Google Cloud vs AWS vs Azure Pricing Comparison 2026: Full Cost Breakdown
Choosing between Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure often comes down to one critical factor: cost. This Google Cloud vs AWS vs Azure pricing comparison examines real-world scenarios with actual calculator data to help you make an informed decision. With cloud spending reaching $597 billion globally in 2026 according to Gartner, understanding these pricing differences can save thousands of dollars annually.
All three platforms use complex pricing models with per-second billing, sustained use discounts, and reserved instance options. We’ll break down the costs for common workloads so you can see exactly where each provider stands.
Compute Instance Pricing Comparison
Virtual machine pricing forms the foundation of cloud hosting costs. Here’s how the three providers compare for typical workloads:
Small Web Server (2 vCPU, 8GB RAM)
| Provider | Instance Type | On-Demand ($/month) | 1-Year Reserved ($/month) | 3-Year Reserved ($/month) |
|---|---|---|---|---|
| AWS | t3.large | $60.74 | $38.69 | $25.77 |
| Google Cloud | e2-standard-2 | $49.20 | $31.53 | $22.51 |
| Azure | B2s | $60.74 | $39.42 | $27.01 |
Winner: Google Cloud offers the lowest pricing across all commitment levels for this configuration. The savings become more significant with longer commitments—GCP’s 3-year reserved pricing saves 13% over Azure and 12.6% over AWS.
Medium Application Server (4 vCPU, 16GB RAM)
| Provider | Instance Type | On-Demand ($/month) | 1-Year Reserved ($/month) | 3-Year Reserved ($/month) |
|---|---|---|---|---|
| AWS | t3.xlarge | $121.47 | $77.38 | $51.54 |
| Google Cloud | e2-standard-4 | $98.41 | $63.07 | $45.02 |
| Azure | D4s v5 | $140.16 | $90.50 | $62.21 |
Winner: Google Cloud again leads with the most competitive pricing. Azure is 27.6% more expensive on-demand and 38% higher on 3-year reserved instances compared to GCP.
High-Performance Compute (8 vCPU, 32GB RAM)
| Provider | Instance Type | On-Demand ($/month) | 1-Year Reserved ($/month) | 3-Year Reserved ($/month) |
|---|---|---|---|---|
| AWS | m5.2xlarge | $280.32 | $178.56 | $118.99 |
| Google Cloud | n2-standard-8 | $292.80 | $187.50 | $133.92 |
| Azure | D8s v5 | $280.32 | $181.00 | $124.42 |
Winner: AWS edges ahead for high-performance workloads, particularly with longer reservations. The gap narrows at this tier—AWS beats GCP by 11.2% on 3-year reserved pricing.
According to CloudZero’s 2026 cloud cost report, sustained use discounts on GCP can reduce costs an additional 20-30% for workloads running continuously, making them even more competitive for always-on production servers.
Storage Pricing: Block, Object, and Database
Block Storage (SSD)
| Provider | Service | Price per GB/month | IOPS Cost |
|---|---|---|---|
| AWS | EBS gp3 | $0.08 | 3,000 free IOPS, then $0.005/IOPS |
| Google Cloud | Persistent Disk SSD | $0.17 | Included (scales with size) |
| Azure | Premium SSD v2 | $0.087 | $0.00008 per provisioned IOPS |
Winner: AWS offers the lowest base storage price. However, GCP’s model includes IOPS scaling automatically, which can be cheaper for high-throughput workloads where AWS would charge extra for provisioned IOPS.
Object Storage (Per GB/month)
| Provider | Service | Standard Storage | Infrequent Access | Archive |
|---|---|---|---|---|
| AWS | S3 | $0.023 | $0.0125 (S3-IA) | $0.0036 (Glacier) |
| Google Cloud | Cloud Storage | $0.020 | $0.010 (Nearline) | $0.0012 (Archive) |
| Azure | Blob Storage | $0.0208 | $0.0125 (Cool) | $0.002 (Archive) |
Winner: Google Cloud provides the best pricing across all storage tiers, especially for archive storage where it’s 66% cheaper than AWS and 40% cheaper than Azure.
Managed MySQL Database (db.t3.medium equivalent)
| Provider | Service | Price ($/month) | Storage ($/GB/month) | Backup Storage |
|---|---|---|---|---|
| AWS | RDS MySQL | $62.78 | $0.115 | Free up to DB size |
| Google Cloud | Cloud SQL MySQL | $55.49 | $0.17 | Free up to DB size |
| Azure | Database for MySQL | $77.20 | $0.115 | 1x DB size free |
Winner: Google Cloud offers the lowest compute cost for managed MySQL, though storage is more expensive. AWS balances both aspects well. Azure is 39% more expensive than GCP for the instance itself.
Data Transfer and Bandwidth Costs
Data egress charges can significantly impact total costs, especially for content delivery and API-heavy applications.
Egress Pricing (First 10TB/month)
| Provider | First 1GB | Next 9.999TB | 10TB – 50TB | 150TB+ |
|---|---|---|---|---|
| AWS | Free | $0.09/GB | $0.085/GB | $0.07/GB |
| Google Cloud | Free (1GB) | $0.12/GB | $0.11/GB | $0.08/GB |
| Azure | Free (5GB) | $0.087/GB | $0.083/GB | $0.07/GB |
Winner: Azure offers the most competitive egress pricing in the 1-50TB range. AWS follows closely. Google Cloud is 33% more expensive than Azure for the first 10TB tier.
According to Cloudflare’s bandwidth cost analysis, egress charges are where many businesses encounter unexpected cloud bills. A site serving 5TB of traffic monthly would pay $450 on GCP versus $435 on AWS and $413 on Azure—a meaningful difference at scale.
Load Balancer Pricing
| Provider | Service | Base Cost ($/hour) | LCU/Processing Cost |
|---|---|---|---|
| AWS | Application Load Balancer | $0.0225 | $0.008 per LCU |
| Google Cloud | Cloud Load Balancing | $0.025 | $0.008 per forwarding rule |
| Azure | Application Gateway | $0.025 | $0.008 per CU |
Winner: AWS offers slightly lower base costs, though all three are very competitive. For high-traffic applications processing millions of requests, the LCU/CU charges dominate, where costs are essentially identical.
Real-World Scenario Cost Comparisons
Scenario 1: Small WordPress Blog (10,000 visitors/month)
- 1 compute instance (2 vCPU, 8GB RAM)
- 50GB SSD storage
- 100GB bandwidth
- 20GB database storage
| Provider | Monthly Cost (On-Demand) | Monthly Cost (1-Year Reserved) |
|---|---|---|
| AWS | $77.40 | $55.35 |
| Google Cloud | $73.50 | $55.83 |
| Azure | $78.94 | $57.62 |
Winner: Google Cloud for on-demand, AWS for reserved. The differences are minimal—under $5/month—making support quality and familiarity more important factors.
Scenario 2: Medium E-commerce Site (50,000+ visitors/month)
- 3 compute instances (4 vCPU, 16GB RAM each)
- 1 load balancer
- 500GB SSD storage
- 2TB bandwidth
- 100GB managed MySQL database
- 200GB object storage (product images)
| Provider | Monthly Cost (On-Demand) | Monthly Cost (1-Year Reserved) |
|---|---|---|
| AWS | $738.50 | $522.20 |
| Google Cloud | $821.30 | $578.60 |
| Azure | $755.80 | $544.40 |
Winner: AWS leads by $56/month (10.7%) over GCP on 1-year reserved. The bandwidth-heavy nature of e-commerce favors AWS’s lower egress costs.
Scenario 3: SaaS Application with High Traffic
- 10 compute instances (8 vCPU, 32GB RAM each)
- 2 load balancers
- 5TB SSD storage
- 10TB monthly bandwidth
- 500GB managed PostgreSQL database
- 2TB object storage
| Provider | Monthly Cost (On-Demand) | Monthly Cost (3-Year Reserved) |
|---|---|---|
| AWS | $4,242 | $2,478 |
| Google Cloud | $4,628 | $2,712 |
| Azure | $4,315 | $2,584 |
Winner: AWS saves $234/month ($2,808/year) over GCP and $106/month ($1,272/year) over Azure on 3-year reserved commitments. At this scale, the differences become significant.
Pricing Model Differences
AWS Pricing Model
- On-Demand: Pay per second (1-minute minimum)
- Reserved Instances: 1-year or 3-year commitments with 30-60% savings
- Savings Plans: Flexible commitments for compute usage across services
- Spot Instances: Up to 90% discount for interruptible workloads
AWS provides the most granular pricing options but requires careful planning to maximize savings. According to AWS’s own case studies, companies that optimize their Reserved Instance strategy save an average of 42% on compute costs.
Google Cloud Pricing Model
- On-Demand: Pay per second (no minimum)
- Committed Use Discounts: 1-year or 3-year for 37-55% savings
- Sustained Use Discounts: Automatic discounts for instances running 25%+ of month
- Preemptible VMs: Up to 80% discount for interruptible workloads
GCP’s sustained use discounts are applied automatically without pre-commitment, making them easier to benefit from. Running an instance for a full month can automatically reduce costs by 30% according to Google’s pricing documentation.
Azure Pricing Model
- Pay-As-You-Go: Per-minute billing
- Reserved Instances: 1-year or 3-year for up to 72% savings
- Azure Hybrid Benefit: Use existing Windows licenses for additional savings
- Spot VMs: Up to 90% discount for interruptible workloads
Azure’s Hybrid Benefit can save Windows Server users 40-80% on compute costs, according to Microsoft’s TCO calculator. This makes Azure particularly attractive for organizations already invested in the Microsoft ecosystem.
Hidden Costs and Gotchas
Data Transfer Between Regions
All three providers charge for inter-region data transfer, but rates vary:
| Provider | Same Region ($/GB) | Different Region ($/GB) |
|---|---|---|
| AWS | $0.01 | $0.02 |
| Google Cloud | Free | $0.01 |
| Azure | Free (within availability zone) | $0.02 |
API Request Pricing
Storage services charge for API operations, which can add up for high-throughput applications:
- AWS S3: $0.005 per 1,000 PUT requests, $0.0004 per 1,000 GET requests
- GCP Storage: $0.05 per 10,000 operations (Class A), $0.004 per 10,000 (Class B)
- Azure Blob: $0.05 per 10,000 operations (write), $0.004 per 10,000 (read)
For applications making millions of API calls monthly, these costs matter. An app making 10 million GET requests per month would pay $4 on AWS, $0.40 on GCP, and $0.40 on Azure.
Support Plan Costs
| Provider | Basic/Free | Developer/Standard | Business/Production | Enterprise |
|---|---|---|---|---|
| AWS | Free | $29/month | $100/month or 10% of usage | $15,000/month |
| Google Cloud | Free | $29/month | $250/month or 3% of usage | Custom pricing |
| Azure | Free | $29/month | $100/month or 10% of usage | Custom pricing |
Support costs scale with usage, making them a significant line item for high-spend accounts. A company spending $10,000/month on cloud services would pay $1,000/month for Business support on AWS/Azure versus only $300/month on GCP.
Cost Optimization Tips for Each Provider
AWS Cost Optimization
- Use Savings Plans over Reserved Instances: More flexible and often better value
- Right-size instances with AWS Compute Optimizer: Automatically identifies oversized resources
- Enable S3 Intelligent-Tiering: Automatically moves data between storage classes
- Use AWS Cost Explorer: Identify spending patterns and optimization opportunities
- Tag everything: Proper tagging enables accurate cost allocation and waste identification
Google Cloud Cost Optimization
- Take advantage of sustained use discounts: Run instances consistently to get automatic 30% off
- Use Committed Use Discounts for steady-state workloads: 37-55% savings
- Enable Cloud Storage lifecycle policies: Automatically archive or delete old data
- Use the GCP Pricing Calculator: Model costs before deployment
- Choose custom machine types: Pay only for the exact vCPU/memory you need
Azure Cost Optimization
- Leverage Azure Hybrid Benefit: Reuse Windows Server and SQL licenses
- Use Reserved Instances for predictable workloads: Up to 72% savings
- Enable Azure Advisor recommendations: Identifies unused resources and optimization opportunities
- Use Azure Cost Management + Billing: Set budgets and alerts
- Choose B-series burstable VMs for variable workloads: Lower base cost with CPU credit system
Free Tier Comparison
All three providers offer free tiers, but with different limits and durations:
AWS Free Tier
- 12 months: 750 hours/month t2.micro or t3.micro instance
- Always free: 1 million Lambda requests/month, 5GB S3 storage
- 12 months: 5GB RDS storage, 30GB EBS storage
Google Cloud Free Tier
- Always free: 1 e2-micro instance (US regions only)
- Always free: 5GB Cloud Storage, 1GB Cloud Functions invocations
- $300 credit: Valid for 90 days (new customers)
Azure Free Tier
- 12 months: 750 hours/month B1S Linux VM
- Always free: 5GB Blob Storage, 250GB SQL Database
- $200 credit: Valid for 30 days (new customers)
Winner: Google Cloud offers a perpetually free micro instance, making it the best choice for hobby projects and learning. AWS and Azure provide more generous 12-month trials for production-grade instances.
Which Provider Offers the Best Value?
The answer depends entirely on your specific workload and commitment level:
Choose Google Cloud When:
- Running small to medium workloads (2-4 vCPU instances)
- Need always-on instances (sustained use discounts save 30% automatically)
- Prioritizing archive storage costs (66% cheaper than AWS)
- Want perpetually free dev/test environments
- Lower support costs matter (3% vs 10% for Business tier)
Choose AWS When:
- Running high-performance compute workloads (8+ vCPU)
- Need the widest service selection (200+ services vs 100+ on competitors)
- Bandwidth-heavy applications (lower egress costs)
- Committed to 3-year reservations for maximum savings
- Require the largest global infrastructure (33 regions vs 27 GCP, 60 Azure)
Choose Azure When:
- Already invested in Microsoft ecosystem (Office 365, Windows Server)
- Can leverage Azure Hybrid Benefit (40-80% savings on Windows workloads)
- Need tight integration with Active Directory and Microsoft tools
- Running enterprise applications with Microsoft stack
- Egress costs are primary concern (best rates in 1-50TB tier)
Conclusion: The 2026 Pricing Verdict
This Google Cloud vs AWS vs Azure pricing comparison reveals that no single provider dominates across all scenarios. Google Cloud wins for small to medium workloads with its aggressive on-demand pricing and automatic sustained use discounts. AWS provides the best value for large-scale reserved commitments and high-performance computing. Azure excels for Microsoft-centric organizations leveraging Hybrid Benefit.
For a typical small business running a few servers with 1-2TB monthly bandwidth, switching from AWS to Google Cloud could save $500-800 annually. At enterprise scale with 100+ instances and 50TB bandwidth, AWS’s 3-year reserved pricing saves $5,000-10,000 annually over GCP.
The real optimization comes from understanding each provider’s discount mechanisms and committing to the right reservation level. According to Flexera’s State of the Cloud report, organizations waste an average of 32% of cloud spending on unused resources and suboptimal pricing choices—far more than the inherent price differences between providers.
Related guides: [Internal link: Best VPS Hosting 2026], [Internal link: Cloud Hosting Performance Benchmarks], [Internal link: How to Optimize Cloud Costs]