Blockchain Validator Nodes for any chain

High-available, 100% secure, and quick nodes for the high-value staking created by Dysnix Web3 experts.
Nansen Case Study
Blockchain analytics platform
Tasks
Blockchain consulting and custom solutions
Secured Ronin Validator Nodes
Ronin archive nodes deployment
Deployment, support, and maintenance
Solutions
Entirely secured Ronin Validators Nodes protected with sentry nodes with RPC features
Backups and snapshots installation, Infrastructure as code, Deployment as code
Node optimization, e.g., each archive node updates in 15 min instead of 3 hours
Monitoring in Grafana, regular check-ups, automatic updates

Risks you avoid by using Dysnix validator nodes solution

Outdated nodes
Even though the node is self-hosted, it’ll stay constantly updated.
Unsynced nodes
Your validator node will be 99,99% available. Thus, each operation will be processed and rewarded.
Cloud provider disconnect
Our auto-recovery system sets your validator node back online in minutes if the connection with your cloud provider fails.
3rd party access to validator nodes
We prepare the guide and the setup of the validator nodes so you can deploy them within the most restricted access.
99,9%uptime
Ensure revenue stability with our auto-recovery solution, minimizing downtime and maximizing earnings from transaction validation.
Daniel Yavorovych
Co-Founder & CTO
Get your most reliable self-hosted validator nodes from Web3 experts

Any chains supported, including custom ones

Please let us know if you need to launch based on a custom chain or one that is missing from the list. We’ll make you a special offer.
Polkadot
Avalanche
Cardano
Velas
Solana
Klaytn
Tron
Cronos
Fantom
Optimism
Polkadot
Avalanche
Cardano
Velas
Solana
Klaytn
Tron
Cronos
Fantom
Optimism
Polkadot
Avalanche
Cardano
Velas
Solana
Klaytn
Tron
Cronos
Fantom
Optimism

Read the latest reviews about our engineers in action

Dmytro Haidashenko
CTO, Rarify
See on Clutch
Dysnix has delivered a well-structured infrastructure that allows the company to deploy their apps in Kubernetes by themselves. The team thoroughly follows the given workflow and pipeline of tasks, leading to an efficient process. Their responsible attitude to work and proactivity was commendable.
Alex Momot
Founder & CEO, Remme
See on Clutch
Dysnix provided a team of Blockchain experts that was always available to assist the client. They finished a product that presented new features in the company's crypto-asset exchange. As a result, the company now considers their deep involvement as an extension of their own team.
Evgeny Medvedev
Chief Solutions Architect, Nansen.ai
See on Clutch
Dysnix has delivered a functional, operational, fail-safe, and reliable Ronin blockchain validator node, thanks to their strong understanding of the client's requirements and policies. They are receptive to client input and feedback and are eager to accommodate requests and changes to the scope.
Alex Gluchowski
CEO, Matter Labs
See on Clutch
Dysnix contributed to the successful release of the company's product. They performed a custom auto-scaling solution to reduce the project's costs. The company now has the opportunity to earn a higher income and at the same time increase its likeability with speed and security as main offers.
Roman Cherednik
CTO, Financial Services Company
See on Clutch
Thanks to the efforts of the Dysnix team, the company was able to attract the attention of the general public. The currency is stable while maintaining the necessary flexibility with the support of experts in the industry. The team has proven itself to be a reliable long-term partner.
Dmytro Haidashenko
CTO, Shelf.Network
See on Clutch
In the first stage of their optimization plan alone, Dysnix managed to reduce infrastructure costs by 25%. They provide remarkable response times, which allows them to react to unforeseen situations. This makes them ideal for handling urgent tasks.
Roman Cherednik
CTO, Financial Services Company
See on Clutch
With Dysnix's relentless support, the company was able to adopt excellent security methods and develop exceptional server architecture. The team is responsible, talented, and diligent. Customers can expect a team who will exhaust all possibilities to achieve their goals.
Daniel Walker
CTO, Whispli
See on Clutch
Dysnix has helped the client in putting together a PoC. The client has around 30 stable and failover production environments and an easy-to-manage IaC. As a result, they are positioned as the only provider in the industry that can support multiple cloud technologies and single tenancy deployments.
Eli Osherovich
CTO & Co-Founder, Wand.AI
See on Clutch
Based on the client's requirements, Dysnix has built and implemented a reliable, flexible, and fail-safe architecture. The product will soon be launched, and the team continues to support and maintain the infrastructure. The communicative team understands the client's needs and meets expectations.
Knuth Rüffer
CEO, Scalors GmbH
See on Clutch
Thanks to Dysnix's efforts, they have built the defined development environments well. As a result, the client is able to expand their team and manage three projects successfully. They have provided solutions for issues effectively and simple answers to all inquiries. They have worked perfectly.
Eugene Fine
CTO, ExplORer Surgical Corp.
See on Clutch
Dysnix has developed a strong collaboration. Their team worked to implement the project and trained the in-house team. The management was very effective and their expertise was great.
Pavel Sher
CEO & Founder, NimbusWeb
See on Clutch
While the work is ongoing, the engagement thus far satisfies the client. The Dysnix team is able to understand and solve complex issues, which allows the company to resolve critical technical problems. They are communicative, trustworthy, and dedicated.
Denys Kravchenko
CTO, AdCel
See on Clutch
Dysinx is a great partner for the marketing technology company. The team is always immediately involved in solving problems. They are very attentive and quick to respond, providing several variants and tools as solutions.
Guy Gani
R&D Director, Techona
See on Clutch
The final solution was a reproducible, secure, and auto-scalable infrastructure for the company's gaming platform. Dysnix accomplished exactly what was required. A skilled team of experts, they functioned as a part of the in-house team and communicated the project's progress consistently.
Erin Driggers
Head of Cloud Engineering, Splice Machine
See on Clutch
The Dysnix did a good job of evaluating the resources they recommended for this engagement. They were knowledgeable, hard-working, skilled, and personable, meeting the client's expectations. Communication between both sides was quite smooth as well.
Eugene Fine
CTO, ExplORer Surgical Corp.
See on Clutch
The members continue to work collaboratively in order to generate a more secure infrastructure that is safer from vulnerabilities. Dysnix offers an utter understanding of the project coupled with impeccable field expertise. The client looks forward to achieving more project goals with them.

Being a part of a blockchain DevOps community is the best recognition

We're glad to receive regular signs of approval from our partners and clients on Clutch.
FAQs about Blockchain Validator Nodes by Dysnix

What are Blockchain Validator Nodes?

Blockchain Validator Nodes are like the security guards of a digital bank.

They verify every transaction on the blockchain, ensuring only valid ones are added to the permanent record. Imagine it like checking IDs at a club—validators make sure transactions are authorized and belong there. This keeps the entire blockchain system secure and trustworthy… and the party fun for everyone.

What is the function of Validator Nodes?

The main functions of Validators are concentrated around:

  • Verifying transactions: They meticulously examine each transaction to ensure it's valid and follows the blockchain's rules.
  • Securing the network: By validating transactions, they prevent fraudulent activity and maintain the integrity of the blockchain ledger.
  • Adding new blocks: Once a block of transactions is validated, the validator node adds it to the record of the blockchain.

The validator nodes are found primarily in Proof of Stake (PoS) blockchains, where users stake their cryptocurrency to become validators. The more crypto staked, the higher the chance of being chosen to validate a block and earn rewards.

How do Validator Nodes contribute to blockchain security?

Our team at Dysnix specializes in deploying and managing validator nodes for any blockchain ecosystem. We pay extra attention to security measures, so our custom nodes contribute to blockchain security in many ways:

  • Self-hosted version: Set your validator within the software-defined perimeter, secure it completely, and work 100% accurately within the network.
  • Transaction Validation: They meticulously verify each transaction, ensuring its legitimacy and adherence to the blockchain's rules. This prevents fraudulent activity and maintains the integrity of the network.
  • Consensus Mechanism: Validator nodes participate in the consensus mechanism, ensuring agreement on the blockchain ledger's state. This distributed approach prevents any single entity from manipulating the network.
  • Network Decentralization: Validator nodes are typically spread geographically, fostering a decentralized network that's more resistant to attacks and censorship.

What is the difference between Validator Nodes and Regular Nodes?

Regular nodes distribute the ledger and verify its integrity but don't directly validate transactions. Validator nodes validate transactions and secure the network through consensus mechanisms.

How are Validator Nodes selected?

The most common selection method is stake-based. Users lock up a certain amount of cryptocurrency, and the more they stake, the higher the chance of being picked as a validator. This incentivizes users to hold onto the crypto and contribute to network security.

Another method is Delegated Proof-of-Stake (DPoS). Here, users directly vote for trusted individuals to become validators. While efficient, DPoS can lead to centralization if a small group controls the votes.

What are the incentives for running a Validator Node?

1. Financial rewards:

  • Block rewards: Validator nodes typically earn a portion of the cryptocurrency issued by the blockchain network for each block they successfully validate and add to the ledger. 
  • Transaction fees: In some blockchains, validators may also collect a small fee for each transaction they validate. This fee helps to incentivize validator participation and network security further.

2. Network Benefits:

  • Increased Network Security: By participating in the consensus mechanism and validating transactions, validator nodes contribute directly to the overall security and stability of the blockchain network.
  • Enhanced Reputation: Running a validator node can demonstrate your commitment to the blockchain project and your expertise in blockchain technology. 

Can anyone run a Validator Node?

Whether anyone can run a Validator Node depends on the specific Proof-of-Stake (PoS) blockchain protocol. Here's a breakdown of the two main scenarios:

1. Some PoS blockchains (e.g., Cosmos, Polkadot) allow anyone to participate in validator selection if they meet certain basic requirements:

  • Staking a minimum amount of the blockchain's native cryptocurrency.
  • Running a node with sufficient hardware specifications (CPU, memory, storage) to handle the demands of validation.
  • Maintaining a reliable internet connection to ensure the node is constantly online.

2. Other PoS blockchains like Tezos, Ethereum (but it’s moving towards PoS with limitations) restrict validator selection to prevent excessive decentralization or malicious actors using two main limitations:

  • Stake requirement: The minimum amount of cryptocurrency required to be staked can be very high.
  • Permissioned nodes: Only pre-approved validators are eligible for selection, creating a more centralized system.

What are the risks associated with running a Validator Node?

  • Slashing penalties: Lose staked crypto for bad behavior (offline, double-signing, errors).
  • Hardware/Software issues: Missed validations or vulnerabilities due to malfunctions or outdated systems.
  • Cybersecurity threats: Hacker targets for staked crypto-theft or network manipulation.
  • High upfront investment: Expensive hardware, software, and ongoing maintenance.
  • Operational complexity: Requires deep blockchain knowledge to avoid security risks or penalties.

How does decentralization work with Validator Nodes?

Think of it like a jury system: No single juror has absolute power, but the combined decision of many reduces the risk of bias or manipulation. In the same way, validator nodes work together to ensure a secure and decentralized network.

However, it's important to note that decentralization is a spectrum. Some PoS blockchains have limitations on validator selection (high staking requirements) which can lead to a more centralized system.

What is the role of Validator Nodes in the scalability of a blockchain network?

The impact of validator nodes on scalability depends on the specific design of the blockchain protocol.  Some factors to consider include:

  • Number of validators: A larger number of validators can improve scalability by distributing the workload, but it can also introduce complexity.
  • Consensus mechanism: The chosen consensus mechanism can influence scalability. Some mechanisms are more lightweight than others, allowing for faster transaction processing.
  • Sharding implementation: If sharding is implemented effectively, parallelizing transaction processing can significantly enhance scalability.

While validator nodes can sometimes introduce limitations, they can also improve scalability through distributed validation and compatibility with sharding techniques.