Enterprise Technology Terminology

5,405 results · page 32 of 271

• Campus NaaS

  Campus Network-as-a-Service (Campus NaaS) is a subscription delivery model for enterprise campus wired and wireless connectivity, where a provider supplies and operates the network platform while the customer consumes access and related services with defined service levels and recurring fees.

• Canary Deployment

  Canary deployment is a software release strategy that exposes a new version to a small subset of production users or systems, enabling monitored, incremental rollout that supports controlled risk, rollback decisions, and alignment with enterprise reliability and change management practices.

• Canary Release

  Canary release is a deployment strategy that routes a small portion of production traffic to a new software version while monitoring reliability and performance, enabling controlled progression or rollback so enterprises can introduce changes while maintaining service-level and operational objectives.

• Capacity Automation

  Capacity automation is the software-controlled management of compute, storage, and network capacity that uses telemetry, policies, and automated actions to align resources with workload demand and service-level objectives in enterprise data center, cloud, and hybrid environments.

• Capacity-Based Scheduling

  Capacity-based scheduling is a production and operations planning method that sequences and allocates work according to actual resource capacity limits, enabling enterprises to create feasible schedules, support reliable order commitments, and align production activities with constrained machines, labor, and equipment.

• Capacity Expansion Module

  Capacity expansion module is a hardware or software component that extends an existing system’s compute, storage, or network capacity within the same platform, enabling enterprises to scale resources in phases while maintaining current architectures, tools, and operational practices.

• Capacity Forecasting

  Capacity forecasting is the quantitative estimation of future resource needs, across infrastructure and operations, to meet expected demand at defined service levels. It matters because it supports cost control, service reliability, and planning decisions in enterprise environments.

• Capacity Forecasting Engine

  Capacity Forecasting Engine is a software capability that predicts future infrastructure or service resource needs from historical and real-time data, enabling enterprises to plan capacity, manage risk, and align IT resources and budgets with expected workload demand.

• Capacity Planning

  Capacity planning is the process enterprises use to determine and manage the compute, storage, network, and related resources needed over time to meet workload demand while maintaining defined performance, availability, and cost objectives across data center and cloud environments.

• Capacity Planning Model

  Capacity planning model is a quantitative framework that forecasts future resource requirements for systems or services based on workload, utilization, and performance data, enabling enterprises to size infrastructure, plan cloud and data center capacity, and support service-level and cost-management decisions.

• Capacity Tiering

  Capacity tiering is a storage strategy that allocates inactive or low-access data to lower-cost, high-capacity media while keeping active data on higher-performance tiers, helping enterprises align storage cost, performance, and retention objectives across large-scale datasets.

• Capital Expenditure

  Capital expenditure is organizational spending on long-term assets that are capitalized and then depreciated or amortized over time. It matters in enterprises because it governs how infrastructure, facilities, and certain software investments are funded, accounted for, and evaluated in multi-year technology and financial planning.

• Carbon Accounting

  Carbon accounting is the quantitative process of measuring, compiling, and reporting greenhouse gas emissions and removals for organizations, activities, or products using standardized methodologies, enabling compliance with climate reporting requirements and supporting internal decision-making by finance, operations, and technology leaders.

• Carbon Accounting System

  Carbon accounting system is a structured combination of processes, data models, and software that calculates and reports an organization’s greenhouse gas emissions in line with recognized standards, enabling compliant disclosure and internal management of climate-related performance and risk.

• Carbon-Aware Dispatch

  Carbon-aware dispatch is an operational strategy that uses real-time or forecasted grid carbon-intensity data to schedule or route workloads and generation, enabling enterprises to manage greenhouse gas emissions from energy use while maintaining reliability, performance, and compliance objectives.

• Carbon-Aware Scheduling

  Carbon-aware scheduling is the automated coordination of workload timing and placement using grid carbon intensity data, enabling enterprises to run flexible compute tasks during lower-emission periods while maintaining defined performance, reliability, and compliance objectives across data center and cloud environments.

• Carbon Footprint

  Carbon footprint is the quantified total of greenhouse gas emissions, expressed as carbon dioxide equivalent, attributable to an activity, organization, product, or person. It matters in enterprise contexts because it underpins regulatory reporting, sustainability targets, and data-driven decisions about infrastructure, supply chains, and procurement.

• Carbon Footprint Analyzer

  Carbon footprint analyzer is a software tool or service that quantifies and reports greenhouse gas emissions for organizations, products, processes, or IT workloads using standardized carbon accounting methodologies, supporting regulatory compliance, ESG reporting, and operational decision-making in enterprise environments.

• Carbon-Free Energy

  Carbon-free energy is energy produced without direct carbon dioxide emissions at the point of generation, relevant to enterprises for greenhouse gas accounting, compliance planning, energy procurement decisions, and evaluation of data center and facility locations in relation to cleaner grid supply.

• Carbon Intensity

  Carbon intensity is the amount of carbon dioxide or greenhouse gas emissions per unit of energy produced or economic output. It matters in enterprises because it underpins emissions reporting, sustainability targets, technology investment choices, and workload or facility planning.