Finnish engineering leader Närpes Trä & Metall (NTM) recently decided to partner with Infor CloudSuite Industrial Enterprise to help unify and standardize its complex operational and manufacturing processes across the globe. Per the press release, the system, which will be delivered via multi-tenant cloud on Amazon Web Services (AWS), will be deployed by local Infor partner Midport Scandinavia, beginning at NTM’s headquarters in Närpes, Finland, and then rolling out across the group’s other sites in Russia, Sweden, Estonia, Germany, the UK, Canada and the United States. NTM develops, manufactures, sells and maintains transport equipment for heavy goods vehicles and refuse and recycling material collection vehicles, engineered-to-order to meet the demands of a varied customer base. They were looking for a solution to bring a commonality to its processes across all business sites, with the goal of unifying and standardizing systems to create a platform for pursuing further growth. A multi-tenant cloud deployment was also a crucial factor in NTM’s decision, ensuring the business can benefit from continual updates with minimal administrative burden on the in-house IT team, as well as enabling the swift on-boarding of new entities.

 

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The Web Run node can be used to make different types of web calls, whether it be to external APIs or internal Infor Lawson commands.

The first step to setting up a Web Run node, is to configure the Web Run Connection in your IPA configuration set.  For Internal Lawson commands, this will be your Lawson configuration set (usually “main”).  For external connections, you will want to create a new configuration set.

If your organization is using ADFS for authentication to Lawson, make sure you set up the Web Run Connection using the Lawson thick client site.

Once you have a Web Run connection, you can set the properties of the node.  The “Configuration name” should be the configuration set for which you just set up the Web Run Connection.  The default is “main”.  If this is an internal Lawson connection, select “Infor Lawson”.  Otherwise, select “External”.  Provide the Web program that you are running.  The Web Run node can be used internally with Lawson to run batch jobs or add attachments/comments to Lawson forms.

See this article to read more about making external API calls with IPA.

lawson-ios/action/SubmitJob?jobName=<!JobName>&jobOwner=<!JobOwner>&wait=TRUE

 

Infor recently announced one of their newest partnerships with Made2Flow, a tech company specializing in analysis and validation of environmental data in the fashion industry. Infor and Made2Flow together will support global fashion brands looking to increase transparency of the production supply chain through traceability and impact measurement solutions. Per the press release, consumer-driven interest in the environmental impact of purchases is driving the fashion industry and brand owners towards providing more information on the sustainable credentials of their products. The only way to understand how sustainable different products are is by measuring their environmental impact in relation to CO2, water and other environmental indicators. This is a complex and lengthy process, with tight engagement from brands and their production partners to gather, normalize and validate necessary data. With Infor’s help, Made2Flow can support this process through automating environmental impact calculations, which leverage machine learning to bridge potential gaps, to provide credible and transparent results. Further, Infor’s product lifecycle management (PLM) capabilities will dovetail with the Made2Flow platform, providing crucial data for impact measurement purposes, with the collaboration set to enable fashion companies to continuously measure the environmental impact of products to meet targets and reassure stakeholders.

 

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Technological advancements of any kind should always be recognized for their contribution to society. In the healthcare sector, certain technologies have been essentially “life savers”. Writer Chris Odogwu shares a great article on makeuseof.com highlighting the best technologies that have improved wellness in the healthcare industry. This influx in healthcare technologies will continue to put a positive impact in our overall wellness.

  1. Artificial Intelligence. “Artificial Intelligence (AI) has been around for decades, and it has proven that healthcare technology can be an excellent resource for a better and risk-free future. With AI, you can recreate operational techniques, aid the efficiency of populated healthcare outcomes, and reduce burnout. You can now do away with those time-draining factors and focus directly on improving your health.”
  2. Personalized Wearables. “Personalized wearables have contributed mainly to the healthcare system. You can keep track of your heartbeats and other health-related data by wearing a healthcare device. With personalized wearables, you can become aware of your health status [in real time].”
  3. 3D Printing. “There’s no limit to what the healthcare system can achieve with 3D printing. It’s effective in creating visuals on bio tissue, blood vessels, and artificial limbs. 3D printing is a regeneration tool for human cells or tissues. It’s an effective remedy for diabetes, arthritis, cancer, and many more.”
  4. Amazon Echo Smart Speaker. “Amazon Echo brings a new flare to the healthcare system to ease health-related tasks. With Alexa on Amazon Echo, you can manage and control your blood pressure. Amazon Echo also provides live first-aid tutorials. This technology goes as far as helping to buy and manage insurance claims. It’s an excellent choice for older people.”
  5. Robotics. “Robotics continues to support wellness for humankind. This technology helps ease the surgery process, no matter how complicated it may seem. Helpful in avoiding physical contact with infected persons, Robotics varies and include pharmaceutical robots, disinfectant robots, and exoskeletons. The best part is that they work best for a multi-functional purpose.”
  6. Chatbots in Healthcare. “Chatbots are an intelligent resource for monitoring health. They consist of machine-learning algorithms that aid hospitality and help manage a healing procedure. Due to the sensitive nature of human health, it’s vital to seek professional advice on health-related issues. Chatbots ensure that patients get the medical advice they need without necessarily going to the hospital to see a doctor in person.”
  7. Virtual Reality (VR) and Augmented Reality (AR). “Virtual Reality (VR) and Augmented Reality (AR) make room for nonphysical interactions. AR helps users engage with digital information from remote locations in real-time. VR provides medical training and helps you become aware of diseases.”
  8. Technology in Mental Health. “Technology in mental health is a powerful form of medical treatment and an awareness tool. Some apps help relieve anxiety, with others monitoring your day-to-day mental health. Hence, the invention of AI, VR, and other digital healthcare devices is replenishing mentally.”
  9. Digital Therapeutics. “Digital therapeutics are different from regular healthcare devices. It must be software-driven, tested, and confirmed to help cure certain health conditions. Digital therapeutics takes the burden of undergoing complex treatments. It feels better to get medical help wherever you are when you need it. With this kind of approach, you can take better care of yourself with fewer resources.”

As time goes by, technology will continue to improve and continue to benefit our lives.

 

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If you are receiving frequent connection failures between IPA and Lawson S3, you may want to configure the connection pooling for S3.

To do this, open the Landmark Grid, and click the “gear” to open the configuration manager.  Click Applications > [your landmark application] > Edit Properties.

Expand “LPA Settings” then “S3 Pooling”.  Click “pfi.pooling.s3UsePooledConnections”

Select “All” for the display complexity.  Click the top LPA option, first column.

Check the box “pfi.pooling.s3UsePooledConnections” and click “Create (or Update) Property”

Now, set the rest of the s3 connection properties.  Best practices are as follows:

Be sure to click the save button at the top of the screen.

My Food Bag recipe and meal delivery service recently deployed Infor CloudSuite Food & Beverage (F&B) ERP in order to achieve organizational-wide transparency and full visibility of end-to-end profitability. Per the press release, My Food Bag experienced exponential growth over its first five years of operation with revenues of more than $100 million, thus recognizing the need to invest in a modern, industry-specific enterprise resource planning (ERP) platform. Additionally, a rapid implementation of Infor CloudSuite F&B and Infor Product Lifecycle Management for Process (Optiva) happened in a matter of months, which has benefited internal and external stakeholders, including customers and suppliers. My Food Bag previously relied on manual spreadsheets for nutritional information and allergens but Infor PLM for Process has provided a robust recipe management system with controls and parameters to provide confidence at any scale. Partnering with Infor’s industry-specific knowledge, cloud-first strategy, and strong integration was the direction that My Food Bag was aiming towards so that its systems could continue to scale.

 

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What to do if you are seeing this error on a SQL node in an IPA work unit:

java.sql.SQLException: Unable to get a SQL connection from the pool at com.lawson.bpm.processflow.pooling.SQLConnectionPool.borrow(SQLConnectionPool.java:79) at com.lawson.bpm.processflow.pooling.SQLConnectionPool.getPooledConnection(SQLConnectionPool.java:58) at com.lawson.bpm.processflow.workFlow.flowGraph.FgSQL.executeQuery(FgSQL.java:1107) at com.lawson.bpm.processflow.workFlow.flowGraph.FgaSQLQuery.startActivity(FgaSQLQuery.java:149) at com.lawson.bpm.processflow.workFlow.flowGraph.FgActivity.execute(FgActivity.java:947) at com.lawson.bpm.processflow.workFlow.flowGraph.FgProcess.run(FgProcess.java:2201) at com.lawson.bpm.eprocessserver.grid.ExecuteFlowImpl.executeFlow(ExecuteFlowImpl.java:427) at com.lawson.bpm.eprocessserver.grid.ExecuteFlowImpl.restartFlowForUA(ExecuteFlowImpl.java:181) at com.lawson.bpm.eprocessserver.ProcessFlowEngine.execute(ProcessFlowEngine.java:193) at com.lawson.bpm.eprocessserver.ProcessFlowEngine.reStartProcessAt(ProcessFlowEngine.java:116) at com.lawson.bpm.eprocessserver.KBConnectionDispatch.dispatch(KBConnectionDispatch.java:48) at com.lawson.bpm.eprocessserver.KBConnectionDispatch.run(KBConnectionDispatch.java:37) at java.util.concurrent.ThreadPoolExecutor.runWorker(ThreadPoolExecutor.java:1145) at java.util.concurrent.ThreadPoolExecutor$Worker.run(ThreadPoolExecutor.java:615) at java.lang.Thread.run(Thread.java:744) Caused by: java.util.NoSuchElementException: Timeout waiting for idle object at org.apache.commons.pool.impl.GenericKeyedObjectPool.borrowObject(Unknown Source) at org.apache.commons.dbcp.datasources.SharedPoolDataSource.getPooledConnectionAndInfo(SharedPoolDataSource.java:181) at org.apache.commons.dbcp.datasources.InstanceKeyDataSource.getConnection(InstanceKeyDataSource.java:701) at com.lawson.bpm.processflow.pooling.SQLConnectionPool.borrow(SQLConnectionPool.java:68) … 14 more

 

To resolve this error, try setting your Maximum Core Pool Size, which determines how many work units can concurrently execute SQL nodes.  Best practices are to set this value to the number of work units that are allowed to concurrently run on your system.

To add this parameter, search for “Configuration Parameter” in Process Server Administration in the GEN data area.  Create the parameter if it doesn’t already exist.

 

Your company’s enterprise resource planning (ERP) houses your most vulnerable data, yet you may not realize the system itself is even more vulnerable. Cyberattacks now more than ever are an ongoing issue and an attack to your ERP system would take a huge blow for any company. While many businesses are investing in upgrades and cloud migrations at the top of their list with their ERP systems, they should also greatly consider an upgrade to their security efforts. Katya Defossez and Wolf Richter share a great article on McKinsey.com highlighting the best ways to protect your ERP system against cyberattacks. While there is no such thing as a perfectly protected environment, Defossez and Richter suggest these seven activities that companies should consider to better detect, defend against, and recover from cyberattacks.

  1. Identify your most important information
  2. Create a road map to identify all interfaces with the system
  3. Install middleware to monitor data flows
  4. Reduce vulnerabilities and data flows where possible
  5. Stop backing up ‘hacked’ systems
  6. Make ERP teams an integral part of cyberattack-response exercises
  7. Be more systematic in hardening ERP systems

Nothing in the digital space is hacker proof, but taking the necessary security precautions can help prevent it from being an easy target and risking your data and your organization’s resources.

 

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Infor recently announced that Joyson PlasTec GmbH has decided to leverage Infor CloudSuite Automotive. As a supplier of plastic components for the automotive industry, Joyson PlasTec aims to benefit from greater business agility and flexibility in an increasingly competitive market by implementing the multi-tenant cloud solution. Per the press release, the company has the opportunity to reorientate its operations, including the corporate IT. Joyson PlasTec opted for Infor’s multi-tenant cloud solution after an internal evaluation of cloud vendors. Additonally, Infor’s newly developed 60-30-10 approach will be used as follows: Infor’s Implementation Accelerator will be used to map at least 60 percent of all necessary functionalities and processes in the software standard and to implement another 30 percent through configuration options to ensure a smooth transition to live operation. The remaining 10 percent — the customer’s individual, highly-specific business processes — will be agreed upon separately. Further, the implementation will be supported by Infor partner Silicium Consulting. Go-live is scheduled for 2022.

 

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Federal law generally requires organizations in regulated industries to have written data retention policies. For example, if an organization operates in a regulated industry where data must be retained for seven years, the company’s retention policy must specify and enforce the specified seven-year retention period. With established policies, organizations can comply with regulatory requirements that require the storage of various types of data. There are many operational advantages to implementing a data retention policy, and many companies have policies in place to ensure they do not violate local, state, and federal laws, as well as various industry regulations.

Both internal and external policies dictate the rules and regulations for data retention, and it is critical that organizations can manage a comprehensive data retention program that meets both requirements. As healthcare organizations create and manage large amounts of electronic data from a variety of sources, record keeping is becoming an increasingly important and complex aspect of information management. Compliance with HIPAA records retention requirements is critical for both medical file storage software developers and healthcare professionals. Given the wide range of varying federal and state health record retention and destruction requirements, it is imperative to follow best practices to ensure compliance with HIPAA and state standards.

HIPAA requires each provider and company that manages protected information to develop a policy for the retention and deletion of medical records. While the HIPAA Privacy Policy does not contain requirements for the retention of medical records, the HIPAA Privacy Policy does include requirements for how data is stored. Statewide, there is no HIPAA medical record retention requirement, and in many cases the state legislature determines the retention period, in which case HIPAA does not take precedence over state law.

State laws may also require medical records to be retained for a longer period than HIPAA retention standards and background data. Any state law that requires a stricter retention period for medical records than HIPAA requirements remains in effect and supersedes federal law. There is actually no HIPAA medical records retention period, which means there is no period of time that a healthcare provider must keep a patient’s medical records before those records can be deleted or destroyed.

Following the HIPAA medical records and record retention period, HIPAA requires the secure destruction of physical and electronic forms of PHI to prevent unauthorized disclosure of PHI. HIPAA record retention rules apply when an entity covered by HIPAA collects information related to medical services or payment for medical services.

Health insurance providers must comply not only with the HIPAA retention rules, but also with the Financial Industry Regulatory Authority (FINRA) rules. In addition to the HIPAA requirements, the healthcare industry is subject to data retention requirements set by the Centers for Medicare and Medicaid Services (CMS) and state laws.

Healthcare organizations are subject to the data retention requirements of the Health Insurance Portability and Accountability Act, and organizations that accept credit cards must adhere to the data retention and deletion policies of the Payment Card Industry Data Security Standard.

For example, for companies in the healthcare sector, one unique regulatory requirement is the Health Insurance Portability and Accountability Act (HIPAA), which governs medical data. There are requirements for how long HIPAA records must be kept while states regulate medical record storage requirements. Although the Health Insurance Portability and Accountability Act (HIPAA) does not contain universal health record retention requirements—instead, they vary from state to state—it does include specific HIPAA-related record retention language. Approved in 1996 to protect health insurance coverage for people who were off work, HIPAA is now known as the document that also guarantees health record retention policies, defines the parties and documents involved, and is the primary document that providers use when creating. internal physician retention policy.

Although HIPAA stipulates that medical records must be kept “for as long as necessary” and does not set time limits, what this means is that healthcare professionals must instead look at the statute of limitations applicable to their condition, as well as the rules required by any regulatory authorities. While record retention requirements are part of the broader HIPAA compliance policy, they should be considered first by your software solution or service provider. In addition to maintaining HIPAA records, insurance companies may be subject to the complexities of FINRA, while employers may need to comply with the record keeping requirements of the Employee Retirement Income Security Act and the Fair Labor Standards Act.

As stated earlier, HIPAA protections apply to many different types of PHI, including patient records, diagnostic images, prescription records, billing records, etc. and require retention of all protected health information for a period of six years from the date of publication, creation or the date of its last effective date, whichever is later. In the UK, the Health and Social Care Records Practice Code of Practice 2016 specifies that anyone working with or in the National Health Service (NHS) is required to keep medical records for 20 years after the last contact with a patient – 8 years after death or up to 25 years after the birth of the last child on maternity documents. Customer records, contracts, financial information, health data, third party data, employee records, spreadsheets, emails, and more are typically subject to data retention policies, regardless of sector.

Organizations should conduct a thorough audit of the data they hold, from patient and employee records to policies and procedure documentation. In many modern health care organizations, the ongoing maintenance of medical records is a discipline that requires specialized personnel and skills. Depending on the industry and business, several laws and regulations may affect data retention policies and may require overlapping or even conflicting requirements regarding how long certain types of data should be retained or what you need to do with it when it’s time to delete it.

If you’re migrating to a new system and need to properly archive your data, you should consider your options. One option is to keep your old system around for inquiry purposes only, though this can prove to be costly and complicated. Another option is to dump all your data into a data lake and worry about it all later, but this fails the most basic test for a data archive solution; accessibility. Luckily, there is a third solution.

The APIX serverless framework, based on the AWS serverless stack has opened up incredible possibilities for inquiry only applications never before possible without a substantial investment in infrastructure. Clients can now provision a web based, lightweight, data archive solution and migrate all their data within days rather than months and at a fraction of the cost of the other solutions with none of the risk. Find out how the APIX serverless framework can help you meet all your Lawson data archive needs and eliminate the legacy servers for good.