Case Study
PackOS
White-label, multi-tenant infrastructure for mystery packs, instant wins, wallets, marketplaces and fulfilment — so brands can launch gamified engagement without building the platform from scratch.
Visit Live Site
The Problem
Gamified engagement — mystery packs, instant wins, predictions — looks simple from the outside. Underneath it needs wallets, inventories, fair-play, marketplaces, and fulfilment. Most brands either bolt together disconnected tools or spend months rebuilding the same infrastructure before they can ship a single campaign.
The Solution
PackOS is the platform behind the packs. White-label, multi-tenant infrastructure for mystery packs, Spot the Ball, predictions and instant wins, with wallets, marketplaces and fulfilment already built. Operators launch a branded engagement product on proven infrastructure instead of starting from zero.
Key Product Decisions
White-Label, Multi-Tenant
Designed as infrastructure, not a single brand. Each operator gets a branded deployment on shared, isolated tenancy rather than a fork of the codebase.
Mystery Packs & Instant Wins
Shipped pack opening, Spot the Ball, predictions and instant-win modules as reusable engagement mechanics instead of one-off campaign builds.
Wallets & Marketplaces
Built credits, inventories and secondary-market flows into the core so operators do not have to invent an economy for every launch.
Fulfilment Already Built
Connected digital and physical reward fulfilment to the same platform, so prize operations sit next to the product rather than in a separate stack.
Results
White-label
Model
Multi-tenant
Architecture
Packs + games
Modules
Fulfilment
Ops
Key Insights
Most of the cost in pack and prize products is infrastructure, not the campaign creative.
White-label only works if wallets, inventory and fair-play are shared primitives, not custom per brand.
Operators launch faster when fulfilment is part of the product, not a later integration.
A multi-tenant core lets CR15 ship branded engagement products without rebuilding the stack each time.