Technical FAQ
Clear, transparent explanations of our hardware viability scoring, lab auditing criteria, and technical evaluation methods.
To earn an audited entry, a speculative hardware design must have physical benchtop verification. We do not evaluate pure CAD renders or unbacked crowdfunding claims. Every system must present reproducible thermal logs, energy dissipation recordings, or micro-mechanical deflection scans conducted by recognized labs.
No. We operate strictly as an independent evaluation index and speculative hardware publication. We maintain no supply chain factories, accept no commissions for positive write-ups, and hold zero commercial inventory.
The score is an aggregate metric evaluating three equal pillars: Thermodynamic Stability (40%), Scalable Fabrication Yield (30%), and Supply Chain Independence (30%). Scores above 80 represent architectures with demonstrated paths to pilot manufacturing within 24 to 36 months.
Biological integration carries immense ethical responsibilities. We scrutinize chronic tissue inflammation, chronic foreign-body responses, RF radiation heating thresholds, and biometric data sovereignty protocols before indexing intimate computing architectures.
Yes. We welcome submissions from materials scientists, roboticists, and semiconductor engineers. Peer-reviewed preprint links and experimental test conditions can be forwarded via our Terminal Relay on the contact page.
Electrochemical energy storage remains the single most stubborn bottleneck in all modern mobile computing, aviation, and kinetic robotics. Tripling energy density transforms high-latency edge systems into autonomous, continuous cognitive nodes.
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