1678706340
A Parallel, Multi-engine Simulator for Heterogeneous Swarm Robotics
ARGoS is a physics-based simulator designed to simulate large-scale robot swarms. Benchmark results show that ARGoS can perform physics-accurate simulation involving thousands of robots in a fraction of real time. ARGoS' main features are:
Multi-threaded and deeply modular architecture, more flexible than any simulator with equivalent features;
The possibility to run multiple physics engines at the same time;
The possibility to divide the physical space in region, and assign different regions to different physics engines.
Starting from version 3, ARGoS is released under the terms of the MIT license.
You can download a binary package of ARGoS from http://www.argos-sim.info/download.php. Alternatively, you can download the development sources through git:
$ git clone https://github.com/ilpincy/argos3.git argos3
If you downloaded the sources of ARGoS and want to compile its code, you need:
A UNIX system (Linux or MacOSX; Microsoft Windows is not supported)
g++ >= 5.4 (on Linux)
clang >= 3.1 (on MacOSX)
cmake >= 3.5.1
If you want to compile the simulator, you need:
FreeImage >= 3.15
The OpenGL-based graphical visualization is compiled only if the following libraries are found:
Qt >= 5.5
freeglut >= 2.6.0
libxi-dev (on Ubuntu and other Debian-based systems)
libxmu-dev (on Ubuntu and other Debian-based systems)
If you want to create the Lua wrapper you need:
lua == 5.3
If you want to create the documentation you need:
To create the API:
Doxygen >= 1.7.3
Graphviz/dot >= 2.28
To create the HTML version of this README:
asciidoc >= 8.6.2
On Debian, you can install all of the necessary requirements with the following command:
$ sudo apt-get install cmake libfreeimage-dev libfreeimageplus-dev \
qt5-default freeglut3-dev libxi-dev libxmu-dev liblua5.3-dev \
lua5.3 doxygen graphviz libgraphviz-dev asciidoc
On openSUSE 13.2, you can install all of the necessary requirements with the following commands:
$ sudo zypper ar -n openSUSE-13.2-Graphics \
http://download.opensuse.org/repositories/graphics/openSUSE_13.2/ \
graphics
$ sudo zypper refresh
$ sudo zypper install git cmake gcc gcc-c++ freeimage-devel \
doxygen graphviz asciidoc lua-devel libqt5-qtbase freeglut-devel \
rpmbuild
On Mac, you can install all of the necessary requirements using HomeBrew. On the command line, type the following command:
$ brew install pkg-config cmake libpng freeimage lua qt \
docbook asciidoc graphviz doxygen
The compilation of ARGoS is configured through CMake.
Compiling the ARGoS simulator
$ cd argos3
$ mkdir build_simulator
$ cd build_simulator
$ cmake ../src
$ make
Compiling ARGoS for a robot
DO NOT EXECUTE THESE COMMANDS IF YOU ARE INSTALLING ARGOS ON YOUR LAPTOP. THESE COMMANDS ARE MEANT TO INSTALL ARGOS ON A REAL ROBOT.
$ cd argos3
$ mkdir build_myrobot
$ cd build_myrobot
$ cmake -DARGOS_BUILD_FOR=myrobot ../src
$ make
Compiling the documentation
$ cd argos3
$ cd build_simulator # or 'cd build_myrobot'
$ make doc
ARGoS sources under Eclipse
To use Eclipse with the ARGoS sources, you must have the CDT installed. Optionally, you can also install CMakeEd to modify the CMakeLists.txt
files comfortably within Eclipse.
To configure the ARGoS sources for Eclipse, it is better to avoid compiling the code in a separate build directory (for more details, see here). Thus, execute CMake as follows:
$ cd argos3
$ cmake -G "Eclipse CDT4 - Unix Makefiles" src/
Now open Eclipse. Click on File → Import…, select Existing project into workspace, and click on Next. Set the base argos3
directory as the root directory in the dialog that appears. Click on Next and you’re ready to go.
The compilation of ARGoS can be configured through a set of CMake options:
Variable | Type | Meaning [default value] |
---|---|---|
CMAKE_BUILD_TYPE | STRING | Build type (Debug , Release , etc.) [empty] |
CMAKE_INSTALL_PREFIX | STRING | Install prefix (/usr , /usr/local , etc.) [/usr/local ] |
ARGOS_BUILD_FOR | STRING | Target of compilation (simulator or robot name) [simulator ] |
ARGOS_BUILD_NATIVE | BOOLEAN | Whether to use platform-specific instructions [OFF ] |
ARGOS_THREADSAFE_LOG | BOOLEAN | Use or not the thread-safe version of LOG /LOGERR . [ON ] |
ARGOS_DYNAMIC_LOADING | BOOLEAN | Compile (and use) dynamic loading facilities [ON ] |
ARGOS_USE_DOUBLE | BOOLEAN | Use double (ON ) or float (OFF ) [ON ] |
ARGOS_DOCUMENTATION | BOOLEAN | Create API documentation [ON ] |
ARGOS_INSTALL_LDSOCONF | BOOLEAN | Install the file /etc/ld.so.conf/argos3.conf [ON on Linux, OFF on Mac] |
You can pass the wanted values from the command line. For instance, if you wanted to set explictly all the default values, when compiling on Linux you would write:
$ cd argos3/build_simulator
$ cmake -DCMAKE_BUILD_TYPE=Debug \
-DCMAKE_INSTALL_PREFIX=/usr/local \
-DARGOS_BUILD_FOR=simulator \
-DARGOS_BUILD_NATIVE=OFF \
-DARGOS_THREADSAFE_LOG=ON \
-DARGOS_DYNAMIC_LOADING=ON \
-DARGOS_USE_DOUBLE=ON \
-DARGOS_DOCUMENTATION=ON \
-DARGOS_INSTALL_LDSOCONF=ON \
../src
Important | When ARGOS_BUILD_FOR is set to simulator , ARGOS_THREADSAFE_LOG and ARGOS_DYNAMIC_LOADING must be ON. |
Important | If you want to install ARGoS without root privileges, remember to set ARGOS_INSTALL_LDSOCONF to OFF . Otherwise, installation will fail midway. |
Tip | For production environments, it is recommended to compile ARGoS with CMAKE_BUILD_TYPE set to Release . If you want to debug ARGoS, it is recommended to set CMAKE_BUILD_TYPE to Debug . The other standard settings (empty and RelWithDebInfo ) are supported but should be avoided. |
Tip | If you want to squeeze maximum performance from ARGoS, along with compiling with CMAKE_BUILD_TYPE set to Release , you can also set ARGOS_BUILD_NATIVE to ON . This setting instructs the compiler to use the compiler flags -march=native and -mtune=native . The code will run faster because you use the entire instruction set of your processor, but the generated binaries won’t be portable to computers with different processors. |
Important | You can’t install ARGoS system-wide and run the source version at the same time. If you intend to run ARGoS from the sources, you must uninstall it from the system. |
If you don’t want to install ARGoS on your system, you can run it from the sources tree. In the directory build_simulator/
you’ll find a bash script called setup_env.sh
. Executing this script, you configure the current environment to run ARGoS:
$ cd argos3
$ cd build_simulator
$ . setup_env.sh # or 'source setup_env.sh'
$ cd core
$ ./argos3 -q all # this shows all the plugins recognized by ARGoS
If you execute ARGoS with the graphical visualization, you’ll notice that icons, models, and textures are missing. This is normal, as ARGoS by default looks for them in the default install location. To fix this, you need to edit the default settings of the GUI.
On Linux, edit the file $HOME/.config/Iridia-ULB/ARGoS.conf
as follows:
[MainWindow]
#
# other stuff
#
icon_dir=/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/icons/
texture_dir=/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/textures/
model_dir=/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/models/
#
# more stuff
#
On Mac, write the following commands on the terminal window to fix the paths manually:
$ defaults write info.argos-sim.ARGoS MainWindow.texture_dir -string "/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/textures/"
$ defaults write info.argos-sim.ARGoS MainWindow.model_dir -string "/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/models/"
$ defaults write info.argos-sim.ARGoS MainWindow.icon_dir -string "/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/icons/"
$ killall -u YOURUSERNAME cfprefsd
or use these commands to delete these paths and have ARGoS look for them:
$ defaults write info.argos-sim.ARGoS
$ killall -u YOURUSERNAME cfprefsd
Be sure to substitute /PATH/TO/
with the correct path that contains the argos3
folder, and YOURUSERNAME
with your username as displayed on the terminal.
You can debug the ARGoS code using gdb
. Since the code in scattered across multiple directories, you need a .gdbinit
file. Luckily for you, this file is created automatically when you compile ARGoS. To use it, you just need to remember to run the ARGoS simulator from the build_simulator/core/
directory:
$ cd argos3/build_simulator/core
$ gdb ./argos3
To install ARGoS after having compiled the sources, it is enough to write:
$ cd argos3
$ cd build_simulator # or 'cd build_myrobot'
$ make doc # documentation is required!
$ sudo make install
Alternatively, one can create a package. To build all the packages supported by your system, run these commands:
$ cd argos3
$ git tag -a X.Y.Z-release # give the package a unique version
# the format must be as shown
# X = version major
# Y = version minor
# Z = version patch
# release = a textual label
$ cd build_simulator # or 'cd build_myrobot'
$ cmake . # let CMake read the newly set tag
$ make doc # documentation is required!
$ make # compile the code
$ sudo make package # make the package
This typically creates a self-extracting .tar.gz archive, a .tar.bz2 archive, a .zip archive, and a platform-specific archive (.deb, .rpm, or a MacOSX package). You can determine which packages to create by setting the variables CPACK_BINARY_DEB
, CPACK_BINARY_RPM
, CPACK_BINARY_STGZ
, CPACK_BINARY_TBZ2
, CPACK_BINARY_TGZ
, CPACK_BINARY_TZ
.
Important | the creation of source packages through the command make package_source is not supported. |
An easier option is to install ARGoS from a package distributed at http://www.argos-sim.info/download.php.
Author: ilpincy
Source Code: https://github.com/ilpincy/argos3
#machinelearning #cpluplus #robotics
1594162500
A multi-cloud approach is nothing but leveraging two or more cloud platforms for meeting the various business requirements of an enterprise. The multi-cloud IT environment incorporates different clouds from multiple vendors and negates the dependence on a single public cloud service provider. Thus enterprises can choose specific services from multiple public clouds and reap the benefits of each.
Given its affordability and agility, most enterprises opt for a multi-cloud approach in cloud computing now. A 2018 survey on the public cloud services market points out that 81% of the respondents use services from two or more providers. Subsequently, the cloud computing services market has reported incredible growth in recent times. The worldwide public cloud services market is all set to reach $500 billion in the next four years, according to IDC.
By choosing multi-cloud solutions strategically, enterprises can optimize the benefits of cloud computing and aim for some key competitive advantages. They can avoid the lengthy and cumbersome processes involved in buying, installing and testing high-priced systems. The IaaS and PaaS solutions have become a windfall for the enterprise’s budget as it does not incur huge up-front capital expenditure.
However, cost optimization is still a challenge while facilitating a multi-cloud environment and a large number of enterprises end up overpaying with or without realizing it. The below-mentioned tips would help you ensure the money is spent wisely on cloud computing services.
Most organizations tend to get wrong with simple things which turn out to be the root cause for needless spending and resource wastage. The first step to cost optimization in your cloud strategy is to identify underutilized resources that you have been paying for.
Enterprises often continue to pay for resources that have been purchased earlier but are no longer useful. Identifying such unused and unattached resources and deactivating it on a regular basis brings you one step closer to cost optimization. If needed, you can deploy automated cloud management tools that are largely helpful in providing the analytics needed to optimize the cloud spending and cut costs on an ongoing basis.
Another key cost optimization strategy is to identify the idle computing instances and consolidate them into fewer instances. An idle computing instance may require a CPU utilization level of 1-5%, but you may be billed by the service provider for 100% for the same instance.
Every enterprise will have such non-production instances that constitute unnecessary storage space and lead to overpaying. Re-evaluating your resource allocations regularly and removing unnecessary storage may help you save money significantly. Resource allocation is not only a matter of CPU and memory but also it is linked to the storage, network, and various other factors.
The key to efficient cost reduction in cloud computing technology lies in proactive monitoring. A comprehensive view of the cloud usage helps enterprises to monitor and minimize unnecessary spending. You can make use of various mechanisms for monitoring computing demand.
For instance, you can use a heatmap to understand the highs and lows in computing visually. This heat map indicates the start and stop times which in turn lead to reduced costs. You can also deploy automated tools that help organizations to schedule instances to start and stop. By following a heatmap, you can understand whether it is safe to shut down servers on holidays or weekends.
#cloud computing services #all #hybrid cloud #cloud #multi-cloud strategy #cloud spend #multi-cloud spending #multi cloud adoption #why multi cloud #multi cloud trends #multi cloud companies #multi cloud research #multi cloud market
1678706340
A Parallel, Multi-engine Simulator for Heterogeneous Swarm Robotics
ARGoS is a physics-based simulator designed to simulate large-scale robot swarms. Benchmark results show that ARGoS can perform physics-accurate simulation involving thousands of robots in a fraction of real time. ARGoS' main features are:
Multi-threaded and deeply modular architecture, more flexible than any simulator with equivalent features;
The possibility to run multiple physics engines at the same time;
The possibility to divide the physical space in region, and assign different regions to different physics engines.
Starting from version 3, ARGoS is released under the terms of the MIT license.
You can download a binary package of ARGoS from http://www.argos-sim.info/download.php. Alternatively, you can download the development sources through git:
$ git clone https://github.com/ilpincy/argos3.git argos3
If you downloaded the sources of ARGoS and want to compile its code, you need:
A UNIX system (Linux or MacOSX; Microsoft Windows is not supported)
g++ >= 5.4 (on Linux)
clang >= 3.1 (on MacOSX)
cmake >= 3.5.1
If you want to compile the simulator, you need:
FreeImage >= 3.15
The OpenGL-based graphical visualization is compiled only if the following libraries are found:
Qt >= 5.5
freeglut >= 2.6.0
libxi-dev (on Ubuntu and other Debian-based systems)
libxmu-dev (on Ubuntu and other Debian-based systems)
If you want to create the Lua wrapper you need:
lua == 5.3
If you want to create the documentation you need:
To create the API:
Doxygen >= 1.7.3
Graphviz/dot >= 2.28
To create the HTML version of this README:
asciidoc >= 8.6.2
On Debian, you can install all of the necessary requirements with the following command:
$ sudo apt-get install cmake libfreeimage-dev libfreeimageplus-dev \
qt5-default freeglut3-dev libxi-dev libxmu-dev liblua5.3-dev \
lua5.3 doxygen graphviz libgraphviz-dev asciidoc
On openSUSE 13.2, you can install all of the necessary requirements with the following commands:
$ sudo zypper ar -n openSUSE-13.2-Graphics \
http://download.opensuse.org/repositories/graphics/openSUSE_13.2/ \
graphics
$ sudo zypper refresh
$ sudo zypper install git cmake gcc gcc-c++ freeimage-devel \
doxygen graphviz asciidoc lua-devel libqt5-qtbase freeglut-devel \
rpmbuild
On Mac, you can install all of the necessary requirements using HomeBrew. On the command line, type the following command:
$ brew install pkg-config cmake libpng freeimage lua qt \
docbook asciidoc graphviz doxygen
The compilation of ARGoS is configured through CMake.
Compiling the ARGoS simulator
$ cd argos3
$ mkdir build_simulator
$ cd build_simulator
$ cmake ../src
$ make
Compiling ARGoS for a robot
DO NOT EXECUTE THESE COMMANDS IF YOU ARE INSTALLING ARGOS ON YOUR LAPTOP. THESE COMMANDS ARE MEANT TO INSTALL ARGOS ON A REAL ROBOT.
$ cd argos3
$ mkdir build_myrobot
$ cd build_myrobot
$ cmake -DARGOS_BUILD_FOR=myrobot ../src
$ make
Compiling the documentation
$ cd argos3
$ cd build_simulator # or 'cd build_myrobot'
$ make doc
ARGoS sources under Eclipse
To use Eclipse with the ARGoS sources, you must have the CDT installed. Optionally, you can also install CMakeEd to modify the CMakeLists.txt
files comfortably within Eclipse.
To configure the ARGoS sources for Eclipse, it is better to avoid compiling the code in a separate build directory (for more details, see here). Thus, execute CMake as follows:
$ cd argos3
$ cmake -G "Eclipse CDT4 - Unix Makefiles" src/
Now open Eclipse. Click on File → Import…, select Existing project into workspace, and click on Next. Set the base argos3
directory as the root directory in the dialog that appears. Click on Next and you’re ready to go.
The compilation of ARGoS can be configured through a set of CMake options:
Variable | Type | Meaning [default value] |
---|---|---|
CMAKE_BUILD_TYPE | STRING | Build type (Debug , Release , etc.) [empty] |
CMAKE_INSTALL_PREFIX | STRING | Install prefix (/usr , /usr/local , etc.) [/usr/local ] |
ARGOS_BUILD_FOR | STRING | Target of compilation (simulator or robot name) [simulator ] |
ARGOS_BUILD_NATIVE | BOOLEAN | Whether to use platform-specific instructions [OFF ] |
ARGOS_THREADSAFE_LOG | BOOLEAN | Use or not the thread-safe version of LOG /LOGERR . [ON ] |
ARGOS_DYNAMIC_LOADING | BOOLEAN | Compile (and use) dynamic loading facilities [ON ] |
ARGOS_USE_DOUBLE | BOOLEAN | Use double (ON ) or float (OFF ) [ON ] |
ARGOS_DOCUMENTATION | BOOLEAN | Create API documentation [ON ] |
ARGOS_INSTALL_LDSOCONF | BOOLEAN | Install the file /etc/ld.so.conf/argos3.conf [ON on Linux, OFF on Mac] |
You can pass the wanted values from the command line. For instance, if you wanted to set explictly all the default values, when compiling on Linux you would write:
$ cd argos3/build_simulator
$ cmake -DCMAKE_BUILD_TYPE=Debug \
-DCMAKE_INSTALL_PREFIX=/usr/local \
-DARGOS_BUILD_FOR=simulator \
-DARGOS_BUILD_NATIVE=OFF \
-DARGOS_THREADSAFE_LOG=ON \
-DARGOS_DYNAMIC_LOADING=ON \
-DARGOS_USE_DOUBLE=ON \
-DARGOS_DOCUMENTATION=ON \
-DARGOS_INSTALL_LDSOCONF=ON \
../src
Important | When ARGOS_BUILD_FOR is set to simulator , ARGOS_THREADSAFE_LOG and ARGOS_DYNAMIC_LOADING must be ON. |
Important | If you want to install ARGoS without root privileges, remember to set ARGOS_INSTALL_LDSOCONF to OFF . Otherwise, installation will fail midway. |
Tip | For production environments, it is recommended to compile ARGoS with CMAKE_BUILD_TYPE set to Release . If you want to debug ARGoS, it is recommended to set CMAKE_BUILD_TYPE to Debug . The other standard settings (empty and RelWithDebInfo ) are supported but should be avoided. |
Tip | If you want to squeeze maximum performance from ARGoS, along with compiling with CMAKE_BUILD_TYPE set to Release , you can also set ARGOS_BUILD_NATIVE to ON . This setting instructs the compiler to use the compiler flags -march=native and -mtune=native . The code will run faster because you use the entire instruction set of your processor, but the generated binaries won’t be portable to computers with different processors. |
Important | You can’t install ARGoS system-wide and run the source version at the same time. If you intend to run ARGoS from the sources, you must uninstall it from the system. |
If you don’t want to install ARGoS on your system, you can run it from the sources tree. In the directory build_simulator/
you’ll find a bash script called setup_env.sh
. Executing this script, you configure the current environment to run ARGoS:
$ cd argos3
$ cd build_simulator
$ . setup_env.sh # or 'source setup_env.sh'
$ cd core
$ ./argos3 -q all # this shows all the plugins recognized by ARGoS
If you execute ARGoS with the graphical visualization, you’ll notice that icons, models, and textures are missing. This is normal, as ARGoS by default looks for them in the default install location. To fix this, you need to edit the default settings of the GUI.
On Linux, edit the file $HOME/.config/Iridia-ULB/ARGoS.conf
as follows:
[MainWindow]
#
# other stuff
#
icon_dir=/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/icons/
texture_dir=/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/textures/
model_dir=/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/models/
#
# more stuff
#
On Mac, write the following commands on the terminal window to fix the paths manually:
$ defaults write info.argos-sim.ARGoS MainWindow.texture_dir -string "/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/textures/"
$ defaults write info.argos-sim.ARGoS MainWindow.model_dir -string "/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/models/"
$ defaults write info.argos-sim.ARGoS MainWindow.icon_dir -string "/PATH/TO/argos3/src/plugins/simulator/visualizations/qt-opengl/icons/"
$ killall -u YOURUSERNAME cfprefsd
or use these commands to delete these paths and have ARGoS look for them:
$ defaults write info.argos-sim.ARGoS
$ killall -u YOURUSERNAME cfprefsd
Be sure to substitute /PATH/TO/
with the correct path that contains the argos3
folder, and YOURUSERNAME
with your username as displayed on the terminal.
You can debug the ARGoS code using gdb
. Since the code in scattered across multiple directories, you need a .gdbinit
file. Luckily for you, this file is created automatically when you compile ARGoS. To use it, you just need to remember to run the ARGoS simulator from the build_simulator/core/
directory:
$ cd argos3/build_simulator/core
$ gdb ./argos3
To install ARGoS after having compiled the sources, it is enough to write:
$ cd argos3
$ cd build_simulator # or 'cd build_myrobot'
$ make doc # documentation is required!
$ sudo make install
Alternatively, one can create a package. To build all the packages supported by your system, run these commands:
$ cd argos3
$ git tag -a X.Y.Z-release # give the package a unique version
# the format must be as shown
# X = version major
# Y = version minor
# Z = version patch
# release = a textual label
$ cd build_simulator # or 'cd build_myrobot'
$ cmake . # let CMake read the newly set tag
$ make doc # documentation is required!
$ make # compile the code
$ sudo make package # make the package
This typically creates a self-extracting .tar.gz archive, a .tar.bz2 archive, a .zip archive, and a platform-specific archive (.deb, .rpm, or a MacOSX package). You can determine which packages to create by setting the variables CPACK_BINARY_DEB
, CPACK_BINARY_RPM
, CPACK_BINARY_STGZ
, CPACK_BINARY_TBZ2
, CPACK_BINARY_TGZ
, CPACK_BINARY_TZ
.
Important | the creation of source packages through the command make package_source is not supported. |
An easier option is to install ARGoS from a package distributed at http://www.argos-sim.info/download.php.
Author: ilpincy
Source Code: https://github.com/ilpincy/argos3
1608022599
Great evolution has happened in the buying and selling process due to the advent of ecommerce. There is exponential growth in the field of online business and selling and buying happens at the doorstep. The multi seller ecommerce platform has become the next level in the ecommerce niche.
The ecommerce marketplace platforms like Amazon, Flipkart, and eBay have already succeeded in the industry and have set a milestone on sales and revenue.
This fact has inspired many aspiring entrepreneurs and has made them transfer their brick and mortar stores to multi vendor platform.
Multi vendor marketplace platform is connect a multiple sellere or vendors to display and sell their products through the platform by agreeing with the terms mentioned by the admin of the platform. They can have their way of promoting their products.
Now that you have a better understanding of the key features for Multi vendor marketplace, let’s compare ten of the top Multi vendor providers.
Zielcommerce is a white label enabled enterprise grade online marketplace software. The multi vendor platform comes with a one time payment option and it is completely customizable and also scalable.
Platform Highlights
Zielcommerce provides its users with a secured environment through its SSL certified marketplace software and gains the trust of the users. You can be easily promoted online with this SEO-optimized platform. Stay connected with your customers all the time with the in-build communication channels.
The pleasing features of this multi vendor marketplacce solution
Best Use Cases
Client’s Rating
Explore Zielcommerce Multi vendor Ecommerce Platform
X-cart is a standalone online marketplace solution for your online business needs. You can get the complete comprehensive features within this multi vendor marketplace software that can meet the customers’ expectations. A genuine approach is maintained and the users trust X-cart for its outstanding functionalities that satisfy the multi vendor market demands.
Platform Highlights
It has gained the trust of thousands of users and people who use Xcart as their online multi vendor marketplace software has given the best review about the product.
The salient features of this multi vendor ecommerce platform solution
Best Use Cases
Client’s Rating:
Explore Xcart Multi vendor Marketplace Software
CS-Cart has never disappointed its users and it comes with the complete ecommerce marketplace solution for all your business demands. You can gain perfect control over the online multi vendor marketplace platform and can personalize the platform to suit your business needs. You will get higher visibility and can easily attract your target audience with the CS-Cart marketplace solution.
Platform Highlights
You can gain the attention of global audiences through its multilingual support and can take your brand all over the world and build a strong branding with the help of CS cart.
The key features of this multi vendor ecommerce website solution
Best use cases
Client’s Rating :
[Explore Cscart Online Marketplace Software](https://www.cs-cart.com “Explore Cscart Online Marketplace Software”)
Arcadier is the SaaS (Software-as-a-Service) provider that allows businesses, SMEs, local communities, government agencies and entrepreneurs to manage their online multi vendor marketplace platform more efficiently and affectionately. Arcadier has many attractive features that can grab the attention of vendors.
Platform Highlights
Apart from other SaaS online marketplace platforms on the market that offer a temporary solution for all purposes, Arcadier allows users to choose between multiple options in buying and selling products or services to rental spaces and other business models.
**The Prominent features of this online multi vendor marketplace software solution
Best Use Case
**Client’s Rating: **
Explore Arcadier Multi vendor Marketplace Platform
Multi vendor Marketplace that converts your single admin online store into Multi vendor Marketplace. It provides of adding vendors and maintain the track record of their order and sales. Apart from vendor features, Bigcommerce gives best buyer features that will impress buyers and make them decide on buying products in your online multi vendor ecommerce platform.
Platform Highlights
It comes with an option which, without the approval of the vendor admin the product would not be visible in the forefront. This online multi vendor marketplace platform is excellent features and creating various plans for vendors, a payment management system for vendors.
Impressing features of this online multi vendor marketplace software solution
Best Use Case
Explore Bigcommerce Multi vendor Ecommerce Platform
Ixxo is an ideal marketplace solution for those who want to open and manage a high-volume marketplace as IXXO online Multi Vendor ecommerce platform offers unlimited product and unlimited vendor capacity. The marketplace owners can configure vendor privileges purely based on vendors. this help the multi vendor marketplace software owner to provide the basic vendor features, where the vendors dont have much ecommerce experience and privileges.
Platform Highlights
This will ensure that the delivery is taking place in the right way. If there is any delay then through a proper messaging system the buyer will get intimation regarding the delay. This feature impresses the customer and makes the platform the best one.
Splendid features of this best ecommerce marketplace platform solution
Best Use Cases
**Client’s Rating: **
Explore IXXO cart Online best marketplace softwarebest marketplace software
Sharetribe is one of the excellent SaaS platforms for building and launching a online multi vendor marketplace software. Easy setting changes to your color theme and photos, instantly.
Platform Highlights
This online multi vendor marketplace platform gives a perfect shopping experience to customers and also satisfied selling experience to vendors. Users can trust sharetribe for their business requirement and can get a trustworthy marketplace solution that will leverage their business to greater levels.
Core features of this best ecommerce marketplace platform
Best Use Cases
**Client’s Rating:**
Explore Sharetribe Multi vendor Marketplace Software
A online Multi vendor marketplace platform is an online marketplace where many sellers can sign up, create their profiles and add products and sell when they want. One of the best examples of multi vendor platforms right now is Amazon, and so on. Well, the ecommerce marketplace software has multiple benefits for its users and vendors.
Platform Highlights
Impressing feature of this best ecommerce marketplace platform
Best Use Cases
Is a flexible multi seller ecommerce platform that can be easily modified as their business evolves with more conversions rate, better integrations, with complete solutions for all aspects of online sales, This online multi vendor marketplace software help them generate revenue and increasing the average order value and with less operating costs.
Platform Highlights
Miva suits to any business model and business size. This online multi vendor marketplace platform is very cost-effective and even a startup who plans to start an online store with minimum investment can easily go for Miva.
The online ecommerce marketplace software looks like it has been built from scratch. It inherits all essential features that are needed to run a multi vendor marketplace platform successfully. All you need is to buy the platform and launch the marketplace and can start earning instantly.
Intuitive feature of this best marketplace software
Best Use Cases
**Client’s Rating: **
Quick eSelling is a popular multi vendor online marketplace platform with upgrade features and a more comfortable platform for global merchants and seller to start their own online store. Quick eSelling is an online store feature for Customer Engagement and Retention. This platform has been designed to help you significantly increase your sales and save time.
Platform Highlights
his will satisfy vendors and will make them stay with your best multi vendor marketplace software for a long time. You can get complete support from the technical team round the clock. Whenever customization needed the technical team will guide you in designing your own online multi seller ecommerce platform.
The essential feature of this Multi vendor marketplace software
Best Use Cases
Client’s Rating:
This is the most recommended online marketplace platform that holds thousands of active users. The advanced security feature supports users to store customers’ data in a secured way. The platform can stand against all malware attacks as it contains SSL certification.
Platform highlights
The extraordinary inventory management system will let sellers maintain their stock in an effective way. The order process will never be interrupted due to a shortage of stock. Proper notifications will be sent to respective sellers whenever their stock hits the minimum value.
This multi vendor software supports thousands of templates and plugins that can be used by users to customize their marketplace to meet their business demands. Being a user-friendly marketplace platform, no technical knowledge is needed to manage the platform. The dedicated dashboard will support the admin to know the exact working condition of their business.
Features of this multi vendor ecommerce marketplace platform.
Best use cases
Client’s Rating:
Smartstore Z is the most compatible multi vendor eCommerce store that will fit into any business model and business size.
5. Brainview – a commendable online marketplace platform
Brainview has the most enchanting UI & UX that can gain the attention of your target audience and will make them buy products on your platform. Users can get globally connected as the marketplace supports multiple languages and multiple currencies. Advanced technologies are implemented just to provide a seamless shopping experience to customers.
Platform highlights
Excellent customer support is offered by this multi vendor platform and customers can have direct communication with the concerned seller and they can get more details about the product or service before they buy. This will reduce returns and refunds. Many customer-attracting features are available in this marketplace platform like loyalty programs, referral programs, and many more.
Acquiring more customers is not at all a challenge for this best multi vendor marketplace software. Several revenue streams like commission fee, subscription fee, affiliate modules, advertisements, and many more are integrated with this online marketplace platform.
Features of this multi vendor eCommerce platform
Best use cases
Client’s Rating:
· Ease of use: 4/5
· Customer service – 4.2/5
· Overall: 4.1/5
Brainview is the significant multi vendor eCommerce store that give 100% customization and scalability to users.
There are several types of multi vendor marketplace software in the market. One needs to understand all the types and should know to identify which type of marketplace platform suits his business well.
The million-dollar question that has arisen in the minds of every budding entrepreneur is how to start a online multi vendor ecommerce platform. Full attention is needed while building a ecommerce marketplace software. It is not as simple as you think. Only through this multi vendor ecommerce platform, you are going to be recognized by the vendors and the buyers. This multi vendor platform is going to earn you money so it cannot have any flaws.
One way of building a online multi vendor marketplace software is to build it from scratch. First, you need to hire a reputed multi vendor ecommerce platform development company that has ample knowledge about this field. Then you need to explain to them about your requirements and expectations.
They will develop and will show you the demo. During the demo session, you can let them know your modifications and they will also clarify your doubts. At last, your multi seller ecommerce platform will be ready to launch and you can start promoting your multi vendor marketplace software.
The major fact to be noted is, when you build a online multi vendor ecommerce platform from scratch you need to wait for a long time and you need to spend more on the development. If you are okay with it then you can proceed. Else you have another option to go with.
Another option is buying ready made online multi vendor marketplace software that will have all the essential features that are required to run the platform successfully. The software will be tested and proved so there will not be any flaws. You can instantly launch the software after purchasing.
You can get an instant solution to building a multi vendor online marketplace software. This method is quite very cost-effective and it is highly advisable for the startups that are new to this field. You can also customize the software to suit your business needs.
The features that are built in the online multi vendor ecommerce platform will determine the user experience and will gain customer satisfaction. Now let us check out the comprehensive features that are too in a multi vendor ecommerce platform.
The main objective of building a online multi vendor ecommerce platform is to earn profit and generate more sales. This will be the ultimate motive for any entrepreneur. We need to know what are the revenue sources that a multi vendor marketplace software provides to the admin of the platform.
The multi vendor ecommerce platform will follow a hassle-free shipping and delivery process. This is where you can gain the maximum trust of your buyers and will also help you retain your customers effectively.
Online buyers need a one-stop solution to fulfill all their demands. Without searching for several sites to buy several products, users can just visit one online store and find a variety of products and it is quite a time saving process. A single platform that contains several vendors and their products is called a multi vendor ecommerce platform.
With the evolution of technology, multi vendor marketplace platforms have taken a new dimension that can easily predict customers’ buying behavior. The key pillars involved in any multi vendor marketplace are the admin, vendors and buyers. The platform will act as a bridge to connect all of them and facilitate users to be benefited. Let us analyze the benefits of a multi vendor ecommerce platform in detail.
Conclusion
By all means, building best multi vendor marketplace software will surely benefit us and will let to get more returns. We should also accept the fact that there are many challenges that a online marketplace software will face at its early stage. But still the future of this industry is unbeatable and you can firmly set your mind in starting your own multi seller ecommerce platform.
Understanding the importance and the functioning of a online multi vendor marketplace software will help you to build a flawless multi vendor ecommerce software. When you build a multi vendor marketplace platform with utmost perfection then you can easily win the market and can gain your audience’s attention with less effort.
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Multi Vendor marketplace FREE Download Extension Module, Affiliate marketing Software : Multivendor marketplace is an e-commerce platform that allows multiple vendors to sell their products from one storefront. Multi-vendor marketplace provides a larger base of ready-to-buy customers to sellers.
Multi-Vendor sites are similar to shopping malls - A lot of sellers dealing in a similar set of products under one roof. Amazon, Alibaba, Etsy, Walmart, etc., are among the most popular multi-vendor marketplaces.
Some examples of best marketplace platforms are Amazon, Flipkart, Airbnb, eBay, Paytm Mall, and Meesho.
Multi-Vendors Features
Vendor Features
Customer can become Vendor.
Customer auto approved/ approval by admin.
Vendor can add and edit Store Information.
Vendor can add and edit Bank and PayPal Details.
Vendor can add visit our Store.
Admin Features
Admin can give the configuration settings as show in below list.
Admin can Enabled or Disabled Auto approved Vendor.
Admin can Enabled or Disabled Auto approved Product.
Admin can Enabled or Disabled Auto approved Category.
Admin can Enabled or Disabled Vendor can Add/Edit/Delete review.
If you want to know the price of Multi Vendor Ecommerce and any queries regarding settings, and features, you can contact us at -
Skype: jks0586,
Email: letscmsdev@gmail.com,
Website: www.letscms.com, www.mlmtrees.com,
Call/WhatsApp/WeChat: +91-9717478599.
Free Download Multi Vendor : https://www.opencart.com/index.php?route=marketplace/extension/info&extension_id=43196&filter_search=multivendor
Documentation : https://www.letscms.com/documents/opencart-multivendor-new.html
Visit Website : https://www.letscms.com/blog/multi-vendor
Install : https://www.youtube.com/watch?v=v-86z-gcdb4&list=PLn9cGkS1zw3S9ZBrqbBes7L5fy7VfI8aU
#marketplace #multi_vendor_ecommerce #free_download_mutivendor #ecommerce_multivendor #multivendor_shopping #ecommerce_module #multivendor_software #multi_vendor_opencart #Multi_Vendors_Features #multi_vendor_marketplaces
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Swarmis a decentralized network of nodes that can store and exchange data with censorship-resistance at its core. It is open, neutral, borderless, secure and private with zero-downtime. Last but not least, it’s free.
Swarm can be used by any application to decrease dependency on centralized repositories.
Storing large files is not feasible on Ethereum blockchain because of the high gas cost (transaction fees) associated. This is where Swarm comes in. It gives you the ability to store files linking to your dApp.
Is Swarm analogous to IPFS and BitTorrent?
Swarm and IPFS are good at delivering low chunks of data with low latency, unlike BitTorrent, which is good at delivering large chunks of data at high throughput and high latency.
Swarm and IPFS take separate routes to reach similar goals. Swarm’s core idea is to deeply integrate with Ethereum and strongly believes in “No strings attached” when it comes to censorship-resistance in communication.
Let’s have a look at differences between Swarm and IPFS as both aim to serve the web3.
(A) Community and beliefs
#ethereum #swarm #blockchain #ethereum-top-story #what-is-swarm-blockchain #how-to-develop-on-swarm #latest-tech-stories #swarm-vs-ipfs