Enterprise Technology Terminology: N

183 results · page 8 of 10

• NFV Infrastructure

  NFV infrastructure is the hardware, virtualization, and management layer that hosts virtualized network functions in an NFV environment. It matters for enterprises because it enables software-based network services on common platforms, supporting flexible deployment, scaling, and lifecycle management of network capabilities.

• NFV Management and Orchestration

  NFV Management and Orchestration is the ETSI-defined framework that coordinates deployment, configuration, and lifecycle management of virtualized network functions and related resources, enabling model-driven, policy-based operation of network services across NFV infrastructure for service providers and large enterprises.

• NFV MANO

  NFV MANO (Network Functions Virtualization Management and Orchestration) is the ETSI-defined framework that specifies how virtualized network functions and NFV infrastructure are managed, orchestrated, and automated, which supports multi-vendor interoperability and lifecycle control for virtual network services in carrier and enterprise environments.

• NFV OpenStack

  NFV OpenStack is the use of the OpenStack cloud platform as the virtual infrastructure manager in network functions virtualization environments, enabling telecom operators and enterprises to host and manage virtual network functions on shared, programmable cloud infrastructure instead of fixed-purpose hardware appliances.

• NFV Orchestration

  NFV orchestration is the automated coordination and lifecycle management of virtualized network services and resources, used by service providers and enterprises to control deployment, scaling, and retirement of network functions across cloud, data center, and edge infrastructure under the ETSI NFV model.

• NFV Orchestrator

  NFV Orchestrator is a network functions virtualization management component that coordinates lifecycle, resource, and policy management for network services composed of virtual network functions, enabling automated deployment and control of virtualized network services across distributed telecom and enterprise infrastructure.

• nist post-quantum standards

  NIST post-quantum standards are cryptographic algorithms that the U.S. National Institute of Standards and Technology has selected and is standardizing to resist attacks by quantum computers, providing enterprises with vetted options for quantum-resistant encryption, key establishment, and digital signatures.

• NIST PQC Standardization

  NIST PQC standardization is the National Institute of Standards and Technology process that evaluates, selects, and publishes quantum-resistant public-key cryptographic algorithms for encryption, key establishment, and digital signatures, providing a common technical and policy reference for enterprise security architecture and long-term cryptographic planning.

• No Code

  No-code is a category of development platforms that use visual interfaces and configuration to create applications and workflows without manual programming, relevant for enterprises that manage software delivery, governance, security, and integration across diverse business and IT stakeholders.

• Node

  Node, commonly called Node.js, is an open-source, cross-platform JavaScript runtime for executing JavaScript on servers. It matters in enterprise contexts because it supports concurrent, networked applications, aligns with cloud-native practices, and enables organizations to use one language across frontend and backend development.

• Node Failure Recovery

  Node failure recovery is the set of mechanisms and processes that detect when a compute, storage, or network node fails and restore affected workloads or services in a controlled way, helping enterprises maintain availability, data integrity, and service-level objectives.

• Node Health Monitoring

  Node health monitoring is the continuous tracking of the operational status and performance of individual compute nodes in distributed or clustered systems, used by enterprises to detect faults and degradation early and to support reliability, availability, and capacity planning.

• Node Pool

  Node pool is a managed group of worker nodes in a cluster platform that share configuration and lifecycle policies, enabling enterprises to organize capacity, segregate workloads, and apply consistent security and operational controls within shared Kubernetes or similar environments.

• Node Power Profiler

  Node Power Profiler is a tool that measures and analyzes the power consumption of individual compute nodes, providing time-series energy data that enterprises use for capacity planning, efficiency optimization, workload placement decisions, and alignment of IT operations with power and thermal constraints.

• Node Power Scaling

  Node power scaling is the practice of controlling and tuning the electrical power consumption of individual compute or network nodes so enterprises can match energy use to workload demand, facility power limits, and performance requirements in managed IT environments.

• Noise Characterization

  Noise characterization is the quantitative description of noise behavior in systems, signals, or devices, used by enterprises to model performance, set design margins, meet standards, and manage reliability for semiconductors, communication infrastructures, sensor platforms, and high-speed compute environments.

• Noise Figure Analyzer

  Noise figure analyzer is a test instrument that measures the noise figure and related noise performance of RF and microwave devices and subsystems, enabling enterprises to verify receiver sensitivity, link budgets, and compliance with communication and sensing system performance requirements.

• Noise Injection

  Noise injection is a technique that deliberately adds random perturbations to data, model parameters, or computations to enhance robustness, regularization, and privacy, enabling enterprises to train models, release statistics, and share analytics while managing overfitting, data variability, and formal privacy constraints.

• Noise Mitigation

  Noise mitigation is the set of technical and procedural methods that reduce unwanted or irrelevant signals in data, communications, or physical and acoustic environments, enabling more reliable measurements, communication quality, regulatory compliance, and dependable analytics across enterprise networks, facilities, and sensor-driven systems.

• Noise Reduction Engine

  Noise reduction engine is a software or hardware component that suppresses unwanted noise in audio, video, imaging, or sensor signals, which matters in enterprise environments for reliable communications, improved intelligibility, and cleaner data for monitoring, analytics, and compliance recordings.