Dedicated to safeguarding your information

To protect the privacy of its customers and the safety of their information, Infor® maintains high standards of data security. Infor Birst® relies upon state-of-the-art and secure data centers, enforces strict internal product controls, and regularly audits its policies and procedures using third-party auditors.

The following sections of this white paper cover the key areas of Birst security in detail, including physical security, system security, operational security, reliability, and application and data security.

The key tenets of Infor Birst’s security initiatives are:

• Security is designed from the ground up in the application, network, hardware, and operational procedures.
• Birst is SOC 2 Type 2 audited, HIPAA/HITECH attested, and ISO-27001:2013 certified.
• Modern Tier-4 data centers that are SOC 2 Type 2 audited and are ISO 27001 certified or follow ISO 27001 policies.
• Infor’s global GDPR privacy program is independently validated by TRUSTe.
• Adherence to security best practices for code development, testing, and operations is followed.
• Regular external review of the policies and procedures for Birst security and operations is conducted.
• Regular penetration and vulnerability testing by third parties is completed.
• Birst personnel maintain security and privacy certifications.

The average lifespan of assets in the chemicals industry has increased over time, and as a result, the associated maintenance work has significantly increased along with it. As per some estimates, 50% of fixed costs for a typical chemicals plant are the result of continuous maintenance work. This maintenance work can be classified into three categories: reactive, preventive, and predictive.

Reactive maintenance

As the name suggests, reactive maintenance is performed after something breaks down. When a company dedicates a significant amount of its time, money, and resources to conducting reactive maintenance, the company typically “pays for it” in the form of schedule interruptions, rescheduling, lost volume/sales, lost customers, lower pricing power to attract new customers, fines and charges, etc. While cutting maintenance costs may look profitable, a complete assessment of all side effects would likely prove otherwise. In fact, the total cost of reactive maintenance can turn out to be two to three times higher than a preventive maintenance approach.

The modern fashion consumer, often referred to as the conscious consumer, expects more than a transactional relationship with the brands they purchase garments from. They want an authentic, personalized, and seamless shopping journey that reflects the specific context of how and why they choose a brand. These desired brand attributes require control beyond brick and mortar supply and present challenges to the fashion brand’s entire supply chain. A label is no longer reason enough to secure a sale. Customers want to know more about the companies from which they are buying, and have developed more sophisticated expectations around the environmental impact, product sustainability, and circularity that constitutes a modern brand experience.

When extreme levels of disruption occur, supply chains immediately launch a survival strategy that tends be focused solely on the enterprise, leaving upstream and downstream trading partners to fend for themselves. Whether scrambling to enable remote work opportunities, implement flexible or staggered labor scheduling, or launch multiple capital preservation strategies, organizations have begun employing a variety of strategies to protect their supply chains and weather the storm.

To ensure the health of the overall supply chain network, the urgency to digitize processes and documents that allow both data and capital to be unlocked has become more prevalent than ever—particularly when a complex number of parties, systems, and document across geographical regions and time zones are involved.

For years, digitization has been considered an optional strategy by many companies, thus resulting in static and disconnected buyer-supplier collaboration points across supply chains. For many organizations, processes continue to be highly manual across fragmented systems, resulting in inefficient, error prone workflows.

Reliance upon Excel®, email, and phone calls remains common across a staggeringly significant amount of business, thereby resulting in delays, non-compliance, and friction between buyer and seller. Time and resources lost synchronizing simple concepts like purchase order confirmations, negotiation, documentary compliance, and invoice approvals cripples flexibility and agility, all while locking up millions, if not billions in working capital.

Anywhere paper or manual processes exist a lack of visibility follows, leaving missed opportunities to harness real-time supply chain data that optimizes decisions and mitigate risks.

When it comes to ensuring supply chain health, there are three key approaches your organization can do to improve processes and build resiliency into your network. Not only will this help you minimize uncertainty during times of disruption, it will also help streamline improvements during times of prosperity.

Supply chain essential #1: Digital documents, data, and settlements

Companies must focus on network connectivity and process automation to drive agility and responsiveness while continually investing in predictive and proactive sense and respond capabilities.

Economic sustainability includes multiple key components starting with digital connectivity and collaboration as the digitization of documents and workflows enables speed and agility. Multi-enterprise collaboration enables strategic programs such as providing suppliers access to capital through a multi-bank network. This helps the entire supply chain endure dynamic liquidity shortages that often stem from a crisis and a period of economic recovery.

The manufacturing industry has witnessed extraordinary changes over the past 250 years, with enterprises more recently transitioning to the Industry 4.0 paradigm. Industry 4.0 addresses the challenges of the modern world with autonomous systems, smart technology, machine learning, and an agile operations model.

This transition to automation has inspired sweeping changes in asset management and maintenance as well. Manufacturers looking to gain a competitive edge and create a more resilient infrastructure have begun adopting the doctrine of Industry 4.0 in tandem with upgrades of their maintenance efforts that embrace the human side of technology and empower employees to reach new levels of productivity.

A strategic approach to Asset Performance Management (APM) helps you keep critical equipment and production lines up and running, using the mountains of operational data now available to help you track equipment performance, anticipate the need for maintenance, and prevent breakdowns before they occur. But even in steady economic times, and certainly in the midst of a global pandemic, the decision to embrace the new technology will always be guided by the bottom line: Will the cost of the new system be justified by the efficiencies and cost savings it delivers?

The competitive landscape of the wholesale distribution industry is fiercer than ever before. With brand-new, internet-based distributors of all sizes seemingly popping up as quickly as mergers and acquisitions are building new distribution powerhouses, the competition just keeps getting more intense. Adding to the mix are an increasing number of manufacturing companies that are selling direct to retailers and offering online shopping options for consumers, bypassing distribution companies entirely. And let’s not forget the impact big box stores and e-tailers can have on the distribution channel as they leverage their purchasing power, large retail networks, and extensive B2C experience.

Of course, no discussion about distribution competition is complete without addressing the elephant in the room, Amazon® Business. With the ability to sell millions of SKUs with flexible shipping options at low price points, Amazon is setting a high bar for customer expectations. Amazon is very good at responding to how buyers buy today by offering a powerful customer experience that uses modern technologies, such as artificial intelligence (A.I.) and data science.

Chemicals and life sciences manufacturers like you have unique requirements when it comes to your manufacturing operations. Infor SyteLine® for Chemicals is built on 30 years of manufacturing solution expertise and a Process Industry Pack, making it easy to adjust formulas, build batches based on exacting manufacturing specifications, and monitor and respond to the evolving regulatory environment.

Flexible formula management

Process manufacturers like you need a formula management system that helps develop formulas that account for factors like solubility and total yield. You need a system that has the flexibility to resize formulas to produce batches based on percentages, not quantity amounts. Infor® SyteLine for Chemicals provides the unique materials management and product customization functionality you need.