Enterprise Technology Glossary

6,173 results · page 244 of 309

• Secure Boot

  Secure Boot is a firmware-based security control that validates bootloaders and other pre-OS components with cryptographic signatures, helping enterprises enforce a trusted boot chain, reduce exposure to boot-level malware, and support integrity-focused endpoint and server hardening policies.

• Secure Bootloader

  Secure bootloader is firmware that enforces cryptographic verification of boot components so that only authenticated, integrity-checked code runs during system startup. It matters for enterprises because it underpins device trust, mitigates firmware-level attacks, and supports compliance with platform integrity requirements.

• Secure Boot Process

  Secure boot process is a hardware and firmware mechanism that validates each stage of system startup with cryptographic checks, ensuring only authorized code runs at boot, which supports enterprise platform integrity, malware resistance, and compliance with security guidelines.

• secure by default

  Secure by default is a security design approach in which systems and software ship with protective baseline configurations already enabled, reducing attack surface and configuration errors for enterprises while supporting alignment with security policies, regulatory frameworks, and audit requirements.

• secure by design

  Secure by design is an engineering approach that integrates security requirements and controls into software and system architecture from the outset, helping enterprises reduce vulnerabilities, support regulatory expectations, and link technical controls to documented risk and governance objectives.

• Secure Code Distribution

  Secure code distribution is the controlled delivery of software code, binaries, and updates through authenticated, integrity-verified channels across the software supply chain. It matters in enterprises because it reduces software supply chain risk, supports compliance, and protects production environments from tampered or unauthorized code.

• Secure Coding Standards

  Secure coding standards are documented rules and practices that guide developers to build software that resists known security vulnerabilities, helping enterprises operationalize security requirements, support compliance, and reduce the likelihood of exploitable weaknesses in applications and services.

• Secure Compartmented Information Facility

  Secure Compartmented Information Facility is a controlled physical space that meets U.S. government standards for handling Sensitive Compartmented Information, enabling organizations supporting national security programs to store, process, and discuss compartmented data under defined clearance, access control, and technical security requirements.

• Secure Container Runtime

  Secure container runtime is a hardened container execution environment that enforces workload isolation, access control, and integrity protections, which helps enterprises reduce container attack surface, support multitenancy, and align runtime behavior with organizational security, compliance, and risk-management requirements.

• Secure Control Loop

  Secure control loop is a closed-loop control system for industrial or cyber-physical processes that integrates cybersecurity measures into sensing, control, and actuation so the process remains within defined safety and performance bounds in the presence of cyber threats.

• Secure Copy

  Secure Copy (SCP) is a file transfer protocol and utility that moves data over encrypted Secure Shell (SSH) connections, used in enterprises for administrative and automated transfers where encrypted, authenticated movement of files between networked systems is required.

• Secure Data Disposal

  Secure data disposal is the controlled process of rendering data on physical or logical media permanently unreadable and unrecoverable, used by enterprises to manage security risk, support compliance obligations, and enforce data lifecycle and retention policies.

• Secure Data Enclave

  Secure data enclave is an isolated and controlled computing environment for storing and processing sensitive data under strict security, access, and monitoring policies. It matters because it supports compliance, risk management, and governed analytics on regulated or confidential information in enterprises.

• Secure Development Lifecycle

  Secure development lifecycle is a structured software development process that embeds defined security practices into each phase of building, testing, deploying, and maintaining software, helping enterprises manage vulnerabilities, support compliance requirements, and document due diligence in how applications are designed and delivered.

• Secure Edge Compute

  Secure edge compute is an architectural approach that runs and protects computing workloads at or near the network edge, enabling local processing under defined security, compliance, and latency constraints for distributed enterprise, industrial, and telecommunications environments.

• Secure Element

  Secure element is a tamper-resistant hardware environment that stores cryptographic keys and performs security-critical operations in isolation from host systems, enabling hardware-based roots of trust for authentication, payments, connectivity, and regulatory-compliant protection of credentials in enterprise and device architectures.

• Secure Enclave

  Secure enclave is a hardware-enforced isolated execution environment within a processor that protects code and data in use from other software and certain physical attacks, supporting confidential computing, regulatory compliance, and governance for sensitive workloads in enterprise and cloud architectures.

• Secure Execution Environment

  Secure execution environment is a hardware- and software-enforced isolated context for running code and handling data with defined confidentiality and integrity protections, which enterprises use to process sensitive workloads in shared or untrusted infrastructure while constraining exposure to surrounding systems.

• Secure Firmware Update

  Secure firmware update is a controlled, cryptographically protected process for delivering and installing firmware changes on devices in a way that enforces authenticity, integrity, and authorization, which supports enterprise vulnerability management, supply chain security, and governance of low-level device software.

• Secure Gradient Sharing

  Secure gradient sharing is a privacy-preserving method for exchanging model gradients in distributed or federated learning so participants can collaboratively train models while reducing exposure of sensitive training data or parameters, supporting compliance and governance in regulated enterprise and cross-organizational environments.