AWS 100+ Global Regions: What You Need to Know

You’ve likely come across the claim that AWS has 100+ global regions. For cloud users planning migrations, optimizing workloads, or meeting compliance requirements, sorting fact from hype about AWS’s infrastructure footprint is essential. Let’s break down what the 100+ figure really means, AWS’s current global reach, and what their expansion plans mean for your business.

What Are AWS Global Regions, Exactly?

AWS geographic regions are fully isolated clusters of AWS infrastructure located in specific geographic areas. Each region is designed to be completely independent of other regions to prevent widespread outages from impacting multiple areas.

Every region contains at least three Availability Zones (AZs) — physically separate data centers within the same region, connected by low-latency links. This setup enables high availability and fault tolerance for cloud workloads.

Current active regions span 31 countries, including major hubs like US East (N. Virginia), Europe (Frankfurt), Asia Pacific (Tokyo), and South America (São Paulo).

Wait, Does AWS Have 100+ Regions? Let’s Break Down the Numbers

The short answer: No, AWS does not have 100+ geographic regions as of 2024. The 100+ figure most often refers to their total count of Availability Zones, not full regions. Here’s the official breakdown of AWS’s global footprint:

• 33 active geographic regions worldwide, with full service availability for core AWS offerings
• 105 active Availability Zones (the source of the 100+ claim) across those 33 regions
• 12 announced new regions (in markets including New Zealand, Thailand, and Kenya) that will add 36 additional AZs once operational
• 600+ CloudFront edge locations (Points of Presence) and 13 Regional Edge Caches for low-latency content delivery globally

AWS is expanding region count steadily, but the 100+ milestone already applies to their AZ footprint — a critical distinction for workload planning. For up-to-date figures, refer to AWS’s official Global Infrastructure page.

Why AWS’s Global Infrastructure (Including 100+ AZs) Matters for You

Whether you’re running a small app or an enterprise-grade system, AWS’s broad infrastructure delivers tangible benefits:

• Low latency: Deploy workloads closer to your end users to reduce load times and improve user experience
• Data residency compliance: Meet local regulations (like GDPR, CCPA, or APAC data localization laws) by storing data in specific regions
• High availability: Use multi-AZ deployments to keep workloads running even if a single data center fails
• Disaster recovery: Replicate data across regions to protect against large-scale regional outages

AWS’s Upcoming Region Expansion: What to Expect

AWS has announced plans to launch 12 new geographic regions by 2026, which will bring their total region count to 45. These new regions focus on underserved markets, including:

• New Zealand (Auckland)
• Thailand (Bangkok)
• Kenya (Nairobi)
• Chile (Santiago)

Once these regions launch, AWS will add 36 new Availability Zones, pushing their total AZ count well above 140. This expansion will also add new edge locations to support low-latency services in emerging markets.

How to Choose the Right AWS Region for Your Workloads

Selecting the wrong region can lead to compliance issues, higher costs, or poor performance. Follow these actionable steps:

1. Check latency requirements: Use AWS’s latency testing tools to pick the region closest to your primary user base
2. Verify compliance needs: Ensure the region meets local data residency and regulatory requirements for your industry
3. Review service availability: Confirm all AWS services your workload relies on are available in your target region
4. Compare costs: AWS pricing varies slightly by region — factor in data transfer and compute costs for your workload
5. Plan for redundancy: For mission-critical workloads, deploy across multiple AZs (or regions) for fault tolerance

Frequently Asked Questions

Is AWS adding 100+ new regions in the near future?

No. AWS currently has 33 active regions, with 12 more announced. The 100+ figure refers to their current Availability Zone count, not new regions. Their region count will reach 45 once announced expansions are complete.

What’s the difference between an AWS region and an Availability Zone?

A region is a geographic area with multiple isolated AZs. An AZ is a physically separate data center within a region, connected by private low-latency links. Workloads deployed across multiple AZs in a region are protected from single data center failures.

How many AWS edge locations are there globally?

AWS operates 600+ CloudFront edge locations and 13 Regional Edge Caches worldwide, which are separate from regions and AZs. These support low-latency content delivery, API caching, and edge computing workloads.

Why does AWS have over 100 Availability Zones?

AZs provide fault isolation within a region. By spreading workloads across 3+ AZs per region, AWS ensures that a power outage, hardware failure, or natural disaster in one AZ won’t take down your entire workload.

Ready to optimize your AWS workload placement across their global infrastructure? Contact our cloud experts today for a free infrastructure audit tailored to your compliance, performance, and cost requirements.