Enterprise Technology Glossary

6,173 results · page 308 of 309

• Zero-Day Mitigation

  Zero-day mitigation is the collection of security controls and operational practices that reduce exposure to zero-day exploits, helping enterprises limit, detect, or contain attacks on unpatched vulnerabilities while vendors develop fixes and organizations complete testing and patch deployment.

• Zero-Day Protection

  Zero-day protection is a collection of security controls that detect and block attacks exploiting previously unknown vulnerabilities or malware, helping enterprises reduce exposure to unpatched flaws, maintain service continuity, and support risk-based cyber defense strategies in complex IT environments.

• Zero-Downtime Deployment

  Zero-downtime deployment is a software release approach that updates production systems without interrupting service availability, enabling enterprises to meet uptime targets, release changes frequently, and reduce maintenance windows while keeping customer-facing and internal applications continuously accessible.

• Zero-Downtime Maintenance System

  Zero-downtime maintenance system is an architectural and operational approach that performs upgrades, patches, and configuration changes without interrupting service availability, which helps enterprises maintain continuous operations and meet availability and service-level commitments during planned maintenance activities.

• Zero-Downtime Monitoring Framework

  Zero-downtime monitoring framework is an observability approach that keeps metrics, logs, traces, and alerts continuously available during deployments, maintenance, and upgrades, helping enterprises maintain service reliability, uptime commitments, and operational visibility without requiring outages in production environments.

• Zero-Downtime Optimization

  Zero-downtime optimization is the practice of improving production systems while they stay continuously available to users, enabling configuration, performance, and deployment changes without planned outages, which supports enterprise uptime objectives, service-level agreements, and operational continuity requirements.

• Zero-Emission Control Framework

  Zero-Emission Control Framework is a structured governance and control model that organizations use to measure, manage, and enforce progress toward net-zero greenhouse gas emissions across operations, supply chains, and technology environments for regulatory compliance, disclosure, and internal decision-making.

• Zero-Emission Transit Fleet

  Zero-emission transit fleet refers to a group of public transport vehicles that operate with no tailpipe emissions, typically using battery-electric or hydrogen fuel cell propulsion, and that require integrated planning of vehicles, energy infrastructure, and operational data systems in enterprise contexts.

• Zero-Knowledge Encryption

  Zero-knowledge encryption is a data protection model in which encryption and decryption occur client side and the service provider never holds decryption keys, which supports enterprise control over sensitive data when using cloud, SaaS, or shared infrastructure services.

• Zero Knowledge Proof

  Zero-knowledge proof is a cryptographic technique that lets one party prove a statement about data to another party without revealing the data itself, which enterprises use to verify identities, attributes, and transactions while limiting exposure of sensitive information.

• Zero-Knowledge Verification

  Zero-knowledge verification is a cryptographic method that lets enterprises prove the truth of statements, such as identities or transactions, without exposing underlying data, helping support privacy, data minimization, and compliance across identity, security, and distributed computing architectures.

• Zero-Shot Evaluation Metric

  Zero-shot evaluation metric is a quantitative measure used to assess how a machine learning or generative model performs on tasks it was not trained on, without task-specific labeled data, which supports enterprise model selection, benchmarking, and early-stage feasibility assessment.

• Zero-Shot Learning

  Zero-shot learning is a machine learning approach where models handle previously unseen classes or tasks using auxiliary semantic information, such as attributes or text descriptions, which matters in enterprises that must adapt classification, routing, and policy workflows to evolving label taxonomies.

• Zero-Shot Task Planner

  Zero-shot task planner is an AI-based planning approach in which a large language model converts natural language instructions into multi-step task plans without task-specific training data, supporting enterprise workflows, orchestration, and automation while remaining subject to governance, validation, and security controls.

• Zero-Touch Edge Deployment

  Zero-touch edge deployment is an automated method for provisioning and configuring edge devices and workloads without on-site manual intervention, enabling centralized policy enforcement, remote lifecycle management, and consistent deployment of distributed edge infrastructure in enterprise and service provider environments.

• Zero-Touch Edge Orchestration

  Zero-touch edge orchestration is the automated, policy-based management of applications and infrastructure at distributed edge locations without on-site intervention. It matters for enterprises that operate large fleets of remote sites and require consistent deployment, governance, and lifecycle control across them.

• Zero-Touch Infrastructure

  Zero-touch infrastructure is a design and operations approach in which IT and network resources are provisioned, configured, and managed through automated, policy-based workflows, reducing manual changes and supporting consistent, repeatable deployments across data center, cloud, and edge environments in enterprises.

• Zero-Touch Maintenance Robot

  Zero-touch maintenance robot is an autonomous robotic system that performs inspection and maintenance tasks with minimal human intervention, helping enterprises standardize maintenance execution, support remote or continuous operations, and integrate maintenance workflows into broader automation and asset management architectures.

• Zero-Touch Provisioning

  Zero-touch provisioning is an automated method to onboard and configure network and edge devices at scale without on-site manual setup, allowing enterprises to apply consistent policies, firmware, and configurations centrally while reducing deployment effort and supporting auditability.

• Zero Trust

  Zero trust is a cybersecurity framework and enterprise security architecture that treats every user, device, and workload as untrusted by default and enforces continuous, least-privilege access controls based on identity, context, and policy across on-premises, cloud, and hybrid environments.