Signal intelligence
for the real world.
Haze Waveform LLC — founded in 2026 in Idaho Falls, ID — builds rugged instrumentation for energy, manufacturing, and critical infrastructure.
From the Snake River Plain to global industrial sites, we engineer systems that capture, condition, and interpret the most challenging signals — without compromise.
Who we are
1455 Willow Ave, Idaho Falls, ID 83402 — Bonneville County. That’s where we design, assemble, and test every product we ship.
Our core team combines former Idaho National Laboratory engineers, embedded-system architects, and field technicians with decades of combined experience in harsh‑environment electronics. We don’t just read data; we design the instruments that capture it with uncompromising fidelity.
Why “Waveform”? Because every physical phenomenon — pressure, vibration, current, temperature — can be expressed as a waveform. We specialise in extracting meaning from those waves, even in the noisiest environments.
Our location gives us direct access to one of the world’s most concentrated test‑bed corridors, from nuclear research to geothermal energy. That proximity shapes our philosophy: build it tough, validate it rigorously, and always keep the operator in mind.
What we offer
End‑to‑end engineering — from concept to field deployment, with full transparency.
Analog & Digital Conditioning
Custom filtering, amplification, and anti‑aliasing for high‑dynamic‑range measurements.
Real‑time Embedded Control
Firmware and FPGA‑based loops for deterministic response in industrial automation.
Distributed Sensing Networks
Secure telemetry, edge processing, and synchronised data acquisition across large sites.
Signal Forensics & Analytics
Post‑processing, anomaly detection, and waveform reconstruction for legacy or proprietary systems.
We begin every engagement with a thorough site survey and a clear definition of the signal chain — because great engineering starts with listening, not assuming.
Recent work
Real deployments that validate our approach.
Snake River Acoustic Array
24‑node distributed acoustic sensing system for a hydroelectric facility. Achieved 98.7% uptime in the first operational year, with a 40% reduction in false alarms.
INL Test‑bed Modernisation
Upgraded the data acquisition layer for a materials‑test reactor. Cut signal noise by 34% and halved calibration time, improving experiment turnaround.
We partner with utilities, research laboratories, and industrial operators who need instrumentation that doesn’t just work — it endures.
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