Amazon: Nova Pro 1.0
Amazon Nova Pro 1.0 is a capable multimodal model from Amazon focused on providing a combination of accuracy, speed, and cost for a wide range of tasks. As of December...
Anyone in the Space can @-mention Amazon: Nova Pro 1.0 with the team's shared context - pooled credits, one chat, one memory.
Starter is free forever - 1 Space, 100 credits/month, 1 MCP. No card.
Verdict
Best for
- Cost-sensitive document processing with images
- AWS-native workflows requiring multimodal input
- Long-context analysis under budget constraints
- Visual reasoning where GPT-4o costs too much
Strengths
The 300K context window handles substantial documents without chunking, and the $0.80 input pricing undercuts most multimodal competitors by 40-60%. Native AWS integration means low-latency access for teams already running infrastructure on Amazon. The multimodal capability covers common use cases like invoice parsing, screenshot analysis, and diagram interpretation without requiring separate vision models.
Trade-offs
No public benchmark data means you're flying blind on reasoning quality, code generation, and instruction-following compared to Claude or GPT-4o. The output pricing at $3.20 per Mtok climbs quickly for generation-heavy tasks. Early AWS models historically lag OpenAI and Anthropic on nuanced reasoning and creative tasks. If you need proven performance on complex logic or aren't locked into AWS, better-documented alternatives exist.
Specifications
- Provider
- amazon
- Category
- llm
- Context length
- 300,000 tokens
- Max output
- 5,120 tokens
- Modalities
- text, image
- License
- proprietary
- Released
- 2024-12-05
Pricing
- Input
- $0.80/Mtok
- Output
- $3.20/Mtok
- Model ID
amazon/nova-pro-v1
Per-token prices show what the model costs upstream. On Switchy your team draws from one shared org credit pool - one plan, one balance for everyone.
Team cost calculator
5 seats · 80 msgs/day
Switchy meters this against your org's shared credit pool - one plan, one balance for everyone.
Providers
| Provider | Context | Input | Output | P50 latency | Throughput | 30d uptime |
|---|---|---|---|---|---|---|
| amazon | 300k | $0.80/Mtok | $3.20/Mtok | — | — | — |
Performance
Benchmarks
Works well with
Top MCPs
Compatibility data comes from first-party telemetry; once we have enough co-usage signal, top MCPs for this model will appear here.
How Switchy teams use it
Starter prompts
Invoice Data Extraction
Extract all line items, totals, vendor details, and payment terms from this invoice image. Return the data as a JSON object with fields for invoice_number, date, vendor_name, line_items (array), subtotal, tax, and total.Open in a Space →
Technical Diagram Analysis
Describe this technical diagram in detail. Identify all components, explain the data flow between them, and list any potential bottlenecks or single points of failure you observe.Open in a Space →
Multi-Document Summarization
Read these three quarterly reports and produce a one-page executive summary. Focus on revenue trends, operational challenges mentioned across all documents, and any forward guidance provided by leadership.Open in a Space →
Screenshot Troubleshooting
This screenshot shows an error in our web application. Identify the error message, explain what likely caused it based on visible UI state, and suggest two debugging steps a developer should take next.Open in a Space →
Contract Clause Comparison
Compare the indemnification clauses in these three vendor contracts. Highlight any material differences in liability caps, covered events, or notice requirements. Flag which contract offers the most protection.Open in a Space →
Example outputs
Illustrative - representative of the model's voice and quality, not literal recordings.
Review this Python function for potential race conditions. It's part of a distributed task queue that updates job status across multiple workers.
This function has a classic check-then-act race condition in the status update logic. Between reading `job.status` and writing the new value, another worker could modify it, causing lost updates. The 300K token context window lets Nova Pro analyze the entire codebase structure you'd paste in — it would trace how `update_status()` interacts with your Redis lock implementation and suggest either optimistic locking with version numbers or a compare-and-swap pattern using your existing infrastructure. The multimodal capability means you could also paste architecture diagrams showing worker communication patterns.
Nova Pro's large context window is its standout feature for code review — you can include surrounding modules, config files, and deployment docs in one prompt. However, at $3.20/Mtok output, lengthy explanations cost more than models like GPT-4o. Best for complex analysis where context matters more than response volume.
I'm attaching a wireframe sketch and brand guidelines PDF. Generate three headline options for our SaaS landing page that match the visual hierarchy and tone.
Nova Pro would process both the wireframe image and the PDF text, then produce headlines calibrated to the visual weight you've sketched and the voice guidelines in your brand doc. For a wireframe showing a bold hero section with a technical audience, it might suggest: 'Ship faster. Break less.' / 'Deploy with confidence, not ceremony.' / 'Your CI/CD pipeline, minus the surprises.' Each option would reference specific elements from your guidelines — whether you prefer imperative voice, how you handle jargon, your stance on humor.
The multimodal input handling is genuinely useful here — you're not describing the wireframe in text, you're showing it. This saves prompt tokens and reduces ambiguity. Trade-off: output pricing makes iterative refinement expensive compared to text-only models. Use this for high-value creative work, not rapid iteration.
Summarize the last 40 pages of meeting transcripts and pull out any commitments made by the engineering team. Format as a table with person, commitment, and implied deadline.
Nova Pro would parse the full transcript set (well within the 300K token window), identify action items by detecting commitment language patterns, and extract implicit deadlines from phrases like 'before the sprint ends' or 'by next sync'. The output table would list each engineer's name, their specific commitment (quoted or paraphrased), and the deadline with a confidence flag if it was inferred rather than stated. For ambiguous commitments, it would note the ambiguity rather than guess.
This showcases the practical value of a 300K context window — you're not chunking transcripts or losing cross-reference context. The model can see patterns across multiple meetings. However, this is a high-token-count task on both input and output, so cost adds up quickly. Best reserved for critical synthesis work, not routine note-taking.
Use-case deep-dives
When Nova Pro handles long-context legal review without breaking the bank
A 4-person legal ops team at a mid-market SaaS company needs to compare vendor contracts against their standard terms—typically 8-12 PDFs per review cycle, each 20-40 pages. Nova Pro's 300K token context window fits the entire packet in one prompt, so you're not stitching summaries or losing cross-references. At $0.80 input per million tokens, loading 150K tokens of contract text costs $0.12 per review—cheap enough to run every vendor negotiation without budget anxiety. The $3.20 output rate means you pay for the analysis, not the upload, which matters when you're generating 5K-token comparison tables. If you're reviewing fewer than 10 contracts per month, the context window is overkill and you'd save money on a smaller model. For teams running 40+ reviews per quarter, Nova Pro turns contract review into a repeatable workflow instead of a bottleneck.
Why Nova Pro works for image-text product moderation at scale
A 9-person marketplace team needs to flag listing photos that don't match product descriptions—checking 200-400 new listings daily across apparel, home goods, and electronics. Nova Pro's image+text modality lets you send the photo and the seller's description in one call, then get a structured yes/no decision with a reason code. At $0.80 input and $3.20 output per Mtok, processing 300 listings per day (assuming 1K tokens per listing, 200 tokens per response) runs about $0.54 daily or $16/month—well under the cost of one part-time moderator. The lack of public benchmarks means you'll want to pilot 50 listings before committing, but the price-per-decision math works if accuracy lands above 85%. If your catalog skews heavily toward nuanced fashion or art, where subjective judgment matters, you'll need human review as a second pass regardless of model.
When Nova Pro's context window turns ticket backlogs into daily digests
A 12-person support team at a B2B logistics platform closes 80-120 tickets per day, and leadership wants a nightly digest summarizing recurring issues without reading every thread. Nova Pro's 300K token window can ingest a full day's worth of tickets (assume 1,500 tokens per ticket average, so ~130 tickets) in a single prompt, then output a 1,500-word thematic summary with frequency counts. At $0.80 input per Mtok, loading 195K tokens costs $0.16; the 1,500-word summary (~2K tokens output) adds $0.006. Running this nightly is $5/month—cheaper than the Slack time spent manually skimming threads. If your ticket volume is under 40/day, you don't need the context window and a smaller model saves you setup complexity. For teams above 100 tickets/day, Nova Pro's combination of capacity and cost makes it the straightforward choice for backlog synthesis.
Frequently asked
Is Amazon Nova Pro 1.0 good for general text tasks?
Nova Pro 1.0 handles standard text generation, summarization, and analysis competently. The 300K token context window works well for long documents. Without public benchmarks, it's hard to judge against GPT-4 or Claude, but early reports suggest mid-tier performance — fine for internal tools, less proven for customer-facing applications where accuracy matters most.
Is Nova Pro 1.0 cheaper than GPT-4o or Claude Sonnet?
Yes, significantly. At $0.80 input and $3.20 output per million tokens, Nova Pro undercuts GPT-4o ($2.50/$10.00) and Claude Sonnet 3.5 ($3.00/$15.00) by roughly 70%. If you're already on AWS and need cost-efficient inference at scale, the pricing advantage is real. Trade-off: less battle-tested on complex reasoning tasks.
Can Nova Pro 1.0 handle vision tasks with images?
It accepts image inputs alongside text, so basic visual Q&A and document extraction are supported. Expect utility-grade performance — good enough for invoice parsing or screenshot analysis, not competitive with GPT-4V or Claude 3.5 Sonnet on nuanced visual reasoning. No public vision benchmarks exist yet to confirm quality thresholds.
How does Nova Pro 1.0 compare to Anthropic Claude 3 Haiku?
Nova Pro sits between Haiku and Sonnet in capability, closer to Haiku's speed but with a larger context window (300K vs 200K). Pricing is similar to Haiku ($0.80 vs $0.80 input). Choose Nova if you're AWS-native and need the extra context; choose Haiku if you want Anthropic's proven safety tuning and benchmark transparency.
Should I use Nova Pro 1.0 for production chatbots?
Only if you're committed to the AWS ecosystem and can tolerate some uncertainty. The lack of public benchmarks means you'll need to run your own evals before launch. Latency and reliability are decent for chat, but competitors have more documented edge-case handling. Best for internal pilots or cost-sensitive MVPs where you can iterate quickly.