BUGFYXE
SOFTWARE × INTELLIGENCE × MATTER
INDEPENDENT ENGINEERING COMPANYEST. CALIFORNIA
Bugfyxe engineers software, intelligence, electronics, and machines as one accountable system.
BRING US THE HARD PROBLEM ↗SCROLL TO ENTER ↓
ACT I / THE SYSTEM
Neither do we. Bugfyxe moves through product, model, kernel, circuit, machine, and environment without losing the thread between them.
MOVE THE POINTER / DISTURB THE FIELD
ACT II / ADAM + EVE
LOCAL INTELLIGENCE / PHYSICAL HARDWARE SYSTEMS
Two physical hardware systems. Presence, voice, and automation processed locally on the devices that serve the environment.
01 / ADAM
ADAM / PHYSICAL VOICE + CONTROL STACK
The back is separated at its modeled seam and remains the fixed structural datum.
The central control PCB moves forward with every attached component intact.
The top sensor bar, PIR hardware, and both speakers open as one assembly.
The perforated outer body moves farthest and holds fully exposed.
02 / EVE
EVE / PHYSICAL SENSOR STACK
The structural datum remains fixed while the device opens.
The main control PCB moves forward first with component placement preserved.
The PIR, mmWave, and corrected daughterboard stack open as one sensing assembly.
The outside sensing body moves farthest forward and holds fully exposed.
PROJECT / OPERATING SYSTEM
BETA KERNEL-UP / ACTIVE DEVELOPMENT
AI IS NOT AN APP.IT IS THE OPERATING LAYER.
A ground-up, kernel-up system intended to make the AI-native layer the primary environment—not another application hosted inside one.
REAL BUILD EVIDENCE / CURRENT BETA CAPTURES
CAPABILITY / CAD + 3D DESIGN
REAL LINEAR MOTION / STANDARD COMPONENTS
A standards-based belt-driven axis: 2020 extrusion, MGN12 guide, NEMA 17 motor, GT2 belt, drive pulley, idler, carriage, brackets, and fasteners—each with a real mechanical role and removal path.
ACT III / THE STANDARD
We test assumptions, failure paths, interfaces, and operations—not only the happy path.
HOW WE ENGINEER PROOF ↗ACT IV / AI CONSULTING
STRATEGY / ARCHITECTURE / DELIVERY
We help leadership find the workflows where AI can create measurable leverage, define what it may touch, and prove one useful outcome before scaling spend.
Map work, bottlenecks, data, and decision points. Separate useful automation from expensive theater.
Evaluate build versus buy, model and vendor options, privacy boundaries, integrations, and human approvals.
Design a narrow pilot with real inputs, explicit evaluation criteria, failure handling, and an accountable owner.
Turn evidence into an implementation roadmap, operating model, cost view, and measurable release gates.
DECISIONS, NOT DECKS
ACT V / CAPABILITY
One team can stay accountable when the problem crosses boundaries.
Architecture, implementation, modernization, and rescue for software that has to keep working.
↗ 02 / INTELLIGENCEAgents, workflows, decision support, and human-in-the-loop operations grounded in real business constraints.
↗ 03 / PHYSICAL SYSTEMSMechanical design, custom electronics, firmware, controls, and mechanisms engineered as one system.
↗ 04 / RELIABILITYDebugging, validation, threat-aware architecture, and recovery for projects already under pressure.
↗THE WIDER SYSTEM
FINAL ACT / START
Tell us what is failing, what you are building, or what no one has solved yet.
arins@bugfyxe.com ↗
