Our Solutions · E-Commerce

Every cart. Every checkout. Every chance to say yes.

CascadX routes each transaction through the optimal PSP in real time — recovering revenue that static checkout stacks leave on the table.

0%
Lift in approval rate
$0M+
Recovered annually
0+
E-commerce merchants
<0ms
Routing speed
The Problem

Abandoned carts aren't always the customer's fault.

Up to 15% of failed e-commerce payments are soft declines that a different provider would have approved. Without intelligent cascading, that revenue simply vanishes — your customer gets an error, your cart abandonment rate climbs, and the sale is lost forever.

  • Issuer soft-declines account for 60% of payment failures
  • Static routing can't adapt to PSP-level fluctuations in real time
  • Every failed checkout erodes customer trust and lifetime value
How It Works

Four steps. Zero friction.

01
Step 01

Customer adds to cart

Your checkout flow stays exactly as it is. CascadX sits invisibly between your checkout and your PSPs.

02
Step 02

Checkout initiated

The customer enters card details or selects a wallet. CascadX receives the transaction in real time.

03
Step 03

AI routes optimally

The model evaluates 30+ signals — BIN, issuer, geography, PSP health — and picks the best provider in <40ms.

04
Step 04

Payment captured

If the first PSP declines, CascadX instantly cascades to the next best. The customer sees one seamless checkout.

Capabilities

Built for modern commerce.

Mobile-first checkout

Optimized for mobile conversion with fast fallback routing that keeps total latency under 40ms — even on cascaded retries.

Subscription-optimized

Smart retry logic for recurring payments — recover failed renewals with AI-timed retries before the subscriber even notices.

One-click retention

Reduce involuntary churn with AI-driven dunning that cascades retries across multiple providers and payment methods.

The Difference

What changes when your payments think.

Without CascadX
  • Static routing sends every transaction to a single PSP
  • Soft declines result in lost sales — no automatic retry
  • Approval rates stagnate at 78-82%
  • Revenue leakage grows with every failed checkout
  • Manual PSP tuning required weekly by ops team
With CascadX
  • AI selects the optimal PSP for every individual transaction
  • Declined transactions automatically cascade to backup providers
  • Approval rates climb to 91-96% within weeks
  • Recovered revenue compounds monthly — typically +$140K/month
  • Model self-optimizes daily — zero manual intervention
0%

of soft-declined transactions recovered through CascadX cascading — revenue that was already earned, just waiting to be captured.

FAQ

Frequently asked questions.

CascadX sits between your checkout and your PSPs via a single API integration. Your frontend doesn't change — we intercept the payment request server-side, route it optimally, and return the result. Most merchants go live in under a day.

No. Cascading happens server-side in under 40ms. The customer sees a single checkout flow. If the first PSP declines, the retry happens invisibly — no re-entering card details, no error messages, no delays.

Yes. Our recurring billing module includes AI-timed retry logic for failed renewals, smart dunning sequences, and multi-PSP cascading for stored payment methods. Dating and SaaS companies see 14-23% improvement in renewal recovery.

Absolutely. CascadX doesn't replace your PSPs — it orchestrates between them. Keep Stripe, Adyen, Checkout.com, or any of the 1,000+ providers in our network. We make your existing stack smarter.

Most merchants integrate and go live within 24 hours. Our sandbox mirrors production exactly — flip a key to switch from test to live. No code changes required.

CascadX routes the refund back through the same PSP that captured the original charge, automatically. Chargeback data feeds into the routing model so we learn to avoid dispute-prone corridors.

Ready to turn declines into revenue?

See a live CascadX instance connected to your real corridors. Thirty minutes, zero commitment.

Read the docs