LOADING_SYSTEM...
WORK / CASE STUDIES
INFRASTRUCTURE
CUSTOM ERP FOR GLOBAL SUPPLY CHAIN LOGISTICS AND WAREHOUSE AUTOMATION.
YEAR / 2024
40+
GLOBAL WAREHOUSES
100%
DATA SYNC
01 / THE BRIEF
What needed
to be built.
CLIENT
Kinetic Logistics
LOCATION
Berlin, DE
DURATION
6 months
YEAR
2024
Kinetic Logistics faced significant challenges in managing fragmented data silos across 40+ global warehouses. Their legacy ERP system was unable to provide real-time synchronization, leading to operational inefficiencies.
We were tasked with building a decentralized data mesh architecture that could unify their global operations under a single, high-performance control interface.
"THE SYSTEM THEY HAD WAS COSTING THEM TRADES. WE ARCHITECTED A SOLUTION THAT RECLAIMED THEIR EDGE."
02 / THE CHALLENGE
The system they had
was costing them trades.
Fragmented data silos and lack of real-time synchronization created a bottleneck in global logistics operations. The existing system was prone to data inconsistencies and slow response times.
- •
Fragmented data silos across 40+ global locations
- •
Lack of real-time synchronization for warehouse automation
- •
Inconsistent data reporting and slow operational response
03 / THE SOLUTION
Rebuilt from the
query layer up.
We implemented a decentralized data mesh architecture with a unified, terminal-inspired control interface. This allowed for real-time data synchronization and a centralized view of global operations.
- •
Decentralized data mesh for global scalability
- •
Real-time synchronization for warehouse automation
- •
Unified terminal-inspired control interface
04 / THE ALPHA ADVANTAGE
The Alpha
Advantage.
40+
GLOBAL WAREHOUSES
100%
DATA SYNC
35%
EFFICIENCY GAIN
05 / ARCHITECTURE
Platform Architecture.
We engineered a high-performance distributed system using a custom message broker and a specialized query layer. The architecture is designed for zero downtime and sub-ms internal communication.
06 / INTERFACE
User Interface Design.
The interface was designed with a focus on cognitive load reduction. We used a brutalist design language to create a high-clarity environment for complex technical work, prioritizing data visibility and structural hierarchy.