The SIListra Safety Transformer 2.1.0, certified by TÜV SÜD, is the gateway to new, more scalable and more efficient solutions for functional safety. The innovative solution enables new SW/HW architectures for safety control systems that do not require redundant hardware channels. The software development tool automatically integrates coded processing at source code level into your applications. The resulting program detects random errors without additional hardware support. This allows the safety function to be executed on standard hardware (COTS) in compliance with the requirements of IEC 61508 (up to SIL 3), among others.

When using the SIListra Safety Transformer, you can

• run safety controllers on the same standard hardware as the non-safe controllers
• both virtualize and manage safety controllers like IT applications on IT servers and thus significantly increase their availability
• drastically reduce development times for the hardware
• work around component obsolescence

Safety functions can be "silistrified" with the SIListra Safety Transformer without major adjustments, i.e. the tool automatically incorporates the necessary diagnostics into the source code.

New developments such as autonomous plant and transport systems as well as cobots require extensive, complex safety functions. Control systems increasingly have to meet safety requirements. Until now, however, complex (often two-channel) hardware has been used. SIListra Systems supports developers and users with safety solutions based on standard hardware such as PLCs, IPCs, Edge Cloud computers that have no safety certification. Furthermore, SIListra System technology enables new solutions for the virtualization, scalability and orchestration of control and drive units for safety-critical applications. A large number of previously necessary tests (CPU instruction set tests, cyclic RAM tests, program flow control) become obsolete thanks to coded processing and no longer need to be implemented manually.

Users of SIListra Systems solutions have access to a wide range of services from certified safety engineers, professionals and experts, including

• advice on the integration of coded processing/diversified encoded processes in safety architectures
• creation of safety concepts, feasibility studies, proof-of-concepts or prototypes
• safety analyses (FMEA) for architectures based on standard hardware
• programming services for safety applications, especially in C, C++, Rust
• software FMEAs
• joint cooperation with notified bodies (e.g. TÜV) and third parties (e.g. service providers)