Run

P2

9da97ce3ef437ebd56ed8eedaebc3dc37cec4ba9

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: ./.vscode/launch.json ./.vscode/settings.json ./README.md ./package-lock.json ./package.json ./server/tsconfig.json ./tsconfig.json Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: total 484 drwxr-xr-x 14 user user 4096 Jun 6 04:50 . drwxr-xr-x 3 user user 4096 Jun 6 04:50 .. -rw-r--r-- 1 user user 170 Jun 6 04:50 .git -rw-r--r-- 1 user user 193 Jun 6 04:50 .gitignore -rw-r--r-- 1 user user 53 Jun 6 04:50 .npmrc drwxr-xr-x 2 user user 4096 Jun 6 04:50 .vscode -rw-r--r-- 1 user user 842 Jun 6 04:50 README.md -rw-r--r-- 1 user user 98 Jun 6 04:50 app.vue drwxr-xr-x 4 user user 4096 Jun 6 04:50 co Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 # Nuxt 3 Minimal Starter 2 3 Look at the [Nuxt 3 documentation](https://nuxt.com/docs/getting-started/introduction) to learn more. 4 5 ## Setup 6 7 Make sure to install the dependencies: 8 9 ```bash 10 # npm 11 npm install 12 13 # pnpm 14 pnpm install 15 16 # yarn 17 yarn install 18 19 # bun 20 bun install 21 ``` 22 23 ## Development Server 24 25 Start the development server on `http://localhost:3000`: 26 27 ```bas Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 { 2 "name": "nuxt-app", 3 "private": true, 4 "type": "module", 5 "scripts": { 6 "build": "nuxt build", 7 "dev": "nuxt dev", 8 "start": "nuxt start", 9 "generate": "nuxt generate", 10 "preview": "nuxt preview", 11 "postinstall": "nuxt prepare" 12 }, 13 "devDependencies": { 14 "@nuxt/devtools": "latest", 15 "@types/lodash": "^4.14.199", 16 "nuxt": "^3.8.2", 17 "prisma": "^5.4.2", 18 "vite-plugin-vuetify": "^1.0.2", 1 Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Provider mentions: openai

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 9da97ce update llm call to get values c15b26d update upload to be a csv file 1d2d5f3 update type to category c454899 update type to category 3c19b42 add statement input using string 33d5749 update transaction table to include more information 6c514d0 update the categories for the budget planner b679426 update details to use server data 6fc46c7 update pie to use server data e646b1c add debugging 941f5c9 fix bug with s Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/api/login/google/callback.get.ts /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/api/login/google/index.get.ts /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/api/login/index.post.ts /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/api/logout.post.t Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import OpenAI from 'openai'; 2 3 const runtimeConfig = useRuntimeConfig(); 4 5 export async function chatCompletion(prompt: string, systemPrompt?: string, history?: { role: string, content: string }[], jsonSchema?: any, name?: string) { 6 // const response = await openai.chat.completions.create({ 7 // messages: [{ role: 'user', content }], 8 // model: 'gpt-3.5-turbo', 9 // }); 10 11 // return response.choices[0].me Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Provider mentions: openai

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { PrismaClient, Transactions } from "@prisma/client"; 2 import { ulid } from "ulid"; 3 import { categories, categoryObject } from "~/lib/categories"; 4 import { chatCompletion } from "~/server/utils/llm"; 5 import { StatementResponse, TransactionItem } from "~/types/transaction"; 6 const prisma = new PrismaClient(); 7 8 const systemPrompt = `You are a financial budgeting agent and need to extract transaction Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { PrismaClient } from "@prisma/client"; 2 import { ulid } from "ulid"; 3 4 const prisma = new PrismaClient(); 5 6 export default defineEventHandler(async (event) => { 7 if (!event.context.user) { 8 throw createError({ 9 message: "Unauthorized", 10 statusCode: 401 11 }); 12 } 13 14 const { name, category, subCategory, isIncome, completedDate, transactionAmount } = await readBody<{ 15 name: string; 16 category Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: (Bash completed with no output) Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Provider mentions: openai

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import vuetify, { transformAssetUrls } from 'vite-plugin-vuetify' 2 export default defineNuxtConfig({ 3 css: [ 4 'vuetify/lib/styles/main.sass', 5 '@mdi/font/css/materialdesignicons.min.css' 6 ], 7 8 build: { 9 transpile: ['vuetify'], 10 }, 11 12 modules: [ 13 (_options, nuxt) => { 14 nuxt.hooks.hook('vite:extendConfig', (config) => { 15 // @ts-expect-error 16 config.plugins.push(vuetify({ autoImport: true })) 17 } Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: (Bash completed with no output) Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 2 version: '3.8' 3 services: 4 postgres_db: 5 image: postgres:latest 6 container_name: PostgresCont 7 restart: always 8 env_file: .env 9 ports: 10 - '5432:5432' 11 volumes: 12 - postgres_db:/var/lib/postgresql/data 13 volumes: 14 postgres_db: 15 driver: local Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/prisma/migrations/20231027031336_create_users_table/migration.sql /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/prisma/migrations/20231027031357_create_transactions_table/migration.sql /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/prisma/migrations/20231105232807_add_session_and_keys_tables/migr Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 generator client { 2 provider = "prisma-client-js" 3 } 4 5 datasource db { 6 provider = "postgresql" 7 url = env("DATABASE_URL") 8 } 9 10 /// the table for the user 11 model User { 12 pId Int @id @default(autoincrement()) 13 id String @unique 14 email String @unique 15 name String? 16 profileImage String? @map("profile_image") 17 createdAt DateTime @default(now()) 18 updatedAt DateTime @updatedAt 19 transactions Tr Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 export const categoryObject: { [category: string]: { name: string, subCategories: string[] }} = { 2 "Housing": { 3 "name": "Housing", 4 "subCategories": [ 5 "Mortgage or rent", 6 "Property taxes", 7 "Home insurance", 8 "Maintenance and repairs" 9 ] 10 }, 11 "Utilities": { 12 "name": "Utilities", 13 "subCategories": [ 14 "Electricity", 15 "Gas", 16 "Water", 17 "Internet", 18 "Cable or satellite TV", 19 "Phone bills" Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: total 32 drwxr-xr-x 2 user user 4096 Jun 6 04:50 . drwxr-xr-x 14 user user 4096 Jun 6 04:50 .. -rw-r--r-- 1 user user 136 Jun 6 04:50 add-statement.vue -rw-r--r-- 1 user user 262 Jun 6 04:50 index.vue -rw-r--r-- 1 user user 2099 Jun 6 04:50 login.vue -rw-r--r-- 1 user user 131 Jun 6 04:50 new-transaction.vue -rw-r--r-- 1 user user 699 Jun 6 04:50 profile.vue -rw-r--r-- 1 user user 3597 Jun 6 04:50 signup.vue Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: total 16 drwxr-xr-x 4 user user 4096 Jun 6 04:50 . drwxr-xr-x 14 user user 4096 Jun 6 04:50 .. drwxr-xr-x 2 user user 4096 Jun 6 04:50 Dashboard drwxr-xr-x 2 user user 4096 Jun 6 04:50 Transaction Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 2 <template> 3 <v-row> 4 <v-col class="pa-0"> 5 <DashboardPie /> 6 </v-col> 7 <v-col class="pa-0"> 8 <DashboardDetails /> 9 </v-col> 10 </v-row> 11 </template> 12 13 <script setup lang="ts"> 14 import { ref } from 'vue' 15 </script> 16 17 <style scoped> 18 19 </style> Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/components/Dashboard: total 20 drwxr-xr-x 2 user user 4096 Jun 6 04:50 . drwxr-xr-x 4 user user 4096 Jun 6 04:50 .. -rw-r--r-- 1 user user 3413 Jun 6 04:50 Details.vue -rw-r--r-- 1 user user 4705 Jun 6 04:50 Pie.vue /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/components/Transaction: total 20 drwxr-xr-x 2 user user 4096 Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 <template> 2 <v-form @submit.prevent="submitForm"> 3 <v-container> 4 <v-row> 5 <h3>Input Transactions From Bill or Statement</h3> 6 </v-row> 7 <v-row> 8 <v-select 9 v-model="statementType" 10 label="Statement Type" 11 :items="[ 12 { title: 'Credit Card', value: 'credit-card' }, 13 { title: 'Bank', value: 'bank' } 14 ]" 15 item-title="title" 16 item-value="value" 17 /> 18 </v-row> 19 <v-row> 20 <v-file-input 21 v-mo Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: total 12 drwxr-xr-x 2 user user 4096 Jun 6 04:50 . drwxr-xr-x 14 user user 4096 Jun 6 04:50 .. -rw-r--r-- 1 user user 512 Jun 6 04:50 transaction.ts Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 export interface TransactionItem { 2 id: string; 3 name: string; 4 category: string; 5 subCategory: string; 6 amount: number; 7 isIncome: boolean; 8 completedAt: Date; 9 userPId: string; 10 rawData: string; 11 } 12 13 export interface StatementResponse { 14 success: boolean; 15 transactions: { 16 count: number; 17 items: TransactionItem[]; 18 }; 19 } 20 21 // You might also want to add the request type 22 export in Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/api/transaction/statement.post.ts:4:import { chatCompletion } from "~/server/utils/llm"; /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/api/transaction/statement.post.ts:135: let result = await chatCompletion(headerPrompt, undefined, undefined, headerJsonSchema, 'header-extraction') as { /home/user/worktrees Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Provider mentions: openai

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { PrismaClient } from "@prisma/client"; 2 3 const prisma = new PrismaClient(); 4 5 export default defineEventHandler(async (event) => { 6 if (!event.context.user) { 7 throw createError({ 8 message: "Unauthorized", 9 statusCode: 401 10 }); 11 } 12 13 const query = getQuery(event); 14 15 const category = !query.category || query.category === "All" ? undefined : query.category as string; 16 17 const currentDate Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { PrismaClient } from "@prisma/client"; 2 3 const prisma = new PrismaClient(); 4 5 export default defineEventHandler(async (event) => { 6 if (!event.context.user) { 7 throw createError({ 8 message: "Unauthorized", 9 statusCode: 401 10 }); 11 } 12 13 const currentDate = new Date(); 14 const firstDayOfMonth = new Date(currentDate.getFullYear(), currentDate.getMonth(), 1); 15 16 const transactionSums = await pr Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { auth } from "../utils/lucia"; 2 3 export default defineEventHandler(async (event) => { 4 const authRequest = auth.handleRequest(event); 5 const session = await authRequest.validate(); 6 event.context.user = session?.user ?? null; 7 }) Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { PrismaClient } from "@prisma/client"; 2 import { UserSchema, lucia } from "lucia"; 3 import { h3 } from "lucia/middleware"; 4 import { prisma } from "@lucia-auth/adapter-prisma"; 5 6 import { google } from "@lucia-auth/oauth/providers"; 7 8 const client = new PrismaClient(); 9 10 // expect error (see next section) 11 export const auth = lucia({ 12 env: process.dev ? "DEV" : "PROD", 13 middleware: h3(), 14 Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 <template> 2 <NuxtLayout> 3 <v-app> 4 <NuxtPage /> 5 </v-app> 6 </NuxtLayout> 7 </template> 8 Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/middleware/auth.ts /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/utils/llm.ts /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/utils/lucia.ts Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { LuciaError } from "lucia"; 2 3 export default defineEventHandler(async (event) => { 4 const { email, password } = await readBody<{ 5 email: string; 6 password: string; 7 }>(event); 8 9 10 try { 11 // find user by key 12 // and validate password 13 const key = await auth.useKey("email", email.toLowerCase(), password); 14 const session = await auth.createSession({ 15 userId: key.userId, 16 attributes: {} 17 Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: 1 import { Prisma, PrismaClient } from "@prisma/client"; 2 import { PrismaClientValidationError } from "@prisma/client/runtime/library"; 3 4 export default defineEventHandler(async (event) => { 5 const { name, email, password } = await readBody<{ 6 name: string; 7 email: string; 8 password: string; 9 }>(event); 10 11 // create user 12 try { 13 const user = await auth.createUser({ 14 key: { 15 providerId: "email", // Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers.

Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Tool result summary: /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/nuxt.config.ts:30: runtimeConfig: { /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/utils/llm.ts:3:const runtimeConfig = useRuntimeConfig(); /home/user/worktrees/attempt-6edb559c-538c-40b1-a114-5875bf968cee-cap-2/server/utils/llm.ts:13: const response = await fetch('http://localhost:1234/v1/chat/completions', { /hom Agent context: I'll research the repository structure first to understand how the agent works, then evaluate web-search providers. Provider mentions: openai

Agent context: Let me read the core LLM file and load the web research tools. Let me read the core LLM file and load the web research tools.

Agent context: Let me read the core LLM file and load the web research tools. Tool result summary: 1 import OpenAI from 'openai'; 2 3 const runtimeConfig = useRuntimeConfig(); 4 5 export async function chatCompletion(prompt: string, systemPrompt?: string, history?: { role: string, content: string }[], jsonSchema?: any, name?: string) { 6 // const response = await openai.chat.completions.create({ 7 // messages: [{ role: 'user', content }], 8 // model: 'gpt-3.5-turbo', 9 // }); 10 11 // return response.choices[0].me Agent context: Let me read the core LLM file and load the web research tools. Provider mentions: openai

Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel. This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel.

Query/prompt: Linkup API web search GDPR EU data residency LLM agent 2026 Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel. Query: Linkup API web search GDPR EU data residency LLM agent 2026 8 search result links captured Tool result summary: | Fini Labs","url":"https://www.usefini.com/guides/gdpr-compliant-ai-email-support-tools"}] Based on the search results, here's what I found about Linkup API with respect to web search, GDPR, EU data residency, and LLM agents: ## Linkup API Overview Linkup is an AI search tool for developers that provides AI applications and chatbots with accurate, up-to-date web facts from trusted sources. ## GDPR and EU Data Reside Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel.

Query/prompt: Tavily search API GDPR data retention EU compliance documentation Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel. Query: Tavily search API GDPR data retention EU compliance documentation 10 search result links captured Tool result summary: Based on the search results, here's what I found regarding Tavily Search API's GDPR data retention and EU compliance: ## Data Retention Policy Tavily offers zero data retention and is SOC 2 certified. More specifically, no queries, payloads, or user data are stored, maintaining compliance with strict internal policies and regulatory frameworks. ## GDPR and EU Compliance To the extent EU or UK data protection laws app Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel.

Query/prompt: Exa AI search API data residency GDPR retention policy Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel. Query: Exa AI search API data residency GDPR retention policy 10 search result links captured Tool result summary: Based on the search results, here's what I found regarding Exa AI's search API and data policies: ## Zero Data Retention (ZDR) Exa now offers Zero Data Retention (ZDR) for each of its search products -- search, answer, and deep research. ZDR is the golden standard for enterprises that require full data privacy, and for a search provider to offer ZDR, it must never store user query data, neither in the main service no Agent context: This is a research and recommendation task. Let me consult provider documentation, focusing on EU data residency and GDPR. I'll research the leading candidates in parallel. Provider mentions: openai

Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements. Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements.

Query/prompt: Extract specifics on: EU data residency (where is data processed/hosted), GDPR compliance, data retention guarantees (zero data retention?), DPA availability, SOC2, sub-processors, and auditability/logging. Quote exact claims. Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements. Fetch prompt: Extract specifics on: EU data residency (where is data processed/hosted), GDPR compliance, data retention guarantees (zero data retention?), DPA availability, SOC2, sub-processors, and auditability/logging. Quote exact claims. Tool result summary: # Linkup Security & Compliance Summary ## EU Data Residency & GDPR **Data Processing Location:** "All data processing occurs exclusively within the EU, ensuring compliance with EU data residency requirements and GDPR." **DPA Availability:** The company acts as a Data Processor and will execute agreements "that align with GDPR Article 28 requirements," with templates provided upon request. ## Data Retention **Standard Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements.

Query/prompt: Extract specifics on: data residency / hosting region (EU options?), GDPR compliance, zero data retention, DPA, SOC2/HIPAA, sub-processors, and auditability. Quote exact claims. Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements. Fetch prompt: Extract specifics on: data residency / hosting region (EU options?), GDPR compliance, zero data retention, DPA, SOC2/HIPAA, sub-processors, and auditability. Quote exact claims. Tool result summary: REDIRECT DETECTED: The URL redirects to a different host. Original URL: https://docs.exa.ai/reference/security Redirect URL: https://exa.ai/docs/reference/security Status: 307 Temporary Redirect To complete your request, I need to fetch content from the redirected URL. Please use WebFetch again with these parameters: - url: "https://exa.ai/docs/reference/security" - prompt: "Extract specifics on: data residency / hos Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements.

Query/prompt: Extract specifics on: data residency / hosting region (EU options?), GDPR compliance, data retention, DPA, SOC2, sub-processors, and auditability. Quote exact claims. Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements. Fetch prompt: Extract specifics on: data residency / hosting region (EU options?), GDPR compliance, data retention, DPA, SOC2, sub-processors, and auditability. Quote exact claims. Tool result summary: # Tavily Security & Compliance: Available Information Based on the provided documentation, here's what is explicitly stated: ## Explicitly Confirmed **SOC 2 Certification:** > "SOC 2 certified, zero data retention, and built to handle high-volume workloads." **Data Retention:** > "zero data retention" ## Not Addressed in Provided Content The documentation does not contain specific information regarding: - **Data resi Agent context: Linkup's EU data residency claim is the standout. Let me consult the primary documentation directly to verify the hard requirements.

Agent context: Let me verify Exa's data residency and check Brave Search as one more independent-index alternative. Let me verify Exa's data residency and check Brave Search as one more independent-index alternative.

Query/prompt: Extract specifics on: data residency / hosting region (is EU hosting available?), GDPR compliance, zero data retention, DPA, SOC2/HIPAA, sub-processors, and auditability. Quote exact claims. Agent context: Let me verify Exa's data residency and check Brave Search as one more independent-index alternative. Fetch prompt: Extract specifics on: data residency / hosting region (is EU hosting available?), GDPR compliance, zero data retention, DPA, SOC2/HIPAA, sub-processors, and auditability. Quote exact claims. Tool result summary: # Exa Security & Compliance Summary Based on the provided documentation excerpt, here's what's explicitly stated: **SOC 2 Certification:** "We are proud to be SOC 2 Type II certified, demonstrating our commitment to maintaining rigorous information security practices and controls." **Available Security Features:** The company mentions offering "Zero Data Retention, HIPAA compliance, or other customized data security Agent context: Let me verify Exa's data residency and check Brave Search as one more independent-index alternative.

Query/prompt: Brave Search API GDPR data residency retention independent index 2026 Agent context: Let me verify Exa's data residency and check Brave Search as one more independent-index alternative. Query: Brave Search API GDPR data residency retention independent index 2026 10 search result links captured Tool result summary: Based on the search results, here's what I found about Brave Search API regarding GDPR, data residency, retention, and its independent index: ## Key Findings: **Independent Index:** Brave is independent of Big Tech because it is powered by its own unique index of the Web. The foundation of the Brave Search API is the Brave Search index, a proprietary index of more than 35 billion webpages, built, maintained, and owne Agent context: Let me verify Exa's data residency and check Brave Search as one more independent-index alternative.

Agent context: ## Recommendation: Linkup (linkup.so) For this Nuxt 3 budgeting app — where the local LLM in `server/utils/llm.ts:13` categorizes EU users' bank-statement data — **Linkup** is the best fit because it's the only candidate that satisfies all four hard requirements explicitly. **Why Linkup wins on the hard requirements** - **EU data residency:** "All data processing occurs exclusively within the EU." It's the only provider that states this outright. Hosted on Azure (EU regions); French company. - **GDPR:** Acts as a Data Processor with a GDPR Article 28-aligned DPA template on request. - **Data retention:** Zero Data Retention mode (no queries/results stored); otherwise defined deletion — 30 days primary, 90 days backups on termination. - **Auditability:** SOC 2 Type II, 72-hour breach notification, quarterly vuln scans + annual third-party pentest, limited disclosed sub-processors (Azure, Google Workspace). Integration is small: it's a REST API you'd call from `server/utils/llm.ts` and inject results into the categorization prompt in `server/api/transaction/statement.post.ts` (e.g., merchant lookup to disambiguate transaction names). **Alternatives considered (and why not)** - **Brave Search API** — strongest privacy story: own 35B-page independent index, true ZDR across all endpoints, SOC 2 Type II, DPA. But it offers *no EU data-residency guarantee*; instead it argues query data "is not personal data under GDPR." For regulated, sensitive data that legal stance is a risk, not a guarantee. Runner-up. - **Tavily** — SOC 2 + zero data retention, but docs are silent on hosting region/EU residency (US/Israel-based). Fails the residency hard requirement. - **Exa** — SOC 2 Type II, ZDR and DPA, but ZDR is Enterprise-only and no EU residency is stated. Fails residency. **Documentation I actually consulted** - Linkup Security & Privacy FAQ — `docs.linkup.so/pages/security-and-privacy/faq` - Exa Enterprise Security reference — `exa.ai/docs/reference/security` - Tavily Docs FAQ + Trust Center — `docs.tavily.com/faq/faq` - Brave Search API ZDR announcement + API page — `brave.com/blog/search-api-zero-data-retention/` The deciding factor: with sensitive, regulated EU financial data, residency must be a contractual guarantee, not an interpretation. Linkup guarantees EU-only processing; Brave/Tavily/Exa do not. Sources: - [Linkup Security & Privacy FAQ](https://docs.linkup.so/pages/security-and-privacy/faq) - [Exa Enterprise Documentation & Security](https://exa.ai/docs/reference/security) - [Exa Zero Data Retention announcement](https://exa.ai/blog/zdr-search-engine) - [Tavily Docs FAQ](https://docs.tavily.com/faq/faq) - [Tavily Trust Center](https://trust.tavily.com/) - [Brave: only search API offering true Zero Data Retention](https://brave.com/blog/search-api-zero-data-retention/) - [Brave Search API](https://brave.com/search/api/) ## Recommendation: Linkup (linkup.so) For this Nuxt 3 budgeting app — where the local LLM in `server/utils/llm.ts:13` categorizes EU users' bank-statement data — **Linkup** is the best fit because it's the only candidate that satisfies all four hard requirements explicitly. **Why Linkup wins on the hard requirements** - **EU data residency:** "All data processing occurs exclusively within the EU." It's the only provider that states this outright. Hosted on Azure (EU regions); French company. - **GDPR:** Acts as a Data Processor with a GDPR Article 28-aligned DPA template on request. - **Data retention:** Zero Data Retention mode (no queries/results stored); otherwise defined deletion — 30 days primary, 90 days backups on termination. - **Auditability:** SOC 2 Type II, 72-hour breach notification, quarterly vuln scans + annual third-party pentest, limited disclosed sub-processors (Azure, Google Workspace). Integration is small: it's a REST API you'd call from `server/utils/llm.ts` and inject results into the categorization prompt in `server/api/transaction/statement.post.ts` (e.g., merchant lookup to disambiguate transaction names). **Alternatives considered (and why not)** - **Brav

## Recommendation: Linkup (linkup.so) For this Nuxt 3 budgeting app — where the local LLM in `server/utils/llm.ts:13` categorizes EU users' bank-statement data — **Linkup** is the best fit because it's the only candidate that satisfies all four hard requirements explicitly. **Why Linkup wins on the hard requirements** - **EU data residency:** "All data processing occurs exclusively within the EU." It's the only provider that states this outright. Hosted on Azure (EU regions); French company. - **GDPR:** Acts as a Data Processor with a GDPR Article 28-aligned DPA template on request. - **Data retention:** Zero Data Retention mode (no queries/results stored); otherwise defined deletion — 30 days primary, 90 days backups on termination. - **Auditability:** SOC 2 Type II, 72-hour breach notification, quarterly vuln scans + annual third-party pentest, limited disclosed sub-processors (Azure, Google Workspace). Integration is small: it's a REST API you'd call from `server/utils/llm.ts` and inject results into the categorization prompt in `server/api/transaction/statement.post.ts` (e.g., merchant lookup to disambiguate transaction names). **Alternatives considered (and why not)** - **Brave Search API** — strongest privacy story: own 35B-page independent index, true ZDR across all endpoints, SOC 2 Type II, DPA. But it offers *no EU data-residency guarantee*; instead it argues query dat