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Processing, Telemetry, Avionics, and Power Systems for Your Missions.

Wireless sensing, distributed processing, and high-precision instrumentation engineered for extreme environments — from the ISS to launch ranges.

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Years of flight-tested engineering

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Space Shuttle systems delivered

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International Space Station systems

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Mission programs supported

[ Technology ]

Engineered For the Environments Where Failure Isn't An Option

Invocon’s instrumentation flies on launch vehicles, orbits in low-Earth platforms, and monitors the structures we depend on. Three markets. One engineering standard.

Aerospace & Avionics

Flight computers, power systems, telemetry, and signal conversion engineered for launch vehicles, target missiles, and next-generation airframes. Multiprocessor architectures, redundant power control for flight termination systems, and signal conversion across every standard from LVDS to RS-422.

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Space & Orbital

Mission-critical instrumentation for the harshest environment humans deploy hardware to. Wireless sensing, distributed data acquisition, and reentry research systems with flight heritage on the Space Shuttle, the International Space Station, and dozens of satellite programs.

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Civil & Structural

Wireless sensor networks, structural health monitoring, and distributed data acquisition engineered for bridges, buildings, and critical infrastructure. Continuous fatigue tracking, dynamic event recording, and real-time anomaly detection — built to the same standard as flight hardware.

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[ Flight-Tested Hardware ]

Proven In Orbit. Built To Spec.

A selection of Invocon’s most-deployed instrumentation. The full catalog includes flight-qualified systems across processing, power, telemetry, and sensing.

01 / Telemetry Systems

Ground Support Equipment

Multiprocessor flight computer built around Invocon’s Next Generation Processing Platform (XGPP) — combining multiple processors with programmable logic flexibility, EMI-filtered power input, and dual 66-contact connectors. Engineered for the platforms that can’t afford to fail.

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02 / Power Systems

Smart Batteries

Multiprocessor flight computer built around Invocon’s Next Generation Processing Platform (XGPP) — combining multiple processors with programmable logic flexibility, EMI-filtered power input, and dual 66-contact connectors. Engineered for the platforms that can’t afford to fail.

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03 / Initiators

Capacitive Discharge Initiator

Multiprocessor flight computer built around Invocon’s Next Generation Processing Platform (XGPP) — combining multiple processors with programmable logic flexibility, EMI-filtered power input, and dual 66-contact connectors. Engineered for the platforms that can’t afford to fail.

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04 / Hit Detection Systems

Distributed Impact Detection System

Multiprocessor flight computer built around Invocon’s Next Generation Processing Platform (XGPP) — combining multiple processors with programmable logic flexibility, EMI-filtered power input, and dual 66-contact connectors. Engineered for the platforms that can’t afford to fail.

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[ Capabilities ]

In-House. End-to-End.

From applied research through on-range mission support — every stage of the engineering lifecycle handled by the same team, under the same roof.

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Bring Us Your Hardest Problem

Invocon’s engineering team partners with prime contractors, government agencies, and commercial space companies on custom flight hardware, instrumentation, and mission support. Most engagements begin with a 30-minute scoping call.

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 Info_request@invocon.com · (281) 292-9903 · Conroe, Texas