Show HN: Health billing agent denies claims in 1.2s, offices should know why
1•keertahacker•2h ago
Comments
keertahacker•1h ago
A doctor friend asked me about billing agents their mixed experience not being able to dispute the agent due to abstractions. Wanted your thoughts. I feel agents should prove they are trustworthy and transparent to the human in the loop as in the end user, not the developer.
I built a tool where every AI agent action gets an Ed25519 signed receipt,
hash-chained, and exported as a folder anyone can verify with openssl.
No vendor software needed to verify.
The demo runs 20 simulated insurance claims sessions — standard agents
and rogue agents. Every action is signed. Rogue actions are blocked and
the blocks are signed too.
Also Would love to hear: Should verification require zero dependency on the vendor, or is that overkill?
Tear it apart, tell me what I can do to make it better. If you have thoughts on ways to make trust a currency for agents, comment below
pavel_lishin•1h ago
I'm not sure I understand the point of this; is the intended user of this an insurance company whose agents approve or deny claims?
If so, is there any actual incentive for them to allow doctors & patients to follow up with this sort of paper trail?
keertahacker•2m ago
Both, the insurer installs this to produced portable evidence that end users can consume. Would mainly be the startups building AI agents that interact with insurers on behalf of hospitals.
If a hospital needs to process 100,000 claims made by agents and verify them, its their records pitted with vendor logs. This lets the vendor hand over a folder the hospital verifies independently with openssl. No vendor trust required.
The incentive: customers (clinics) can process deterministic evidence independent of the vendor or tool (my code) and the vendors agents build up a track record of trust by themselves without engineers spending their time triaging.
keertahacker•1h ago
I built a tool where every AI agent action gets an Ed25519 signed receipt, hash-chained, and exported as a folder anyone can verify with openssl. No vendor software needed to verify.
The demo runs 20 simulated insurance claims sessions — standard agents and rogue agents. Every action is signed. Rogue actions are blocked and the blocks are signed too.
$ pip install agentmint && python -m agentmint.demo.healthcare
Cross-patient access: 10 attempts → 10 blocked Auto-deny (no review): 10 attempts → 10 blocked Prompt injection: 10 attempts → 10 caught before LLM
To run it: clone then cd agentmint-python/ Verify: cd healthcare_evidence && bash VERIFY.sh GitHub: https://github.com/aniketh-maddipati/agentmint-python/tree/m...
Also Would love to hear: Should verification require zero dependency on the vendor, or is that overkill?
Tear it apart, tell me what I can do to make it better. If you have thoughts on ways to make trust a currency for agents, comment below