Forwarded from P2P Newswire
The first AI agent to be trained in real time by Sentinel Scout is available for anybody to try out:
https://agentverse.ai/agents/details/agent1q0k2h38qxfzthn200f24ddlnjd86f6kdgd8rcgtwnzgmvpttrfrq6d7gnhw/profile
Though still an early proof of concept model, it's a tangible demonstration of what Sentinel will be bringing to LLMs and agents in the months to come. It's also a sign that the partnership between Sentinel and Fetch, a top 100 market cap project which is building in the world's fastest-growing technology sector, has progressed even further.
No official announcement has been made yet by either party, but the Sentinel team has confirmed the partnership's existence multiple times in communications to the community. Fetch's community lead and official X account have also praised/highlighted Scout several times—the latest instance being an article published two days ago.
"Sentinel has the ability to begin aggressive co-marketing with top 100 projects now, and arrangements and plans are being made," said Foundation member ProjectAutonomy to the community yesterday.
The team believes that the AI data layer's huge, open-ended scope (compared to the more targeted focus of dVPN) will create opportunities for integration and collaboration with other blockchain projects which didn't exist for Sentinel beforehand.
"For years, Sentinel's dVPN ecosystem was highly effective... [but] there was limited scope for meaningful partnerships with other ecosystems... With the launch of Sentinel Scout and Sentinel’s entry into the AI data infrastructure space, that is changing... Scout transforms Sentinel from a vertically integrated privacy network into a core piece of cross-chain AI infrastructure, enabling collaborative growth with some of the largest networks in the space," he concluded.
[Source]
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With the completion of the MCP server and ZK proofs, the Sentinel Scout AI Data Layer is gearing up for its public launch.
- MCP (Multi-Control Point) server will provide a more streamlined and developer-friendly interface compared to the existing APIs, enabling easier integration for agent-based workflows.
- Zero-knowledge (ZK) proofs will allow cryptographic attestation of data provenance, ensuring trust in the source and integrity of retrieved content
Sentinel Scout will initially focus on providing utility to Web 3-native AI agent developers, beginning with developers from the Fetch ecosystem.
Try the Sentinel Scout Agent on Fetch: https://agentverse.ai/agents/details/agent1q0k2h38qxfzthn200f24ddlnjd86f6kdgd8rcgtwnzgmvpttrfrq6d7gnhw/profile
The Scout Agent allows any Fetch-based agent to perform real-time web scraping by issuing simple commands directly through the agent interface. It connects to Sentinel’s decentralized bandwidth network, enabling data retrieval without the need for backend infrastructure or centralized APIs. Scout is ideal for autonomous workflows and brings scalable and on-demand data access to the Fetch ecosystem.
- MCP (Multi-Control Point) server will provide a more streamlined and developer-friendly interface compared to the existing APIs, enabling easier integration for agent-based workflows.
- Zero-knowledge (ZK) proofs will allow cryptographic attestation of data provenance, ensuring trust in the source and integrity of retrieved content
Sentinel Scout will initially focus on providing utility to Web 3-native AI agent developers, beginning with developers from the Fetch ecosystem.
Try the Sentinel Scout Agent on Fetch: https://agentverse.ai/agents/details/agent1q0k2h38qxfzthn200f24ddlnjd86f6kdgd8rcgtwnzgmvpttrfrq6d7gnhw/profile
The Scout Agent allows any Fetch-based agent to perform real-time web scraping by issuing simple commands directly through the agent interface. It connects to Sentinel’s decentralized bandwidth network, enabling data retrieval without the need for backend infrastructure or centralized APIs. Scout is ideal for autonomous workflows and brings scalable and on-demand data access to the Fetch ecosystem.
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When you use centralized VPN applications like Mullvadnet or Obscuravpn, you are putting yourself at risk by exposing your browsing information and real IP address to the owners of these applications.
Trust decentralized VPN applications built on Sentinel's blockchain.
1. Centralized Servers
These VPNs route your traffic through servers they fully control. That means that they can see the websites and servers you visit, get a fingerprint of the data you're accessing, and they already know your real IP address even if the traffic is encrypted.
The claims of 'no-logs' cannot be proven and is a claim made by every single centralized VPN company. What really matters is whether the owners control the VPN server or not.
2. Centralized Architecture
These services also rely on centralized servers to identify available VPN servers and to connect users to these servers. So even if they claim not to host the final VPN servers, they still handle every connection request.
Sentinel's decentralized VPN framework provides a solution to mitigate the risks of centralized servers and centralized VPN architecture.
Sentinel offers a fundamentally different approach to online privacy and network security by eliminating the centralized points of control found in traditional VPNs. Its decentralized VPN (dVPN) framework mitigates the inherent risks of centralized infrastructure through two key innovations:
1. Decentralized dVPN Servers
Unlike traditional VPN providers that operate and control their own servers, Sentinel allows anyone in the world to become a dVPN node operator. By simply running open-source software on a home computer or cloud server, individuals can contribute bandwidth to the network without requiring any permission or oversight. http://docs.sentinel.co
This open ecosystem has led to the formation of a global P2P bandwidth marketplace, with thousands of nodes operating across 99 countries and 666 cities. Users can view the real-time global node map at http://map.sentinel.co.
Because connections are made directly between users and independent nodes, and because there is no central authority relaying or managing traffic, even the creators of the Sentinel protocol cannot see user activity or IP addresses.
2. Decentralized Architecture and Discovery
Sentinel’s architecture eliminates centralized control by routing all node discovery and connection logic through its public blockchain. Thousands of dVPN nodes broadcast their availability to the blockchain, and users connect to the network using applications like Sentinel Shield dVPN, which communicate directly with the chain via standard RPC endpoints.
This means the process of finding and connecting to a dVPN node is trustless and transparent. Users query the blockchain to discover active nodes and establish secure connections without ever exposing their IP address to any centralized server.
The blockchain itself is maintained by a decentralized network of over 70 independent validators, ensuring neutrality, uptime, and resistance to censorship.
In contrast, centralized VPN providers expose user IP addresses and metadata at multiple stages of the connection process, including during in-app functions like server selection and authentication. With Sentinel, those vulnerabilities are removed by design.
To try a VPN application that truly does not know your IP address or any of your information, try the Sentinel Shield dVPN app on your Android/iOS/Mac device!
http://shield.sentinel.co
All you need is a working Sentinel blockchain RPC to connect. Pay anonymously in $P2P
Trust decentralized VPN applications built on Sentinel's blockchain.
1. Centralized Servers
These VPNs route your traffic through servers they fully control. That means that they can see the websites and servers you visit, get a fingerprint of the data you're accessing, and they already know your real IP address even if the traffic is encrypted.
The claims of 'no-logs' cannot be proven and is a claim made by every single centralized VPN company. What really matters is whether the owners control the VPN server or not.
2. Centralized Architecture
These services also rely on centralized servers to identify available VPN servers and to connect users to these servers. So even if they claim not to host the final VPN servers, they still handle every connection request.
Sentinel's decentralized VPN framework provides a solution to mitigate the risks of centralized servers and centralized VPN architecture.
Sentinel offers a fundamentally different approach to online privacy and network security by eliminating the centralized points of control found in traditional VPNs. Its decentralized VPN (dVPN) framework mitigates the inherent risks of centralized infrastructure through two key innovations:
1. Decentralized dVPN Servers
Unlike traditional VPN providers that operate and control their own servers, Sentinel allows anyone in the world to become a dVPN node operator. By simply running open-source software on a home computer or cloud server, individuals can contribute bandwidth to the network without requiring any permission or oversight. http://docs.sentinel.co
This open ecosystem has led to the formation of a global P2P bandwidth marketplace, with thousands of nodes operating across 99 countries and 666 cities. Users can view the real-time global node map at http://map.sentinel.co.
Because connections are made directly between users and independent nodes, and because there is no central authority relaying or managing traffic, even the creators of the Sentinel protocol cannot see user activity or IP addresses.
2. Decentralized Architecture and Discovery
Sentinel’s architecture eliminates centralized control by routing all node discovery and connection logic through its public blockchain. Thousands of dVPN nodes broadcast their availability to the blockchain, and users connect to the network using applications like Sentinel Shield dVPN, which communicate directly with the chain via standard RPC endpoints.
This means the process of finding and connecting to a dVPN node is trustless and transparent. Users query the blockchain to discover active nodes and establish secure connections without ever exposing their IP address to any centralized server.
The blockchain itself is maintained by a decentralized network of over 70 independent validators, ensuring neutrality, uptime, and resistance to censorship.
In contrast, centralized VPN providers expose user IP addresses and metadata at multiple stages of the connection process, including during in-app functions like server selection and authentication. With Sentinel, those vulnerabilities are removed by design.
To try a VPN application that truly does not know your IP address or any of your information, try the Sentinel Shield dVPN app on your Android/iOS/Mac device!
http://shield.sentinel.co
All you need is a working Sentinel blockchain RPC to connect. Pay anonymously in $P2P
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Crypto apps that require a high throughput require their own dedicated blockchain and makes this possible. A sovereign blockchain provides control over important factors like gas fees, block times, and governance.
Sentinel is built on its own Cosmos SDK-based chain and has been running independently for the past four years. This architecture was chosen because the Sentinel decentralized VPN (dVPN) protocol requires consistently high throughput to function effectively.
In Sentinel’s system, dVPN nodes publish their availability and connection details directly on-chain. Users don’t connect through a central server. Instead, when they open a dVPN app built on Sentinel, the app scans the blockchain to identify which nodes are currently available.
This is made possible by Sentinel’s on-chain Distributed Hash Table, or DHT. Unlike traditional peer-to-peer networks that store node data off-chain, Sentinel keeps this information directly on the blockchain. That means it’s transparent, immutable, and censorship-resistant. Every update from a node, whether it comes online, goes offline, or updates its settings - is publicly recorded and verifiable.
This on-chain DHT allows apps to trustlessly discover and route traffic through nodes, ensuring decentralized coordination without any central authority.
https://x.com/0xMert_/status/1953030352303161554
Sentinel is built on its own Cosmos SDK-based chain and has been running independently for the past four years. This architecture was chosen because the Sentinel decentralized VPN (dVPN) protocol requires consistently high throughput to function effectively.
In Sentinel’s system, dVPN nodes publish their availability and connection details directly on-chain. Users don’t connect through a central server. Instead, when they open a dVPN app built on Sentinel, the app scans the blockchain to identify which nodes are currently available.
This is made possible by Sentinel’s on-chain Distributed Hash Table, or DHT. Unlike traditional peer-to-peer networks that store node data off-chain, Sentinel keeps this information directly on the blockchain. That means it’s transparent, immutable, and censorship-resistant. Every update from a node, whether it comes online, goes offline, or updates its settings - is publicly recorded and verifiable.
This on-chain DHT allows apps to trustlessly discover and route traffic through nodes, ensuring decentralized coordination without any central authority.
https://x.com/0xMert_/status/1953030352303161554
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Forwarded from P2P Newswire
The organisers of Cosmoverse 2025 have just announced another batch of keynote speakers for the event, including Sentinel/NORSE Labs CEO Aleksandr Litreev.
https://x.com/CosmoverseHQ/status/1953471693965468139
Valt, the representatives of the project at the 2024 installment, will also be attending. More details about Sentinel's presence will be released in the months to come.
The conference will take place on 30 October through 1 November in Split, Croatia.
Related
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Sentinel is coming to the Solana ecosystem and is collaborating with the #1 gambling ecosystem to build a decentralized VPN that allows gamblers around the world to bypass censorship.
Hint: today's opportunity keeps all bulls unshaken
gwluwgluwlwulwulwwuluwlwu
Hint: today's opportunity keeps all bulls unshaken
gwluwgluwlwulwulwwuluwlwu
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Forwarded from P2P Newswire
Coinbureau has released an update on Sentinel's recent progress for their insider club as part of their recurring series of profiles on small and medium market cap projects. This is the second such video to be released about Sentinel for their members, following in the footsteps of the 2023 original.
As these videos are exclusive to paying Coinbureau Club members, we cannot share any specifics about the content; however, Seventh of the Sentinel Growth DAO gave it a watch and has praised it.
P2P (then DVPN) was revealed to be over 1% of Coinbureau presenter Guy Turner's portfolio in a January video on their public channel.
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The Sentinel Bluefren meme is one of the oldest utility coin memes after Link, introduced in 2019. The meme channel has over 3000 memes created by the community and has been maintained for over 4 years by dedicated contributors.
https://t.me/Sentinelmemewar
Spread the bluefren!
https://t.me/Sentinelmemewar
Spread the bluefren!
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Sentinel is decentralizing the data scraping industry and has the first working product which is already being used by AI agents. Sentinel is all about P2P bandwidth, that is dVPN + data scraping.
http://scout.sentinel.co
Its only Sentinel and Grass in the AI data layer sector and Grass is not open to developers to scrape from its resources. That makes Sentinel the only publicly accessible decentralized AI data layer.
Did you know that your favorite AI chatbot is only as intelligent as it is because it scrapes information from the internet and trains on it everyday?
Large AI companies have connections to grey area data mining conglomerates, but the individual AI developer does not have the ability to easily scrape data without setting their own infrastructure.
Now instead of running scraping scripts and custom captcha bypass commands on a residential server, developers can just plug into the Sentinel Scout APIs/MCP server.
In the same way that Akash democratizes compute resources for smaller scale organizations and developers, Sentinel does the same with publicly available data.
http://scout.sentinel.co
Its only Sentinel and Grass in the AI data layer sector and Grass is not open to developers to scrape from its resources. That makes Sentinel the only publicly accessible decentralized AI data layer.
Did you know that your favorite AI chatbot is only as intelligent as it is because it scrapes information from the internet and trains on it everyday?
Large AI companies have connections to grey area data mining conglomerates, but the individual AI developer does not have the ability to easily scrape data without setting their own infrastructure.
Now instead of running scraping scripts and custom captcha bypass commands on a residential server, developers can just plug into the Sentinel Scout APIs/MCP server.
In the same way that Akash democratizes compute resources for smaller scale organizations and developers, Sentinel does the same with publicly available data.
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This is the cycle where decentralized applications go mainstream, and Sentinel is leading the charge in the privacy/DePin space.
Anyone can install the 'DVPN' app built on Sentinel on their Apple TV and bypass regional censorship.
Real utility.
https://apps.apple.com/us/app/dvpn-decentralized-vpn/id6553963594?platform=appleTV
Anyone can install the 'DVPN' app built on Sentinel on their Apple TV and bypass regional censorship.
Real utility.
https://apps.apple.com/us/app/dvpn-decentralized-vpn/id6553963594?platform=appleTV
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It may not be the best move to continue to fade the Cosmos ecosystem
The third biggest crypto asset XRP, has an EVM and interoperability interface that is powered by the Cosmos EVM and IBC interoperability
ATOM is still top 50 despite everyone's FUD. Now watch Magmar cook
https://x.com/cosmos/status/1955379063197143115
The third biggest crypto asset XRP, has an EVM and interoperability interface that is powered by the Cosmos EVM and IBC interoperability
ATOM is still top 50 despite everyone's FUD. Now watch Magmar cook
https://x.com/cosmos/status/1955379063197143115
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https://x.com/EFF/status/1955314102093652317
Since Sentinel and Mysterium were established as the first VPN protocols in 2017, people have asked why does anyone needs an open-source, provably encrypted VPN.
The same question was once asked about messaging apps. Years later, centralized closed-source messengers like WhatsApp were exposed for privacy issues.
The VPN market is heading for the same disruption. The Facebook–Onavo scandal, where user data from a VPN was exploited, made it clear that centralized and closed-source VPNs carry real risks.
Sentinel is leading the shift with over 7 applications built on its protocol, nearly 1 million users, and thousands of community-hosted servers. The goal is simple: the infrastructure for a provably secure VPN that anyone can trust.
Sentinel provides two resources every VPN app needs: bandwidth and compute.
- Bandwidth comes from independent, community-run dVPN nodes around the world. Anyone can host a node on a cloud server or residential IP.
- Compute is handled by Sentinel’s own blockchain, secured by 70 validators. This manages authentication, payments, and connection authorization entirely on-chain.
Node discovery is also on-chain. Nodes publish their status to the blockchain and apps read this to find available nodes. Sentinel protocol developers never interact with end users.
Traditional privacy-focused VPNs such as Mullvad operate on a centralized infrastructure model. The VPN provider owns or leases the physical and virtual servers that users connect to, often hosted in commercial data centers. These servers are under the provider’s administrative control, meaning that hardware, IP addresses, and network configurations are all managed from a central point.
Node discovery in this model is handled through a proprietary backend. When a user opens the VPN client, the application queries the provider’s central server to retrieve a list of available VPN nodes, including their locations, capacity, and current load. This data is not published in a public or verifiable ledger, it exists entirely within the provider’s internal systems.
User authentication is also centralized. Even when a VPN uses accountless login methods (like Mullvad’s token-based system), the process still involves the client sending authentication requests to the provider’s backend servers. The central system validates the user’s credentials or token, issues a session authorization, and tells the target VPN server to allow the connection.
This design introduces single points of failure and trust requirements:
- The provider has full administrative control over the infrastructure.
- The user must trust that the central server list is accurate and that authentication systems are not logging connection data.
- External pressure (e.g., legal orders, corporate policy changes) can directly impact server availability or user privacy.
Unlike Sentinel’s on-chain node registry and decentralized authorization, this architecture keeps critical coordination and access control in closed, provider-operated systems - limiting transparency, verifiability, and censorship resistance.
User authentication is also done through their backend. Even token-based systems still rely on centralized servers to approve connections. This creates single points of failure and trust requirements.
On Sentinel, node discovery and authorization are on-chain. Nodes publish IP, port, supported protocols, optional geolocation, and uptime directly to the blockchain. Anyone can query this through an RPC.
Connection authorization happens after an on-chain payment or an external trigger like Apple Pay, Google Pay, or credit card. The node then checks the blockchain to confirm access, with no central server involved.
A user can connect to a Sentinel node with only an RPC. Even a command-line tool can open a secure tunnel without touching any off-chain database or API.
The time for Sentinel is now. Soon the question will not be why VPNs need to be decentralized. It will be why anyone still uses a centralized VPN
Since Sentinel and Mysterium were established as the first VPN protocols in 2017, people have asked why does anyone needs an open-source, provably encrypted VPN.
The same question was once asked about messaging apps. Years later, centralized closed-source messengers like WhatsApp were exposed for privacy issues.
The VPN market is heading for the same disruption. The Facebook–Onavo scandal, where user data from a VPN was exploited, made it clear that centralized and closed-source VPNs carry real risks.
Sentinel is leading the shift with over 7 applications built on its protocol, nearly 1 million users, and thousands of community-hosted servers. The goal is simple: the infrastructure for a provably secure VPN that anyone can trust.
Sentinel provides two resources every VPN app needs: bandwidth and compute.
- Bandwidth comes from independent, community-run dVPN nodes around the world. Anyone can host a node on a cloud server or residential IP.
- Compute is handled by Sentinel’s own blockchain, secured by 70 validators. This manages authentication, payments, and connection authorization entirely on-chain.
Node discovery is also on-chain. Nodes publish their status to the blockchain and apps read this to find available nodes. Sentinel protocol developers never interact with end users.
Traditional privacy-focused VPNs such as Mullvad operate on a centralized infrastructure model. The VPN provider owns or leases the physical and virtual servers that users connect to, often hosted in commercial data centers. These servers are under the provider’s administrative control, meaning that hardware, IP addresses, and network configurations are all managed from a central point.
Node discovery in this model is handled through a proprietary backend. When a user opens the VPN client, the application queries the provider’s central server to retrieve a list of available VPN nodes, including their locations, capacity, and current load. This data is not published in a public or verifiable ledger, it exists entirely within the provider’s internal systems.
User authentication is also centralized. Even when a VPN uses accountless login methods (like Mullvad’s token-based system), the process still involves the client sending authentication requests to the provider’s backend servers. The central system validates the user’s credentials or token, issues a session authorization, and tells the target VPN server to allow the connection.
This design introduces single points of failure and trust requirements:
- The provider has full administrative control over the infrastructure.
- The user must trust that the central server list is accurate and that authentication systems are not logging connection data.
- External pressure (e.g., legal orders, corporate policy changes) can directly impact server availability or user privacy.
Unlike Sentinel’s on-chain node registry and decentralized authorization, this architecture keeps critical coordination and access control in closed, provider-operated systems - limiting transparency, verifiability, and censorship resistance.
User authentication is also done through their backend. Even token-based systems still rely on centralized servers to approve connections. This creates single points of failure and trust requirements.
On Sentinel, node discovery and authorization are on-chain. Nodes publish IP, port, supported protocols, optional geolocation, and uptime directly to the blockchain. Anyone can query this through an RPC.
Connection authorization happens after an on-chain payment or an external trigger like Apple Pay, Google Pay, or credit card. The node then checks the blockchain to confirm access, with no central server involved.
A user can connect to a Sentinel node with only an RPC. Even a command-line tool can open a secure tunnel without touching any off-chain database or API.
The time for Sentinel is now. Soon the question will not be why VPNs need to be decentralized. It will be why anyone still uses a centralized VPN
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The awareness on the hidden dangers of centralized VPN applications is growing on a daily basis.
The trend for open-source decentralized VPNs is almost here, and the only existing open-source protocol for any developer to build their own is on Sentinel.
https://x.com/AlternativeTo/status/1958971464259965091
The trend for open-source decentralized VPNs is almost here, and the only existing open-source protocol for any developer to build their own is on Sentinel.
https://x.com/AlternativeTo/status/1958971464259965091
X (formerly Twitter)
AlternativeTo (@AlternativeTo) on X
FreeVPN One, a Chrome VPN extension with over 100,000 installs, was found to secretly capture and send user screenshots to its developer's servers https://t.co/xhcadCLS0P
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Sentinel Public Testnet Now Live – Run the New dVPN Node Today
Sentinel has launched a public testnet to support its upcoming network upgrade — introducing major enhancements to the decentralized VPN and bandwidth-sharing protocol. The official announcement of the testnet will happen after the activation of automated USD pricing.
Key upgrades include:
- On-chain Node Leasing: Nodes can be leased by providers on an hourly basis, with payments managed transparently via smart contracts.
- USD-Based Pricing (Coming Soon): Nodes will be able to set prices in USD, with real-time conversion handled via Osmosis through the Oracle module. This feature will become active once a relayer is established between the testnet and Osmosis.
- Instant Session Start: Users can connect to nodes in a single transaction, without needing to pre-subscribe.
- Multiple Sessions per Node: Users can maintain multiple active sessions with the same node, improving flexibility and performance.
In addition, the testnet will soon be updated with the new node healthcheck logic, further enhancing reliability and uptime monitoring for dVPN infrastructure.
This is an open invitation to all dVPN node operators to participate in testing and help prepare the network for mainnet release.
Node Software
https://github.com/sentinel-official/sentinel-dvpnx
Setup Guide
https://hackmd.io/@6J34O6g0TRyesXAGmtA5_w/BJOFj5t-le
Testnet RPC
rpc.bluenet.sentinel.co
- Support from Busurnode
🚀 Busurnode is now running Sentinel’s bluenet-2-2 Testnet! 🎉
We’re excited to announce that Busurnode is now fully supporting the Sentinel bluenet-2-2 testnet with public endpoints and services available for the community.
🔗 Public Endpoints:
RPC: https://rpc-sentinel-testnet.busurnode.com:443
API: https://api-sentinel-testnet.busurnode.com:443
🔎 Explorer:
https://explorer.busurnode.com/sentinel-testnet
🛠 Other Services:
👉 https://busurnode.com/network/testnet/sentinel
We remain committed to providing reliable infrastructure for the Sentinel ecosystem and helping the community test, build, and innovate on the decentralized VPN network.
Sentinel has launched a public testnet to support its upcoming network upgrade — introducing major enhancements to the decentralized VPN and bandwidth-sharing protocol. The official announcement of the testnet will happen after the activation of automated USD pricing.
Key upgrades include:
- On-chain Node Leasing: Nodes can be leased by providers on an hourly basis, with payments managed transparently via smart contracts.
- USD-Based Pricing (Coming Soon): Nodes will be able to set prices in USD, with real-time conversion handled via Osmosis through the Oracle module. This feature will become active once a relayer is established between the testnet and Osmosis.
- Instant Session Start: Users can connect to nodes in a single transaction, without needing to pre-subscribe.
- Multiple Sessions per Node: Users can maintain multiple active sessions with the same node, improving flexibility and performance.
In addition, the testnet will soon be updated with the new node healthcheck logic, further enhancing reliability and uptime monitoring for dVPN infrastructure.
This is an open invitation to all dVPN node operators to participate in testing and help prepare the network for mainnet release.
Node Software
https://github.com/sentinel-official/sentinel-dvpnx
Setup Guide
https://hackmd.io/@6J34O6g0TRyesXAGmtA5_w/BJOFj5t-le
Testnet RPC
rpc.bluenet.sentinel.co
- Support from Busurnode
🚀 Busurnode is now running Sentinel’s bluenet-2-2 Testnet! 🎉
We’re excited to announce that Busurnode is now fully supporting the Sentinel bluenet-2-2 testnet with public endpoints and services available for the community.
🔗 Public Endpoints:
RPC: https://rpc-sentinel-testnet.busurnode.com:443
API: https://api-sentinel-testnet.busurnode.com:443
🔎 Explorer:
https://explorer.busurnode.com/sentinel-testnet
🛠 Other Services:
👉 https://busurnode.com/network/testnet/sentinel
We remain committed to providing reliable infrastructure for the Sentinel ecosystem and helping the community test, build, and innovate on the decentralized VPN network.
GitHub
GitHub - sentinel-official/sentinel-dvpnx: Node software to host and serve decentralized VPN via Sentinel
Node software to host and serve decentralized VPN via Sentinel - sentinel-official/sentinel-dvpnx
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Sentinel Testnet Faucet Enabled
https://busurnode.com/network/testnet/sentinel/faucet
Thanks to Busurnode!
https://busurnode.com/network/testnet/sentinel/faucet
Thanks to Busurnode!
Busurnode
Busurnode - Sentinel Testnet Faucet
Busurnode is secure and reliable node operator, we're part of Busur Media Indonesia, PT.
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