Stefan Adolf elmariachi111

PIPELINE.md — Hook Agent Operating Manual

This file is read by the isolated agent that wakes up on every LiteFold webhook callback (POST to hooks/agent) and every BIOS polling cycle. It defines all decision logic.

You are a pipeline controller, not a researcher. Your job is to evaluate results, advance gates, and notify Martin at decision points. Keep responses terse and factual.

Your Environment

Proof of Study Participation

We enable users to prove that they participated in a clinical trial / study without the conducting service or company (RH) being aware of the "crypto" aspect of their user identity. On the other hand, the prover (us) shouldn't learn anything about the actual user. Welshare's protocol also neither publicy correlates any user ids or personally idenitifiable information.

To enable this blindfolded proof issuance, we require minimal action on the service company's (RH) side. To initiate the proof creation process, they must be able to

identify one user by an unique identifier (UID) that can be unique for a trial instance
store a random array of bytes ("nonce") per user, ideally using a crypograpically sufficiently safe RNG. The nonce helps deidentifying the user
display the UID & the indidual nonce to the user / allow them to request it
invite study participants by their preferred means of communication to a decentralized web application, hosted by welshare

	{
	"resourceType": "Questionnaire",
	"id": "dermadao-skin-care-assessment-v1",
	"version": "1.0.0",
	"name": "SkinCareAssessmentQuestionnaire",
	"title": "Skin Care Assessment Questionnaire",
	"status": "active",
	"experimental": false,
	"date": "2025-09-15T00:00:00Z",
	"publisher": "DermaDAO",

	{
	"resourceType": "Questionnaire",
	"id": "97055-8",
	"meta": {
	"versionId": "9",
	"lastUpdated": "2025-02-26T20:49:17.503+00:00",
	"source": "#e6hBXlNCA3ym4tDd"
	},
	"url": "http://loinc.org/q/97055-8",
	"name": "FINDRISC_pnl_FINDRISC",

	import { secp256k1 } from "@noble/curves/secp256k1";
	import { sha256 } from "@noble/hashes/sha2";
	import { bytesToHex } from "@noble/hashes/utils";
	import { toHex } from "viem";

	// this is some public address, which deals as the message to be signed
	const ADDRESS = "0x70997970c51812dc3a010c7d01b50e0d17dc79c8";

	/**
	* this is nillion's implemenation of the sign function

	import {
	createSiweMessage,
	generateAuthSig,
	LitAbility,
	LitAccessControlConditionResource,
	newSessionCapabilityObject,
	type AuthSig,
	} from '@lit-protocol/auth-helpers'
	import {
	decryptToFile,

	import { base, baseSepolia } from 'viem/chains'
	import { describe, expect, it } from 'vitest'

	import { predictL2TokenAddress } from './predictL2Address'

	describe('Predict L2 Token Addresses', () => {
	it('[BASE SEPOLIA] can predict an ERC20 token address created by the standard bridge on Base Sepolia', async () => {
	expect.hasAssertions()

	const expectedAddress = '0xDa8Df672aCfa4Ee1be95FBC1c2e0FA97d49F7BDe'

	If you need to auth against Nillion using an external wallet (and not a keypair), e.g. Privy / Metamask, you have several options. Good to know: Tim / Nillion Core already has merged EIP-712 support for account auth against NUCs / the Nillion nodes. This will solve a lot that I built customly.

	Here's the approach that I built at https://welshare.health to make something similar work, but we're additionally deriving purpose driven keypairs from Privy keys, using their signature over purpose-oriented EIP-712 payloads. Here's our docs: https://docs.welshare.app/basics/key-management. We're caching the private keys ephemerally on the user's client. This might change, as `did:nil` seems to be deprecated and replaced with the well understood did:key method soon (ask Nillion for reasoning, I'm just a "client" here ;) )

	If you feel adventurous, Privy actually can sign raw data, that would imo also work for other ecdsa / secp256 based chains (like Cosmos): https://docs.privy.io/wallets/using-wallets/other-chains

	#!/usr/bin/env python3

	import requests
	import os

	def get_gas_price():
	"""
	Gets current gas price using the Etherscan API
	Returns price in gwei
	"""

	import { Button, Flex, Text, useToast } from '@chakra-ui/react'
	import { useOnChange } from '@moleculexyz/common'
	import { usePrivy } from '@privy-io/react-auth'
	import { useRouter } from 'next/router'
	import { useCallback, useMemo, useState } from 'react'
	import { Address, Chain } from 'viem'

	import { Alert } from '@/components/atoms/Alert'
	import { BackButton } from '@/components/atoms/BackButton'
	import { ContinueButton } from '@/components/atoms/ContinueButton'