Enterprise Technology Terminology: S

599 results · page 6 of 30

• Secure Multi-Party Computation

  Secure multi-party computation is a cryptographic method that lets multiple parties jointly compute on their combined data while keeping each party’s input confidential, relevant for enterprises that need cross-organization analytics or collaboration under privacy, compliance, and data-governance constraints.

• Secure Multiparty Settlement

  Secure multiparty settlement is a cryptographic and protocol-based approach that allows multiple organizations to reconcile and finalize obligations jointly while preserving confidentiality, integrity, and verifiability, which matters for risk management, compliance, and operational control in complex cross-institution financial and data processes.

• Secure Provisioning Process

  Secure provisioning process is a controlled set of security-governed procedures and automations that onboard and configure identities, devices, and services so they receive authenticated, authorized access and compliant configurations, supporting enterprise access control, policy enforcement, and auditable onboarding across IT and cloud environments.

• Secure Query Execution

  Secure query execution is the controlled processing of data queries that enforces access policies, protects confidentiality and integrity, and applies encryption and auditing, which helps enterprises meet governance and regulatory requirements while allowing analytical and operational workloads on shared data platforms.

• Secure SD-WAN

  Secure SD-WAN is a software-defined wide area networking approach that combines SD-WAN traffic steering with integrated security controls, enabling enterprises to manage branch, data center, and cloud connectivity while enforcing centralized, policy-based protection across heterogeneous WAN links and distributed locations.

• Secure Shell

  Secure Shell (SSH) is a cryptographic network protocol for encrypted remote login, command execution, and file transfer over untrusted networks. It matters in enterprise environments because it secures administrative access, automation, and data movement across servers, network devices, and cloud infrastructure.

• Secure Socket Layer

  Secure Sockets Layer (SSL) is a legacy cryptographic protocol for encrypting and authenticating network communications that has been superseded by Transport Layer Security (TLS) and is now treated in enterprises mainly as a deprecation, migration, and compliance concern.

• Secure Software Development Lifecycle

  Secure Software Development Lifecycle is a structured development process that embeds defined security activities into each phase of software creation and maintenance, enabling organizations to manage application security risk in alignment with enterprise policies, compliance requirements, and formal governance frameworks.

• Secure Software Factory

  Secure software factory is an integrated and automated software delivery environment that embeds security controls throughout development, build, test, and deployment, enabling organizations to manage software supply chain risk, enforce secure-by-design practices, and maintain verifiable traceability from source code to production artifacts.

• Secure Subsea Communication

  Secure subsea communication is the protected transmission of data over undersea cable systems using cryptographic, physical, and operational controls to prevent unauthorized access or disruption, which matters for enterprises that depend on resilient, compliant global connectivity between data centers, clouds, and regional networks.

• Secure Web Gateway

  Secure Web gateway is a network security service that inspects and filters enterprise Web and cloud-bound traffic to enforce security, compliance, and acceptable-use policies, providing centralized control over user Web access, malware protection, and logging for security and audit teams.

• Security Assertion Markup Language

  Security Assertion Markup Language (SAML) is an XML-based open standard for exchanging authentication and authorization data between identity providers and service providers, enabling web-based single sign-on and federated identity management across enterprise, cloud, and partner application environments.

• Security Audit

  Security audit is a formal, systematic assessment of an organization’s information security controls and practices against defined policies, standards, and regulations, used in enterprises to verify compliance, document control effectiveness, and identify gaps that require remediation or architectural adjustment.

• Security Automation

  Security automation is the use of software-driven, rule-based workflows to execute cybersecurity tasks with minimal human intervention, helping enterprises standardize incident handling, reduce manual effort on repetitive operations, and enforce security policies consistently across on-premises, cloud, and hybrid environments.

• Security Baseline

  Security baseline is a documented set of minimum security configuration requirements and controls that an enterprise adopts for specific systems and environments, used to standardize hardening, support compliance, and enable automated assessment of configuration drift and policy conformance.

• Security Certification Authority

  Security Certification Authority is an entity that issues and manages digital certificates within a public key infrastructure, providing identity binding and trust needed for authenticated, encrypted communications in enterprise environments and supporting compliance, governance, and risk management requirements.

• Security Compliance Scanner

  Security compliance scanner is an automated security tool that checks systems, applications, and cloud environments against defined policies, benchmarks, and regulatory frameworks, helping enterprises monitor control adherence, document audit evidence, and organize remediation of noncompliant configurations across diverse IT and cloud estates.

• Security Configuration Baseline

  Security configuration baseline is a formally approved set of security configuration settings for systems and platforms that establishes a reference secure state, enabling consistent hardening, automated assessment, and compliance monitoring across enterprise IT and cloud environments.

• Security Context Constraint

  Security context constraint is an OpenShift policy object that controls pod and container security settings, enabling enterprises to enforce least-privilege configurations, tenant isolation, and compliance-aligned restrictions on workloads across OpenShift-based Kubernetes clusters.

• Security Control Framework

  Security control framework is a structured catalog of cybersecurity controls and requirements that organizations use to design, implement, and assess security in a consistent, auditable way, supporting risk management, regulatory compliance, and standardized reporting across systems, vendors, and business units.