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 * Company
   SQSAbout usPartners
 * Nodes
 * Block Explorers
 * Solutions
   Shared NodesDedicated Nodes
 * Pricing
 * Docs
 * Blog
 * Log in


FULL NODES
AND BLOCK EXPLORERS

Instant access to 65+ RPC nodes for all your Web3 development needs. Get an API
key and start building!
online
83
available nodes NOW
Host response time
0.800 sec0.050 sec

7:308:008:309:00
Transactions per second
250 00080 000

7:308:008:309:00
99,95%API
uptime
Get free api key



LIST OF NODES AND EXPLORERS

BitcoinBTC
EthereumETH
Binance Smart ChainBSC
SolanaSOL
XRPXRP
CardanoADA
LitecoinLTC
DogecoinDOGE
TezosXTZ
PolkadotDOT
TRONTRX
CosmosATOM
PolygonMATIC
ArbitrumARB
NEAR ProtocolNEAR
FilecoinFIL
AvalancheAVAX
NanoXNO
ToncoinTON
HarmonyONE
DashDASH
Bitcoin SVBSV
EOSEOS
ZcashZEC
Show more nodes


NUMBERS

50+blockchain networks
>99.95%API uptime
15 000+transactions per second
~0.6second response time


EASY API INTEGRATION

1Sign up on account.nownodes.io and get your own API key.
2Visit our Postman account and check out the documentation.
3Now you are all set for making requests to our nodes, just put your API key to
your Postman.

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ONE API — LOTS OF SOLUTIONS

Shared Full nodesAccess to a shared RPC node is the most affordable way to start
and scale up your crypto ecosystem.
MainnetGet access to any RPC node from 83+ of the most popular blockchains.
TestnetGet access to an RPC node testnet for starting developing crypto systems
smoothly.
Block ExplorersAlways stay updated on your transactions.
Websocket ConnectionsThe most advanced and safest technologies are here for your
crypto business.
Dedicated nodeYour fully managed private RPC node for the best crypto
experience.


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NOWNodes delivers no questions asked!

We have been working with NOWNodes from the very beginning – and through all
these years the service has been impeccable. The team has been ready to meet our
strenuous requirements in 100% of cases and if anything stroke our fancy,
NOWNodes always delivered – no questions asked. We're planning on using NOWNodes
for years to come – and we hope the company keeps growing in the future. Good
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What is the Difference Between HTTP POST and GET Methods?  GET FREE API KEY When
interacting with a blockchain’s Remote Procedure Call (RPC) node, understanding
the differences between HTTP POST and GET methods is crucial. These methods
serve as communication techniques to retrieve or send information to the RPC
node.  In this article, we will learn the fundamental differences between these
API call methods, explore POST and GET request examples, and send API requests
with NOWNodes.  Let’s begin with understanding the differences between HTTP POST
and GET methods. Understanding the Fundamental Differences Between GET and POST
Methods  Interacting with a blockchain’s RPC node requires a keen understanding
of the differences between HTTP POST and GET methods. The API GET method is
primarily used for retrieving data, while the API POST method is used for
sending data to the server.  The API GET method, usually for data retrieval,
fetches details from a blockchain node, like transaction status or block
specifics, by embedding parameters in the URL. This makes GET transparent but
exposes it in logs and limits data length. Crucially, repeated GET requests
won’t change the blockchain’s state due to its idempotent nature. Conversely,
the POST method submits data, commonly used in blockchain nodes to securely
relay commands. Data is stored in the request’s body, accommodating larger
payloads without exposing parameters in the URL. Unlike GET, POST might change
the system’s state with varying outcomes for identical requests. In blockchain
RPCs, choosing the right method is crucial: GET for safe data access, and POST
for operations altering the blockchain or involving sensitive, extensive data,
ensuring secure and efficient blockchain interactions. Both GET and POST API
methods have their advantages and disadvantages, and understanding them is
important for making informed decisions when developing dApps. Get MethodPost
MethodPros1. Seamless sharing and bookmarking of URLs. 2. Transparency aids in
easier debugging due to visible parameters. 3. Consistent outcomes with repeated
requests due to its idempotent nature.1. Data is housed in the body, offering
better privacy. 2. Can handle larger datasets without the constraints of URL
length.3. Versatile in handling intricate operations including binary data
dispatch.Cons1. Data visibility in the URL may expose sensitive information. 2.
Restricts the volume of data sent due to URL length constraints.3. Not suitable
for complex operations needing extensive data. 1. Requires more preliminary
setup, adding complexity. 2. Non-idempotent nature can lead to varying outcomes
with repeated requests.3. Repeated requests could potentially trigger unintended
operations. The complexity of sending POST API calls is higher compared to GET
calls. Testing and debugging POST requests often require specialized tools like
Postman or cURL.  The choice between different API methods depends on the
specific use case, security considerations, and the amount of data to be
transferred. To make the process of making GET and POST API calls easier,
NOWNodes, the node-as-a-service platform, offers simple instruments and tools to
connect to full RPC nodes such as Polygon full node, Solana full node, Fantom
full node, BSC full node, TRON full node, etc. and send API requests.  Utilizing
Different API Methods Now that you understand the differences between HTTP POST
and GET methods, we are going to send API requests. For this point, it’s
important to get access to a full RPC node.  So, in this section, we will gain
access to the NOWNodes service and will explore API call methods to maximize the
potential of your blockchain projects. The RPC node provider offers robust
solutions making it easier to interact with various blockchains via API key.  By
offering full nodes via API key, the node-as-a-service platform removes the need
for developers and crypto businesses to set up and maintain their blockchain
nodes, which can be time-consuming and resource-intensive in terms of finance,
technical and human consumptions.  Moreover, the service offers access to block
explorers, WebSocket connections, and dedicated solutions. To get access to RPC
nodes such as Polygon full node, Solana full node, Fantom full node, BSC full
node, TRON full node, etc., and send API requests, follow the simple steps
below:   1. Registration: Start by visiting the NOWNodes website and sign up for
an account. This involves verifying your email address and choosing a tariff
plan (with an opportunity to pick up a free START plan with access to 5
blockchains and one API key). 2. API Key Generation: Once registered, you’ll
have the ability to generate your unique API key. This key is your passport to
making API calls to the RPC nodes you’ve chosen.  Once you’ve got your API key,
find the docs page and explore the API call methods. Utilize the provided
endpoints to send API requests. The RPC node provider bridges the gap between
developers and blockchains, offering hassle-free access to essential blockchain
data. By understanding how to gain access and utilize the different API methods
offered by the RPC node provider, developers can accelerate their blockchain
projects, bypassing the traditionally labor-intensive node setup and maintenance
process.  Now, let’s dive deeper into the theme of utilizing API call methods
and explore the use cases.  Sending API Requests in Postman  As soon as you get
your private API key, you can send API requests in Postman. Postman is a popular
tool used for API development and testing. It provides an intuitive interface to
send API requests and visualize responses, making it easier for developers to
understand and develop their applications.  If you want to send a GET and POST
API call in Postman using NOWNodes, follow the steps below: 1. Set Up Postman
(https://btcbook.nownodes.io/api/v2/block/<block height|block hash>) or utilize
its Web version.  2. Create a New Request: Click on the ‘+’ button to open a new
tab. From the dropdown on the left side of the URL input bar, select either
“GET” or “POST”. 3. Enter NOWNodes Endpoint: In the URL input field, type the
NOWNodes API endpoint for which you want to make the request. For example, if
you’re going to get the Bitcoin block, your API request might look something
like this: curl --location
'https://btcbook.nownodes.io/api/v2/block/0000000000000000000ccb9329b01b002c8be6ebf430725704d3c567e977e306'
\--header 'api-key: your-api-key' 4. Make the Request: Once everything is set,
click on the “Send” button to make the GET and POST API requests. The response
will be displayed in the lower section of the window. Remember to always check
NOWNodes’ official documentation to ensure that you’re using the correct
endpoints, parameters, and authentication methods. Different blockchain RPC
nodes might have specific requirements or structures for their API call methods.
GET Use Cases. GET Request Examples As we already know, the API GET method is
commonly used for retrieving information from a server. It is ideal for
scenarios where the request is read-only and does not modify any data on the
server.  The RPC node provider offers a collection of different API methods for
blockchain developers that facilitate interaction with various blockchain
networks.  Below are some use cases for different API methods to make GET
requests: Get Block: Blockchains comprise a series of blocks, and at times,
developers or users may need to delve into the details of a particular block.
Whether it’s for verifying a transaction, understanding block rewards, or
analyzing the block’s timestamp, this endpoint provides all the necessary
details about a specific block.Get Status: Continuous monitoring of blockchain
nodes is crucial for applications that rely on timely and accurate data. By
using the GET method in Postman, developers can ascertain the health,
synchronization status, and overall well-being of a node or the NOWNodes API
service itself.Get Balance History: Financial applications, portfolio trackers,
or even users curious about their transaction history will find this endpoint
indispensable. The GET method in Postman let’s observe the historical balance of
an address, offering insights into income, expenditure, and balance trends over
time.Get Tickers List: With the myriad of cryptocurrencies available, platforms
that offer multi-currency support or market data visualization use this API GET
method to fetch a list of supported coin tickers. It ensures that their
platforms remain updated with the coins NOWNodes supports.Get UTXO: Before
crafting a new transaction, it’s necessary to understand the available Unspent
Transaction Outputs (UTXOs) of an address. The GET method in Postman provides
that data, enabling efficient transaction creation and helping avoid issues like
double-spending.Get Transaction: Whether it’s for confirming receipt of funds,
understanding transaction fees, or verifying the number of confirmations, this
API GET method is vital. It fetches all pertinent details about a specific
transaction, providing a holistic view of its state and metadata.Get Block Hash:
While the block number or height is a sequential identifier, the block hash is a
unique identifier. This GET API method is used when there’s a need to convert
the human-readable block number into its corresponding hash, enabling more
detailed block lookups and verifications.Get Address: Addresses are central to
blockchain operations. Whether sending funds, verifying ownership, or simply
inspecting an address’s transaction history, this GET method in Postman provides
comprehensive details about a specific address, including its balance,
transaction count, and more. These are just a few use cases. Explore the
additional GET API methods in NOWNodes’ official documentation. Now, let’s
explore some API POST methods. Use Cases for POST Methods. POST Request Examples
The POST method is typically used for sending data to a server for processing or
creating new resources. The API POST methods provide better security and allow
for larger data payloads.  The POST method is widely used to interact with APIs,
ensuring secure and accurate communication with the blockchain. Here’s an
exploration of different API methods with NOWNodes: POST getblockchaininfo: This
call is essential for obtaining general information about the current state of
the blockchain, such as the current number of blocks, network difficulty, and
chain weight. It’s often the first call developers make to gauge the
blockchain’s status.POST gettxoutsetinfo: When there’s a need to understand the
entire UTXO (Unspent Transaction Output) set, this API POST method is
invaluable. The POST method in Postman provides statistics about transaction
outputs and gives insights into the amount of “unspent” coins on the
network.POST getblockhash: This is a fundamental method for developers aiming to
retrieve the hash of a block at a particular height in the blockchain. Given the
block’s height, it returns the block hash—a necessity when inspecting specific
blocks.POST getmininginfo: For participants concerned with the mining aspects of
the blockchain, this method provides comprehensive details about the current
mining status. The POST method in Postman includes data like the current
difficulty, hashes per second, and other mining-related metrics.POST
sendrawtransaction: This API POST method is crucial for developers and platforms
looking to broadcast new transactions to the network. After crafting a raw
transaction, developers use this method to introduce it to the network for
validation and inclusion in upcoming blocks.POST getblock: For in-depth
exploration of specific blocks, developers call this method. Given a block hash,
the POST method in Postman returns extensive details about the block, including
transaction details, time, and confirmations.POST getmempoolinfo: For
applications needing real-time data about the transaction memory pool (mempool),
this POST API call is invaluable. It provides a snapshot of the current mempool
state, detailing the number of transactions waiting to be confirmed and other
related metrics.POST decodescript: To understand and validate a hex-encoded
redeem script, developers use this POST API call. It’s particularly useful in
multisig or more complex transaction setups, ensuring that scripts are correctly
formed.POST getblockheader: When developers need information about a block but
don’t require the full block data (which can be sizable), they use this method.
By providing a block hash, the POST method in Postman retrieves a concise
summary of the block, including its previous block hash, timestamp, and more.
The NOWNodes API offers a plethora of other POST methods, catering to a wide
range of blockchain interactions. Explore the POST request examples on the
“DOCS” page. Depending on the specific requirements of an application or
platform, developers can pick and choose the most relevant endpoints to
facilitate their operations. Conclusion  The differences between HTTP POST and
GET methods are fundamental in the realm of web services and API interactions.
While both are crucial for data transmission, their use cases differ: GET
primarily retrieves data without altering the state of the server, whereas POST
submits data to be processed to a specified resource.  By mastering the
intricacies of these API call methods and their application with platforms like
NOWNodes, developers are well-equipped to craft robust, efficient, and effective
blockchain solutions. Whether it is fetching transaction details, retrieving
block data, or submitting new blockchain interactions, the correct GET and POST
API call usage ensures seamless and secure communication with the blockchain. 
Also, be sure not to overlook the professional articles and thrilling updates
tailored for developers on the NOWNodes blog! Keep yourself updated with the
freshest NOWNodes news by following us on Twitter and LinkedIn. Dive into our
Telegram channel now and immerse yourself in our thriving Web3 community! 😊 KEY
POINTS: In conclusion, understanding the differences between HTTP POST and GET
methods is crucial when working with APIs. GET is primarily used for retrieving
data, while POST is used for sending data to the server. To simplify the task of
executing API POST and GET requests, NOWNodes provides a user-friendly
node-as-a-service platform. This platform facilitates effortless connections to
full RPC nodes, including those of the Polygon RPC node, Solana RPC node, Fantom
RPC node, BSC RPC node, TRON RPC node, and more, enabling streamlined API
interactions.The choice between API call methods depends on the specific use
case, security considerations, and the amount of data to be transferred.
NOWNodes’ documents offer a variety of GET and POST API requests to RPC nodes.
GET FREE API KEY Read more

How to Check Dogecoin Balance?  GET ACCESS TO DOGECOIN It is an essential task
for any crypto enthusiast, trader, or developer to check the Dogecoin balance of
a Dogecoin address. In this article, we’ll focus on using NOWNodes to check
Dogecoin balance, which provides a simplified way to interact with different
blockchain networks, including Dogecoin mainnet and Dogecoin testnet. Before we
start utilizing the NOWNodes Dogecoin RPC methods, it is essential to get a
private API key for interacting with DOGE nodes. Follow the guide below to get
your private API key. Accessing a Dogecoin Node NOWNodes is a service that
provides access to more than 80 blockchain nodes, including Dogecoin, via API.
This can save you the time and resources involved in setting up and maintaining
your own Dogecoin node. With NOWNodes, you can easily check the DOGE balance by
making RPC calls to the DOGE node. Here is the list of tools you can access with
the RPC node provider:  Dogecoin mainnet node;Dogecoin mainnet explorer;Dogecoin
WebSocket connection;Dogecoin testnet node;Dogecoin testnet explorer;Dedicated
solutions By utilizing these tools and dedicated solutions, you can enhance your
Dogecoin mainnet and Dogecoin testnet development experience, ensuring seamless
integration and efficient operations. To access a Dogecoin node through
NOWNodes, you would follow these steps: 1. Register for an Account: Visit the
NOWNodes website and make a personal account. Choose a plan that suits your
needs. For example, you can pick up a free plan for accessing 5 blockchains
(including Dogecoin mainnet and Dogecoin testnet) and one API key for
authenticating your requests.  2. API Key: Once you’re registered, generate an
API key. This key will be used to authenticate your requests. Find the NOWNodes
endpoint specific to the Dogecoin mainnet or Dogecoin testnet. 3. DOGE docs:
Consult the NOWNodes documentation for interacting with the Dogecoin node. You
can make HTTP requests with the DOGE API to interact with the Dogecoin mainnet
or Dogecoin testnet. The exact nature of your requests to a Dogecoin full node
will depend on what you’re trying to accomplish: whether it’s querying the DOGE
mainnet, sending transactions, or something else. Using a service like NOWNodes
can save you time, as you won’t need to set up and sync a Dogecoin full node. It
also makes it easy to switch between different blockchains if needed. Here are
the benefits you can achieve during the exploitation of the node-as-a-service
platform NOWNodes and accessing Dogecoin nodes:  Scalability: Handles the DOGE
mainnet network’s growing size and complexity.Reliability: Offers 24/7 access to
a Dogecoin full node with a 99.95% uptime.Speed: Quick responses without having
to maintain your own Dogecoin full node (less than 1 sec).Simplicity and
resource-saving: There is no need to be a technical expert or hire DevOps
engineers to access a Dogecoin node and interact with the Dogecoin mainnet or
Dogecoin testnet. As soon as you’ve created the DOGE API key and connected to
the Dogecoin full node, you can now explore the methods to check the Dogecoin
balance.  Methods to Check Dogecoin Balance In this section, we will delve into
four primary methods that enable you to check your Dogecoin balance effectively.
These RPC methods include using the gettxout, getutxo, and getaddress commands. 
By familiarizing yourself with these Dogecoin RPC commands, you will be able to
check your DOGE balance and have better control over your cryptocurrency
portfolio. So, meet some prerequisites to check the DOGE balance. First of all,
to check the balance of your Dogecoin holdings, you will need a Dogecoin
address. This Dogecoin address acts as your unique identifier on the Dogecoin
mainnet network. Moreover, you’ll need access to the Dogecoin node and a DOGE
API key from NOWNodes. Having these prerequisites in place you will be
well-equipped to explore the Dogecoin RPC methods and check Dogecoin balance.
Now, let’s explore the DOGE RPC commands and get the balance of a Dogecoin
address.  Method 1: Using `gettxout` The `gettxout` Dogecoin RPC method provides
information about a specific unspent transaction output (UTXO). To calculate the
balance for a Dogecoin address, you can loop through all relevant UTXOs and sum
them up. Here is an example of the request: curl --location
'https://doge.nownodes.io' \--header 'Content-Type: application/json' \--data
'{    "API_key": "your_API_key",    "jsonrpc": "2.0",    "id":
"test",    "method": "gettxout",    "params": [        "txid",        1    ]}'
In this example, you would replace “your_API_key” with the DOGE API key you
obtained from NOWNodes.  You can also use the `getutxo` Dogecoin RPC that will
list unspent transaction outputs (UTXOs) and can be used similarly to
`gettxout`. Iterating through all UTXOs and summing them will give you the total
balance of a Dogecoin address. By leveraging the gettxout method and making API
requests, you can effectively retrieve UTXO information and calculate the
balance for a Dogecoin address, providing you with valuable insights into your
cryptocurrency holdings. There is another DOGE RPC method that you can utilize
for checking your DOGE balance. Method 2: Using `getaddress` To check the
Dogecoin balance you can also use the `getaddress` command. By utilizing the
getaddress method, you can obtain all the details about a specific Dogecoin
address, including its current balance. Here is an example of how to use the
getaddress method to check the DOGE balance using cURL: curl --location
'https://dogebook.nownodes.io/api/v2/address/DAstXyxbHsfTQQRDdgrKXr4cf6DU9GTpXd'
\--header 'api-key: your_api_key'In the response, you will receive a JSON object
containing details about the address. Here is an example response:{  "page":
1,  "totalPages": 1,  "itemsOnPage": 1000,  "address":
"DAstXyxbHsfTQQRDdgrKXr4cf6DU9GTpXd",  "balance":
"20880000000",  "totalReceived": "20880000000",  "totalSent":
"0",  "unconfirmedBalance": "0",  "unconfirmedTxs": 0,  "txs": 1,  "txids":
[    "87aacfaa2d2f5031cf11dbade5dca680890de88f7e0e3a95c363632efa4334ea"  ]} The
response provides information such as the address itself, the current balance
(20880000000 DOGE), the total received amount, the total sent amount, the
unconfirmed balance, the number of unconfirmed transactions, the total number of
transactions, and the transaction IDs associated with the Dogecoin address. So,
whether you are a seasoned Dogecoin investor or just starting your journey in
the cryptocurrency world, NOWNodes makes it easy to check your DOGE balance.
Take advantage of this powerful tool and stay in control of your digital assets.
Conclusion To check the Dogecoin balance, you can utilize the diverse methods
offered by NOWNodes. Each method has its advantages, so you may choose the one
that fits your needs. Whether you’re a developer wanting to integrate Dogecoin
services into your application or a casual user looking to monitor your assets,
NOWNodes provides a convenient and efficient way to interact with the Dogecoin
network. Always remember to keep your DOGE API keys secure and adhere to the API
rate limits set by NOWNodes. Don’t let valuable guides and thrilling updates
from our blog pass you by! Keep in the loop by following NOWNodes on Twitter and
LinkedIn. Become a part of our Web3 community on Telegram! GET ACCESS TO
DOGECOIN KEY POINTS: How to check DOGE balance?  Get access to a DOGE node and
get your DOGE API key. Choose the DOGE RPC method to check the Dogecoin balance
(gettxout, getutxo, getaddress). Utilize the provided DOGE RPC command to make
requests to the Dogecoin mainnet. Parse the response.For gettxout, getutxo
methods calculate the balance for a Dogecoin address, loop through all relevant
UTXOs, and sum them up. Read more

Shibarium News: Shibarium Mainnet Now Accessible Through NOWNodes GET ACCESS TO
SHIBARIUM On the 12th of September, 2023, NOWNodes, a Web3 infrastructure
service offering access to full RPC nodes, announced the Shibarium release for
mainnet. Today NOWNodes is the only provider on the market that provides access
to the Shibarium node. The node-as-a-service company paves the way for
developing decentralized applications and scaling crypto businesses on the
Shibarium mainnet to Web3 developers, cryptocurrency individuals, and
enterprises. Shytoshi Kusama, the principal developer and co-creator of the
Shibarium chain and SHIB coin, stays in touch with NOWNodes to provide the
latest SHIB updates to the developers community. By close cooperation with the
Shibarium dev team, marketing team, and Ambassadors, the RPC node provider
already has active integrations into Web3 platforms, dApp startups, crypto
wallets, and other blockchain products and services (including Tangem Wallet).
The number of active integrations is growing each day.  NOWNodes ensures the
availability of Shiba nodes on its official website. The NOWNodes Shibarium
documents include additional information, developers’ instruments, and tools
that are being received directly from the Shibarium team. Shibarium Mainnet
Network The Shibarium Mainnet is an innovative 2-layer solution on the Ethereum
blockchain, focusing on scalability, reduced transaction fees, and robust
security. In August 2020, Shiba Inu was brought into existence by Ryoshi, the
founder of Shiba Inu, and Shytoshi Kusama, the chief developer of the Shiba Inu
platform, whose identity remains undisclosed. Shibarium DAO was initially
conceptualized as a community-driven project to expand upon the limitations of
existing blockchain technologies. While the Shiba mainnet network was under
development, it gained a considerable following, which has been pivotal in
shaping its trajectory. The Shibarium mainnet release is a landmark event,
serving as a milestone in the roadmap outlined since its inception. As for the
latest Shibarium news, on August 16, developers of the cryptocurrency Shiba Inu
(SHIB) announced the Shibarium release for mainnet.  The Shiba network’s
functionality has been tested by members of the crypto community who have
created around 21 million wallets. In the Shiba network trials, dozens of
companies participated. Shibarium news includes further decentralization of its
governance through the Shibarium DAO, partnerships with industry players, and
the launch of dApps and DeFi products on the Shibarium chain. “The Shiba Inu
Ecosystem is our way of recognizing the importance of tearing down a
long-established paradigm of a formulaic success and building a path to freedom
and creativity in its place.” – Shiba Inu Ecosystem. Woof Paper. The Shiba
network uses the Shiba Inu ecosystem tokens – SHIB, LEASH, and BONE. The latter
was chosen as the native asset for paying rewards to validators and delegates.
The Shibarium DAO operates on a consensus algorithm known as
“proof-of-participation” (PoP), according to which validators are selected based
on the quality of their work. If a Shiba Inu node makes many errors in
confirming transactions or is frequently offline, the software reduces its
rating and starts to give preference to more efficient Shiba nodes. With these
PoP features, the Shibarium release for mainnet aims to enhance the scalability
of the Ethereum blockchain and reduce the costs of executing cryptocurrency
transactions.  The Shiba network remains committed to maintaining a
decentralized structure. This is evident in the governance model employed, which
includes a DAO and a system of nodes known as Shiba nodes, supporting the
integrity and reliability of the Shibarium mainnet. Full Shiba nodes are
essential components of the Shiba network. A Shiba Inu node is a computer that
participates in the Shiba network by maintaining a complete copy of the
blockchain. It means that Shiba nodes store all the transaction history and
blocks.   The Shiba nodes in the Shiba mainnet network are the backbone of the
entire ecosystem. Full Shiba nodes are responsible for verifying the
authenticity and validity of transactions, ensuring that the Shiba network
remains secure and free from fraudulent activities.  Shibarium news shows that
the network continues to enhance its mainnet features, guided by its roadmap and
the active involvement of its community. The Shibarium release for mainnet marks
a pivotal moment in the history of the Shibarium DAO.  With its focus on
scalability, security, and decentralization, the Shibarium release offers a
promising avenue for the future of blockchain technology, DeFi, and dApps. As
the Shiba network continues to evolve, it aims to further solidify its position
as a leading blockchain platform. NOWNodes Nodes as a Service Platform NOWNodes,
a no-KYC Web3 company, provides access to shared RPC nodes through an API key,
allowing developers and businesses to interact with the Shib mainnet network and
build decentralized applications.  NOWNodes is committed to lowering the
barriers to entry for developers, ensuring that blockchain technology can be
adopted and applied across various sectors of Web3 building. Currently, NOWNodes
supports 83 blockchain full nodes, including Shiba nodes. “It’s always amazing
to see new networks onboarding at NOWNodes, and the Shibarium L2 solution is
something that our partners have been waiting for. Excited for what comes next,”
– the NOWNodes marketing expert Anna Bezmen marks. Within the RPC node provider,
users can easily interact with the Shibarium mainnet by accessing the Shiba Inu
node and Shiba API endpoint. The platform provides Shibarium documents that
outline all the available methods for developers to utilize. The updates and
clarifications for the official Shibarium documentation are being received
directly from the Shibarium team. The Shibarium documents serve as a resource
for developers and users looking to interact with the Shiba Inu mainnet. It
covers the different API methods available. Shibarium documents explain how to
interact with the Shib mainnet network using the provided Shiba API endpoints.
Also, Sibarium documents include sample requests to assist developers in
integrating the Shibarium API into their Web3 applications. NOWNodes guarantees
24/7 surveillance in monitoring the Shiba nodes throughout their lifecycle,
utilizing tooling to prevent protocol-level errors. The RPC node provider
maintains a fault-tolerant backup infrastructure to ensure uninterrupted access
to the Shiba Inu node. Moreover, the NOWNodes platform ensures a connection to
reserve the Shiba Inu node within 10 minutes.  Adhering to the Service Quality
Standard, NOWNodes provides an uptime of 99.95%, with a connection time of less
than 1 second and 99% successful requests to a Shiba Inu node. The RPC node
provider prioritizes user privacy and ensures that sensitive information such as
wallet keys, balances, and transaction raw data is not tracked or accessed. To
stay informed on the latest Shibarium news on the NOWNodes platform visit the
website and explore the social networks.  GET ACCESS TO SHIBARIUM Read more
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