Hi everyone!
I’m Rohen Sood, Partner at Consensus Capital. I’m looking for people to work in the fund on research, talent sourcing, content and product feedback, as well as with portfolio web3 startups in community, content, product feedback and talent.
Even if your area isn’t listed here, feel free to reach out, we’ll chat.
Founders seeking funding can send a short blurb and pitch deck right away.
Rohen SoodHi everyone!
I’m Rohen Sood, Partner at Consensus Capital. I’m looking for people to work in the fund on research, talent sourcing, content and product feedback, as well as with portfolio web3 startups in community, content, product feedback and talent.
Even if your area isn’t listed here, feel fr
Dmed.
Фотография
click to show
click to show
Stablecoins power a major share of onchain activity today.
We took a closer look at Plasma, a network designed specifically for stablecoin payments and financial applications.
Here’s a clear breakdown of how Plasma works and how developers can access Plasma RPC via OnFinality: blog.onfinality.io/plasma-onfinality-rpc
Фотография
click to show
click to show
Running your own EVM node shouldn’t mean running an infra team.
Managed EVM Dedicated Nodes are now live on OnFinality.
Fully maintained. Secure. Production ready across 130+ networks.
Focus on building. We handle the rest.
Deploy your Managed EVM Node today: blog.onfinality.io/managed-evm-dedicated-nodes
Фотография
click to show
click to show
Building on BNB Chain with shared RPC?
It works at first. Then traffic grows, latency spikes, and rate limits hit when you least expect it. Most teams fix infra only after users feel it.
Why production apps move to managed BNB dedicated nodes 🔗
blog.onfinality.io/managed-bnb-dedicated-nodes
Фотография
click to show
click to show
Building on peaq?
OnFinality Managed Dedicated Nodes help support private connectivity, stable performance, and production-ready infrastructure for DePIN and Machine Economy applications.
Read more: http://blog.onfinality.io/managed-peaq-dedicated-nodes
Hi OnFinality Team,
We are intermittently facing an issue with your RPC endpoint multiple times throughout the day while fetching blocks.
Error:
RPC-CORE: getBlock(hash?: BlockHash): SignedBlock:: Unable to retrieve header and parent from supplied hash
Fatal Error:
Error: Unable to retrieve header and parent from supplied hash
The issue is not constant, but it occurs frequently enough to impact our block processing service and causes critical block failures in production.
Could you please check whether there are any RPC node stability issues, synchronization delays, or temporary block availability problems on the backend?
Please let us know if you need any additional details such as block hashes, timestamps, or endpoint information from our side.
Thanks.
Manoj || VoidaiHi OnFinality Team,
We are intermittently facing an issue with your RPC endpoint multiple times throughout the day while fetching blocks.
Error:
RPC-CORE: getBlock(hash?: BlockHash): SignedBlock:: Unable to retrieve header and parent from supplied hash
Fatal Error:
Error: Unable to retrieve heade
Фотография
click to show
click to show
Hey @Daino_Manoj
The previous person who contacted you was impersonating me
Sorry about that @Daino_Manoj
We will need more information such as network, time stamps, whether you used a public or private endpoint. If you don’t want to share that publicly then please find me as admin on the channel list and send a message, or send to [email protected]
Hello OnFinality Team,
My name is Khassan Nurillayev, an independent infrastructure developer.
I have been studying OnFinality's work in RPC infrastructure, indexing services, AI-powered tools, and enterprise blockchain platforms.
What impressed me most is your vision of building infrastructure that allows developers to access, process, and scale blockchain applications without unnecessary complexity.
While researching your platform, I identified a technical area where a framework I have developed could complement OnFinality's ecosystem rather than compete with it.
The project is not another RPC provider, blockchain indexer, analytics platform, or AI service.
Instead, it is an execution-aware attribution and access layer designed to work alongside existing blockchain and AI infrastructure.
Its purpose is to evaluate not only whether an operation has been executed, but also its contextual significance, contribution, and value within a workflow or distributed application.
Core Architecture
• IAttributionLayer.sol
- execution-aware attribution engine
• IAPIToken.sol
- staking-based access tiers (Basic / Pro / Enterprise)
• IStableBilling.sol
- USD-denominated entitlement and monetization logic
• IPriceOracle.sol
- Chainlink price integration
Attribution Model
Value = Σ (wᵢ × vᵢ)
Where:
- vᵢ = RPC request, blockchain event, AI-agent action, workflow execution, API interaction, or service operation.
- wᵢ = contextual weight determined by governance rules, execution policies, workflow significance, or application-specific attribution logic.
Potential Applications
- execution-aware blockchain intelligence
- intelligent API monetization
- programmable entitlement management
- governance-aware access control
- contextual workflow analytics
- AI-agent execution evaluation
- attribution-driven infrastructure services
The framework already exists as a developed architecture with implementation interfaces, technical documentation, and demonstration materia