Navigating Cybersecurity Concerns in Industrial IoT Deployments
Explore how authentication, encryption, hardware security, audits, & tailored security approaches can help secure your IIoT systems against Cybersecurity.
We care about your data, so HiveMQ is designed from the ground up with maximum security in mind. Advanced security features are essential for mission-critical IoT scenarios, and HiveMQ gives you the flexibility to enable the specific security features that your individual use case requires.
HiveMQ is committed to using the highest information security and risk management standards to protect and handle customer data with the optimum level of trust and compliance.
The collection and processing of personal data is made in accordance with relevant data protection regulations and safeguards for confidential information. Contact us for GDPR DPA and TOMs.
The globally-recognized ISO/IEC 27001: 2013 certification signifies HiveMQ meets the high standard of excellence for information security management systems. Read more in our press release.
Being SOC 2 Type 1 certified ensures that our systems and controls are designed to meet rigorous security, availability, processing integrity, confidentiality, and privacy standards. Learn more from AICPA.
Secure communication between HiveMQ and MQTT clients
Secure communication between HiveMQ cluster nodes
Native TLS/SSL support for increased performance
Encryption at Transport Layer vs Encryption at Application Layer
Configurable via custom security extensions
Support from simple username/password to fine-grained RBAC.
Support for Java Key and Trust Stores
Dynamic loading and run time
Allows an OCSP responder to determine the revocation status of an SSL certificate
Reduces network traffic
Configurable access log for MQTT clients
Audit log for Control Center actions
Top recommended blogs and other resources to help you keep your IoT deployments secure.
Explore how authentication, encryption, hardware security, audits, & tailored security approaches can help secure your IIoT systems against Cybersecurity.
Learn how to secure HiveMQ MQTT broker deployments by adopting a hierarchical approach, with Root CA delegating authority to Intermediate CAs.
Learn how to enhance the security of IoT deployments while using MQTT, the de facto protocol for IoT, and HiveMQ’s Enterprise Security Extension (ESE).
Explore potential attacks on an MQTT Broker, security challenges in OT for IIoT, and discover how MQTT and HiveMQ can effectively mitigate these threats.
Learn how to address key security challenges associated with Unified Namespace (UNS) in IIoT environments with actionable strategies and best practices.
Download this white paper to understand the common data security challenges in IoT deployments and how to enhance the security posture.