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Amazon Nova Pro
Amazon
textimagevideo
AWS Nova family model for multimodal enterprise workloads on Bedrock.
- Developer
- Amazon
- Release date
- Dec 3, 2024
- Parameters
- Undisclosed
- Corpus size
- Undisclosed
- License
- Proprietary
- Context window
- 300K tokens
- Modalities
- text, image, video
Learn this model
Tutorial tailored to Amazon Nova Pro—cost, capabilities, API setup, and production patterns based on this model's specs (not generic copy for every LLM).
Cost & access
Amazon Nova Pro is proprietary via Amazon. Typical billing: input + output tokens; ChatGPT-style subscriptions are separate from API access. With a 300K tokens context window, long PDFs or chat histories increase input tokens quickly—trim history or summarize older turns in production.
Functional understanding
- AWS Nova family model for multimodal enterprise workloads on Bedrock.
- Modalities: text, image, video · License: Proprietary · Released 2024-12-03.
- Best-fit workflows for this model:
- • Document OCR, chart/diagram understanding, and visual QA over screenshots or PDFs.
- • Short video understanding, scene description, and frame-level analysis.
Technical foundation
- Amazon reports Undisclosed parameters; training data: Undisclosed.
- Context: 300K tokens. Open weights: no.
- Amazon Nova Pro is positioned as a vision model in the Amazon lineup.
First API call
Follow Amazon's official SDK for Amazon Nova Pro; use model id "amazon-nova-pro" from their docs.
# See https://docs.aws.amazon.com/nova/latest/userguide/what-is-nova.html
# Model id: amazon-nova-proImportant technical topics
- Prompting Amazon Nova Pro: be explicit about output format. Weak: "Analyze this." Better: "Return JSON with fields id, total, date for Amazon billing data."
- Temperature: use 0–0.3 for extraction and compliance on Amazon Nova Pro; 0.7–1.0 for brainstorming.
- Tokens: Amazon Nova Pro bills by tokens (~¾ word each). Undisclosed parameters affect capability; your bill is driven by context length and call volume.
- Context window (300K tokens): everything in one request—system prompt, tools, RAG chunks, and history—must fit. Truncate or summarize when approaching the limit for Amazon Nova Pro.
- Vision tokens: images in Amazon Nova Pro consume extra tokens (often tiled patches)—compress resolution when cost matters.
Real enterprise patterns
- Pipeline: OCR/layout → Amazon Nova Pro for field extraction → rules engine for validation.
- Store original images; log model version per request for audit.
- Redact PII in images before sending to third-party APIs unless self-hosting.
- Fallback to smaller vision model for simple yes/no checks.
Production & security
- Secrets: never commit keys for Amazon Nova Pro; use vault + per-environment rotation.
- PII: mask before inference; log redacted prompts only.
- Observability: trace id per request; log model=amazon-nova-pro, tokens in/out, latency.
- Rate limits: handle Amazon 429/5xx with exponential backoff and circuit breakers.
- Guardrails: schema-validate JSON; block disallowed topics; cross-check numbers against source docs.
Mini projects with this model
- Invoice OCR: Amazon Nova Pro extracts line items → CSV.
- UI regression: compare screenshots, describe visual diffs.
- Safety checklist: verify PPE in warehouse photos.
- Catalog enrichment: generate alt text from product images.
Suggested stack
- Language: Python 3.11+
- LLM: Amazon Nova Pro (Amazon official SDK)
- UI: Streamlit or Next.js for internal tools
- APIs: FastAPI
- Vector DB (RAG): Pinecone / Chroma / pgvector
- OCR helper: Azure Document Intelligence or Tesseract pre-pass
Learning path
- Python basics
- HTTP/REST and environment variables
- Amazon authentication and Amazon Nova Pro model id (amazon-nova-pro)
- First successful call to Amazon Nova Pro
- Prompt design and JSON / structured outputs
- Image encoding, resolution, and token costs
- RAG
- Tool use / function calling
- Evals and regression sets
- Production deploy + monitoring