
Carbon Neutrality Strategies—Battery Electric Vehicles’ Carbon Footprint
Description
The use of cloud-native technologies, such as containers and Kubernetes (K8s), has enabled a faster application development and delivery process and more efficient resource usage. However, it also introduced a level of operational complexity that traditional application monitoring tools are not equipped to solve as it has not been designed to address the challenges around the complexity of cloud-native environments, nor has it been designed to provide insights across an extremely dynamic infrastructure.
Cloud-native application monitoring platforms have emerged as the solution. They provide in-depth visibility on the performance, availability, and behavior of applications built and deployed in cloud-native environments and examine the performance across layers of the cloud-native stacks by collecting, processing, and analyzing telemetry data, such as metrics, logs, traces, and alerts, to ensure application performance, reliability, and security.
This Frost & Sullivan study provides insight into the global cloud-native application monitoring platform market by vertical and horizontal. It offers a global breakdown and regional breakdowns for North America; Europe, the Middle East, and Africa; Latin America; and Asia-Pacific. The analysis covers drivers and restraints, revenue forecasts, pricing trends, competitive landscape trends, and insights for chief information security officers. It also identifies emerging growth opportunities that stakeholders and participants should consider and leverage. The base year is 2024, and the forecast period is from 2025 to 2029.
Cloud-native application monitoring platforms have emerged as the solution. They provide in-depth visibility on the performance, availability, and behavior of applications built and deployed in cloud-native environments and examine the performance across layers of the cloud-native stacks by collecting, processing, and analyzing telemetry data, such as metrics, logs, traces, and alerts, to ensure application performance, reliability, and security.
This Frost & Sullivan study provides insight into the global cloud-native application monitoring platform market by vertical and horizontal. It offers a global breakdown and regional breakdowns for North America; Europe, the Middle East, and Africa; Latin America; and Asia-Pacific. The analysis covers drivers and restraints, revenue forecasts, pricing trends, competitive landscape trends, and insights for chief information security officers. It also identifies emerging growth opportunities that stakeholders and participants should consider and leverage. The base year is 2024, and the forecast period is from 2025 to 2029.
Table of Contents
- Why is it Increasingly Difficult to Grow?
- The Strategic Imperative 8
- The Impact of the Top 3 Strategic Imperatives on the Electric Vehicles Industry
- Scope of Analysis
- Introduction: Research Aims and Objectives
- Key OEMs and Battery Manufacturers
- Key Trends
- Growth Drivers
- Growth Restraints
- Battery Electric Vehicles: Key Life Cycle Phases
- Geographic Concentration of Lithium Reserves
- Geographic Concentration of Cobalt Reserves
- Geographic Concentration of Nickel Reserves
- Geographic Concentration of Manganese Reserves
- Raw Materials Mining Overview
- Process and Energy Demand for Active Material Production
- Share of Renewable Sources in Europe
- Share of Clean Energy Sources Versus Number of Charging Stations
- Batteries' Second-Life Usage Depends on Their Capacity after the End of Their First Life
- Battery Recycling SWOT Analysis
- EV Battery Recycling Policies: EU, UK, and US
- EV Battery Recycling Policies: Canada and China
- EV Battery Recycling Policies: Japan and India
- EU and China Have Developed Strong EV Battery Recycling Policies
- Case Study: Volvo EX30 Life Cycle Assessment
- Decarbonization Targets for Major OEMs
- Major OEMs' Performance Targets to Reduce Emissions
- OEMs' EV Sales Target by Region
- European OEMs' Strategies and Partnerships for EV Battery Recycling
- Other OEMs' Strategies and Partnerships for EV Battery Recycling
- BMW Group-Leading Sustainability
- Mercedes-Benz-Commitment to Sustainability (We Move Green)
- Volkswagen Group-goTOzero
- Volvo Cars-Sustainability is the Key to Future Success
- Stellantis-Transforming into a Sustainable Mobility Technology Company (Dare Forward 2030)
- Renault Group-The Future is NEUTRAL*
- GM-Actively Pursuing a Vision of a World with Zero Emissions
- Ford Motor Company-Building a Better World
- Hyundai Motor Group-Progress for Humanity
- Toyota-On the Road to Carbon Neutrality
- OEM Reliance on Carbon Offsets
- Growth Opportunity 1: Designing for Circularity and Battery Manufacturing Improvement
- Growth Opportunity 2: Promoting the Use of EOL Batteries in Other Applications Before Recycling
- Growth Opportunity 3: Increasing Financial Investments in Battery Recycling Infrastructure
- Benefits and Impacts of Growth Opportunities
- Next Steps
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