Reducto vs Gemini
Gemini is an excellent frontier LLM. Reducto orchestrates frontier models inside a document-specific pipeline, adding the reading order, citations, and predictable cost at volume that raw model calls don't provide.
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How Reducto and Gemini compare
Gemini is built for general language and vision understanding. Reducto is built for production document pipelines and uses frontier models as one layer of the stack.
| Dimension | Reducto | Gemini |
|---|---|---|
| Category | Document pipeline orchestrating 12+ models, including frontier VLMs. | General-purpose frontier LLM; document work means custom pipeline engineering. |
| Reading order & complex layouts | Yes: Layout-aware pipeline preserves reading order on multi-column pages. | Partial: Documented reading-order errors on multi-column and mixed layouts. |
| Tables & figures | Yes: 0.90 on RD-TableBench; charts convert to structured data. | Partial: Tables degrade under token pressure; figures described, not extracted. |
| Handwriting & multilingual | Yes: Built-in handwriting recognition; 100+ languages with structured output. | Yes: Genuine strength: handwriting and broad multilingual understanding. |
| Citations & verification | Yes: Bounding-box citation on every extracted field. | No: No sub-page spatial citations on output. |
| Determinism & confidence | Yes: Schema-bound output with confidence signals and self-correction. | No: Non-deterministic run to run; no built-in confidence scores. |
| Cost at volume | From $0.015/page; selective frontier-model routing; 15,000 free credits. | Token-based; scales with document length, hard to forecast. |
| Deployment & compliance | Yes: SOC 2 Type II, HIPAA, zero data retention; hosted to air-gapped. | Partial: Google Cloud compliance framework; tied to Google's cloud stack. |
| Document toolkit | Yes: Parse, Extract, Split, Classify, Edit; MCP server, CLI, SDKs. | No: Raw inference only; document tooling is custom engineering. |
Run one of your hardest documents through Studio and compare the output to a raw model call.
Where the differences actually show up
- Extraction accuracy, measured
- An independent benchmark commissioned by Reducto and conducted by micro1 evaluated extraction systems on 225 real, human-validated documents. Reducto Deep Extract ranked #1 on all four dimensions (100% coverage, 99.6% precision, 99.6% recall, 99.3% leaf accuracy) and completed every document with zero failures. Raw LLM extraction has no equivalent guardrails: without layout-aware preprocessing and verification, accuracy varies with document complexity and prompt design. Benchmarks are a starting point, not a verdict: the numbers that matter are the ones on your own documents, which is why we encourage head-to-head evals.
- Reading order is a pipeline problem, not a model problem
- Frontier VLMs, Gemini included, have documented trouble with reading order on multi-column pages and mixed-content layouts: text, sidebars, footnotes, and tables interleave in ways a single forward pass can misorder. Reducto solves this structurally: a layout-aware pipeline detects regions, establishes deterministic reading order, and only then applies models to content. If your downstream LLM or extraction job depends on text arriving in the right sequence, this is the failure mode that silently corrupts everything after it.
- Dense tables, figures, and hallucination control
- Under token pressure, general LLMs tend to paraphrase tables rather than faithfully reconstruct them: a cell shifts a column, a row gets summarized, and the output still looks plausible. Reducto runs a dedicated agentic table pass that scores 0.90 on RD-TableBench, handles merged cells and multi-level headers, and converts figures and charts into structured data with labeled points rather than qualitative descriptions. On documents where a transposed number is a real cost, faithful reconstruction beats fluent approximation.
- Citations, confidence, and determinism
- Raw LLM output is non-deterministic by design and arrives without provenance: you can't tell where a value came from or how confident the system is. Every value Reducto extracts links to its exact bounding-box position in the source document, carries confidence signals, and is schema-bound, with Deep Extract adding iterative self-correction. That's what makes human review, audit trails, and automated exception handling buildable instead of aspirational.
- Cost predictability at volume
- Sending full documents to a frontier model prices every page at frontier-token rates, and costs scale with document length in ways that are hard to forecast. Reducto routes selectively (cheap, fast models where they suffice, frontier models only where they earn their cost), so pricing starts at a predictable $0.015/page. Across the 4B+ pages Reducto has processed, that routing discipline is the difference between a line item and a budget crisis at scale.
- Enterprise deployment and compliance
- Reducto is SOC 2 Type II and HIPAA compliant (BAA available) with zero data retention, and deploys hosted, in your VPC, on-prem, or fully air-gapped. Gemini inherits Google Cloud's compliance framework, but teams that need deployment outside Google's cloud stack, or contractual zero retention on sensitive documents, need a different answer. Teams at Harvey, Scale AI, and Vanta run Reducto in production on exactly these terms.
- Using frontier models with Reducto
- This isn't Reducto versus frontier models — Reducto is built on them. The platform orchestrates 12+ models, including frontier VLMs, applying each where it's strongest inside a document-specific pipeline with verification around every step. Most teams pair the two layers: Reducto handles parsing, extraction, and citations, and the clean structured output feeds Gemini-powered agents, RAG systems, and reasoning steps. You keep the frontier model's intelligence and gain the document infrastructure raw calls don't provide.
Who should pick which
Different tools fit different jobs. Here's the honest split.
Choose Reducto if…
- You're building a production pipeline where reading order errors on multi-column or complex layouts would corrupt downstream extraction or LLM output.
- High-stakes extraction requires deterministic, schema-bound output with per-field bounding-box citations for audit or human review.
- You're processing documents at volume and per-document frontier-model token costs would be prohibitive or unpredictable.
- You need the full document toolkit (parse, extract, split, classify, edit) with an MCP server, CLI, and SDKs, not raw inference plus custom glue.
- You're in a regulated industry where HIPAA, zero data retention, or VPC/on-prem/air-gapped deployment are non-negotiable.
Gemini may be a starting point if…
- You're prototyping and the goal is understanding document content, not building a production extraction pipeline.
- Your documents are simple and single-column, and qualitative understanding is sufficient; table fidelity and reading order aren't concerns.
- Handwriting recognition or broad multilingual understanding is the primary requirement and structured, verifiable output is not critical.
- You need general reasoning over document content (summarization, Q&A, drafting) where an LLM's language strength is the whole job.
Common questions
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Sign up with 15,000 free credits, run your hardest documents through Reducto and a raw model call, and compare the output side by side.