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Enterprise / AI Integration & Automation Platform Development
Enterprise Capability

AI Integration & Automation Platform Development

Production-grade LLM orchestration and RAG pipelines that ship

CTO / VP Engineering / Head of AI at 200-5000 employee company with significant document processing or workflow automation needs
$50,000 - $300,000
137,000+
listings managed
NAS directory platform — same data pipeline patterns power RAG ingestion
91,000+
dynamic pages indexed
Content platform proving performant frontends on heavy data processing
30
languages deployed
Korean manufacturer hub — multi-tenant internationalized architecture
sub-200ms
real-time bid latency
Auction platform — same streaming architecture for LLM responses
Lighthouse 95+
performance score
Maintained across all enterprise projects including AI-powered interfaces
Architecture

Provider-agnostic LLM orchestration layer on Vercel Edge Functions with intelligent routing between Claude, GPT-4o, and Gemini. RAG pipelines use Supabase pgvector for hybrid vector + relational search with cross-encoder re-ranking, backed by event-driven document processing on Inngest/Trigger.dev for durable serverless workflows. Next.js frontend with Vercel AI SDK handles streaming responses and role-based access control.

Onde projetos enterprise falham

Here's the thing about building with multiple LLMs -- it sounds great in theory until you're three months in and your team has written more abstraction code than actual product features Claude, GPT-4o, and Gemini all have different API contracts, different rate limit behaviors, and they fail in completely different ways. So you end up with engineers spending 6+ months -- sometimes longer -- building and maintaining provider abstraction layers just to keep the lights on. That's not shipping. That's treading water. And the real kicker? Every time one of these providers updates their API or changes their token limits, you're back in the weeds. We've watched promising AI products stall completely because the infrastructure complexity ate the roadmap whole. Teams in New York, Austin, London -- doesn't matter where -- they all hit the same wall eventually. The actual business logic, the features your users care about -- those keep getting pushed to next sprint. Then the sprint after that. It's a genuinely painful problem, and it compounds the longer you wait to address it properly. What starts as a two-week abstraction task quietly becomes a six-month engineering sinkhole, and by the time anyone calls it what it is, you've burned through runway that was supposed to fund actual product development. We've seen this kill momentum at companies that had everything else going for them -- solid funding, great domain expertise, real user demand. The infrastructure complexity just ate them alive before they could ship anything worth talking about.
RAG pipelines that work beautifully on clean markdown docs? Pretty straightforward But real enterprise documents are a disaster -- scanned PDFs from 2009, tables with merged cells, Word files where someone's been copy-pasting since Obama's first term. Accuracy falls apart fast. And in regulated industries like finance or healthcare, a hallucinated output isn't just embarrassing -- it's a compliance exposure that can cost you real money and real trust. We're talking potential SEC scrutiny or HIPAA headaches, not just an awkward conversation with a client.
Most teams we talk to have made serious LLM investments but still have someone manually moving documents between systems There's no actual pipeline connecting ingestion to the workflows that need the output. That gap kills your ROI on AI spend. Honestly, it's like buying a Ferrari and leaving it in the garage because you haven't built the driveway yet. The model isn't the hard part -- the plumbing around it is.
Token costs are sneaky Everything looks fine in staging, then you hit production scale across three LLM providers and suddenly nobody knows which team ran up a $40,000 bill in February. Without per-department visibility and actual enforcement, "unpredictable monthly API costs" is putting it charitably. Budgets get blown. Finance gets angry. Engineers get blamed. And then everyone spends two weeks in retrospectives instead of building anything.

O que entregamos

Multi-Provider LLM Orchestration

We build routing that doesn't care which provider it's talking to -- Claude, GPT-4o, Gemini, whatever's next. Automatic failover kicks in when a provider degrades, and prompts get adapted on the fly to match each model's instruction format. Token budgets get enforced at the user and department level. So if the marketing team has a $5,000 monthly ceiling, that ceiling actually holds. Not "holds until someone runs a batch job" -- actually holds.

Production RAG Pipeline

Single-vector search works until it doesn't -- usually right when a user searches for something that's phrased differently than how it was written in the source doc. So we combine pgvector dense search with BM25 keyword matching, then run a cross-encoder re-ranking pass to pull the most relevant chunks to the top. Generated responses include source citations. And we've got hallucination detection baked in, not bolted on after the fact as an afterthought.

Enterprise Document Processing

Documents don't arrive clean or on schedule. PDFs, Word files, emails, scanned images -- they show up in batches, out of order, inconsistently formatted. Our ingestion pipeline handles all of it with event-driven processing: classification, structured data extraction, and downstream workflow triggers that fire automatically once processing completes. No manual handoffs sitting in someone's queue waiting for them to get back from lunch.

Streaming AI Interface

The frontend is built on Next.js with the Vercel AI SDK, which gets you sub-second time-to-first-token -- users see responses starting immediately, not after a 4-second spinner. Real-time progress indicators keep people oriented during longer processing tasks. And role-based access control plugs into whatever auth provider you're already running -- Auth0, Clerk, your own homegrown system. We're not asking you to rip anything out.

Workflow Automation Engine

Multi-step AI workflows fail in interesting ways. A document processing job might hit an LLM timeout on step 3 of 7, and you need that retry to pick up exactly where it left off -- not restart from scratch and reprocess six steps you already paid for. We use Inngest or Trigger.dev for durable serverless orchestration, which means retries, observability, and clean integration with CRMs, ERPs, and notification systems are handled properly from day one. Not day 90 when something finally breaks in production.

Cost and Compliance Observability

You can't manage what you can't see. Real-time dashboards give you token usage, cost-per-query, model performance metrics, and a complete audit trail for every AI interaction. Not weekly CSV exports -- actual live visibility, per department, per workflow, per user if you need it. When something looks off, you know in minutes, not at the end of the month when the invoice lands.

Perguntas frequentes

Como vocês lidam com failover entre múltiplos provedores de LLM como Claude, GPT-4o e Gemini?

Construímos uma camada de orquestração agnóstica de provedor que monitora saúde da API, latência e taxa de erro em tempo real. Quando um provedor se degrada ou começa a retornar 529s, requisições automaticamente roteem para o próximo melhor modelo disponível — com adaptação de prompt para lidar com as diferenças em como Claude versus GPT-4o versus Gemini esperam que instruções sejam formatadas. Orçamentos de token e restrições de custo também influenciam essas decisões de roteamento, não apenas performance bruta. E honestamente? Nenhuma intervenção manual necessária quando OpenAI tem uma terça de manhã ruim. Seus usuários não notam. Seu engenheiro on-call não é acordado às 2am. Isso sozinho vale muito.

Qual vector database vocês recomendam para pipelines RAG empresariais?

Para a maioria das implementações, começamos com Supabase e pgvector — você obtém busca vetorial rodando direto ao lado de suas consultas relacionais, segurança em nível de linha para acesso multi-tenant, e uma dependência de infraestrutura a menos para explicar para seu time de DevOps. Mas clientes processando milhões de documentos ou precisando retrieval sub-10ms são uma conversa diferente. Aqueles obtêm vector stores dedicadas — Pinecone ou Weaviate — rodando ao lado do banco de dados primário. Não é uma chamada tamanho-único. Depende de seu volume de consulta real e requisitos de latência, não o que soa impressionante em um pitch deck.

Como vocês reduzem alucinações em respostas de IA alimentadas por RAG?

Usamos uma abordagem multi-camada porque nenhuma técnica única te leva lá sozinha. Retrieval híbrido combina vetores densos com correspondência de palavras-chave BM25. Re-ranking de cross-encoder melhora relevância de chunk antes de nada bater o LLM. Prompts de sistema incluem instruções estritas de fundamentação. Depois uma passagem de verificação secundária valida referências cruzadas de claims gerados contra chunks de origem depois dos fatos. Cada resposta inclui citações em nível de página de volta aos documentos originais — porque seus usuários não deveriam apenas confiar no output. Eles deveriam conseguir verificar em 30 segundos.

Quanto custa um projeto de integração de IA empresarial e quanto tempo leva?

Projetos típicos rodam $50,000 a $300,000 dependendo do volume de documentos, número de fluxos de trabalho de LLM e quantos sistemas estamos integrando. Um engagement padrão é 12-16 semanas de discovery até deployment em produção. Mas você terá um MVP funcionando na semana 8 — usuários reais, documentos reais, fluxos de trabalho reais — então você consegue validar a abordagem antes de endurecer tudo para escala de produção completa. Sem grande revelação no final onde todo mundo segura a respiração e torce para funcionar.

Vocês conseguem integrar fluxos de trabalho de IA com nossos sistemas empresariais existentes como Salesforce ou SAP?

Sim. Os pipelines de processamento de documentos são orientados por eventos e usamos integrações baseadas em webhook para conectar sistemas downstream. Construímos conectores para Salesforce, HubSpot, SAP, SharePoint e muitas ferramentas internas personalizadas — se tem uma API, conseguimos conectar. A camada de orquestração aciona ações baseadas em resultados de processamento de IA: atualizações de registros de CRM, fluxos de trabalho de aprovação, notificações Slack, o que o processo requerer. Tudo com logging de auditoria, porque em indústrias reguladas isso não é opcional — esse é o jogo inteiro.

Como vocês lidam com dados sensíveis de empresas em pipelines de processamento de IA?

Segurança em nível de linha em Supabase significa que acesso a documentos em consultas RAG respeita seu modelo de permissão existente — alguém no escritório de Londres não puxa documentos que não deveria ver só porque formulou uma pergunta com inteligência. Todos os dados ficam dentro de sua infraestrutura de nuvem. Fazemos deploy em suas contas AWS, GCP ou Azure, não nossas. Para indústrias reguladas — healthcare, finanças, legal — adicionamos detecção e redação de PII antes de documentos chegarem ao pipeline de LLM. E todas as chamadas de API rodam sob acordos de provedor de nível empresarial com addendums de processamento de dados já em lugar.

Veja esta capacidade em ação

NAS Equipment Directory Platform

Data pipeline and search architecture managing 137K+ listings that informed our RAG ingestion and retrieval patterns

Astrology Content Platform

91K+ dynamically generated pages proving performant Next.js frontends on top of heavy content processing pipelines

Real-Time Auction Platform

Sub-200ms streaming architecture that directly translates to low-latency LLM response delivery

Korean Manufacturer Global Hub

Multi-tenant internationalized platform across 30 languages demonstrating enterprise-scale data architecture

Headless CMS Development

Content management architecture patterns that power document ingestion and structured content delivery in AI workflows
Engajamento enterprise

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