TechOctopus

Enterprise adoption trends

There is no question artificial intelligence (AI) is taking the world by storm. From manufacturing and entertainment, to healthcare and education, our lives are becoming increasingly automated. But as technology continues to proliferate, how is this impacting the complex infrastructure underpinning it all?

Guide to environmental sustainability metrics for data centers

The data center industry is growing rapidly. But growth has to be done sustainably. Discover 28 key sustainability metrics across five categories in this whitepaper: energy, greenhouse gas emissions, water, waste, and local ecosystem impact. With clear definitions and industry-based targets, it's your guide to navigating sustainability. Download it now to uncover:

3 steps to calculate total Enterprise IT energy consumption using DCIM

A simple 3-step framework to start measuring the environmental impact of the IT estate. This whitepaper, developed by Schneider Electric's Energy Management Research Center, provides a clear, actionable roadmap to kickstart your organization's sustainability journey. Download it now for your guide to:

Quantitative analysis of a prefabricated vs. Traditional data center

This study, validated by Romonet’s Cloud-based Analytics Platform, reveals that prefabrication offers numerous advantages without incurring additional capital expenditure. Key benefits include: Cost-Effective Deployment: Despite higher material costs, prefabricated data centers save on space and labor, resulting in overall capital cost savings of approximately 2% Faster and Predictable Builds: Prefabrication enables quicker deployment with enhanced predictability, allowing for faster operational readiness Scalability and Flexibility: Prefabricated designs scale flexibly, optimizing power densities and offering significant cost and energy savings over traditional data centers

TCO analysis of a traditional data center vs. a scalable, containerized data center

A quantitative TCO analysis of the two architectures. Discover how modern, scalable, containerized data centers can solve these problems by offering a more efficient and cost-effective alternative. Our whitepaper reveals the significant savings and benefits of transitioning to this improved architecture. Download your copy now for your chance to:

Data center modernization

A guide to more sustainable, efficient, resilient and adaptable facilities. This whitepaper explores how through high-level integrated architecture, intelligent power management, building management, and AI-based data center infrastructure management solutions, you can ensure your data center is ready for whatever you'll need.

Data center sustainability action plan

As the sector shifts its focus from mere energy efficiency to holistic sustainability, equipping yourself with actionable strategies and insights is crucial to drive meaningful change. In this comprehensive guide, we delve into the critical aspects of sustainable data center management, covering energy efficiency, greenhouse gas emissions reduction, water conservation, waste management, and the preservation of local ecosystems. Download it now for your chance to uncover:

Monitoring Operations for Energy Efficiency

With data centers under increasing pressure to improve their energy efficiency, many operators are turning to monitoring software to find out where improvements can be made in the white space and gray space. But what advancements really come from the operation of data centers, and should more emphasis be going onto the design of data centers? Join this panel discussion for an in-depth discussion and debate on how data centers are improving their operations to help meet their sustainability goals, and reduce OpEx spending. What are the opportunities that can arise as a result of monitoring infrastructure ops? And with the energy supply issues and increasingly stringent sustainability regulation, should the response come from data center design or operations?

Video Data Center Sustainability