Project Description

STACKFORCE Triple-Stack mioty®+LoRaWAN®+wM-Bus
The STACKFORCE Triple-Stack mioty®+LoRaWAN®+wM-Bus for end points implements three protocol stacks which can be switched easily via STACKFORCE Multi-Stack API during runtime. This Triple-Stack includes three protocol stacks: 1. mioty®, the innovative and powerful LPWAN technology, standardized by ETSI TS 103 357 2. LoRaWAN®, the popular and widespread LPWAN technology. 3. Wireless M-Bus, the leading standard for metering, compliant to EN 13757 or OMS specification available for meters and collectors. The stack itself supports hardware acceleration if applicable (hardware dependent), like AES de-/encryption. It can be obtained as an embedded software library for integration into your C/C++ program, but it also includes a serial interface that provides all API functions via a well-proven serial interface (including encryption for sensitive applications) with minimal overhead, for creating your own firmware image for modem-like use. The stack can easily be commissioned and configured and comes with support (depending on license package), maintenance and warranty by STACKFORCE. Of course, the stack can be customized to your very detailed needs upon request..
Includes
implementation of the mioty® technology
implementation of the LoRaWAN® technology
implementation of the wireless M-Bus technology
STACKFORCE Multi-Stack API
provided as a library for integration, but includes serial interface for modem operation
easy commissioning and configuration
support, maintenance and warranty included
customizable at any time
additional services for porting, migration and integration can be obtained at any time
Technical Key Facts
flexible API and interface for externalization of security and helper functions
well-formed Hardware Abstraction Layer (HAL)
unified look-and-feel of API for multiple protocol stacks (Multi-Stack API)
all API functions available via well-proven serial interface with minimal overhead
support for basically any serial interface, like UART (default), SPI, I²C, … (hardware dependent)
for sensitive applications: AES encryption for serial interface
support of hardware acceleration (AES de-/encryption, CRC, …) (hardware dependent)
support of any type of non-volatile memory (EEPROM, Flash, MRAM, …) (hardware dependent)