How Bware Labs Scaled Global Web3 Adoption With OVHcloud

Key Takeaways

1. $300M+ total value locked across the Bware Labs ecosystem
2. 40+ enterprise customers and mainnet validators on 23 blockchains
3. One of the fastest blockchain API platforms in the market, powered by OVHcloud Advance Dedicated Servers

Client

Bware Labs provides blockchain infrastructure to accelerate global Web3 adoption. Its flagship product, Blast, is one of the fastest blockchain API platforms in the world. By leveraging hundreds of globally distributed third-party node providers, Blast enables developers to connect to major networks and start building with just a few clicks.
In addition to Blast, the Bware Labs ecosystem includes Faucets, Snapshots, and AppChain support for Avalanche and Polygon. The company also acts as a validator and bridge operator, trusted by 18 blockchain providers to secure their networks. With more than 10,000 active delegators, over $300 million in total value locked, and 40+ enterprise customers, Bware Labs is a recognized leader in blockchain infrastructure.

Challenges

Bware Labs originally hosted Blast on a virtual private server (VPS) from a major cloud provider. As adoption grew, scaling the solution became increasingly difficult. Infrastructure and networking costs rose rapidly while performance and reliability declined. To ensure Blast could expand successfully, Bware Labs needed a new hosting solution—one that would deliver high performance, global scalability, and enhanced security while keeping costs under control.
“Our collaboration with OVHcloud has been very fruitful since we started using the platform and we are especially thankful to our account manager. We are always happy to collaborate with professional individuals and companies, and OVHcloud offers such a possibility.”
— Flavian Manea, CEO at Bware Labs

Solutions

Bware Labs transitioned from VPS hosting to OVHcloud Advance Dedicated Servers. This move ensured that Blast could handle increasing traffic demands while maintaining speed, resilience, and security.

Why OVHcloud?

•    Performance and reliability: Advance Servers, powered by next-generation components, deliver high computing power and fast connectivity.
•    Data protection: Intel® Software Guard Extensions (SGX) secure sensitive data inside encrypted enclaves.
•    Optimized storage: Ultra-fast NVMe drives handle complex workloads without compromise.
•    Network resilience: Link Aggregation reduces downtime during peak traffic.

Bware Labs also benefited from OVHcloud’s global data center footprint, with more than 44 locations worldwide—an ideal fit for Blast’s distributed architecture. By adopting the vRack Private Network, the company securely interconnected its infrastructure while keeping internal traffic shielded from the public internet.
On the commercial side, OVHcloud’s transparent pay-as-you-go pricing gave Bware Labs the flexibility to scale cost-effectively without paying for unused resources. To ensure business continuity, Bware Labs added OVHcloud Business Support, which provides  24/7 technical assistance with quick response times.
 

Results

With OVHcloud, Bware Labs successfully delivered Blast as one of the fastest blockchain API platforms on the market. The dedicated infrastructure provided the performance needed to manage heavy traffic, while OVHcloud’s global data centers and private networking provided  secure, resilient connectivity.
By adopting OVHcloud’s commercial model, Bware Labs gained predictable and cost-effective scaling, avoiding the hidden expenses associated with its previous VPS provider.
“We are happy with the way our platform behaves using OVHcloud services. We are really impressed with the flat-fee for certain networking capabilities and, of course, with the quality of support.”
— Flavian Manea, CEO at Bware Labs

Future Plans

Looking ahead, Bware Labs and OVHcloud plan to expand their collaboration. Together, they aim to grow the reach of Blast and continue to empower Web3 developers worldwide with scalable, secure, and high-performance infrastructure.