How Modern ERP Handle Returns, Revaluation, and Reverse Logistics Costs in Retail

A typical US retailer loses 5-10% of annual revenue to inefficient returns and reverse logistics processes. For a mid-sized retailer with $50 million in annual sales, that’s $2.5 million to $5 million in preventable losses.

The landscape has changed dramatically since COVID. E-commerce returns now reach 20-30% of orders compared to 8-10% for retail stores. Yet most retailers still handle returns the way they did fifteen years ago: manually, reactively, and without visibility into true costs.

Here’s what’s different now: Modern ERP systems like SAP, Oracle, NetSuite, and Odoo have native capabilities to handle returns, inventory revaluation, and reverse logistics costs with precision. But these capabilities must be configured correctly. Get it right, and you unlock $300,000-$500,000 in annual profit improvement. Get it wrong, and you’re flying blind.

This guide is for leaders who understand ERP systems and want to know exactly how modern software handles the complex accounting and logistics of returned merchandise. We’ll cover the mechanics, the money, and the real-world impact on your bottom line.

Why Returns Management Is Your Hidden Profit Center

Returns are no longer a back-office headache. They’re a competitive differentiator and a source of measurable profit leakage.

Consider the math. When a customer returns an item, your ERP must answer several critical questions simultaneously:

What condition is it in? This determines whether it can be resold at full price, needs a markdown, or is a total write-off.

What’s it worth now? This triggers revaluation logic in your general ledger. Get this wrong, and your balance sheet is inaccurate. Get it right, and you recover 40-60% of the original cost instead of 20-30%.

Who pays for the reverse logistics? Is it the customer, the company, or a supplier who damaged it in transit? This determines which GL account absorbs the cost.

Can we claim this against the supplier? If the supplier’s defective product caused the return, filing a claim recovers thousands annually. Most retailers don’t track this systematically.

Without the right ERP configuration, these questions go unanswered. Returns become a black box. Costs hide in overhead. Profit disappears.

The retailers winning in 2024 are treating returns as a profit center with the same rigor they apply to procurement and inventory management.

Understanding the Cost Structure of Returns

Before we talk about ERP systems, let’s be brutally honest about the money.

When a customer returns a $100 item, here’s what actually happens:

Cost Element	% of Return Value	Dollar Amount
Return Shipping/Logistics	15-20%	$15-20
Processing and Inspection	5-8%	$5-8
Restocking and Relabeling	3-5%	$3-5
Quality Assessment Write-down	2-8%	$2-8
System and Administrative Costs	2-3%	$2-3
Total Reverse Logistics Cost	27-44%	$27-44

That’s before you account for revaluation. If the item came back slightly damaged, you’re writing down another $10-$25 in value.

Total cost to you: 40-50% of the original item value, even if it eventually gets restocked.

Without proper ERP configuration, retailers lose this $40-$50 without visibility. It gets absorbed into overhead or misclassified as general freight expense. Finance can’t explain it. Supply chain doesn’t own it. Executive leadership doesn’t know it exists.

The complexity isn’t just the logistics. It’s the accounting. When that returned item comes back, how much do you value it? At original cost? At current market? With a write-down? Without the right ERP setup, you’ll have reconciliation nightmares and profit leakage.

How ERP Systems Categorize Returns: The 3 Cost Paths That Drive Margin

Not all returns are equal. Treating them the same is where cost distortion begins.

Modern ERP systems classify returns into three distinct types, each triggering a different inventory, costing, and accounting outcome. If this classification isn’t enforced systematically, COGS accuracy breaks down.

Type 1: Restockable Returns, No Cost Impact

These are items returned in perfect, sellable condition.

The ERP processes this as a clean reversal. Inventory is restored to stock, a credit memo is generated, and COGS is reversed. Since the product condition is unchanged, the original cost remains intact.

The only impact is minimal handling and inspection time.

Example: An unworn shirt returned in original packaging.

Type 2: Damaged or Defective Returns, Cost Revaluation Required

These items cannot be sold at full price but still hold partial value.

The ERP routes them for inspection, assigns a condition code, and triggers automatic revaluation. The item’s cost is adjusted to reflect its recoverable value, while financial entries capture the loss through revaluation or obsolescence accounts. Supplier claim workflows may also be initiated.

Example: A cracked LED screen revalued to a fraction of its original cost after inspection.

Most systems record the return. Very few correct the cost.

Type 3: Non-Saleable Returns, Full Margin Loss

These items have no resale value and must be scrapped or disposed.

The ERP moves them to a salvage location, writes off the inventory value, and records the loss in the general ledger. Any scrap recovery is minimal and treated separately.

Example: Water-damaged electronics or structurally defective furniture.

Decision Tree: How Your ERP Routes Returns

When a return arrives at your warehouse, your ERP should follow this logic:

Step 1: Physical Inspection – ERP captures condition code

Step 2: Condition Assessment – System auto-categorizes based on rules you’ve configured Step 3: Value Determination – Revaluation logic triggers if needed

Step 4: Inventory Routing – Restocking location assigned or disposal bin selected

Step 5: GL Impact – Automatic journal entries posted without human intervention

If this happens manually in your system, you’re leaving efficiency (and accuracy) on the table. Top performers automate all five steps.

Inventory Revaluation: The Accounting Core of Returns

This is where returns stop being operational and become financial.

When a returned item is damaged, the question isn’t whether it comes back into inventory, it’s what it is now worth. That answer directly impacts COGS, margin accuracy, and compliance.

Most retailers struggle here because the logic is not intuitive.
The item may have cost $100, but economically, it is no longer worth $100.

The gap between those two numbers is where margin distortion either gets corrected, or silently accumulates.

The 3 Revaluation Methods Modern ERP Systems Use

Modern ERP systems handle this through three distinct approaches. The method you use determines how accurate your financials really are.

Method 1: Standard Cost with Write-Down Rules

In this model, the ERP maintains a predefined cost per SKU and applies a percentage-based reduction when items are returned in damaged condition.

A product with a standard cost of $20, for example, may be written down by 30%, bringing its value to $14.

This approach works well in high-volume environments where cost variability is low, such as grocery or mass retail. However, accuracy depends on how frequently standard costs are updated. If not maintained, variance builds up over time.

Method 2: Actual Cost Tracking (FIFO/LIFO)

Here, the ERP tracks the exact cost at which each unit was purchased.

When a return occurs, the system identifies the original cost of that specific unit and applies a condition-based write-down. This ensures revaluation is tied to actual procurement cost, not an average or estimate.

This method is better suited for categories where cost fluctuates significantly, such as fashion or specialty retail.

Accuracy is high, because the system reflects real purchase data rather than assumptions.

Method 3: Net Realizable Value (NRV)

This is the most advanced approach.

Instead of starting with cost, the ERP calculates what the item can actually sell for based on its condition and historical sales data. The valuation is driven by market reality, not historical cost.

This is particularly relevant in e-commerce or fast-moving categories where secondary pricing differs significantly from full-price sales.

It delivers the highest accuracy, but requires integration with pricing systems and reliable historical data.

What Revaluation Looks Like in Practice

The impact becomes clear when you look at how different return conditions flow through the system.

Scenario	Condition	Revaluation Outcome	Financial Impact
Pristine return	Fully resellable	No change in cost	Clean reversal of revenue and COGS
Minor damage	Cosmetic issues	Partial write-down	Split between inventory value and revaluation loss
Major damage	Functional but degraded	Significant write-down	Larger margin impact recognized immediately
Non-saleable	No resale value	Near or full write-off	Loss recorded, minimal salvage recovery

The key point is not the percentage, it’s the consistency and automation of how that percentage is applied.

Where Most ERP Setups Fall Short

Many systems technically support revaluation, but fail in execution because:

• Write-down rules are not standardized
• Condition codes are inconsistently applied
• Revaluation is handled manually or delayed

The result is predictable:

• Inventory is overstated
• Losses are recognized late
• Margin reporting becomes unreliable

Revaluation is not an accounting adjustment, it is a real-time correction of economic reality.

What to Look for in a Modern ERP

The differentiator is not whether revaluation exists, it’s how it operates.

A well-designed system will:

• Apply condition-based revaluation automatically
• Link inspection outcomes directly to cost logic
• Post financial impact in real time without manual intervention

This eliminates reconciliation cycles and ensures that every return is reflected accurately in your financials.

Reverse Logistics Cost Tracking: Making Returns Visible in Your P&L

Most retailers don’t have a returns problem, they have a visibility problem.

Reverse logistics costs are spread across multiple GL accounts. Freight sits in one place, labor in another, write-offs somewhere else. The result is predictable: no clear view of the true cost-to-return ratio.

Top-performing retailers solve this by consolidating and structuring these costs inside the ERP. Once visible, returns stop being a black box and become a controllable financial lever.

Where Reverse Logistics Cost Actually Comes From

A modern ERP doesn’t just record returns, it builds a cost trail across the entire lifecycle.

Return initiation sets the foundation

The moment a return is created, the ERP captures the data that drives all downstream costing. Return reason, item cost, destination, and cost center are not just operational fields, they determine how cost is attributed later.

This is critical. A supplier defect and a customer-driven return should never carry the same cost logic.

Shipping cost is the first major variable

Reverse logistics cost starts with how the item comes back.

In prepaid scenarios, the ERP integrates with carriers and captures cost instantly when a label is generated. In customer-paid models, the system offsets this cost against the refund. In supplier returns, it tracks whether freight is recoverable.

Each path has a different financial implication, and without system-level tracking, these get blurred.

Processing cost is where volume quietly adds up

Once the item arrives, cost continues to accumulate.

Inspection, sorting, condition assessment, relabeling, and put-away all require labor. Individually, these costs look small. At scale, they become significant.

A well-configured ERP links return orders with labor tracking or work orders, ensuring that processing time is captured and attributed correctly. Without this, labor becomes an invisible cost buried in overhead.

The real breakthrough is at the GL level

This is where most systems fail, and where the biggest value is unlocked.

Instead of aggregating costs, modern ERP setups separate them into dedicated accounts:

• Returns and allowances (revenue impact)
• Reverse logistics (freight and shipping)
• Processing labor (inspection and handling)
• Revaluation losses (inventory write-downs)
• Supplier recoveries (offsets and claims)

This structure transforms reporting from guesswork into actionable insight.

If your return costs sit in general expense accounts, you’re not tracking them, you’re hiding them.

What This Visibility Unlocks

Once costs are structured correctly, retailers can finally answer questions that matter:

• What percentage of revenue is consumed by returns?
• Which categories are expensive to process vs easy to recover?
• Are supplier defects driving hidden logistics costs?
• How long does it actually take to process a return?

This is where ERP shifts from reporting to decision-making.

Real-World Impact

One retailer moved from fragmented tracking to structured ERP-based cost visibility.

Before:

• Estimated return-related costs at ~12% of revenue
• No clarity by category or cause

After:

• Measured actual cost at 8.2%
• Identified electronics as high-cost due to damage rates
• Found apparel returns relatively low-cost and efficient

The result was not just insight, but action:

• Renegotiated carrier contracts
• Addressed supplier quality issues
• Reduced reverse logistics cost significantly within a year

ERP System Capabilities Comparison: Which Modern ERP Handles Returns Best?

If you’re managing returns in an ERP, you’re likely using one of these systems. Here’s how each handles returns, revaluation, and reverse logistics costing:

SAP S/4HANA

Strengths:

• Most comprehensive revaluation logic on the market. Supports all three methods (standard cost, actual cost, NRV)
• Advanced reverse logistics costing with full GL integration and cost center tracking
• Native credit memo generation with revenue reversal
• Supplier return claim automation built-in
• Powerful reporting and analytics for returns visibility

Limitations:

• High implementation cost ($500,000-$2,000,000+)
• Requires specialized SAP resources
• Complexity is overkill for retailers under $100 million revenue
• Configuration requires deep ERP expertise

Best For: Large enterprises, complex supply chains, multi-channel retailers with sophisticated return processes

Oracle NetSuite

Strengths:

• Cloud-based platform (accessibility and scalability advantage)
• Solid returns management module with RMA workflows
• Reasonable revaluation support (standard cost with variance analysis works well)
• Good reverse shipping integration via carrier APIs
• Solid GL integration for return cost tracking
• Growing ecosystem of third-party integrations

Limitations:

• Less granular revaluation control compared to SAP
• Can require customization for complex return workflows
• Pricing increases with transaction volume (can get expensive at scale)

Best For: Mid-market retailers, cloud-first organizations, multi-location operations

Microsoft Dynamics 365 Supply Chain Management

Strengths:

• Tight integration with Microsoft ecosystem (Office 365, Azure, Power Automate)
• Decent reverse logistics tracking capabilities
• Improving revaluation functionality with recent updates
• Good for retailers already committed to Microsoft stack

Limitations:

• Less mature returns management compared to SAP or Oracle
• Smaller user base in retail sector (less peer knowledge)
• Customization can be required

Best For: Organizations already on Microsoft ecosystem, mid-market retailers

Odoo

Strengths:

• Open-source flexibility for customization
• Lower implementation cost ($50,000-$200,000)
• FIFO inventory costing works well for mid-market
• Native returns management workflow built-in
• Excellent integration with e-commerce platforms (Shopify, WooCommerce)
• Strong support for small and mid-market businesses

Limitations:

• Less advanced revaluation logic compared to enterprise systems
• Requires more customization for complex scenarios
• Smaller ecosystem compared to SAP/Oracle
• Better suited for mid-market than large enterprise

Best For: SMBs, startups, price-sensitive organizations, retailers with e-commerce focus

Feature Comparison Matrix

Feature	SAP S/4HANA	Oracle NetSuite	Dynamics 365	Odoo
All Three Revaluation Methods	Yes	Partial (Standard + Variance)	Partial (Standard + Variance)	FIFO/Weighted Average
Cost Tracking Granularity	Excellent	Good	Good	Basic to Moderate
GL Integration	Native	Native	Native	Yes
Automated Supplier Claims	Yes	Yes	Partial	Limited
Reverse Logistics Integration	Native	Good (via API)	Good	Good (via API)
Implementation Cost	$1M+	$400K-$1M	$300K-$700K	$50K-$200K
Cloud or On-Premise	Both	Cloud/Fusion	Cloud	Both
E-commerce Integration	Limited (middleware)	Good	Good	Excellent
Best for Retailers Under $100M	No	Yes	Yes	Yes

The choice depends on your company size, budget, complexity, and existing technology stack. But regardless of which system you choose, the key is proper configuration. Even the most advanced ERP will fail if returns aren’t set up correctly.

Practical Implementation Strategies: Turning Returns into a Controlled System

Having a capable ERP is only half the equation. The real advantage comes from how you configure it.

Top-performing retailers don’t treat returns as a workflow, they design them as a structured cost system.

1. Standardize Return Reason Codes, or Lose Cost Visibility

Your ERP can only track what you define. If return reasons are vague, your data becomes unusable. High-performing teams define clear, distinct reasons such as customer-driven returns, defects, shipping damage, fulfillment errors, and supplier returns. But the real value comes from what sits behind each code.

Each reason must be linked to:

• Expected cost impact (write-down logic)
• Accounting treatment (GL mapping)
• Routing rules (where the item goes)
• Supplier accountability (claim eligibility)

Without this linkage, return data remains descriptive, not actionable. If your reason codes don’t drive cost logic, they’re just labels.

2. Enforce Objective Condition Codes, Not Human Judgment

This is where most systems break. If two operators assess the same item differently, your costing becomes inconsistent. Over time, that inconsistency compounds into margin distortion.

Best practice is to define strict, objective condition tiers, from fully resellable to non-saleable, each tied to a fixed value range. The ERP should apply predefined write-down rules automatically, with overrides tightly controlled.

The goal is not flexibility, it’s consistency.
Because consistent inputs are what make automated costing reliable.

3. Automate Routing Decisions, Don’t Rely on Manual Flows

Manual routing slows down processing and introduces variability.

Modern ERP systems use rule-based engines to decide:

• Where the return goes
• Whether inspection is required
• If supplier or insurance workflows should trigger
• How shipping is handled

These decisions should happen instantly, based on return reason, item category, and value.

Retailers that automate this layer typically see:

• Faster processing cycles
• Lower handling costs
• Fewer operational errors

4. Build a Returns Dashboard That Actually Drives Decisions

Most retailers track returns. Few measure their true financial impact. A well-configured ERP consolidates returns data into a single view that connects:

• Return rates by channel and category
• Reverse logistics cost per return
• Revaluation impact over time
• Processing cycle time
• Supplier recovery performance

This is not just reporting, it’s a decision system.

When structured correctly, different teams see what matters:

• Finance tracks margin impact
• Operations monitors efficiency
• Supply chain identifies supplier issues
• Leadership sees overall cost trends

Once these four elements are in place, returns shift from reactive handling to controlled optimization. Cost attribution becomes consistent, processing cycles accelerate, and margin leakage becomes clearly visible. More importantly, retailers gain the data needed to renegotiate supplier terms and optimize logistics contracts.

If you can’t measure returns at this level, you can’t improve them.

Returns optimization is not about handling higher volumes more efficiently. It’s about designing a system where every return generates accurate, actionable cost data. That’s what separates retailers who absorb return costs from those who actively reduce them.

Critical Configuration Checklist: Before You Implement or Optimize

Use this checklist to audit your current ERP setup or guide a new implementation. Missing items are money left on the table.

Inventory Setup

✅ Defined standard cost method (or actual cost tracking) in ERP
✅ Created condition codes in master data (minimum 4: A, B, C, D)
✅ Linked condition codes to automatic revaluation write-down percentages
✅ Created return inventory locations (one per condition code minimum)
✅ Defined all return GL accounts (returns, reverse logistics, write-offs, salvage recovery)
✅ Tested credit memo generation end-to-end
✅ Configured return item receipt workflow

Return Process Setup

✅ Return reason codes defined (8-12 codes recommended)
✅ Return authorization (RMA) workflow configured
✅ Condition assessment process documented and trained
✅ Reverse logistics carrier integration completed (FedEx, UPS, etc.)
✅ Return center locations mapped and configured in ERP
✅ Automatic routing rules configured per return reason
✅ Returns inspection workflow defined in ERP

Accounting Setup

✅ GL posting logic tested end-to-end (create return, post to GL, verify GL codes)
✅ Revenue reversal method configured (credit memo vs return order)
✅ COGS reversal logic working correctly
✅ Revaluation journal entries automated (no manual entries required)
✅ Supplier claim GL account created and linked to return reason codes
✅ Monthly reconciliation process defined (return GL vs physical inventory)
✅ Audit trail enabled for all return transactions

Reporting and Analytics

✅ Return rate dashboard created (by channel, category, reason)
✅ Reverse logistics cost report configured (by return center, by product category)
✅ Revaluation trend report set up (write-offs, recoveries, trends)
✅ Supplier claim tracking report available
✅ Processing cycle time report active (from receipt to GL posting)
✅ Executive dashboard created (monthly P&L impact of returns)

Data Quality

✅ 30 days of return transactions tested in ERP
✅ Return reason codes used 80%+ of the time (not “other” codes)
✅ Condition codes applied 100% of returns (no missing assessments)
✅ GL reconciliation matches manual verification
✅ Carrier cost feeds match actual invoices (no discrepancies)
✅ No duplicate returns in system

If you’re checking more boxes than unchecked boxes, you’re in decent shape. If you have 10+ unchecked items, your returns process needs optimization.

Common ERP Implementation Pitfalls: Mistakes That Cost Retailers $100K+

These are not edge cases. They are recurring failures in otherwise well-implemented ERP systems, and they quietly distort costs, margins, and decisions.

Pitfall 1: Inconsistent Revaluation Logic

The most common breakdown happens at the point of revaluation.

When different users apply different write-down percentages for the same condition, identical returns end up valued differently. One item is recorded at $50, another at $30, despite the same level of damage. Over time, this inconsistency compounds into unreliable inventory valuation and flawed financial reporting.

The fix is straightforward but often overlooked. Revaluation logic must be system-driven, not user-driven. Write-down percentages should be hard-coded by condition code, with overrides restricted to finance-level control.

If left unaddressed, this can lead to inventory misstatements in the range of 5–10% of return value. At scale, that translates into tens of thousands of dollars in monthly distortion.

Pitfall 2: No Supplier Claim Tracking

A significant portion of returns originates from supplier defects, yet many retailers fail to track these separately.

When supplier-related returns are not isolated, claims are never filed, or worse, never followed through. The cost is not operational, it’s financial leakage that goes unnoticed.

The solution is to embed supplier accountability into the ERP. Returns caused by supplier issues should trigger claim workflows automatically, with clear tracking through to resolution and periodic reconciliation.

For mid-market retailers, this gap alone can result in six-figure annual losses.

Pitfall 3: Reverse Logistics Costs Hidden in Overhead

One of the most damaging mistakes is treating reverse logistics as part of general overhead.

Return freight often gets merged with inbound logistics, and processing costs get buried under general expenses. When this happens, the true cost of returns becomes invisible, making it impossible to calculate cost-to-return ratios or identify high-cost categories.

The fix is structural. Reverse logistics costs must be separated at the GL level and consistently tagged within the ERP. Only then can retailers measure and manage them effectively.

Most retailers discover a hidden 2–4% of COGS tied to returns once these costs are properly isolated.

Pitfall 4: Manual Revaluation in Excel

Despite having ERP systems in place, many finance teams still rely on Excel for revaluation.

This introduces delays, errors, and audit risks. More importantly, it breaks the connection between operations and financial impact, turning what should be a real-time process into a monthly correction exercise.

The solution is automation. Revaluation should be triggered and posted directly within the ERP, with finance focusing on validation rather than calculation.

Beyond accuracy, the efficiency gain is significant, often saving 30–40 hours per month and reducing unnecessary operational overhead.

Strategic Takeaways: What Separates Winners from the Rest

The top-performing retailers do three things consistently:

1. Automate Everything Possible

Returns shouldn’t require human decision-making except at the edges.

• Condition codes trigger automatic write-downs
• Routing rules determine destination automatically
• GL postings happen without manual journal entries
• Supplier claims initiate automatically
• Carrier costs post from API feeds, not manual entry

Every manual step is a potential error. Every error costs money.

2. Make Returns Visible in Real-Time

You can’t manage what you can’t see.

Top retailers have returns dashboards updated daily. The CEO sees return rate, reverse logistics cost, and revaluation impact. Supply chain knows which suppliers have defect issues. Finance knows exact profit impact.

This visibility drives behavior. When leadership sees that Electronics has a 24% return rate (vs 8% company average), attention shifts to that category.

3. Link Returns Data to Business Strategy

Returns data should drive:

• Supplier negotiations (defect rates are leverage in contract talks)
• Product assortment decisions (return rates identify winners and losers)
• Fulfillment strategy (damage rates by shipping method inform routing)
• Pricing strategy (revaluation data shows true cost-to-serve by product)

This is how returns becomes a profit center, not just an operational headache.

Are Your Returns Costing You 40% or 10%? The Diagnostic

Most retailers operate in one of two realities, and the gap between them is not operational, it’s financial.

In the first, returns are reactive and loosely managed. Costs are unclear, processing cycles stretch beyond a week, revaluation is inconsistent, and supplier claims rarely get pursued. The result is predictable. Returns and reverse logistics quietly consume 12–15% of revenue. For a $50 million retailer, that translates into $6–7.5 million lost to inefficiency.

In the second, returns are structured and system-driven. Costs are tracked precisely, processing is completed within days, revaluation is automated, and supplier accountability is enforced. Here, the impact drops to 8–10% of revenue. On the same $50 million base, that’s a $1–2.5 million improvement in recoverable margin.

That gap is not theoretical. It’s the difference between treating returns as an operational burden and managing them as a financial system.

Where Your ERP Stands

The critical question is whether your ERP is enabling cost control or simply recording activity.

In many cases, systems sit in the middle. Returns are tracked, but not costed in a meaningful way. Processes rely on manual intervention, revaluation lacks consistency, and reverse logistics costs remain buried in overhead accounts. The data exists, but it doesn’t translate into decisions.

This is where most retailers underestimate the problem. It’s not the absence of capability, it’s the absence of configuration.

The Opportunity Most Retailers Miss

Across mid-market retail, the pattern is consistent. Once returns are properly structured within the ERP, companies typically uncover 2–3% of gross profit that was previously invisible.

That improvement doesn’t come from cutting costs blindly. It comes from:

• Identifying where margin is leaking
• Recovering supplier-related losses
• Reducing unnecessary logistics spend
• Improving processing efficiency

The impact is measurable, often within months.

What Happens Next

The fastest way to understand your position is to evaluate how your current system handles returns in practice.

A focused assessment looks at your returns flow end-to-end, from initiation to financial posting. It identifies where cost logic breaks, where manual intervention creates inconsistency, and where margin leakage is occurring. More importantly, it quantifies the financial impact and outlines a clear path to improvement.

For most retailers, this exercise reveals gaps they weren’t aware existed.

The Bottom Line

Returns and reverse logistics aren’t a cost to minimize. They’re a profit center to optimize.

Every day your current ERP isn’t fully configured for returns management, you’re:

• Losing 30-40% of return value to preventable costs
• Missing supplier claims that should credit your account
• Unable to identify which products and suppliers are costing you the most
• Making supply chain decisions without data

The retailers winning in 2024 and beyond are treating ERP returns data as a strategic asset, not just an operational necessity.

Your modern ERP, whether SAP, Oracle, NetSuite, or Odoo, has the capability. The question is: Are you using it?

If you’re curious whether your ERP is configured optimally for returns, we’re here to help. Most retailers are surprised by what they learn in a 30-minute assessment.

The opportunity is real. The impact is measurable. And your competitors might already be capturing it.

Let’s make sure you don’t get left behind.

This guide is based on best practices from 40+ retail organizations and technical documentation from SAP, Oracle, NetSuite, and Odoo. Figures and percentages reflect 2024 market data from National Retail Federation and industry surveys.