On June 25, the Solana Foundation released Actions and Blinks, tools designed to turn any website or application into a cryptocurrency transaction portal. This innovation aims to break the limitations of blockchain protocol access, enabling any website and application on the internet to become a distribution point for on-chain interactions, thus promoting the mainstream adoption of the crypto economy. The teams currently testing and using Actions and Blinks include Cubik, Sanctum, Tensor, Realms, Access, Jupiter, Helium, Truffle, Phantom, and Backpack on Solana.
So, what exactly are Blinks? Blinks, short for Blockchain Links, can transform any complex on-chain operation into a small card with an interactive button that can be embedded in any social media or website.
Source: dialect.to
As shown in the image below, an embedded Blink link simplifies buying WIF with SOL. Typically, we must navigate the website or exchange, register, connect our wallet, and then complete the token purchase. However, with a Blink link, we can directly see the purchase amount on the current page, enter a custom amount, and click buy. It will prompt our wallet for authorization and complete the transaction instantly.
Source: Twitter
Additionally, Blink supports other use cases, such as third-party software registration, donations, and NFT minting.
Source: Twitter
In summary, Blink’s presence on Twitter is similar to the embedded “shopping cart” feature on TikTok and Weibo, making it more convenient for users to conduct blockchain-related cryptocurrency transactions on the web and initiate Solana interactions anywhere online.
Currently, the technology stack behind Blink is called Action, the development configuration behind the interactive Blink links.
Source: dialect.to
On Solana, the relationship between Action and Blink is as follows: Action is a method that provides signable transactions and messages through an API. These transactions and messages can be shared via URLs. Action provides a standardized way to interact with Action providers via GET and POST requests, retrieve readable information, construct signable transactions and messages, and then submit them to the blockchain.
Blink can be seen as a tool that implements or utilizes Action. Through Blink, developers can more easily use the APIs provided by Action to create and submit transactions. Blink may offer additional features and optimizations to make interactions with Action providers more efficient and straightforward.
In summary, Action provides the fundamental APIs and standards, while Blink is a concrete implementation that leverages these APIs to simplify the development process and accelerate operations. Together, they offer powerful functionality and convenience.
Source: dialect.to
Source: Phantom Wallet Plugin
Source: Dialect Plugin
If you encounter issues during use, you can get help through the following channels:
By following these steps, users can use the Solana Blink feature effectively, achieving more convenient on-chain operations and interactions.
Currently, there are two main disadvantages and risks associated with Solana’s Blink feature:
Links like “blink” make it hard for users to distinguish between genuine and fake. Users may get their wallets emptied if someone forges a blink and the transaction/instruction behind it is malicious. According to current Dialect rules, only registered project teams can create such links. However, the registration rules are quite simple and lack strict restrictions, so the security of these links remains questionable. Although malicious projects are marked as such by the community after being reported or discovered, and warnings are issued on the page, this post-event manual marking mechanism cannot prevent users from suffering losses beforehand.
The Blink feature is currently limited to the web version and cannot be used on mobile devices. Since 88% of Twitter users access the platform via mobile devices, the mobile functionality of Blink still needs to be expanded.
To summarize, Blink currently has three major functionalities:
From an industry perspective, the emergence of Blink holds significant importance. Firstly, it represents a narrative innovation on Solana, filling a recent void in new concepts within the industry. Secondly, Blink serves as a form of innovation based on user experience and application scenarios, utilizing standardized technology to enable broader adoption and application of this interactive form in Web3. Furthermore, Blink helps more Web2 users transition seamlessly into Web3, lowering the cognitive barrier. Lastly, Blink enhances the value of media information flow, allowing users not only to browse information but also to interact with it.
On June 25, the Solana Foundation released Actions and Blinks, tools designed to turn any website or application into a cryptocurrency transaction portal. This innovation aims to break the limitations of blockchain protocol access, enabling any website and application on the internet to become a distribution point for on-chain interactions, thus promoting the mainstream adoption of the crypto economy. The teams currently testing and using Actions and Blinks include Cubik, Sanctum, Tensor, Realms, Access, Jupiter, Helium, Truffle, Phantom, and Backpack on Solana.
So, what exactly are Blinks? Blinks, short for Blockchain Links, can transform any complex on-chain operation into a small card with an interactive button that can be embedded in any social media or website.
Source: dialect.to
As shown in the image below, an embedded Blink link simplifies buying WIF with SOL. Typically, we must navigate the website or exchange, register, connect our wallet, and then complete the token purchase. However, with a Blink link, we can directly see the purchase amount on the current page, enter a custom amount, and click buy. It will prompt our wallet for authorization and complete the transaction instantly.
Source: Twitter
Additionally, Blink supports other use cases, such as third-party software registration, donations, and NFT minting.
Source: Twitter
In summary, Blink’s presence on Twitter is similar to the embedded “shopping cart” feature on TikTok and Weibo, making it more convenient for users to conduct blockchain-related cryptocurrency transactions on the web and initiate Solana interactions anywhere online.
Currently, the technology stack behind Blink is called Action, the development configuration behind the interactive Blink links.
Source: dialect.to
On Solana, the relationship between Action and Blink is as follows: Action is a method that provides signable transactions and messages through an API. These transactions and messages can be shared via URLs. Action provides a standardized way to interact with Action providers via GET and POST requests, retrieve readable information, construct signable transactions and messages, and then submit them to the blockchain.
Blink can be seen as a tool that implements or utilizes Action. Through Blink, developers can more easily use the APIs provided by Action to create and submit transactions. Blink may offer additional features and optimizations to make interactions with Action providers more efficient and straightforward.
In summary, Action provides the fundamental APIs and standards, while Blink is a concrete implementation that leverages these APIs to simplify the development process and accelerate operations. Together, they offer powerful functionality and convenience.
Source: dialect.to
Source: Phantom Wallet Plugin
Source: Dialect Plugin
If you encounter issues during use, you can get help through the following channels:
By following these steps, users can use the Solana Blink feature effectively, achieving more convenient on-chain operations and interactions.
Currently, there are two main disadvantages and risks associated with Solana’s Blink feature:
Links like “blink” make it hard for users to distinguish between genuine and fake. Users may get their wallets emptied if someone forges a blink and the transaction/instruction behind it is malicious. According to current Dialect rules, only registered project teams can create such links. However, the registration rules are quite simple and lack strict restrictions, so the security of these links remains questionable. Although malicious projects are marked as such by the community after being reported or discovered, and warnings are issued on the page, this post-event manual marking mechanism cannot prevent users from suffering losses beforehand.
The Blink feature is currently limited to the web version and cannot be used on mobile devices. Since 88% of Twitter users access the platform via mobile devices, the mobile functionality of Blink still needs to be expanded.
To summarize, Blink currently has three major functionalities:
From an industry perspective, the emergence of Blink holds significant importance. Firstly, it represents a narrative innovation on Solana, filling a recent void in new concepts within the industry. Secondly, Blink serves as a form of innovation based on user experience and application scenarios, utilizing standardized technology to enable broader adoption and application of this interactive form in Web3. Furthermore, Blink helps more Web2 users transition seamlessly into Web3, lowering the cognitive barrier. Lastly, Blink enhances the value of media information flow, allowing users not only to browse information but also to interact with it.