BoltRPC’s cover photo
BoltRPC

BoltRPC

Data Infrastructure and Analytics

Connect without limits. Access high-performance endpoints across multiple chains.

About us

BoltRPC is a next‑generation, high‑performance RPC provider built for Web3 builders who demand more. We deliver enterprise‑grade blockchain solutions that let you focus on building while we handle the infrastructure. We operate and maintain node infrastructure across multiple networks for projects such as Chainlink, saving teams significant engineering effort Our infrastructure powers high‑throughput endpoints with no request caps or throttling, enabling clients to scale freely. Built on a globally distributed network with automatic failover and real‑time performance monitoring, BoltRPC delivers 99.9 %+ uptime, with enterprise SLAs. BoltRPC is trusted by industry leaders like Chainlink, Enjin, Tiingo and Gains Network. The platform is backed by Matrixed.link, a reputable infrastructure provider and Chainlink node operator. Whether you’re building DeFi protocols, data services, trading bots or oracle networks, BoltRPC provides the performance, reliability and scale needed to succeed. Follow our page for updates and connect with us to explore how our infrastructure can power you !

Website
https://boltrpc.io/
Industry
Data Infrastructure and Analytics
Company size
2-10 employees
Type
Privately Held

Updates

  • BoltRPC keeps expanding ! New chains, new dashboard and a new website. And the biggest update of all: WebSocket on every network we serve. Including the chains whose nodes have no subscription API at all: Aptos, Bitcoin, Sui and many more. Two weeks free, 5 million request units, no credit card required. Thank you for building with us.

  • Linea is now supported on BoltRPC. 2026 is shaping up to be a year of network expansion and we’re continuing to grow the BoltRPC network stack with the addition of Linea. Linea is a production zk-EVM network designed to scale Ethereum applications while remaining fully compatible with existing tooling. As zk-based Layer 2 adoption accelerates, reliable and consistent infrastructure becomes essential. With Linea now supported, BoltRPC provides Enterprise-grade RPC access across 16+ networks, all accessible via a single API key. We welcome input as we continue to prioritize additional network support.

    • No alternative text description for this image
  • Starknet Juno Update ! The Starknet ecosystem continues moving fast and the latest updates to Juno, Nethermind’s Go-based Starknet full-node client are a great example of this progress. 🔧 What’s New in Juno’s Latest Release 🔧 This release introduces a new database architecture that cuts Starknet node storage from 500GB down to 200GB when paired with modern compression. Juno v0.15.18 also opens up new performance tuning controls, letting operators configure their nodes based on actual hardware, instead of one-size-fits-all defaults. With zstd compression now available (and becoming default in 0.16.0), database growth slows dramatically without CPU trade-offs. It’s an optional migration for now, but it won’t stay that way. This release reflects ongoing refinement at Starknet’s infrastructure layer. Focusing on long-term cost efficiency, performance consistency and sustainable production operations. BoltRPC provides Enterprise-grade Starknet RPC endpoints designed to scale with the network as it evolves. Start building now on Starknet with BoltRPC.

    • No alternative text description for this image
  • Latency isn’t a nice to have for RPC users. It directly impacts: • trading execution • oracle updates • user experience • downstream system reliability Milliseconds compound when infrastructure sits in the critical path. RPC performance is not about “fast in theory” . it’s about being fast under load.

    • No alternative text description for this image
  • Many teams start with free endpoints, but their workloads quickly resemble real production patterns. Traffic spikes, retries, failed calls and noisy neighbors reveal far more about an RPC provider than synthetic benchmarks ever will. This is usually the moment teams realize: RPC infrastructure isn’t something you upgrade later. It’s something that either holds under pressure or doesn’t. That difference only shows up in real usage.

    • No alternative text description for this image
  • Grateful to everyone who put their trust in BoltRPC this year. The teams building real products, the projects running serious infrastructure and the people pushing meaningful innovation forward in this space. This year reminded us how important solid infrastructure really is. When things scale, when markets move, when users depend on reliability. That’s when it matters most. We’re grateful for the trust, the partnerships, the conversations and the support along the way. In 2026, our focus stays simple: more reliability, stronger performance and even better support for the builders who rely on us.

    • No alternative text description for this image
  • Take a look behind the Scenes !

    View organization page for MatrixedLink

    63 followers

    Recently we covered the basics of oracles. Let’s dive deeper into how oracle networks actually operate behind the scenes. A smart contract cannot fetch or verify off-chain information. So oracle networks solves this by: 1. Pulling data from multiple high-quality providers. 2. Aggregating it. 3. Filtering out outliers. 4. Reaching consensus on a final value. 5. Writing that result on-chain. This turns uncertain external information into a deterministic on-chain truth. When markets move in milliseconds, oracles must keep up. In the Decentralized blockchain environment nowadays; one node can’t decide the truth. This is where Chainlink's decentralized network of oracles shines. Instead of trusting a single server, Chainlink Labs uses: - Multiple independent node operators. - Node operators across different regions. - Pulling from different data sources. - All validating one another. This removes any single point of failure whether technical, economic or intentional. MatrixedLink is one of those independent operators contributing to the decentralization and security. Running an Oracle is far more complex than many think. We’ll dive deeper into these challenges over time.

    • No alternative text description for this image

Similar pages