AWS Transit Gateway

Name: AWS Transit Gateway
Brand: Amazon Web Services (AWS)
Rating: 4.5 (26 reviews)

Leader

Official Global LinkedIn page for Amazon Web Services (AWS).

Est 2006|Valuation $2560B|1 Ref Customers

LinkedIn 10.9M|Website|Web traffic 1.1M|FTEs 148,001|HQ Seattle, Washington, US

MarketsEnterprise Networking

Platform CoversInfrastructure Monitoring Infrastructure as Code (IaC)

01Competitive Landscape

Narrative competitive analysis

AWS-native vs third-party overlays (for example, Aviatrix): third-party vendors position overlays as providing multi-cloud features and operational enhancements; such claims typically require validation against specific traffic profiles and licensing costs.
Azure Virtual WAN vs TGW: Azure Virtual WAN presents a comparable hub model for Azure-first estates. Real-world cost and operational comparisons depend on traffic patterns and topology.
AWS Cloud WAN vs TGW: Cloud WAN offers a higher-level WAN abstraction and can interoperate with TGW via peering; it may be appropriate for organizations that require centralized WAN policy across Regions.

- AWS-native vs third-party overlays (for example, Aviatrix): third-party vendors position overlays as providing multi-cloud features and operational enhancements; such claims typically require validation against specific traffic profiles and licensing costs. - Azure Virtual WAN vs TGW: Azure Virtual WAN presents a comparable hub model for Azure-first estates. Real-world cost and operational comparisons depend on traffic patterns and topology. - AWS Cloud WAN vs TGW: Cloud WAN offers a higher-level WAN abstraction and can interoperate with TGW via peering; it may be appropriate for organizations that require centralized WAN policy across Regions.

	AWS Transit Gateway	Azure Virtual WAN	AWS Cloud WAN
Starting Price	Published usage-based pricing with attachment and data-processing components; varies by Region	Published usage-based pricing with hub and data-processing components plus connection/scale unit charges; consult vendor for regional details	Published usage-based pricing with core-network and data-processing components plus attachment/peering charges; varies by Region
Typical Use Case	Multi-VPC/multi-account routing hub in AWS; hybrid Direct Connect/VPN aggregation	Global branch connectivity patterns with Azure networking/security constructs	Policy-based WAN abstraction for broader WAN constructs across Regions and accounts
Key Strength	Native AWS integration; reduces peering count; supports transitive routing	Integrated hub model and Azure ecosystem integrations	Policy-based centralization; interoperability with TGW via peering
Key Weakness	Costs can scale with attachments and data-processing; routing complexity; some DNS/peering limitations	Pricing and unit model can be complex; cost depends on topology	Additional layer to operate and learn; can add costs on top of existing TGW attachments