Background:
On August 6, 2019, the IPSE development team launched the IPSE Desktop client on Github — the IPSE Desktop is a client that links the entire IPFS network to IPSE nodes. It allows users to quickly ask questions about IPSE network resources and provides a portal for users to share resources.
Read this article to learn more about IPSE technology
IPSE client features:
● Simple and fast upload files to IPFS files and quick identification
● Quick search for files, hashes, and descriptions
● File sharing based on IPNS (under optimization)
● Ability to manage any remote node
●GUI interface, multi-system support
● IPSE starts offline support when the IPFS network cannot be connected
●IPFS+IPSE multi-network link (based on side chain technology)
Main functions:
State management:
View the status of connections to IPFS networks, managed file details, number of nodes, node ids, real-time broadband and network traffic. The following picture (Windows environment), generally no problem, installation can be connected successfully. Although you can visually view bandwidth and traffic, there is still room for improvement in network upstream and downstream speed control.
Document management:
Upload, download, or delete files, share files, and view file hashes.
Node management:
View global nodes and their addresses, and any node to connect to each other. Enter “Add Connection” and fill in the PeerID you want to connect with him. The resource access between you will be faster. Node connection format is as follows: / ip4/00.100.100.00 / TCP / 4001 / ipfs/QmbBHwxX2dxpUpAbrVRsRs2df5Rsph5QwgRvcW3445PsdGtC
(The IP and hash examples here are arbitrary)
IPSE client connects to IPFS
As a distributed storage and search network for Web3.0, IPSE has completed the application of blockchain technology, enabling global users to quickly search massive data on the interstellar file system. IPSE allows users to complete mining by adding semantic tags to hash addresses to earn native token (POST) rewards on the IPSE network. Unlike BTC, POST is a cryptographic token built on a distributed storage network. According to the IPSE Technology Yellow Book, miners in the IPSE network obtain POST mainly by distributing, storing and retrieving data, without the massive computing (most of which is wasted) required to scramble for blocks in the Bitcoin network. In the future, connectivity between IPSE and Filecoin dual blockchain networks will be implemented and efficient. IPSE’s desktop client accelerates the development of blockchain technology and becomes the practical application of the next generation Internet Web3.0. It will enable users to quickly access distributed networks, reduce the cost in mining, and get token economic incentives more easily.
FAQ q&a:
1. Is IPSE client developed independently?
A: IPSE client is based on the open source IPFS Desktop on Github. The current version is 0.8.0. The IPFS Desktop is an official IPFS visual client to facilitate node management. The main difference of IPSE clients is that it is easier to directly manage the nodes of IPSE’s own network.
A: Previous releases may encounter cross-domain issues. The solution is to download and use the latest version. There are few such problems at present. In addition, you can check the client’s Settings ([Settings]-[IPFS CONFIG]) for this line of code, and change it to the following value to resolve the cross-domain:
"Access-Control-Allow-Methods": [
"PUT",
"POST",
"GET"
Copy the code
- Does IPSE mining require a client?
A: IPSE uses hashtag technology to retrieve IPFS data. Users can be tokenized for adding correct semantic tags to hash addresses (malicious tags are penalized). The front-end mining of IPSE (with limited number of times) requires the IPSE/IPFS client +Scatter client. You can access ipse. IO from the browser on your PC. See the tutorial here
link
IPSE client
IPSE Technology Yellow Book
IPSE mining tutorial
IPSE search ipse. IO