Most supply chain professionals still rely on batch processing for their EDI systems, treating data exchange like the old mail truck that arrives twice a day. Traditional EDI systems often relied on batch processing, which could delay critical business decisions, yet many organizations continue using these outdated approaches in 2025.
Your EDI systems are storing decades of sensitive supply chain data in encrypted silos, using RSA and ECC algorithms that will become vulnerable within 5-15 years. Experts estimate that a cryptographically relevant quantum computer could break current encryption within a decade, with some projections suggesting quantum computers capable of breaking
Transportation companies face a tough decision. Thousands of businesses operating in the industry continue to rely on electronic data interchange (EDI) for all their integration needs. Meanwhile, APIs promise real-time data exchange and rapid implementation. Yet for freight brokers, shippers, and carriers to know how TMSs integrate with legacy systems
A manufacturer with 200 employees had been manually processing purchase orders from their largest retail partner for years. Every week, their team would spend 12 hours copying order details from email attachments into their ERP system, then manually create shipping confirmations and invoices. The process wasn't just slow—
Globally, as much as 90% of data extraction and data entry still occurs manually. In 2019, only 55 billion of the world's 550 billion invoices were exchanged on a paperless basis. For freight brokers handling hundreds of loads daily, this translates to crushing operational bottlenecks. Labor costs alone
When an advanced persistent threat group successfully penetrated Cisco's ASA devices through zero-day vulnerabilities in early September 2025, CISA issued Emergency Directive ED 25-03 requiring federal agencies to identify, analyze, and mitigate potential compromises immediately, after adding vulnerabilities CVE-2025-20333 and CVE-2025-20362 to the Known Exploited Vulnerabilities Catalog. The
The EDI professional shortage has reached crisis levels. 29% of businesses say that they lack the skilled resources to build and manage integrations between systems, applications, and partner ecosystems, while many of the professionals who initially implemented and managed EDI systems are now reaching retirement age, taking with them years
The transformation from traditional EDI to agentic EDI implementation isn't just another technology upgrade—it's becoming a strategic imperative that separates competitive organizations from those stuck in reactive, manual troubleshooting cycles. Agentic EDI refers to the integration of autonomous AI agents into EDI systems, enabling them
While most companies still batch process their EDI transactions overnight, real-time EDI processing can handle transactions in minutes rather than days or weeks. Supply chains equipped with real-time tracking systems and integrated platforms provide instant insights, with EDI systems playing a crucial role in aggregating and distributing data across partners.
A new study from a Google Quantum AI researcher suggests that a 2048-bit RSA encryption key, a common standard for securing online data, could be cracked in less than a week using a quantum computer with fewer than a million noisy qubits—an order-of-magnitude drop from previous estimates. While NIST
Organizations now see 1,925 cyberattacks per week—that's a 47% jump from 2024. Ransomware incidents surged by 126% in Q1 2025 alone, with North America taking the biggest hit at 62% of all attacks. For supply chain professionals managing EDI cloud migrations, these statistics aren't
Supply chain leaders are facing an unprecedented challenge: 68 percent of technology leaders are planning to consolidate their vendor landscape, but at the same time, there are "less and less EDI companies out there for clients or consultants to choose from". This creates a perfect storm where businesses