Engineering the FutureOne Breakthrough at a Time
ICI designs, builds, and delivers advanced custom systems across aerospace, gaming technology, robotics, microelectronics, and software development.
What We Do
Pioneering engineering across five technical domains, from the stratosphere to the shop floor.
Gaming Technology
End-to-end gaming infrastructure for remote interactive play, hardware/software architecture design, game modeling, and real-time player analytics.
Aerospace Systems
Machine vision, electromechanics, stereo-vision metrology, and computational aero/hydrodynamics, delivering custom systems for military and commercial aerospace.
MicroElectronics
Surface-mount fine-pitch module design, high-speed FPGA coding (VHDL), embedded digital architecture, and secure networking algorithms.
Robotics
High-precision vision-aided robotic workcells for electronic module assembly, automated inspection-metrology, and biochemical processing.
Software Development
Full-stack, cloud-native, and API-first enterprise solutions designed to meet complex business requirements across multiple industries.
Making Shopping Addictively Fun
GlamBrandi is ICI's gamification platform that transforms ordinary shopping into an engaging experience. Merchants gain powerful tools to increase engagement and drive repeat purchases. Consumers earn real rewards through interactive games including Tiles, DiceMatch, Spin-The-Wheel, Card Match, and more.
Built for both sides of commerce, GlamBrandi connects merchants with loyal customers through a tiered rewards system backed by real-time analytics.
Notable Achievements
Decades of engineering excellence recognized by leading aerospace and government institutions.
Stereo Infrared System for NASA
Delivered under Air Force SBIR contract, ICI developed the stereo infrared counterpart to NASA's visible imaging system, enabling advanced dual-spectrum sensing for space and aerial applications.
MIMD Parallel Processing System
Engineered a Multiple Instruction, Multiple Data (MIMD) parallel processing system using commercial off-the-shelf (COTS) components, achieving high-performance computing for aerospace and defense workloads.
Airborne Detection Algorithm at NASA Ames
Developed a precision algorithm for airborne aircraft detection under a NASA Ames Research Center contract, advancing autonomous aerial surveillance and collision-avoidance capability.