Industrial Multimedia CBT & Concurrent Streaming • Circa 1993-1996
Jefferson Smurfit $200M Plant Operations & IBM Video Server Simulator
In 1993, David Dombrowski solved a multimedia dilemma that had stumped previous engineers: synchronizing real-time digital video, audio, text, and graphics within a single unified application. He was subsequently retained for the $200M green-field Container Corporation / Jefferson Smurfit paper mill, creating SOP/SMOP systems and demonstrating concurrent streaming over the 1996 IBM Video Server architecture.
1993-1996 Breakthrough Stack:
Custom C/C++ & Visual Basic, IBM Video Server Token-Ring Hardware, SMPTE Timecode Synchronization, 100+ Concurrent Mill Terminals.
Resurrected 2026 Engine:
PHP 8.2+, Free Embedded Relational DB, Real-Time Concurrent Terminal Stream Simulator, Standard Operating Procedures Vault.
📡 1996 IBM VIDEO SERVER • TOKEN-RING CONCURRENT STREAM MONITOR
SYNCHRONIZED (0 BUFFER OVERFLOWS)
TERMINAL
MILL LOCATION
OPERATOR ASSIGNED
BITRATE
LATENCY
STATUS
TERM-01
Wet End Control Pulpit
Marcus Vance (Senior Tender)
1500 kbps
12 ms
● STREAMING
TERM-02
Reel Floor Training Kiosk
David Kowalski (Backtender)
1500 kbps
14 ms
● STREAMING
TERM-03
Recovery Boiler Control Room
Thomas Blakely (Boiler Tech)
1500 kbps
18 ms
● STREAMING
TERM-04
Mill Engineering Lab
David Dombrowski (Systems Eng)
2000 kbps
8 ms
● STREAMING