A Letter from Clint Haynes, Co-Founder
Your product survived the fulfillment center. It made it through every sortation facility, every cross-dock, every mile from your warehouse to the customer's porch. Until it didn't.
The 95th percentile drop events during eCommerce fulfillment don't happen every time. Nor do they happen the same way. They're random. But they happen. The more you sell through eComm channels the greater the probability it will happen and in quantities meaningful to brand and customer experience! When those 95th percentile events do happen, it usually means damage!
There are two dimensions that plague most all CPG’s and manufacturers of damage sensitive products,
- If you pack in cases that are “decanted” into individual units for eCom fulfillment, all the protection you planned for in the case is stripped away leaving the product “naked” to protection.
- If you have thoughtfully designed a SIOC package and tested it per the prevailing consensus standard, you can still be in damage trouble because the standard does not adequately contemplate the high magnitude drops.
Either way, you lose! Now you're managing claims, complaints, and a CFO asking why your "acceptable" failure rate is costing seven figures annually.
Here's the problem: Your packaging was engineered for pallets and case packs. But in the era of single-unit eCommerce, the box is the primary protection system and most companies are designing primary packaging using the design norms that have been in place for five decades.
The “Physics of eCommerce Distribution” provides a path to solve this problem.
ISTA-6 was industry’s first solid attempt to codify test methodologies intended to provide package designers with performance feedback when it was introduced in 2014, and it served the industry well in the early days of eCommerce.It was a place to start. But modern eCommerce distribution has evolved beyond what those protocols were designed to address. Today's reality requires modern computational methods, updated lab fixtures designed to emulate the real loading distributions of eComm, and, in many cases, fundamental reworking of primary packaging to ensure products arrive at the customer's doorstep unbroken,. The companies that adopt physics-based engineering now will dominate cost, customer experience, and sustainability metrics while others continue fighting the same damage battles.
Why Your Current Approach Is Failing
You're probably running ISTA 6 protocols. You're drop-testing samples. You're using "industry standard" assumptions. And products are still breaking in the field.
Here's why: Standard test methods don't adequately include load cases that impose the damaging energy levels of distribution into your product/packaging system in the orientations that matter. Simply put, the current test methods force-fit low probability, random force and impact orientation events into a deterministic testing model that does not adequately challenge the ability of the product/packaging system to protect the contents. They don't tell you what your product and primary packaging can actually absorb or dissipate, And they certainly don't tell you whether you need additional overprotection, or if you're over-engineering and wasting material.
The 95th and 99th percentile drop events? They happen. They're not edge cases, they're statistical realities that can occur anywhere along the eCommerce journey, from sortation facilities to cross-docks to last-mile 3PLs. And if you're not designing for those damaging energy events, you're designing for failure.
There Is a Better Way
At Cognify, we don't guess. We measure, calculate and use relevant testing methodologies. Our approach is rooted in physics-based engineering: understanding the damaging energy a fulfillment system can deliver to your product, what the product/ packaging can absorb and dissipate, and determine whether additional overprotection is needed for any particular distribution scenario.
What You'll Learn at Unboxed Thinking
This isn't a blog about packaging trends. It's about the engineering that makes or breaks your bottom line.
In the coming months, we'll break down:
- Why standard ISTA test protocols fall short, and what ground truth data acquisition reveals.
- The hidden cost of "acceptable" damage rates, and how to calculate the real impact on customer lifetime value, brand reputation, and profitability
- How physics actually solves the sustainability paradox, removing material waste while scientifically guaranteeing protection
Whether you're navigating SIOC certification, optimizing cold chain logistics, or trying to stop major carriers from charging you for their own handling failures, Unboxed Thinking will give you the validated, empirical insights you need to stop reacting and start engineering your success.
Get the Data You Need
If you're struggling with high and/or rising damage rates, carrier surcharges, or the seemingly impossible trade-off between sustainability and protection, the answer starts with empirical data. Understanding what your package actually needs to survive the eCommerce journey, not assumptions about what should work.
Let's talk. We'll help you get the ground truth data that shows exactly where your current approach is failing and what's required to protect your products. Click on the “Let’s talk” link on our website and let’s work together.
