Enterprise Technology Terminology: E

247 results · page 6 of 13

• Encryption

  Encryption is a cryptographic process that converts readable data into encoded data using algorithms and keys so only authorized parties can restore it, enabling enterprises to protect confidentiality, meet regulatory requirements, and reduce exposure when systems or data stores experience unauthorized access.

• Encryption Algorithm

  Encryption algorithm is a mathematically defined procedure that uses cryptographic keys to convert plaintext into ciphertext and back, enabling confidentiality controls that enterprises use to secure data at rest and in transit within applications, infrastructure, and communication protocols.

• Encryption-in-Use

  Encryption-in-use is a data protection approach that keeps data cryptographically protected while applications process it or hold it in active memory. It matters in enterprise environments that need to limit plaintext exposure in cloud, multitenant, and outsourced computing infrastructures.

• Encryption Key Escrow

  Encryption key escrow is a mechanism in which a trusted party or controlled internal function securely retains copies of cryptographic keys so enterprises can perform authorized data recovery, legal access, or continuity operations while enforcing defined governance, audit, and access controls.

• Encryption Key Management

  Encryption key management is the structured control of cryptographic keys across their life cycle in an organization, enabling consistent protection of encrypted data, compliance with security requirements, and auditable access to decryption capabilities for authorized systems and users.

• Encryption Key Rotation

  Encryption key rotation is the controlled replacement of cryptographic keys on a defined schedule or trigger to limit data exposure from key compromise, support encryption lifecycle management, and meet regulatory, compliance, and internal security policy requirements in enterprises.

• End-of-Life Management

  End-of-life management is the governed process for planning and executing the retirement and disposition of technology assets when they reach end of support, helping enterprises manage security risk, compliance obligations, and refresh planning across hardware, software, and services.

• Endpoint Detection And Response

  Endpoint detection and response is a category of security tools that monitor and analyze endpoint activity to detect malicious behavior, support incident investigation and enable containment and remediation, which enterprises use to strengthen security operations and meet incident detection and response requirements.

• Endpoint Protection Platform

  Endpoint protection platform is an integrated security product that combines prevention, detection, and response capabilities to protect enterprise endpoint devices, providing centralized policy management, monitoring, and remediation that support risk management, compliance, and operational security across distributed user and server environments.

• Endpoint Validation

  Endpoint validation is the process and controls an organization uses to verify a device’s identity, configuration, and security posture before and during access to enterprise networks, applications, or data, supporting policy enforcement, regulatory compliance, and risk management across user and machine endpoints.

• End-to-End Encryption

  End-to-end encryption is a cryptographic method that keeps data encrypted from the sender’s device to the recipient’s device, with decryption keys held only at the endpoints. It matters in enterprises for enforcing strict data confidentiality and privacy constraints.

• Energy-Aware Job Scheduler

  Energy-Aware Job Scheduler is a software component that schedules and places compute jobs using both performance and energy consumption criteria. It matters in enterprise environments because it supports energy-efficient workload management, cost control, and alignment with sustainability and power-budget objectives.

• Energy-Aware Job Scheduling

  Energy-aware job scheduling is a computing method that assigns and sequences workloads based on both performance requirements and energy use, enabling enterprises to manage power, capacity, and sustainability objectives in data centers, high-performance clusters, and cloud environments.

• Energy Aware Scheduling

  Energy aware scheduling is a resource scheduling approach that allocates computing workloads using power consumption data and policies, enabling enterprises to reduce data center energy use, meet power and thermal limits, and align IT operations with performance and sustainability objectives.

• Energy-Aware Task Distribution

  Energy-aware task distribution is a workload allocation method that assigns and schedules computing tasks based on energy consumption characteristics while maintaining performance and service-level objectives, used by enterprises to manage data center and cloud energy use and operating costs.

• Energy Cost Modeling

  Energy cost modeling is the structured calculation and projection of energy-related monetary costs for systems, facilities, or services, enabling enterprises to evaluate expenditures, compare design and operational options, and align infrastructure, procurement, and sustainability decisions with financial and regulatory objectives.

• Energy Efficiency Metric

  Energy efficiency metric is a quantitative measure that relates useful output or service of a system to the energy it consumes, enabling enterprises to evaluate, compare, and manage energy performance for assets, facilities, and digital services in a traceable way.

• Energy Efficiency Ratio

  Energy efficiency ratio is a performance metric that expresses the cooling output of an air-conditioning or cooling system relative to its electrical power input, used by enterprises to evaluate equipment efficiency, meet energy codes, and plan operating and capital costs.

• Energy Efficiency Simulator

  Energy efficiency simulator is a software modeling tool that predicts energy use, efficiency metrics, and related costs or emissions for buildings, industrial processes, or equipment, helping enterprises evaluate design and operational options for energy performance, compliance, and cost management.

• Energy Elasticity Controller

  Energy Elasticity Controller is a control function that adjusts power use in response to demand, pricing, grid, or policy signals. It matters in enterprise environments because it supports managed energy use within operational and service constraints.