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Formally verified FPGA watchdog for AM broadcast in unmanned tunnels

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HN · launched Feb 18, 2026 · 62 upvotes (top 16%) · 0 views

Niche: embedded systems and firmware utilities · 239 launches, 4 in the last 7 days ▼ -76% · Explore this niche →

Category and tags

  • Media & entertainment
  • Hardware & robotics
  • B2B
  • Not AI
  • Commercial product

Visit website ↗ Source listing ↗

Could you build this?

No Designing safety-critical FPGA logic with formal mathematical verification for broadcast radio systems requires specialized electrical engineering and formal methods expertise.

What it would actually take: Requires writing synthesizable hardware description language (Verilog/VHDL) targeted to an FPGA and specifying formal mathematical assertions using tools like SymbiYosys or Coq/Lean. The design must handle analog/digital AM signal modulation, hardware watchdog timers, and failover states in unmanned environments. This necessitates deep expertise in RF communications, digital hardware design, and mathematical proof-based hardware verification.

Discussion

20 comments analyzed.

Competitors mentioned: SDR (Software Defined Radio) systems, FM/digital radio systems, LoRa, VLF/LF communication systems

Concerns raised: Physics feasibility - wavelengths too long to resonate in typical tunnel dimensions, No documented accidents in CDC Mine Accidents Database despite claims, Unclear use case - who receives unmanned tunnel broadcasts, AM radios becoming obsolete/rarely used, Automatic restart unacceptable failure mode for emergency systems

Feature requests: Use case documentation/summary in README, Polyphase channelizer for carrier frequency generation instead of 12 NCOs, Redundant system with alarm if primary system fails

Competitors

Other products that read as similar to this one : 1506 launches clear the similarity bar, closest 8 shown.

Attention rank: #207 of 1507 (itself plus its competitors, highest first, normalized so YC and Product Hunt are compared fairly).

Launched 110 days after the earliest competitor.

The niche, labels, vibe code rating and competitor comparison on this page are analysis by Nicheloom. If you use them, please credit nicheloom.com. How you may use our data.