For many organizations, implementing OpenText SAP Vendor Invoice Management (VIM) by OpenText was a major step toward automating Accounts Payable (AP) processes. It replaced manual, error-prone processes with structured workflows, improved visibility, and stronger compliance controls. But implementation is only the beginning.
Over time, even the most well-designed VIM environments can drift from optimal performance. Business needs evolve, invoice volumes grow, and system configurations change. What once delivered strong automation may now be underutilized, inefficient, or misaligned with current requirements. The reality is that VIM is not a “set it and forget it” solution. It requires continuous optimization, technical alignment, and periodic reassessment to ensure it evolves with your business.
The question is no longer “Do you have VIM?”
It’s “Are you getting the most out of it?”
The Value VIM Brings & Where It Falls Short Over Time
At its core, VIM provides a centralized, SAP-native platform for capturing, processing, and managing vendor invoices. It enables organizations to digitize invoices from multiple channels, enforce standardized workflows, and apply business rules that ensure compliance and accuracy. With capabilities such as intelligent data capture, automated matching, and exception handling, VIM creates a scalable and controlled AP environment that supports global operations.
Organizations like NVIDIA and The Toro Company have demonstrated how powerful VIM can be when fully leveraged. Reducing manual processing by up to 85%, accelerating cycle times by 13+ days, and maintaining compliance across complex, multi-entity, regional environments.
Most VIM implementations are initially designed around specific business requirements at a point in time. As organizations grow, expand globally, or adapt processes, the system often remains unchanged. This creates a gap between what VIM is capable of and how it is actually being used.
From a technical and operational perspective, common areas where value is lost include:
- Suboptimal OCR and data capture accuracy: Poorly tuned SAP Information Capture by OpenText profiles can lead to high exception rates, requiring manual correction and reprocessing.
- Inefficient 2-way and 3-way matching logic: Tolerances, blocking reasons, and PO matching rules are often overly strict or inconsistently configured, increasing exception queues unnecessarily.
- Over-customized workflows: Custom logic built over time can introduce redundant approval steps, routing loops, or dependencies that slow down processing.
- Underutilized automation capabilities: Features such as auto-posting, background processing, and exception handling rules are frequently not fully leveraged.
- Performance degradation at scale: As invoice volumes grow, poorly optimized batch jobs, indexes, or workflow queues can lead to system slowdowns.
Despite VIM’s capabilities, many only utilize a fraction of what VIM offers. And, over time, small inefficiencies begin to accumulate. Business processes evolve, but configurations remain static. Customizations are added without reevaluation. Users develop workarounds to compensate for system limitations.
The result is a system that still functions, but no longer performs optimally.
Signs of an Underperforming VIM Environment
One of the biggest challenges organizations face is identifying when optimization is needed. Because VIM continues to process invoices, performance issues are often overlooked or accepted as “normal.” Common indicators of an under-optimized VIM environment include:
- Increased manual intervention in invoice processing
- Approval delays caused by inefficient workflows
- Inconsistent exception handling and rework
- Performance slowdowns during peak processing periods
- Limited use of advanced automation features
- Reliance on offline tools such as spreadsheets or email approvals
These symptoms often point to deeper configuration or process design issues. Left unaddressed, they can erode efficiency, increase operational costs, and reduce the overall value of the VIM investment.
Targeted OpenText VIM Enhancements
Optimizing a VIM environment requires a combination of technical tuning, process redesign, and feature enablement.
1. Improving Data Capture and OCR Accuracy
The effectiveness of VIM begins at the point of invoice ingestion. If data is captured inaccurately, every downstream step (matching, validation, and posting) becomes dependent on manual correction. Many organizations implement OCR once and never revisit it, despite changes in vendor formats, invoice layouts, and document quality over time. As a result, confidence levels drop, exception rates increase, and AP teams spend more time correcting data than processing invoices.
To address this, organizations should continuously refine their OCR capabilities within SAP Information Capture by OpenText. This includes retraining templates for high-volume vendors, leveraging ML models for improved field recognition, and configuring validation rules to catch errors early.
2. Optimizing Matching and Exception Handling
Matching logic plays a central role in determining how many invoices can be processed automatically and which require manual intervention. In many VIM environments, matching configurations are either too rigid or inconsistently applied, leading to unnecessary exceptions. For example, minor price or quantity discrepancies that are operationally acceptable may still trigger blocks, pushing invoices into exception workflows that require manual review.
3. Streamlining Workflow Design
Workflow inefficiencies are one of the most common causes of delays in invoice processing. Over time, workflows tend to become more complex as organizations add approval layers, custom routing logic, or manual interventions to accommodate evolving business needs. While these changes may solve short-term challenges, they often introduce long-term inefficiencies that slow down processing and reduce visibility.
A thorough workflow review should focus on simplifying and accelerating the process. This includes analyzing workflow logs to identify bottlenecks, eliminating redundant approval steps, and enabling parallel approvals where appropriate. Configuring escalation paths and service level agreements (SLAs) ensures that invoices do not stall in the system.
The goal is to create a streamlined, predictable workflow that minimizes handoffs and keeps invoices moving efficiently from receipt to posting.
4. Enabling Advanced Automation Features
Many organizations operate VIM in a semi-automated state, where core functionality is in place but advanced automation features remain underutilized. This often results in AP teams continuing to perform tasks manually that could otherwise be automated, limiting the overall return on investment. Features such as auto-posting, background processing, and automated exception handling are frequently available but not fully activated or optimized.
Enabling auto-posting for clean invoices allows for true touchless processing, while background job scheduling ensures consistent and timely execution of invoice processing tasks. Additionally, implementing automated rules for common exceptions and defining vendor-specific processing profiles can significantly reduce manual workload
To unlock the full potential of VIM, organizations should actively expand their use of these capabilities.
Upgrades: Do They Really Matter?
The first step and one of the most effective ways to optimize an existing VIM environment is by upgrading to the latest version. Many organizations delay upgrades due to competing priorities or concerns about disruption. But this can significantly limit the system’s capabilities over time.
Modern versions of OpenText VIM introduce enhancements that improve processing speed, system stability, and user experience. These translate into faster invoice cycle times, reduced system latency, and increased productivity across AP teams.
Security is another critical factor. As cyber threats continue to evolve, outdated systems become increasingly vulnerable. Regular upgrades ensure access to the latest security patches and protections, safeguarding sensitive financial data and maintaining trust with vendors and stakeholders. Equally important is compliance. Regulatory requirements are constantly changing, particularly for global organizations operating across multiple jurisdictions. Updated versions of VIM help ensure alignment with current standards, reducing the risk of penalties and audit issues.
Finally, maintaining an up-to-date system ensures continued vendor support. Running outdated versions can limit access to patches, troubleshooting, and technical assistance, introducing unnecessary operational risk.
Air Products, a global industrial gases and chemicals company, faced challenges in its invoicing operations due to an outdated version of SAP Vendor Invoice Management (VIM) by OpenText. Relying heavily on manual data entry and lacking process automation, the company experienced long cycles, missed early payment opportunities, and increased risk of errors.
Air Products turned to Auritas to modernize its financial operations by upgrading VIM to version 7.6 and implementing SAP Information Capture Core. The solution introduced intelligent data capture with machine learning, over 20 OCR profiles for global accuracy, and a deployment across 44 countries, enhancing compliance, scalability, and efficiency.
“We’ve already seen a reduction in manual data entry, which is a clear improvement. We’re carefully releasing auto-posting in VIM with success,” explained Gwendolin Majoor, Global Process Manager Supplier Services at Air Products.
Building a Path Forward
While upgrades are essential, they are only one piece of the optimization journey. To truly maximize the value of VIM, organizations must understand how their system is performing today and where inefficiencies exist. This is where a structured tool assessment, often called a VIM Health Check, becomes critical.
A comprehensive assessment provides a detailed analysis of both technical configuration and functional usage. It evaluates how the system is set up, how workflows are designed, and how effectively automation is being utilized.
Key areas typically assessed include:
- System configuration, to ensure alignment with current best practices and business requirements
- Workflow design, to identify bottlenecks, redundant steps, and approval inefficiencies
- Performance and scalability, to evaluate system behavior under real invoice volumes
- Automation utilization, to uncover underused features that could drive efficiency
- Integration with SAP, to ensure seamless data flow and minimize reprocessing
By connecting system behavior to business outcomes, this type of assessment provides clarity on not just what is happening, but why it is happening. This enables teams to address high-impact issues quickly while planning longer-term improvements strategically. It also creates a strong foundation for future initiatives, such as expanding shared services, increasing automation rates, or preparing for SAP S/4HANA or RISE migrations.
Maximizing Long-Term Value from VIM
OpenText VIM is not a static solution; it is a dynamic platform that requires ongoing attention to deliver sustained value.
Organizations that treat VIM as a one-time implementation often miss out on significant efficiency gains and cost savings. In contrast, those who invest in continuous optimization consistently achieve better outcomes. They reduce manual effort, accelerate invoice processing, improve compliance, and gain greater visibility into their financial operations.
Ultimately, optimizing your AP process in a VIM environment is about more than improving system performance. It is about ensuring that your financial operations can scale, adapt, and support the broader goals of the business. Implementing VIM was a critical step toward automating Accounts Payable. Optimizing it is what ensures that the investment continues to deliver value over time.
As organizations face increasing pressure to improve efficiency, maintain compliance, and prepare for future transformation, taking a proactive approach to VIM optimization is no longer optional, it is essential.
Because the goal is not just to have VIM in place. It is to ensure it is operating at its full potential.
