Enterprise Technology Terminology: S

599 results · page 12 of 30

• Service Level Agreement

  Service level agreement is a formal contract that documents measurable service performance targets, responsibilities, and remedies between a provider and a customer. It matters in enterprise contexts for managing service risk, vendor obligations, operational planning, and regulatory or policy alignment.

• Service Level Agreements

  Service level agreements are formal contracts that define measurable service performance, availability, support, and security commitments between providers and customers. They matter in enterprises because they link business requirements, technical design, operational processes, and vendor management through enforceable metrics and documented responsibilities.

• Service Level Indicator

  Service level indicator is a quantitative metric that expresses a defined aspect of service performance or reliability. It matters in enterprise contexts because it enables organizations to monitor service quality, verify contracts, and align operations with reliability and compliance objectives.

• Service Level Objective

  Service level objective is a quantitative reliability or performance target for a service, defined as a threshold on an agreed metric over a specified time window, used to guide engineering decisions, reliability management, and service governance in enterprise environments.

• Service Mesh

  Service mesh is an infrastructure layer for managing service-to-service communication in microservices and cloud-native architectures, providing centralized traffic control, security policies, and observability for east-west traffic across heterogeneous services, clusters, and environments in enterprise IT operations.

• Service Mesh at Edge

  Service mesh at edge is a distributed networking and security layer that applies service mesh control and data plane capabilities to microservices and applications deployed in edge computing environments, enabling centralized policy, observability, and encryption across many small, geographically dispersed sites.

• Service Mesh Policy

  Service mesh policy is a set of declarative rules that control how a service mesh manages internal service-to-service communication, enabling centralized configuration of traffic routing, security, reliability, and observability behaviors for microservices and Kubernetes-based enterprise applications.

• Service Metrics Registry

  Service metrics registry is a centralized catalog that documents and governs the definitions, formulas, and metadata of metrics used to monitor digital or IT services, enabling consistent measurement, reporting, and compliance across observability, service management, and performance monitoring environments.

• Service Migration Policy

  Service migration policy is a formal rule set that governs how an enterprise moves applications or services between environments such as data centers and clouds, specifying performance, security, compliance, and operational conditions for controlled, auditable workload migration.

• Service Monitoring

  Service monitoring is the continuous observation and measurement of IT and digital services to track availability, performance, and reliability against defined objectives and service-level commitments, enabling enterprises to detect issues, support incident response, and document service health for governance and reporting.

• Service Orchestration

  Service orchestration coordinates and automates multiple services and systems through centrally defined workflows so enterprises can execute end-to-end processes in a controlled, policy-governed way, supporting consistency, auditability, and operational management across complex application, data, and infrastructure environments.

• Service Orchestrator

  Service orchestrator is a software control layer that coordinates and automates end-to-end service delivery and lifecycle management across networks, clouds, and IT systems, enabling policy-based workflows, multi-domain consistency, and catalog-driven service offerings in complex enterprise and service provider environments.

• Service Oriented Architecture

  Service-oriented architecture is an architectural style that organizes software into loosely coupled, network-accessible services with defined interfaces and contracts, used by enterprises to structure reusable business capabilities, manage integration across heterogeneous systems, and apply governance to service design and operation.

• Service Registry

  Service registry is a runtime catalog of service instances, endpoints, and associated metadata that enables dynamic service discovery in distributed and microservices architectures, helping enterprises support routing, health-aware connectivity, and consistent policy enforcement across heterogeneous applications and infrastructure.

• Services

  Services are organized capabilities or functions that deliver defined outcomes to consumers without transferring ownership of a product, structured through interfaces, policies, and service-level expectations for use in enterprise architectures, sourcing models, and operational management.

• Service Set Identifier

  Service Set Identifier (SSID) is the text-based network name used in IEEE 802.11 Wi‑Fi to identify a specific wireless LAN. It matters in enterprises because it underpins wireless segmentation, security policy association, and integration with authentication and access control systems.

• Service Virtualization and Microservices

  Service virtualization is a software development and testing technique that emulates dependent services and components so teams can build and test applications, including microservices-based systems, without relying on live downstream systems, constrained environments, or third-party integrations.

• Serving Infrastructure

  Serving infrastructure is the combination of software, hardware, and orchestration components that deploy and host machine learning models for online inference in production, enabling governed, low-latency access to model predictions within enterprise applications and operational technology environments.

• Session Continuity

  Session continuity is the capability of an application or service to preserve an authenticated user’s session and interaction context across network or device changes, reducing repeated logins while still allowing enterprises to enforce access control, security policy and compliance requirements.

• Session Description Protocol

  Session Description Protocol (SDP) is a text-based standard that defines how to describe multimedia communication sessions so endpoints and network elements can negotiate codecs, transport, and security parameters in IP-based real-time voice, video, and collaboration environments.