Enterprise Technology Terminology: S

599 results · page 2 of 30

• Satellite Gateway

  Satellite gateway is a terrestrial facility that links satellites to ground-based telecommunications or data networks by hosting antennas, radio and baseband equipment, and network interfaces, enabling managed connectivity, traffic control, and policy enforcement for satellite-based enterprise and service provider communications.

• Satellite Ground Segment

  Satellite ground segment is the terrestrial infrastructure and systems that control satellites, handle telemetry and payload data, and connect space assets to enterprise and public networks, which affects service continuity, security posture, regulatory compliance, and data delivery to downstream systems.

• Satellite Maritime Link

  Satellite maritime link is a satellite-based communication connection that links vessels at sea with shore-based networks, enabling IP data, voice and messaging services that support ship operations, safety communications, regulatory reporting and crew or passenger connectivity for commercial and operational use.

• Satellite Network Orchestrator

  Satellite network orchestrator is a software control system that automates and coordinates configuration, resource allocation, and service delivery across satellite communication networks and their integration with terrestrial infrastructures, enabling policy-based management, observability, and service assurance for operators and enterprise users.

• Satellite Payload

  Satellite payload is the mission-focused set of instruments, electronics, and software on a spacecraft that deliver communications, navigation, or sensing services, which matters to enterprises because it defines service capabilities, coverage, data characteristics, and constraints for satellite-dependent networks and applications.

• Satellite Reconnaissance Network

  Satellite reconnaissance network is a coordinated system of satellites, ground infrastructure, and communication links that collects and distributes remote sensing intelligence data, relevant to enterprises and agencies that rely on space-based surveillance outputs for monitoring, analysis, and operational decision support.

• Satellite Situational Awareness

  Satellite situational awareness is the continuous monitoring and analysis of satellites and related space objects to determine their orbit, status, and interaction risk, supporting collision avoidance, asset protection, and service continuity for commercial, government, and defense space operations.

• Satellite-Terrestrial Integration

  Satellite-terrestrial integration is the coordinated use of satellite and terrestrial communication networks to provide interoperable connectivity and coverage continuity for broadband, mobile, and IoT services, which supports enterprise architectures that span urban, rural, and remote environments using unified management and security controls.

• Satellite-to-Ground Link

  Satellite-to-ground link is a radio frequency communication channel between a satellite and an Earth station that carries telemetry, command, and payload data, and provides the primary access point that connects satellite systems with terrestrial networks and enterprise environments.

• Savings Plan Utilization

  Savings plan utilization is the percentage of an organization’s eligible cloud consumption that a committed-use savings plan actually covers within a billing period. It matters because it determines how effectively enterprises convert committed cloud spend into realized cost savings.

• SCADA Integration

  SCADA integration is the process of connecting supervisory control and data acquisition systems with other operational, IT, and security systems so data, alarms, and control signals can interoperate to support monitoring, coordination, maintenance planning, and compliance in industrial enterprises.

• SCADA Network Security

  SCADA network security is the collection of controls, architectures, and monitoring practices that protect supervisory control and data acquisition communications and devices from unauthorized access, manipulation, and disruption in industrial control system networks used across operational and critical infrastructure environments.

• Scalability

  Scalability is the capability of an enterprise system or architecture to accommodate higher workloads by adding resources while maintaining defined performance and reliability levels. It matters because it enables controlled growth, predictable service quality, and structured capacity planning in complex environments.

• Scalability Benchmark

  Scalability benchmark is a standardized test that measures how a system’s performance and resource usage change as workload or concurrency grows. It matters in enterprise environments for capacity planning, architecture decisions, vendor evaluation, and validation of nonfunctional performance requirements.

• Scalability Visualization

  Scalability visualization is the graphical representation of how an application or infrastructure responds as load, users, or data volumes increase, enabling enterprises to observe capacity limits, performance degradation patterns, and scaling behavior for planning, reliability, and cost-control decisions.

• Scalable AI Framework

  Scalable AI framework is an architectural and software foundation that supports running AI workloads across distributed and heterogeneous infrastructure, allowing enterprises to train, deploy, and manage models as data volumes and resource demands grow while maintaining reliability, security, and governance controls.

• Scalable Coherent Interface

  Scalable Coherent Interface (SCI) is an IEEE standard cache-coherent, point-to-point interconnect for multiprocessor and shared-memory systems, relevant to enterprises designing or deploying scalable servers and embedded platforms that require coherent access to distributed memory and avoidance of shared bus bottlenecks.

• Scalable Site Architecture

  Scalable site architecture is the structural design of a website’s application, data, and infrastructure layers that allows an enterprise to handle growth in users, content, and transactions while maintaining performance, availability, security, and maintainability across environments.

• Scalable Vector Extension

  Scalable Vector Extension is an Arm architecture instruction set extension for vector processing that uses variable-length vectors to execute data-parallel operations, which matters for enterprises evaluating Arm-based servers for high-performance computing, analytics, and other compute-intensive workloads in data center and cloud environments.

• Scale-Out Architecture

  Scale-out architecture is a distributed computing design that increases capacity by adding independent nodes or servers instead of enlarging a single system, which matters in enterprises for incremental capacity planning, resilience, and support of large-scale data and application workloads.