Amazon Bedrock vs Google Cloud Vertex AI: $0.035 Nova Micro vs $2.74/hr GSU Commitments
Amazon Bedrock wins at ultra-low-cost micro-tasks via Amazon Nova Micro ($0.035/1M input) and remains the premier multi-vendor gateway for Anthropic Claude workloads. Google Cloud Vertex AI delivers superior TCO for reasoning workloads via Gemini 3.1 Pro ($2.00/1M input under 200K context) and offers a vastly more accessible Provisioned Throughput entry point at $2.74/GSU/hour with seamless Pay-As-You-Go burst spillover.
Published: 2026.11.02
Amazon Nova Micro starts at $0.035/$0.14 per 1M tokens; Nova Pro is $0.80/$3.20. Provisioned Throughput Model Units (MUs) start around $21.00–$50.00+/hr.
Gemini 3.1 Flash-Lite is $0.25/$1.50; Gemini 3 Flash is $0.50/$3.00; Gemini 3.1 Pro is $2.00/$12.00 (<=200K context). GSUs start at $2.74/hr.
25% lower annual spend with Google Cloud Vertex AI at standard workload
Interactive Cost & Scale Simulator
Drag the slider to see how monthly and annual spending shifts as your usage grows.
Amazon Nova Micro starts at $0.035/$0.14 per 1M tokens; Nova Pro is $0.80/$3.20. Provisioned Throughput Model Units (MUs) start around $21.00–$50.00+/hr.
Gemini 3.1 Flash-Lite is $0.25/$1.50; Gemini 3 Flash is $0.50/$3.00; Gemini 3.1 Pro is $2.00/$12.00 (<=200K context). GSUs start at $2.74/hr.
Simulating 350M input / 150M output tokens with reserved base + burst handling
On-Demand Token Economics: Nova Micro vs Gemini 3.1 Context Tiers
At the lightweight tier, Amazon Bedrock holds a decisive price advantage. Amazon Nova Micro costs just $0.035 per 1M input tokens and $0.14 per 1M output tokens, making it over 7x cheaper on input than Vertex AI's entry-level Gemini 3.1 Flash-Lite ($0.25 input / $1.50 output). For mid-tier production workloads, Bedrock's Nova Pro ($0.80 / $3.20) and Vertex AI's Gemini 3 Flash ($0.50 / $3.00) trade blows closely.
At the frontier reasoning tier, Vertex AI undercuts Bedrock's third-party flagship offerings. While Anthropic Claude 3.5 Sonnet ($3.00 / $15.00) and Claude Opus ($15.00 / $75.00) command premium rates on Bedrock, Vertex AI prices Gemini 3.1 Pro at $2.00 input and $12.00 output per 1M tokens. However, finance teams must watch Vertex AI's 200K context cliff: any prompt exceeding 200,000 tokens immediately doubles the input rate to $4.00/1M and raises output to $18.00/1M.
Provisioned Throughput Traps: Bedrock Model Units vs Vertex AI GSUs
Buying dedicated throughput reveals a stark architectural divide. Amazon Bedrock sells Model Units (MUs) priced around $21.00 to $50.00+ per hour depending on the model and commitment term (No-Commit, 1-month, or 6-month). Because a single MU often translates to $15,000–$36,000+ per month, teams must maintain 60% to 70% continuous 24/7 utilization just to break even against On-Demand rates. Worse, exceeding your MU quota triggers hard throttling exceptions unless engineers manually build fallback routing to On-Demand APIs.
Google Cloud Vertex AI abstracts reserved capacity into Generative AI Scale Units (GSUs), starting at just $2.74 per GSU-hour on a 1-year commitment (with 1-month and 3-month terms available). Each GSU provides a fixed universal throughput budget that burns down at published model-specific ratios. Crucially, Vertex AI features native Pay-As-You-Go spillover: when traffic bursts past your reserved GSU ceiling, excess tokens automatically bill at standard On-Demand rates with zero dropped requests.
Cost per 1M input tokens as prompt length crosses the 200,000-token threshold
Amazon Bedrock vs Google Cloud Vertex AI: Practical Strengths & Limitations
Amazon Bedrock
Multi-vendor foundation model hub featuring Anthropic Claude, Amazon Nova, and zero-markup Cross-Region Inference.
- First-class native access to Anthropic Claude 3.5/4 alongside ultra-low-cost Amazon Nova Micro ($0.035/1M input)
- Cross-Region Inference absorbs traffic spikes across AWS geographies with zero data transfer markup
- 50% Batch Inference discount breaks even immediately at 1 job with no minimum token commitment
- Provisioned Throughput Model Units (MUs) have high entry costs ($15,000+/mo) and throttle hard unless fallback routing is coded
- No permanent free tier beyond standard short-term AWS promotional signup credits
- Knowledge Base RAG deployments incur steep baseline costs from mandatory OpenSearch Serverless OCUs
Google Cloud Vertex AI
Google's Gemini Enterprise Agent Platform offering massive context windows, granular GSU reservations, and native pay-as-you-go burst spillover.
- Granular GSU reservations start at just $2.74/hour (~$2,000/mo), making reserved capacity accessible to mid-market teams
- Automatic Pay-As-You-Go spillover on GSU overages eliminates throttling exceptions during unexpected traffic spikes
- Generous onboarding with $300 credit, free-tier Flash RPM quotas, and 5,000 free monthly Google Search grounding requests
- Prompts exceeding 200K tokens on Gemini 3.1 Pro double input rates ($2.00 to $4.00/1M) and jump output rates by 50% ($12.00 to $18.00/1M)
- Gemini 3.1 Flash-Lite ($0.25/1M input) is roughly 7x more expensive than Amazon Nova Micro ($0.035/1M) for simple classification tasks
- Deploying open-weights models in Model Garden bills continuous dedicated VM/GPU node-hours even when idle
Executive TCO Verdict & Workload Routing Strategy
AWS-native engineering teams running Anthropic Claude agents or high-volume routing on Amazon Nova Micro ($0.035/1M) using zero-markup Cross-Region Inference.
Enterprises needing predictable reserved capacity starting at $2.74/GSU/hr, Context Caching discounts up to 75%, and native Google Search grounding.
Batch Break-Even Volumes & Cross-Region Inference TCO
For asynchronous workloads—such as nightly document summarization, synthetic data generation, or bulk classification—both Amazon Bedrock and Vertex AI offer a flat 50% discount on Batch Inference. Because neither platform enforces a minimum monthly spend or high token floor for batch jobs, the financial break-even volume against On-Demand is immediate at 1 job (a single JSONL or BigQuery input submission), provided your application can tolerate up to a 24-hour completion window.
For real-time global traffic, both cloud providers have eliminated the historical TCO penalty of multi-region failover. Bedrock's Cross-Region Inference and Vertex AI's global endpoints dynamically route burst requests across available regional data centers with zero cross-region network egress markup, billing strictly at the source region's standard token rate. This allows engineering teams to absorb regional quota spikes on On-Demand APIs without over-provisioning expensive dedicated Model Units or GSUs.
Token Economics & Reserved Throughput Architecture
Comparing 2026 per-million token rates, Model Units vs GSUs, and cross-region routing costs
Frequently Asked Questions
Q. What happens when my traffic exceeds my reserved Provisioned Throughput on Amazon Bedrock vs Vertex AI?
On Amazon Bedrock, exceeding your purchased Model Unit (MU) capacity returns throttling exceptions (HTTP 429) unless your engineering team explicitly codes fallback logic to route excess requests to the standard On-Demand API. On Google Cloud Vertex AI, traffic exceeding your reserved Generative AI Scale Units (GSUs) automatically spills over to standard Pay-As-You-Go token rates with zero dropped requests.
Q. What is the minimum token volume required to break even on Batch Inference?
The financial break-even volume for Batch Inference against On-Demand is immediate at 1 job (1 token) on both platforms. Both Amazon Bedrock and Vertex AI apply a flat 50% discount on asynchronous batch processing without requiring monthly spend commitments, trading up to a 24-hour turnaround window for instant half-price token rates.
Recent Articles Related to Amazon Bedrock & Google Cloud Vertex AI
OpenAI GPT-5.6 Enters AWS GovCloud: Architecture and TCO of Cross-Region Bedrock Endpoints
Amazon Bedrock brings OpenAI GPT-5.6 Terra and Luna to AWS GovCloud (US) with native Cross-Region Inference, unifying FedRAMP governance and multi-region failover.
2026.11.02
Autoscaling Multi-Volume RDS: Eliminating the 256 TiB Provisioning Ceiling on Oracle and SQL Server
AWS has extended storage autoscaling to additional EBS volumes on Amazon RDS for Oracle and SQL Server, standardizing dynamic capacity allocation across multi-disk enterprise architectures up to 256 TiB.
2026.10.30
AWS Cuts Observability Bills with Next-Gen OpenSearch Serverless Time Series Collections
AWS has launched time series collections on next-generation OpenSearch Serverless, introducing automated scaling, native warm storage, and 100 TB collection limits.
2026.10.29
AWS Expands Aurora Serverless to 384 ACUs: The Real TCO of Running 768 GiB Memory Spikes
Amazon Aurora Serverless now scales up to 384 ACUs and 768 GiB of memory. We analyze the unit economics, cold-start tradeoffs, and monthly billing math for AI agent workloads.
2026.10.28
Other Cost & Spec Comparisons
Amazon Bedrock vs Azure OpenAI: $2.50 vs $3.00 Inputs and the 150M Token PTU Threshold
Azure OpenAI delivers lower base pricing on flagship models ($2.50/$10.00 on GPT-4o vs $3.00/$15.00 on Claude 3.5 Sonnet) and enterprise PTU latency guarantees, but requires $2,450+ monthly minimums to break even at 150M+ tokens. Amazon Bedrock wins on operational agility by offering Claude, Nova, and Llama under one API, complemented by Intelligent Prompt Routing that trims token volume costs by up to 30%.
2026.10.27
Amazon SageMaker vs Google Vertex AI: The $10,500/Month Dedicated Inference Inflection Point
Both platforms require at least $5,100 to $10,500 per month per active endpoint to keep a 70B reasoning model warm 24/7 without cold-start failures. SageMaker is cheaper for raw GPU compute when leveraging EC2 Savings Plans and custom multi-model packaging. Vertex AI wins for hybrid architectures where teams mix Google's serverless pay-per-token Model Garden endpoints with TPU-optimized custom deployments.
2026.10.22
Amazon RDS vs Azure SQL Database: Why High Availability & Hybrid Licensing Create a 50% TCO Gap
On paper, a single-node 4-vCPU SQL Server Standard instance costs nearly the same on both clouds ($712/mo on AWS RDS vs $736/mo on Azure SQL General Purpose License Included). However, production High Availability immediately splits the economics: AWS RDS Multi-AZ requires a full standby instance ($1,425/mo), while Azure SQL includes failover architecture in its base rate and drops to $444/mo with Azure Hybrid Benefit. Choose Azure SQL for mission-critical SQL Server workloads, and AWS RDS when running open-source engines ($0.342/hr) or multi-volume databases scaling up to 256 TiB.
2026.11.01
Elastic Cloud vs Amazon OpenSearch Service: The $350/mo Serverless Baseline vs Multi-Tier Log Economics
Elastic Cloud excels in long-term log retention and cutting-edge semantic search thanks to its cold/frozen tiers backed by S3 and proprietary ELSER models, delivering superior cost efficiency for data-heavy analytics. Conversely, Amazon OpenSearch Service is ideal for teams deeply embedded in AWS ecosystems who can use provisioned Graviton instances for predictable workloads, though caution is required with OpenSearch Serverless due to its steep $350-$700/mo minimum baseline.
2026.10.29
Weekly Tech & Business Data Briefing
Verified software analysis, practical gotchas, and essential supply-chain updates delivered weekly.