Enterprise Technology Glossary

6,173 results · page 309 of 309

• Zero-Trust AI Policy

  Zero-trust AI policy is a formal enterprise governance and security approach that applies zero-trust principles to AI systems, defining how organizations control, verify, and monitor access to AI models, data, and services to manage operational and compliance risk.

• Zero-Trust AI Runtime

  Zero-trust AI runtime is an execution environment for AI workloads that applies zero-trust security principles to model, data, and tool interactions at run time, enabling identity-centric access control, continuous verification, and policy-based governance for enterprise AI operations.

• Zero Trust Architecture

  Zero Trust Architecture is a cybersecurity framework that removes implicit trust from enterprise networks, enforcing explicit, continuous verification of users, devices, and workloads. It matters because it supports least-privilege access, limits lateral movement, and aligns security controls across hybrid and multicloud environments.

• Zero Trust Data Access

  Zero trust data access is a security approach that applies zero trust principles to data itself by enforcing continuous, verified, least-privilege access to databases and other data stores, helping enterprises control sensitive information across hybrid and multicloud environments and meet compliance requirements.

• Zero Trust Identity Framework

  Zero Trust Identity Framework is an identity-centric security model that enforces continuous verification and least-privilege access based on user, device, and context attributes, helping enterprises control access consistently across hybrid and multicloud environments as part of broader Zero Trust architecture.

• Zero Trust Network

  Zero Trust Network is a security model and architectural approach that treats all users, devices, and workloads as untrusted by default and enforces continuous, identity-centric, least-privilege access control across distributed enterprise resources in on-premises, cloud, and hybrid environments.

• Zero-Trust Network Access

  Zero-trust network access is a security architecture model that grants user and device access only to specific applications based on identity and context verification, supporting least-privilege remote access and aligning with enterprise zero-trust strategies across data center and cloud environments.

• Zero-Trust Operational Technology

  Zero-trust operational technology (zero-trust OT) applies zero-trust security principles to industrial control and other OT environments to manage cyber risk to physical processes, improve control over user and device access, and support regulatory and enterprise security requirements.

• Zero Trust Policy Engine

  Zero Trust policy engine is a control-plane component in Zero Trust architecture that evaluates contextual signals and enterprise policies to render explicit, least-privilege access decisions for users, devices, and workloads, supporting centralized, auditable authorization across hybrid and multicloud environments.

• Zero Waste Program

  Zero Waste Program is an organization-wide framework that governs how an enterprise designs, manages, and measures material flows to prevent waste, prioritize reuse and recycling, and reduce landfill and incineration disposal, often aligned with formal zero-waste standards and reporting requirements.

• Zettabyte

  Zettabyte is a decimal unit of digital information equal to 10^21 bytes, used to describe aggregated data volumes at global or hyperscale enterprise levels and to support planning, forecasting, and governance of large-scale storage and network infrastructures.

• Zigbee Mesh Network

  Zigbee Mesh Network is a low-power wireless networking topology based on the Zigbee specification that uses multi-hop routing over IEEE 802.15.4 links to connect Internet of Things devices in building automation, metering, and industrial environments within enterprise and operational settings.

• Zonal Cooling

  Zonal cooling is a data center thermal management approach that directs cooling capacity to specific areas or equipment zones based on local heat loads, helping enterprises maintain rack-level reliability, support high-density workloads, and improve energy efficiency in facility operations.