Speed up your development for process- and
industrial automation.

As one of the key industrial interoperability standards OPC Unified Architecture (OPC-UA) allows easy and secure exchange of information between your device and diverse platforms from multiple vendors. The companion specifications allow the adoption to specific vertical applications and create a wealth of opportunities. For example PA-DIM is the companion specification for the Process Automation Industry.

NOA (NAMUR Open Architecture) is a concept for transmitting device information over a second communication channel without affecting the traditional automation structures and with no impact on the automation system. It provides use cases such as unique identification, device health, automated as built or dimensioning design check and can be used for existing systems (brownfield) as well as the new developments such as Advanced Physical Layer (APL) or Module Type Package (MTP).

The enormous installed base in the process industries requires a digital transformation solution that uses the information from multiple devices communicating through existing field level communication solutions. Different information models that represent the same information are used and PA-DIM (Process Automation Device Information Model) is a standardized information model that will ensure interoperability and seamless access to device information independent form the specific communication protocol.

We will help you to create a Module Type Package (MTP) for your solution. It increases the flexibility of a production site by containing vendor neutral and functional description of the process module automation. The process control engineering of a production plant can easily import and integrate such package which contains all static and dynamic information and even an HMI.

FDT (Field Device Tool) is a proven and widely used integration technology in the automation industry – Device Type Manager (DTM) are used to operate and maintain devices. Device manufacturers are typically delivering DTMs as part of their device offering and many systems are supporting FDT DTMs. CodeWrights provides platforms to create device or gateway DTMs based on device information model, EDD, FDI or even fully customized fast and efficient.

FDI (Field Device Integration) is similar to FDT used as integration technology in the automation industry. The number of available FDI Device Packages representing field devices is rising. So do the number of systems and application supporting FDI. CodeWrights supports FDI Device package development and provides bridges between FDI and FDT to avoid double investment.

Key to exchange information with your device is the communication layer and used protocols. With existing infrastructure in place you will need to support various communication systems and protocols which we are working with since the beginning. We help you to connect your device through HART, Foundation Fieldbus, Modbus,​ Profibus, Profinet, IO-Link, AS-interface, LoRaWAN and others....

We support the creation of solutions for your device and have your application running on aws, Azure, Netilion, Cumulocity. The customers can access data through mobile phones or tablets using iOS, Android or Windows with cross-platform development

Ethernet-APL (Advanced Physical Layer) brings Ethernet to the filed. Standardized as 10BASE-T1L Ethernet-APL is a very low power physical layer technology that can enable very low power smart sensor deployments with a high data bandwidth connectivity solution. We support your firmware or protocol development, data information modeling, connectivity or configuration application and graphical user interfaces.