The Convergence of Artificial Intelligence and Sustainability in the IT Industry

The emergence of artificial intelligence (AI) has continually reshaped a range of sectors across the business world.

However, the convenience of AI needs to be balanced against the environmental consequences and the unplanned actions that often arise from the unnecessary usage of hardware, energy, and model training. With the knowledge of digital technologies and a robust foundation to support sustainable development, chief information officers (CIOs) should consider implementing AI initiatives.

According to a survey by Gartner, it is evident that environmental issues are a top priority, and tech companies need to focus on eliminating these issues. Consequently, the CIOs are under pressure from executives, stakeholders, and regulators to initiate and reinforce sustainability programs for IT.

Thus, the combination of adopting AI and environmental sustainability requires proactive strategies that will transform your business. This article describes a framework for the adoption of green algorithms that CIOs can implement in IT organizations to support sustainable development.

AI Supporting Environmental Sustainability

For tracking a sustainable environment within an IT organization, the CIOs have to deliver mandates and requirements to track and trace their businesses’ sustainability KPIs, such as energy consumption or the percentage of carbon footprint. However, the importance of these KPIs and the effectiveness of CIOs rest in how well the research matter is integrated into their digital foundation or digital dividend into the digitized metrics of the organization.

Let’s consider an example of modern networks that are implemented in data centers that allow you and your team to monitor, manage, and minimize energy consumption. It is always advisable to use optical networks because they are more energy efficient and resilient than copper cables, as copper cables are rare earth metals and are mined and refined to transform them into strong cables. Thus, the production of fiber networks uses few raw materials and fewer plants when compared to copper cables.

There are findings that IT companies that have implemented modern networking strategies have witnessed a reduction in their environmental footprint by four times compared to those that have not.

A Five-Step Framework for Adopting Green Algorithms

The green algorithms come into play when there is a lot of complexity, cost, and carbon involved in implementing AI in IT organizations. The green algorithms can be seamlessly integrated with a range of methodologies, from natural language processing (NPL) for analyzing stakeholders’ sentiments to machine learning (ML) to enable predictive maintenance.

However, to implement green algorithms effectively, a collaborative initiative with CIOs and IT project managers is required to develop a structured approach to encourage the development of energy efficiency and environmentally responsible AI solutions that will be the backbone of modern project management.

To Know More, Read Full Article @ https://ai-techpark.com/the-convergence-of-ai-and-sustainability-in-the-it-industry/

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How to Use AIOps to Manage Big Data and High-Volume Workloads

Digital transformation benefits your small business or large organization by increasing productivity with scalability in IT infrastructure, expanding data storage and resources, and accelerating application delivery. However, the large-scale expansion of web services like cloud environments has created challenges for IT professionals and engineers, affecting their security and operational efficiency. To curb these challenges, here are some of the most effective solutions that will enhance your company’s use of artificial intelligence for IT operations (AIOps) by making complex automated decisions and managing large-scale data.

Use Cases for AIOps for Large-scale Data and Workload Management

AIOps can provide several benefits to your business to streamline and automate their IT operations and management processes. Here are a few use cases:

Detecting And Fixing Issues More Rapidly

AIOps offers full insight into the private, hybrid, and public cloud resources that identify and fix problems with large-scale data swiftly. AIOps platforms may combine this insight on the event and problem data to analyze the data to identify the issue before it arises.

How to Strengthen AIOps in Data Management

AIOps platforms are designed to handle large-scale data with the help of tools that offer various data collection methods and visual analytical intelligence. Here are a few strategies to strengthen AIOps in data management to handle the operations more effectively:

Define Goals and Objectives

Identifying the goals and objectives for implementation of AIOps helps your IT team identify the specific areas where IT operations are needed from AIOps technologies. The most important AIOps technologies that companies might need are performance optimization, capacity planning, and incident management.

Evaluate Data Sources and Infrastructure

Identifying relevant data sources can give better insights for AIOps, like metrics, log monitoring tools, events for evaluating existing infrastructure, and DevOps services that ensure data collection, processing, and storage requirements for AIOps.

Conclusion

AIOps is a big deal in the IT industry because it has the potential to transform your business, and it is no no-brainer to go with it. To make things easy to use, we have made a list of the best AIOps solutions that have features, tools, and use cases that will help you find the perfect platform for your business.

To Know More, Read Full Article @ https://ai-techpark.com/aiops-for-large-data/ 

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