📄️ Access Security
A set of measures and protocols implemented to protect IoT devices, networks, and systems from unauthorized access, ensuring data integrity and confidentiality.
📄️ Auditing
The process of systematically reviewing and monitoring IoT systems, networks, and devices to ensure compliance with security policies, standards, and regulations, as well as identifying potential vulnerabilities and risks.
📄️ Centralized Account Management
A method of consolidating and managing user accounts, access, and permissions for IoT systems, applications, and resources from a central location.
📄️ Cybersecurity
Adherence to regulatory standards, policies, and guidelines in IoT deployments, including data privacy, security, and industry-specific requirements.
📄️ Cybersecurity
The protection of IoT devices, networks, and systems from digital attacks, theft, and damage to hardware, software, or data.
📄️ Data Diode
A unidirectional network device that enables secure data transfer between networks with different security levels, providing a robust cybersecurity solution for IoT systems.
📄️ Fast Identity Online 2 (FIDO2)
A set of security specifications that enable strong, passwordless authentication for IoT devices and systems, enhancing security and simplifying user experience.
📄️ File Transfer Protocol Secure (FTPS)
An extension of FTP that adds support for encrypted data transfers, ensuring the privacy and integrity of data exchanged between IoT devices and systems.
📄️ Governance
The set of policies, processes, and guidelines that define how IoT systems are managed, operated, and secured, ensuring compliance, reliability, and efficiency.
📄️ Microsoft Defender for Cloud
A comprehensive security solution that helps protect IoT systems and services running on cloud platforms, providing visibility, protection, and compliance monitoring.
📄️ Multifactor Authentication (MFA)
A security method that requires users to provide multiple forms of verification before granting access to IoT systems and services, enhancing protection against unauthorized access.
📄️ Network Controls
Tools and technologies used to monitor, manage, and secure the flow of data in IoT networks, ensuring optimal performance, reliability, and security.
📄️ Perimeter
The boundary or outer edge of an IoT system or network, which can be secured using various security measures, such as firewalls, intrusion detection systems, or access control mechanisms.
📄️ Physical Security
Measures and controls designed to protect IoT devices, systems, and infrastructure from physical threats, such as unauthorized access, theft, or damage.
📄️ Personal Identification Number (PIN)
A numeric or alphanumeric code used as an authentication method for securing access to IoT devices, systems, and services.
📄️ Public Key Infrastructure (PKI)
A security framework that uses digital certificates, public and private keys, and certificate authorities to establish trust and secure communication in IoT systems.
📄️ Privacy by Design
A proactive approach to privacy that involves embedding privacy-enhancing measures into the design and operation of IoT systems, ensuring data protection and user control.
📄️ Protocol
A set of rules that govern the communication between devices and systems, specifying data formats, transmission methods, and control mechanisms.
📄️ Role-based Access Controls (RBAC)
A security model that restricts access to IoT systems, devices, and services based on the roles and privileges assigned to individual users or groups.
📄️ Security Alerts
Notifications generated by IoT security systems, tools, or services when a potential threat, breach, or vulnerability is detected.
📄️ Security
Measures taken to protect IoT devices, networks, and data from unauthorized access, tampering, and other threats.
📄️ Shared Responsibility Model
A security framework in which both the IoT service provider and the customer share responsibility for securing the infrastructure, platforms, applications, and data in an IoT system.
📄️ Single Sign-on (SSO)
An authentication mechanism that allows users to access multiple IoT services and applications using a single set of login credentials, simplifying access management and improving security.
📄️ Trust Anchor
A component or entity within an IoT security architecture that serves as a trusted reference point, such as a root certificate authority, a hardware security module, or a secure enclave.
📄️ Zero Trust
A security model that assumes no trust is granted to any IoT devices, systems, or services, both inside and outside the network perimeter, and requires continuous verification of their identity and authorization.