ROBOTICS AND AUTOMATION
Next Pathway | June 10, 2022
The capabilities of Next Pathway Inc.'s automated code translation tool, SHIFTTM Translator, have been extended to tackle the most difficult component of a cloud migration - translating complicated ETLs (extract, transform, load) to execute in cloud native settings.
SHIFTTM Translator, which is part of the SHIFTTM Migration Suite, automates the translation of complex workloads to the cloud, including SQL, Stored Procedures, ETL, and other code types from a variety of older source and target platforms. All code types, including ETL, DDL/DML, Views/Materialized Views, Stored Procedures, Dynamic SQL, Embedded SQL, Scripting Frameworks, Proprietary Functions, and more, can benefit from its syntax and semantic-based translation capability.
Complex ETL workflows have been substantially invested in by businesses. These institutional assets may be preserved and modernized while transporting old data warehouses and data lakes to the chosen cloud target, such as Snowpark, AWS Glue Studio, and Azure Data Factory, using the latest release of SHIFT Translator. Companies can also free themselves from costly, rigid ETL license schemes that don't adapt charges depending on usage and limit computational horsepower.
Complexity has been handled.
ETLs are data integration pipelines that aggregate data from various sources into a single database. They're necessary for driving analytics and AI modeling, as well as making data more interesting and actionable.
When migrating old data warehouses and data lakes to the cloud, these ETLs create particular issues because they don't run natively in the cloud.
Next Pathway and SHIFT Translator perform their magic here. The code, including complicated ETLs, may be instantly translated to run in native cloud settings thanks to Next Pathway's breakthrough technology. The SHIFT Translator engine's increased capabilities preserve all of the years of code in these old ETLs and relocate the logic to the cloud.
Snowpark, Snowflake's developer tool for information management chores; Azure Data Factory (ADF), Microsoft's data integration service; and Amazon Glue, AWS' data integration service are all supported by Next Pathway.
Informatica Power Center, IBM DataStage, Microsoft SSIS, and Talend Data Fabric are examples of legacy ETLs that may now be smoothly migrated to a cloud-native destination and maintained and extended.
SHIFT Translator facilitates a fundamental shift from the ETL approach – which is emblematic of legacy, on-premise systems – to an ELT (extract, load, transform) model, which fully utilizes the cloud's boundless computation and transformational capabilities.
All data — structured, unstructured, or semi-structured — can be efficiently and cost-effectively extracted and loaded into block storage in the cloud destination using cloud-based solutions. Organizations can then manipulate the data without restriction, provisioning and executing transformations and analytics. With the data integration features of their selected cloud target platform, they can manage their data flow and pipelines.
There's no need to rewrite or repoint ETLs any longer. Instead, firms can free themselves from costly old ETL contracts and go to the cloud.
Unlike its rivals, who provide manual services to rewrite or repoint current ETLs to the cloud target, Next Pathway deconstructs the foundation of each ETL, regardless of vendor, and automatically converts the ETL logic to function in cloud-native environments.
Organizations are aware of the difficulties in converting complicated ETLs to the cloud. Leaders reported their two main worries in Next Pathway's Q1 2022 poll are moving current ETL processes to new cloud-native ELT tools and the need for automation to migrate ETL jobs to the cloud.
SHIFT Translator, the latest release from Next Pathway, overcomes both of these issues.
ROBOTICS AND AUTOMATION
Groupon | June 20, 2022
Groupon, the trusted marketplace where consumers go to buy services and experiences that make life more interesting and deliver boundless value, is taking steps to simplify the company’s technology platform and lean more into automation. Ultimately, Groupon believes these changes will allow it to accelerate its pace of product development and support better customer and merchant experiences.
We have amazing talent within our Product and Engineering organization, and I believe that we can do a better job leveraging our significant tech assets to create value for all of our stakeholders. Currently, our platform is too big and too complex, and this is prohibiting us from moving as quickly as I think we can to launch new products and features. So, I’ve empowered the entire tech organization to challenge our long-held thought process of creating a new service for every nuance and fundamentally rethink how we structure our platform––only building and supporting what’s mission critical to drive Groupon’s business forward.”
Sachin Devand, CTO, Groupon
Devand, who was appointed to the CTO role in May after serving as a consultant since February, is working with the Product and Engineering organization to improve its operating processes and streamline Groupon's tech platform. Some of the team’s big 2022 initiatives include:
Embracing Agility –– Reorienting the product engineering organization to be more customer centric. Product roadmaps will better align with providing specific customer solutions, more quickly. To that end, the entire team is embracing Agile software development methods, doing rapid delivery of features versus traditional methods that can take years. In addition, the team uses OKRs (Objectives and Key Results) to prioritize these features every 90 days.
Migrating to the Cloud –– To date, Groupon has moved nearly 75% of its data center capabilities to the cloud. Groupon is already gaining operational benefits from the move to the cloud, including better monitoring, observability, elasticity and ease of deploying infrastructure. Once the migration is complete, the cloud will enable Groupon to scale infrastructure up and down as the needs of the business change, which should provide even more flexibility and cost savings. The cloud also enables Groupon to use cloud-native services that can unlock additional automation opportunities throughout the company’s marketplace.
Re-architecting Services –– The company is re-architecting its services, taking stock of which services are required and which ones can be combined or eliminated. At the start of the year, there were about 700 services operating behind the company’s global marketplace platform, which is too complicated and big for Groupon’s needs. As the move to the cloud continues, Groupon intends to move to a domain-driven design model which will allow for a more nimble architecture with significantly fewer services.
Leaning into Automation –– Groupon is automating processes throughout the entire business to create efficiencies and improve productivity. For example, the company is scaling its self-service automation features to enable more merchants to join the Groupon marketplace without human touch. At the end of the first quarter, 65% of new campaigns in North America were created using Groupon’s merchant self-service tool that enables businesses to create and edit campaigns. From a customer perspective, Groupon is doing more to automate insights from search data to create a feedback loop with the company’s sales teams to ensure that its marketplace has the right inventory in the right places.
When this work is completed, these actions should significantly reduce the size of Groupon’s tech platform and allow it to accelerate its pace of product development focused on building a larger and more differentiated inventory base and launching products to support better customer and merchant experiences.
Groupon is a trusted local marketplace where consumers go to buy services and experiences that make life more interesting and deliver boundless value.
ROBOTICS AND AUTOMATION
Renesas Electronics Corporation | June 09, 2022
Renesas Electronics Corporation, a leading provider of advanced semiconductor solutions, unveiled the RZ/T2M motor control microprocessor units (MPUs) with the highest performance for applications such as AC servo drives and industrial robots. On a single chip, the RZ/T2M combines rapid and highly precise realtime motor control with the newest industrial Ethernet, as well as functional safety operation. Customers can reduce the number of external components in their BOMs and product sizes by using the RZ/T2M, which provides all important peripheral functions for motor control.
The RZ/T2M is made up of two Arm® Cortex®-R52 cores that operate at a maximum frequency of 800 MHz. The peripheral functions required for motor control are connected to a dedicated bus that is directly connected to the CPU, allowing the CPU to access these operations with minimal delay. Furthermore, the huge memory capacity (576 KB) is firmly associated with the CPU, eliminating the variance in execution time that can occur when cache memory is used and ensuring deterministic, rapid processing. These features enable the RZ/T2M to provide fast and precise control for high-performance applications such AC servos, inverters, and industrial robots.
Renesas has added support for the PROFINET IRT protocol to the RZ/T2M, in addition to important industrial networking protocols such as EtherCAT, PROFINET RT, and EtherNet/IP. The new MPU also has an Ethernet switch that supports the next-generation Time-Sensitive Networking (TSN) standard, which allows numerous devices to run in perfect synchrony.
In most cases, adding two external MCUs for safety monitoring increases BOM costs when developing industrial equipment that meets functional safety criteria. Because the RZ/T2M has a hardware configuration that is optimized for functional safety, just one external MCU is required to implement functional safety. In addition to motor control and network connection, the RZ/T2M may execute functional safety operations.
Renesas also plans to release functional safety solutions later this year, including a SIL3-certified software kit combination that includes a self-test software kit that allows the RZ/T2M to self-diagnose failures and a SIL3 system software kit for mutual diagnosis and software isolation functionality. The new RZ/T2M processors will be supported by IAR Embedded Workbench for Arm Functional Safety Edition, an integrated development environment approved for functional safety-related development and a necessary tool for implementing the above software.
Functional safety continues to be an important requirement for many of our customers. Companies choosing the new Renesas’ RZ/T2M in their next design can be sure that IAR Systems will support them with certified development tools and professional technical support globally, substantially reducing both design time and project cost.”
Anders Holmberg, CTO at IAR Systems