phamnhatlinh.linea.eth Linea Name Service (.linea.eth domains) based on ENS Profile

Explore phamnhatlinh.linea.eth Linea Name Service (.linea.eth domains) based on ENS associated Web3 profiles, social links, NFTs, Farcaster and Lens social activities, EFP following and followers, onchain reputations and scores, dWebsites, Mirror and Paragraph articles, POAPs, Gitcoin Passport, Talent Protocol, Phi, DegenScore, Webacy, Guilds, Snapshot, Tally DAOs, etc on the Web3.bio profile page.

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phamnhatlinh.linea.eth
phamnhatlinh.linea.eth's Ethereum & EVM wallet address is 0x6f16c2bb24b4e844bd9fb9141cc6e812ee50f833
0x6f16...f833
Ξ

Linea Name Service (.linea.eth domains) based on ENS: phamnhatlinh.linea.eth

phamnhatlinh.linea.eth

Ethereum Name Service (ENS and .eth domain): phamnhatlinh.eth

phamnhatlinh.eth

Basenames (.base.eth domains) based on ENS: 2501.base.eth

2501.base.eth

Farcaster social identity (Fname handle): phlinh2507 (lengocquetram.eth)

Never give up

lengocquetram.eth

Lens social identity (.lens handle): Phlinh2507 ◱ ◱ (delarkus.lens)

Telecom engineer passionate about web3, blockchain and NFT!

delarkus.lens

Who is phamnhatlinh.linea.eth?

phamnhatlinh.linea.eth represents the Web3 identity of phamnhatlinh.linea.eth, representing the presence across Linea Name Service (.linea.eth domains) based on ENS and the broader Web3 ecosystem. phamnhatlinh.linea.eth's Ethereum & EVM wallet address is 0x6f16c2bb24b4e844bd9fb9141cc6e812ee50f833. phamnhatlinh.linea.eth's Email address is unknown. This comprehensive profile aggregates phamnhatlinh.linea.eth's on-chain activities, transaction history, NFT collections, token holdings, governance participation, and contributions to decentralized communities. Explore this page to discover phamnhatlinh.linea.eth's Web3 digital footprint, social engagement metrics, and reputation across the decentralized web, providing a transparent view of their Web3 journey and accomplishments.

Ethereum Follow Protocol: 0 Following and 0 Followers

phamnhatlinh.linea.eth is part of the Ethereum Follow Protocol (EFP), an on-chain social graph for Ethereum addresses and ENS domains. This protocol allows users to follow and be followed on-chain, building a network of connections that are secure, decentralized, and tied directly to Ethereum addresses.
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Social Links

The phamnhatlinh.linea.eth profile links to various social accounts such as Twitter (X), GitHub, LinkedIn, and others, offering a complete view of phamnhatlinh.linea.eth’s social footprint in the Web3 space.
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Farcaster: lengocquetram.eth

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Lens: delarkus.lens

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Website: land.philand.xyz/lengocquetram.eth

Website
land.philand.xyz/lengocquetram.eth

🖼NFTs

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The Future of Work
NFT Collection: The Future of Work
Layer3 CUBE
+18
NFT Collection: Layer3 CUBE
Lens Collect | Profile #109491 - Publication #3215
NFT Collection: Lens Collect | Profile #109491 - Publication #3215
Free Mint Registry
+16
NFT Collection: Free Mint Registry
Farcaster: Lion
NFT Collection: Farcaster: Lion
Free Mint Registry
NFT Collection: Free Mint Registry
Alive
NFT Collection: Alive
Zora Posts
NFT Collection: Zora Posts
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🌈Activity Feeds

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🖼️
phamnhatlinh.linea.ethphamnhatlinh.linea.eth
·3d
Minted
The Future of Work
📄
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·3d
Cuộc chơi này nhanh thật, chỉ vọn vẹn hơn 30 ngày mà tài khoản chia 2, 3, mất hết 1 cách nhẹ nhàng. Khi nó lên ta vui và thản nhiên mặc kệ, khi lỗ thì mới thấm và biết trân trọng đồng tiền kiếm đc. Ở thị trường này mấy năm ròng kiếm ms dư đc từng đó tiền, nhưng chỉ vài cây nến những công sức trước đó xem như tan tành. Ai vào đây cũng vì muốn đc thay đổi csong, và đây cũng có thể là nơi vùi hết những mộng tưởng mà ng chơi đang được vỗ về.
🖼️
elmengin.lens
·4d
Minted a post on tape
elmengin.lens
·
4d
Just music 🎶
📄
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·4d
Con phải hiểu ! Mỗi người sẽ một câu chuyện riêng, không ai giống ai cả. Có người buồn rầu sẽ mang cho cả thế giới biết, nhưng có người chỉ âm thầm chịu đựng, tự xoa dịu vết thương của chính mình. Mỗi cây mỗi hoa, mỗi nhà mỗi cảnh, chúng ta không sống trong hoàn cảnh của nhau thì không nên phán xét nhau, vì chỉ có người trong cuộc mới hiểu chuyện mình đang phải chịu đựng. Đôi khi cái con nhìn thấy nghe thấy chưa chắc đã là sự thật. Đời ngắn lắm, thay vì để ý cuộc sống của người khác, thì hãy sống tốt cuộc đời mình đi con !
💬
phlinh2507phlinh2507lengocquetram.eth
·4d
đúng đúng
huysuthat.eth
·
4d
🔥Thị trường lên xuống gì thì vẫn giữ sức khoẻ ae nhé! Mục đích chúng ta đến đây là vì tiền, nhưng tiền cũng là phương tiện để đáp ứng các nhu cầu khác. Và đặc biệt, sức khoẻ quan trọng nhất vì đôi khi tiền sẽ không mua được nó.
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phlinh2507phlinh2507lengocquetram.eth
·4d
ngon quá dạ nàng ơi
lethiyenlinh.eth
·
4d
🥰🥰🥰🌷🌷🌷🌷
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💬
phlinh2507phlinh2507lengocquetram.eth
·6d
úp chỗ khác đi ạ
lethiyenlinh.eth
·
6d
Câu này hay quá nên cho quỳ gối úp măt vào tường nè, quá đã luôn 😎🤪
💬
phlinh2507phlinh2507lengocquetram.eth
·6d
xinh xĩu
lethiyenlinh.eth
·
1w
🌷🌷🌷🌷
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phlinh2507phlinh2507lengocquetram.eth
·1w
look good
datluong
·
1w
https://vnexpress.net/ceo-bybit-pi-network-nguy-hiem-hon-meme-coin-4858345.html
vnexpress.net/ceo-bybit-pi-network-nguy-hiem-hon-meme-coin-4858345.html
💬
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·1w
### Advantages and Challenges #### Advantages: **Scalability**: Scale OrderService independently if order volume spikes. **Flexibility**: Use C# for ProductService and Python for another service if desired. **Fault Isolation**: If ProductService crashes, OrderService can still function partially (e.g., with cached data). #### Challenges: **Complexity**: Managing multiple services, network calls, and deployments is harder than a monolith. **Latency**: Network calls (e.g., OrderService → ProductService) add overhead. **Data Consistency**: Since each service has its own data, ensuring consistency (e.g., product price updates) requires careful design (e.g., eventual consistency, sagas).
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·
1w
### Key Components in Microservices Here’s how the pieces fit together in a microservices architecture: **Service Discovery**: In our simple example, OrderService hardcodes the ProductService URL (https://localhost:5186). In a real system, you’d use a service discovery tool (e.g., Consul, Eureka) or an API Gateway to dynamically find service locations. **Communication**: We’re using HTTP/REST via HttpClient. Alternatives include: **gRPC**: Faster, binary-based communication. **Message Queues**: Asynchronous communication (e.g., RabbitMQ for order processing). **Data Management**: Each service has its own data. In our case, ProductService uses an in-memory list, but in production, it’d have its own database (e.g., SQL Server for products, MongoDB for orders). **Deployment**: Without Docker, we run each service manually with dotnet run. In production, you’d deploy them as separate processes (e.g., via Docker, Kubernetes, or Azure App Services). **Resilience**: If ProductService is down, OrderService returns a BadRequest. In a robust system, you’d add retry logic (e.g., with Polly) or caching to handle failures.
💬
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·1w
### How It Differs from a Monolith In a monolithic version of this app: All code (products and orders) would be in one project. A single database would store both products and orders. Deploying a change to the product logic would require redeploying the entire app. With microservices: ProductService and OrderService are separate projects. They can use different tech stacks or databases if needed. You can update ProductService (e.g., add a new product) without touching OrderService.
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·
1w
### Key Components in Microservices Here’s how the pieces fit together in a microservices architecture: **Service Discovery**: In our simple example, OrderService hardcodes the ProductService URL (https://localhost:5186). In a real system, you’d use a service discovery tool (e.g., Consul, Eureka) or an API Gateway to dynamically find service locations. **Communication**: We’re using HTTP/REST via HttpClient. Alternatives include: **gRPC**: Faster, binary-based communication. **Message Queues**: Asynchronous communication (e.g., RabbitMQ for order processing). **Data Management**: Each service has its own data. In our case, ProductService uses an in-memory list, but in production, it’d have its own database (e.g., SQL Server for products, MongoDB for orders). **Deployment**: Without Docker, we run each service manually with dotnet run. In production, you’d deploy them as separate processes (e.g., via Docker, Kubernetes, or Azure App Services). **Resilience**: If ProductService is down, OrderService returns a BadRequest. In a robust system, you’d add retry logic (e.g., with Polly) or caching to handle failures.
📄
Phlinh2507 ◱ ◱Phlinh2507 ◱ ◱delarkus.lens
·1w
### Key Components in Microservices Here’s how the pieces fit together in a microservices architecture: **Service Discovery**: In our simple example, OrderService hardcodes the ProductService URL (https://localhost:5186). In a real system, you’d use a service discovery tool (e.g., Consul, Eureka) or an API Gateway to dynamically find service locations. **Communication**: We’re using HTTP/REST via HttpClient. Alternatives include: **gRPC**: Faster, binary-based communication. **Message Queues**: Asynchronous communication (e.g., RabbitMQ for order processing). **Data Management**: Each service has its own data. In our case, ProductService uses an in-memory list, but in production, it’d have its own database (e.g., SQL Server for products, MongoDB for orders). **Deployment**: Without Docker, we run each service manually with dotnet run. In production, you’d deploy them as separate processes (e.g., via Docker, Kubernetes, or Azure App Services). **Resilience**: If ProductService is down, OrderService returns a BadRequest. In a robust system, you’d add retry logic (e.g., with Polly) or caching to handle failures.
💬
phlinh2507phlinh2507lengocquetram.eth
·1w
chính xác luôn
lethiyenlinh.eth
·
1w
🫶♥️
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💬
phlinh2507phlinh2507lengocquetram.eth
·1w
e nhà ở đâu thế 😘
lethiyenlinh.eth
·
1w
Cá thiếu muối, cá ươn và thiu Anh vắng em, thiếu yêu và thương 😜 🥰
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🔁
phlinh2507phlinh2507lengocquetram.eth
·1w
Shared a post on Farcaster
lethiyenlinh.eth
·
1w
Cơm nước gì chưa mấy người đẹp 😜🌷🥰😋😘
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phlinh2507phlinh2507lengocquetram.eth
·1w
thả tim
lethiyenlinh.eth
·
1w
🫶🌷😊☺️
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phlinh2507phlinh2507lengocquetram.eth
·1w
10 điểm không nhưng
lethiyenlinh.eth
·
1w
♥️♥️♥️
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💬
phlinh2507phlinh2507lengocquetram.eth
·1w
cạn lời bạn luôn kk
lethiyenlinh.eth
·
1w
Sao tiền không đi làm kiếm mình mà mình lại đi làm kiếm tiền vậy =))😆😂
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🖼️
phamnhatlinh.linea.ethphamnhatlinh.linea.eth
·1w
Minted
Free Mint Registry
🖼️
phamnhatlinh.linea.ethphamnhatlinh.linea.eth
·1w
Transferred
2.11L3
to
0x1195...64B7
Minted
Layer3 CUBE

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