Real Challenges. Real Engineering. Real Results.
A closer look at how we approached three different engineering problems — from real-time infrastructure to cybersecurity and digital forensics tooling.
Project Disord
Enterprise-grade real-time community workspace
A growing community needed a real-time messaging workspace that could handle high concurrency without the connection state, permissions, or database performance falling apart as usage scaled.
We architected a full WebSocket-based state management layer with a server/channel hierarchy, granular role permissions, and database indexing tuned for fast lookups under concurrent load.
A production-ready real-time community workspace capable of handling high-concurrency messaging seamlessly.
WRAITH
Cybersecurity engine for automated network analysis
Security teams needed a faster way to analyze network traffic and spot threats without relying on slow, manual packet-by-packet inspection.
We built an automated engine that performs high-speed packet inspection and payload disassembly, surfacing threats on a real-time security dashboard instead of raw logs.
An automated cybersecurity engine giving security teams high-speed network analysis and real-time threat detection out of the box.
ArtifactHound
Unified digital forensics investigation toolkit
Digital forensic investigators were losing time manually correlating evidence scattered across system memory, registry keys, event logs, and browser artifacts using disconnected tools.
We built a unified parser that pulls memory, registry, log, and browser artifact data into one searchable investigation timeline, with CSV/JSON export for case reporting.
A forensic investigation toolkit that turns a multi-tool manual process into a single searchable timeline.