Competitive Forensic Audit

Problem it solves: You read your competitor's packaging claims — 'ultra-absorbent core,' 'cloud-soft topsheet,' 'leak-proof protection.' But you have no way to know whether those claims reflect real engineering advantages or just better copywriting. Without physical evidence, your product strategy is built on guesses about what competitors are actually doing inside the product.

Home Methods Competitive Forensic Audit

Engineering Process

How It Works

We purchase competitor products from retail channels across multiple markets and perform full physical forensics:

Layer separation and identification: every functional layer — topsheet, ADL, core, backsheet, elastic components — is physically separated, photographed, and identified by material type and construction method.

Gravimetric analysis: each layer weighed to 0.01g precision, producing a complete weight map that reveals how material investment is distributed across the product. Where a competitor puts their grams tells you what they prioritize.

Dimensional mapping: length, width, core placement, elastic tension zones, and structural geometry documented against standardized measurement protocols.

Performance testing: absorption speed, rewet, retention, and structural integrity tested across multiple load cycles — not single-pour results that hide real-world failure modes.

In a recent engagement, we completed forensic teardowns on 4 competing products and the client's own product within the first week — producing a layer-by-layer benchmark that the client's technical advisor called the most detailed competitive comparison he had seen in 35 years.

Differentiation

Why Only CORIO

Most competitive analysis in this industry is done from the outside — packaging claims, retail shelf position, pricing data, marketing language. Forensic audit means opening the product and measuring what is actually inside. That requires testing infrastructure, material identification expertise, and access to products across markets.

We do not outsource the teardown to a testing lab that runs standardized protocols. Our engineers personally separate the layers, identify the materials, and interpret what the construction choices mean for product performance — because the insight is not in the numbers alone, it is in understanding why a competitor made specific engineering trade-offs. When we discovered that a leading competitor's core used a pre-formed central channel structure rather than a homogeneous SAP distribution, that finding did not come from a test report. It came from an engineer who recognized the manufacturing technique and understood its performance implications.

Deep Dive

Full Detail

A forensic audit is not a test report — it is an engineering intelligence document that answers: what did the competitor build, why did they build it that way, and what does it mean for your product strategy?

What you receive:

Layer-by-Layer Weight Map — every component weighed and mapped, showing exactly how the competitor distributes material investment across the product. You see where they spend and where they economize.

Material Identification Report — fiber types, construction methods, adhesive patterns, and film specifications identified for each layer. You know what the product is actually made of, not what the packaging says.

Performance Benchmark Data — absorption, rewet, and retention tested at multiple load cycles alongside your own product. You see exactly where you lead, where you trail, and by how much.

Engineering Interpretation — not just data, but analysis of the design intent behind each construction choice. Why did they use this core architecture? What performance trade-off does their backsheet choice represent? This interpretation converts raw data into strategic intelligence.

Real-World Validation