Technologies.

In response to these environmental challenges, there is a growing push for the adoption of energy-efficient data centers. This approach seeks to integrate sustainability into the heart of data center operations through innovative technologies and methods. 

According to Goman, businesses across sectors should seek partnerships with cloud computing companies that are proactively adopting sustainable practices in their data centers and cloud offerings, emphasizing that sustainability in data center operations is not only a moral imperative but also a strategic opportunity to enhance efficiency, reduce costs, and drive long-term business success. 

The transition to energy-efficient and sustainable data centers is essential for mitigating the environmental impact of the digital economy, and by adopting innovative technologies and cloud-native solutions, the industry can reduce energy consumption, manage resources more efficiently, and support global sustainability goals. 

The environmental impact of traditional data centers

Traditional data centers are intensive energy users, tasked with maintaining the continuous operation of vast arrays of servers. To prevent these servers from overheating, robust cooling systems are required, which further escalates the energy demands. 

“Cooling is a significant aspect of data center energy use, in addition to the base power needed to run the equipment,” Goman said. “This cooling process requires a tremendous amount of energy to maintain temperatures in the sixties Fahrenheit. If you’ve ever been inside a data center, the experience is striking—you encounter rows upon rows of massive servers, all buzzing with the sound of high-powered fans. The heat and level of noise they generate is immense.”

This substantial energy consumption is compounded by the fact that much of the electricity used is sourced from non-renewable energy. Traditional data centers often rely on the conventional power grid, where fossil fuels like coal and natural gas dominate, leading to high levels of carbon emissions. The reliance on these energy sources exacerbates global warming and significantly contributes to climate change, marking data centers as major environmental concerns.

These emissions are also continuous; data centers operate 24/7 to support the seamless flow of information and services that modern society depends on. This round-the-clock operation ensures that the digital economy remains uninterrupted but comes at the cost of a continuous carbon footprint. Without significant changes in energy sourcing and efficiency practices, the role of data centers as substantial contributors to global carbon emissions will continue to grow as digital demands increase.

Business advantages to partnering with sustainable cloud providers

Companies that choose to work with sustainable cloud services can significantly reduce their own carbon footprints. By leveraging cloud infrastructures that utilize renewable energy sources and energy-efficient technologies, businesses indirectly participate in environmental stewardship. This can both contribute to meeting internal sustainability goals while also complying with the increasingly stringent external environmental regulations. 

Aligning with green cloud providers can also enhance a company’s brand reputation. Consumers today are more environmentally conscious, and prefer to engage with brands that demonstrate a commitment to sustainability. By partnering with cloud providers that prioritize green practices, companies can bolster their public image, attracting and retaining customers who are loyal to sustainable brands. 

Furthermore, working with sustainable cloud computing firms can lead to significant cost savings. Data centers that implement energy-efficient technologies and systems typically incur lower operating costs, savings that can be passed down to customers. Energy-efficient data centers use less electricity and are often equipped with more advanced cooling technologies that lower energy bills. Moreover, these providers may also employ state-of-the-art hardware that offers better performance and reliability, reducing downtime and maintenance costs.

“I believe companies now have a clear choice: they can either continue to invest in their own inefficient data centers, which contribute significantly to carbon emissions and lack sustainability in every sense of the word. Or, they can start looking at alternatives and partnering with the right businesses that have invested substantial resources to maximize efficiency and minimize environmental impact,” Goman said.

Cloud-native and AI-driven solutions to sustainability issues

As companies increasingly appreciate the advantages of partnering with sustainable cloud services, they are also turning to cutting-edge solutions to bolster their environmental efforts.  The rise of cloud-native technologies represents a significant shift in how data center resources are deployed and managed. 

At Goman’s company Ateliere Creative Technologies, its flagship media supply chain platform, Ateliere Connect, is built on a cloud-native architecture. Unlike traditional data center deployments that rely heavily on physical hardware, cloud-native applications like Atliere Connect are designed to operate in a virtual environment. This approach significantly reduces the need for physical hardware, thus lowering the energy footprint of data centers.

Parallel to the adoption of cloud-native frameworks, AI-driven solutions have started to redefine data center management. These solutions use machine learning algorithms to optimize operations across the infrastructure, from predictive maintenance and cooling systems management to workload distribution and power usage. AI also has the ability to analyze vast amounts of operational data in real-time, identifying patterns and anomalies that might be missed by human operators, allowing data centers to preemptively address potential issues before they escalate into critical failures.

A dual commitment to sustainability

The sustainability of cloud computing will rely on a collaborative approach between cloud service providers and their business clients. Providers must commit to deploying energy-efficient infrastructure, integrating renewable energy sources, and innovating with technologies like advanced cooling systems to lessen their data centers’ environmental impact and set industry standards for sustainability. Conversely, business clients must choose providers that prioritize green practices, thereby influencing the market through their procurement decisions.

“We intentionally teamed up with Amazon Web Services because it offers the flexibility and scalability we need to optimize our operations,” said Goman. “We consistently work with them to ensure we are hosted in data centers that are strategically located for maximum efficiency, and partnering with them also allows our customers to avoid the need to build and maintain their own data centers.”

The ongoing shift towards more cloud-dependent operations in many sectors makes it imperative that the cloud computing industry adapts in ways that mitigate environmental impact. Through concerted efforts and mutual commitments to sustainability, cloud providers and their clients can ensure they are not just managing, but actively reducing the ecological footprint of digital operations, creating sustainable growth that can accommodate the demands of our tech-driven world.


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