Relyum is born to provide innovative solutions for networking, synchronization and cybersecurity in critical systems.
Products
Cyber-Physical Production System Platform
RELY-CPPS platform meets the needs of critical applications, in terms of reliability, availability and security.
Time-aware Redbox Switch
RELY-RB the critical systems demand time-aware high-availability networking.
Time-aware Network Recorder
REY-REC the network communications at frame level for testing and forensic purposes.
Time-aware Multiprotocol Hub
RELY-61850 platform meets the needs of critical applications, in terms of reliability, availability and security, combining sensor data acquisition, computing and networking in the same device.
RELY-PCle Family
Seperated into 3 product lines which are RELY-TSN-PCIe, RELY-SYNC-HSR/PRP-PCIe, RELY-SYNC-PCIe.
Smart Technology for Relyum Products
Cybersecurity for Critical Systems
Cybersecurity is a huge challenge for industrial and for critical systems in general. A multi-layered approach is mandatory to cover the security threats that may arise at sensor, integrated circuit, embedded device, network, application, enterprise and cloud levels.
Edge Computing for Smart Factories
Edge computing is required for preprocessing the Data, to allow its analysis in the Enterprise and Cloud side.Therefore, the emerging scenario demands a combination of Edge, Enterprise and Cloud computing, taking into account the specific requirements of the Industry, like high-availability, real-time operation capability and security.
Sub-Microsecond Synchronization using Ethernet Networks
It is feasible implementing similar accuracy level of synchronization that provides a GPS receiver, in a device connected to an Ethernet network. The technology required to benefit from this innovation is based on Precise Time Protocol (PTP). PTP is defined in the IEEE 1588-2008 and IEC 61588:2009 standards.
Time Sensitive Networking merges Factory and Enterprise Networks
Industrial Internet of Things (IIoT) offers smart infrastructure and hyper-connected devices with sensing, processing and networking capabilities. These systems will generate incredible amounts of Data, sharing the same network. Thus, it is necessary to ensure that the real-time and critical-mission messages are transferred within strict bounds of latency and reliability regardless of other network traffic.
HSR offers high-availability and very short reaction time. In addition, the switching rules defined in the standard allow a simple way to calculate the delay in the communications for the Worst Case scenario, enabling the use of this protocol in applications that demand real-time.
PRP redundancy is implemented in the nodes rather than in the network. Especially adapted nodes (Dual Attached Nodes – DANs) are connected to two independent Ethernet networks (LAN A and LAN B) and send the same frames over both networks.