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Bedrock's Open, Secure Control System Gets an Upgrade

The maker of intrinsically-secure systems also welcomes industry luminary Peter Martin to its advisory board.

Bedrock's Open Secure Automation (OSA) product family.
Bedrock's Open Secure Automation (OSA) product family.
Bedrock Automation

Years before groups like the Open Process Automation Forum (OPAF) were attempting to build an open and secure control architecture, Bedrock Automation had already built it.

Albert Rooyakkers, Bedrock Automation’s founder, CEO, and CTO, has decades of experience in process control and has been on a mission to redesign closed industrial control systems since his time at Invensys (now Schneider Electric), when he led a design team to refresh the company’s distributed control system (DCS). Soon thereafter, he was recruited into the semiconductor industry by Maxim Integrated Products (which merged with Analog Devices in 2021), where he was working with advanced embedded semiconductor technology and on new business development plans.

At Maxim, he saw how semiconductor technology works in the most secure segments, such as the financial and aerospace industries. “That’s when I began to connect the dots,” Rooyakkers said during an interview with Automation World at the Bedrock headquarters in Massachusetts. He realized that the open and intrinsically secure system he’d been wanting to build all along could finally be accomplished. “We literally started with a blank sheet of paper and had the muscle and might of a major semiconductor company to make it real. A very key part of what we do starts with specialized cyber hardened digital electronics, and that’s how to do it right. You have to start at the smallest common denominator, which is the transistor, and start building it out.”

That is when the Open Secure Automation (OSA) platform was born.

According to Rooyakkers, every module and digital transaction in the system operates in the same manner with mutual authentication and encryption, similar to banking from a smartphone  or buying something on Amazon.  

As part of this rebuild from the ground up with embedded security, Bedrock also developed a pin-less backplane interconnect that provide secure I/O with 20 Mb bandwidth at every I/O slot, and a universal control system that can drive any control mode, be it PLC, DCS, a safety system, etc., while extending its security to third party applications.


   Read this story on Bedrock Automation's platform strategy. 


Now, with over 120 patents, Bedrock continues to evolve its OSA architecture with customers and at its design center in Massachusetts. This is demonstrated in its latest announcement of a new software release, which adds more process functionality and diagnostics to the system.

According to the company, the software upgrade, which came out in January, makes it easier for users to configure and run open applications inside the secure OSA controllers. New firmware enhancements simplify and improve SCADA redundancy, enable Transport Layer Security (TLS) support for MQTT Sparkplug, expand universal EtherNet/IP capacity, simplify flow meter proving, and assist in diagnosing large motors.

The new firmware impacts functionality in several of Bedrock’s secure system modules, including: the OSA control system built on the pin-less backplane that is scalable to support thousands of I/O; the OSA Remote control system, which provides secure, high performance automation for applications requiring five to 20 I/O; the Universal Ethernet gateway (UE5), which supports Modbus TCP and EtherNet/IP; and the OSA Remote Flow measurement and control system, which integrates flow computing and process control in a single module.


   Watch this video from ARC Forum 2020 as Bedrock's Albert Rooyakkers describes the bumpless upgrade process.

In addition, the new firmware enhancements contribute to simple, secure SCADA operations by moving redundancy management from the SCADA system client to the Bedrock controller firmware. This enables seamless SCADA client failover while simplifying SCADA configuration. That’s because, according to the company, most SCADA redundancy requires more than one IP address so if there’s a problem with one, the SCADA software or system engineer finds the active IP and switches to it. But using the Bedrock OPC UA, MQTT, or other Ethernet protocols, allow for the use of virtual IP addresses, enabling a single end point for a redundant pair. The SCADA software point to one IP address and the Bedrock controller finds the active path automatically.

Bedrock has more innovations in the works and continues to build out its team with industry heavyweights, such as the recent announcement that industry luminary, Peter Martin, has joined its advisory board. Martin, who served as vice president of innovation and marketing for Schneider Electric Process Automation until his retirement in 2019, is well-known for his pioneering control theory as it connects to business profitability.

Leveraging that experience, Martin will advise Bedrock as it advances its OSA architecture.  “As more industrial devices connect to each other, security is increasingly and literally the key to business value,” Martin said in a statement. “By bringing a powerful and inherently secure automation solution to market, Bedrock is unlocking a new generation of heightened business effectiveness, safety, and profitability. I am looking forward to doing whatever I can to help them advance their platform to achieve that—for everyone’s sake.”

 

 

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