Transportation and Logistics – IoT Network Segmentation and Protection

Challenge

Securing the expanded IoT device cyber attack surface across large, decentralized transportation and logistics networks.

Network segmentation complexity

of transportation and logistics organizations report difficulties integrating network segmentation with legacy systems

Budget and resource constraints

of transportation and logistics companies cite lack of skilled personnel and budget as barriers to effective network segmentation

Zero trust implementation

of companies struggle with zero trust implementation due integration complexity and required security policy changes

Solution

Cylera enhances IoT device security for transportation and logistics companies by facilitating network segmentation and accelerating zero trust framework adoption.

A transportation and logistics industry employee using a tablet that is part an IoT network and protected from IoT device cyber threats by network segmentation policies automatically generated by the Cylera platform and forwarded to firewall and NAC solutions for enforcement.

Enhanced Network Security, Reduced IoT Cyber Risk

"Cylera has greatly strengthened the security of our IoT devices across our transportation and logistics operations, optimizing network segmentation and accelerating our transition to a zero trust framework. With Cylera’s segmentation policy generation technology, we can confidently safeguard our fleet tracking systems, warehouse automation, and connected logistics infrastructure, ensuring the integrity, efficiency, and resilience of our supply chain."

Director of Network Security

Large Warehousing and Distribution Company

Optimize transportation and logistics IoT device network segmentation and accelerate zero trust framework adoption

A transportation and logistics industry IT security team reviewing detailed IoT device profiles created by the Cylera platform and used to generate network segmentation policies which the Cylera platform then forwards to firewall and NAC solutions for enforcement and improved IoT device protection.

Detailed Device Profiling Network Segmentation And Protection

Detailed Device Profiling

Cylera quickly detects and profiles all IoT devices connected to transportation and logistics networks, gathering detailed information such as device model, manufacturer, operating system, and network traffic patterns. This comprehensive data is crucial for developing effective network segmentation policies tailored to the unique requirements of transportation and logistics companies.

Automated Policy Generation

Utilizing machine learning and behavioral analytics, Cylera automatically creates network segmentation security policies customized to each IoT device's risk level and function within the transportation and logistics network. This reduces the risk of human error. It also ensures that security measures can adapt to dynamic global transportation and logistics IoT device and network environments.

A transportation and logistics industry IT security employee reviewing automated network segmentation policies generated by the Cylera platform and then forwarded to firewall and NAC solutions for enforcement and improved IoT device protection.

Clinical Awareness Network Segmentation And Protection

Transportation and logistics industry employees using a tablet that is part of an IoT network and protected from IoT device cyber threats by network segmentation policies generated by the Cylera platform and used by firewall and NAC devices to isolate and manage IoT device threats

Segmentation Policy Creation Update Network Segmentation And Protection

Rapid Threat Containment

Cylera integrates its network segmentation policies for IoT devices in transportation and logistics networks with widely used firewall and network access control (NAC) solutions. These solutions can then apply the security policies Cylera generates to effectively isolate and manage IoT device threats.

Continuous Monitoring and Adaptation

Cylera consistently tracks the network activity and interactions of IoT devices within transportation and logistics systems, then generates new network segmentation policies or refines existing policies as appropriate. This ensures that the network segmentation policies designed for transportation and logistics firms stay relevant and effective as the network evolves.