Enterprise Technology Glossary

6,173 results · page 136 of 309

• Independent Verification and Validation

  Independent verification and validation is a formally structured process in which an independent third party evaluates whether a system or software product conforms to specified requirements and adequately meets user and stakeholder needs, supporting risk management, governance, and regulatory or contractual assurance in enterprise environments.

• Index Optimization

  Index optimization is the process of designing and maintaining database indexes to align with real workloads, improving query performance while managing storage, write overhead, and maintenance costs in enterprise transactional, analytical, and distributed data platforms.

• Indicators of Attack

  Indicators of attack are behavioral and contextual signals that describe how an attack is unfolding, used by enterprises to detect and respond to intrusions earlier than traditional compromise artifacts within SOC, SIEM, EDR, and related security operations workflows.

• Indicators of Compromise

  Indicators of compromise are observable digital artifacts or data points that identify or suggest malicious cyber activity. The concept matters in enterprises because it underpins automated threat detection, incident response workflows, and information sharing across security tools and collaborating organizations.

• Indirect Evaporative Cooling

  Indirect evaporative cooling is an HVAC method that uses evaporation on a separate airstream or fluid to cool supply air through a heat exchanger, without adding moisture, which enterprises deploy to reduce mechanical chiller energy use in buildings and data centers.

• Inductive Reasoning Engine

  Inductive reasoning engine is a software system that generalizes from data to produce rules or models using inductive logic, statistical learning, or machine learning, and matters in enterprise contexts for automating pattern discovery, decision-support, and data-driven model creation within analytics and AI platforms.

• Industrial Automation and Control System

  Industrial automation and control system is a coordinated set of hardware, software, and networks that monitor and control physical industrial processes, supporting production, safety, and compliance in sectors such as manufacturing, energy, transportation, and utilities within operational technology environments.

• Industrial Control Systems

  Industrial control systems are integrated hardware, software, and communication environments that monitor and control physical industrial processes, supporting safe, reliable, and compliant operation of assets in sectors such as energy, manufacturing, transportation, and water and wastewater for production and service continuity.

• Industrial Design Simulation

  Industrial design simulation is the use of computer-based, physics-based modeling to evaluate and optimize industrial products and systems before physical prototyping, supporting performance verification, compliance assessment, and design decision-making across engineering, manufacturing, and product lifecycle management environments in enterprise settings.

• Industrial Edge

  Industrial edge is the placement of compute, storage, and networking resources near industrial equipment and operational technology systems to process and analyze operational data locally, supporting low-latency control, analytics, and secure integration with central IT and cloud environments for industrial enterprises.

• Industrial Ethernet

  Industrial Ethernet is the use of Ethernet-based networking and protocols engineered for industrial automation, providing deterministic and real-time communication for controllers and field devices, and enabling IP-based integration between operational technology networks, manufacturing systems, and enterprise IT environments.

• Industrial Internet of Things

  Industrial Internet of Things is the application of connected sensors, devices, and control systems in industrial environments to collect and use operational data. It matters because it links operational technology and information technology for monitoring, control, and data-driven management of industrial assets.

• Industrial IoT

  Industrial IoT is the use of connected sensors, devices, and industrial assets to collect and exchange operational data in sectors such as manufacturing, energy, and transportation, enabling continuous visibility, analytics, and control across operational technology and enterprise systems.

• Industrial Process Optimization

  Industrial process optimization is the systematic application of data, models, and control methods to adjust industrial operations to meet defined objectives for throughput, quality, cost, energy use, safety, and compliance in alignment with enterprise production and planning strategies.

• Industrial Robot Controller

  Industrial robot controller is a dedicated control and computing unit that runs motion and logic programs for industrial robots in manufacturing and processing environments, enabling programmable automation, integration with other industrial control systems, and enforcement of safety and operational constraints.

• Industrial Sensor Network

  Industrial sensor network is a communication infrastructure that connects distributed sensors and actuators in industrial environments to collect real-time operational data for monitoring and control, forming a core element of industrial control, operational technology, and industrial IoT architectures in enterprises.

• Industry

  Industry is a formally defined group of enterprises that conduct similar production or service activities, organized under standardized classification systems. It matters because organizations and regulators use it for measurement, benchmarking, regulatory reporting, economic analysis, and sector-specific risk and technology planning.

• Inertial Measurement Unit

  Inertial measurement unit is an electronic device that uses integrated accelerometers, gyroscopes, and sometimes magnetometers to measure motion-related quantities such as specific force and angular rate, which enterprises use for navigation, control, and stabilization in embedded, robotic, and autonomous systems.

• Inertial Navigation System

  Inertial navigation system is a self-contained navigation mechanism that estimates a platform’s position, velocity and orientation using accelerometers and gyroscopes. It matters in enterprise and defense contexts because it maintains navigation continuity when satellite or external positioning signals are unavailable or degraded.

• Inference

  Inference is the execution of a trained artificial intelligence or machine learning model on new data to produce outputs such as predictions or classifications, used in enterprises to support production applications, automated decisions, and analytics within governed, monitored environments.