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Mudassar I.

@coderedsolution

4,7
12
4,3
4,3
69%

Full-Stack.NET Developer |CRM | API Integrations

$25 USD / óra
・
zászlója
Pakistan (6:11 du.)
・
Ekkor csatlakozott: február 13, 2022
$25 USD / óra
・
Code Red solution is an IT company based on Certified Programmers providing all kinds of IT solutions since 2019. Our skills are: Web: Core: PHP, HTML, CSS, WordPress, JavaScript, HTML, CSS, Angular, node.js, Ruby on Rails, React.js, ASP.NET, React Native, ExpressJS, AJAX, MVC, VB.NET, WPF, CMS, JSON, Vue.js, Docker, Odoo, RESTful API eCommerce: Woo+BigCommerce, Shopify, Ecwid, Shopware, Prestashop, Joomla, Drupal, Zoho, Odoo, WHMCS, Yii, vTiger, Suite/SugarCRM Desktop: Java, Python, C#/C++Programming, Delphi, Qt++, VB, Golang, Blockchain Design: Photoshop, Illustrator, Unity3d, 3d Max, 3d Maya, Unreal Engine
Hitelesítések
Határidőre
92%
Költségvetésen belül
92%
Elfogadási arány
88%
Ismételt megbízási arány
6%
Freelancer C# Programmers Pakistan
Az összes C# Programmers mutatása itt: Pakistan

Portfólió

Portfólió

11029998
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
10207637
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
10207603
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
10207466
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
10207445
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
10207417
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
11029998
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
The application includes the monitoring of environmental conditions, status monitoring of doors, elevators, etc., or information on the location and navigation of mobile robots. As part of the ADAM project, a corresponding database-based system is being developed that collects data generated in the laboratory and stores it centrally. Appropriate web-based methods are to be developed for the evaluation of the data and the visualization. The visualization should offer both a display of all relevant parameters and the possibility of influencing the parameters. the floor layout should include the round shape of the floors and should be in scale. Thus, it would be able to include sensors or mobile robots in your visualization based on their xy coordinates. The different types such as doors, sensors, beacons etc. are visualized with icons. These icons should at least have a name (such as beacon 22). We should also discuss colored coding such as red
Web Base Visualization for IoT Infrastructure
10207637
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
The process would be that we create a Master User for each Hospice Branch when they request access to the system. The Master User would then have the ability to add secondary users to the system. These users would by default have restricted access. However, the Master user would be able to grant a user the ability to add other users. This should be restricted to no more than three users per Branch. The Master user can Reset Passwords and Deactivate (never delete) a user that they created. We will add the Master User and assign access to which branches. NOTE: one hospice may have several branches which are treated as separate billing units. Example CHG (Charter Healthcare Group has Charter Colton, Charter High Desert, Cambridge Riverside, Cambridge Rancho, …) A master user could be over all or just one branch. Secondary users would have one of three rights: · • View Only • View & Add Patient • View, Add Patient and Order DME. For Phase 1, View only will be available. Data nee
Live Well Systems Inc
10207603
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
The website will serve the purpose to generate leads for Juniper Clark, it will collect seller data and keep a database of records for people interested in selling their house. Framework and Database:Microsoft asp.net 4.6 with MS SQL 2016 UI:Bootstrap/J query /JavaScript Hosting:Amazon web service (AWS) Security/name server: Cloudflare The entire form is partially divided for convenience and checks thus as the visitor submits each partial form and moves ahead; they see a progress bar. Meanwhile the data collected is saved into the Lead database. So that every time the visitor re-visits the site he can continue where he started.
Juniper Clark
10207466
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
Have a project that was built on azure websites. Our dev team has stopped all work on the project due to other commitments and has left us in the dark. Looking to switch teams and finish out this project. Please share anything that will help prepare for our meeting.: Here is the current project in question: collegemovers.azurewebsites.net The main reason for the project is to collect payment via this link: http://collegemovers.azurewebsites.net/StripePayment/PaymentChooseLocation Then payout the connected account a percent of the move total (excluding tip) and a percent of the tip. USE AZURE HOSTING USER SQL SERVER FOR DATABASE
Uni Movers.com
10207445
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
Create a portal for the website https://www.dataskoop.com/ which operates with the help of third-party integrations to help fetch local addresses based on the longitude and latitude of the site visitor to market one step ahead of all other companies out there. In this collaboration, once we have successfully delivered phase 1, then we will move on to the next phase where we will have to design the portal to display the lead metrics. Site-visitor will accept the prompt message to allow the site to collect location data, we need to fetch the user’s longitude and latitude and forward to https://opencagedata.com/ (Third-party) to fetch the address along with the date and assigned customer ID. The site collects and sends data simultaneously; to the Dataskoop database and https://opencagedata.com/ the following: METHODOLOGY The overall approach is to produce the Portal Build using the technologies given below: Framework: ASP.NET and MS SQL 2016 UI: Twitter Bootstrap Hosting: Azure
DATASKOOP
10207417
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Stripe Integration Integrate website checkout with client’s existing Stripe merchant account PayPal Integration Integrate website checkout with client’s new PayPal merchant account Custom Checkout a . Codered solutions will work with client to build custom checkout page and workflow to client specifications b. Checkout form will be powered by client database and will securely integrate with payment processors. The Checkout will display the following payment options: i. Normal credit card processing through Stripe ii. Normal credit card processing through PayPal iii. Apple Pay through Stripe c. Checkout page will be responsive (mobile optimized) Creating Required Database a. Database will store the data that will act as variables for the checkout workflow i. Template name ii. Landing page links iii. Download link to template iv. Pricing v. Coupon codes b. Checkout Page will be dynamic and connect to database to display correct information
Projection Hub
Változtatások elmentve
4.7 · 12 Reviews
Értékelések
Felhasználó avatár
add one asp.net mvc core to my project • $25 USD
work is done, thank you sir.
Dilshad E.
@dilo2324
•
zászlója
Erbil, Iraq
•
2 évvel ezelőtt
Megosztás
Felhasználó avatár
DotnetCore - DB Bulk Insert • ₹650 INR
He has delivered the task on time, will hire him again.
Anu Bala B.
@malagopu
•
zászlója
SINGAPORE, Singapore
•
2 évvel ezelőtt
Megosztás
M
Internal Order Management and Invoice Management using php • ₹9 650 INR
I was deeply dissatisfied with the performance of the freelancer I hired for this project. Despite paying the required amount in advance, the freelancer displayed a complete lack of understanding regarding my specific requirements and failed to deliver even the most basic aspects of the work. Furthermore, they abruptly stopped responding to my messages, leaving me with unresolved issues and an uncompleted project. 
Mohammed I.
@mdgowhar
•
zászlója
Bangalore, India
•
2 évvel ezelőtt
Megosztás
Felhasználó avatár
.Net developer resume revision • $40 USD
Great work ! My background looks better than before. Thanks!
Jack N.
@jack41
•
zászlója
city, United States
•
2 évvel ezelőtt
Megosztás
Felhasználó avatár
ASP.NET Core • $207,50 USD
Good work my brother
Goran S.
@Goransalh2014
•
zászlója
Erbil, Iraq
•
2 évvel ezelőtt
Megosztás
Tapasztalat
Software Engineer (.NET)
jan., 2022 – Jelenleg is
•
2 év, 11 hónap
CodeRed Solutions
jan., 2022 - Jelenleg is
•
2 év, 11 hónap
I am working as a .NET Software Engineer here.
jan., 2022 – Jelenleg is
•
2 év, 11 hónap
Software Engineer (.NET )
márc., 2021 - aug., 2022
•
1 év, 5 hónap
Reporteq Solutions
márc., 2021 - aug., 2022
•
1 év, 5 hónap
I have worked as a software engineer in asp.net core.
márc., 2021 - aug., 2022
•
1 év, 5 hónap
.NET Developer
febr., 2020 - márc., 2021
•
1 év, 1 hónap
InvoZeal Technologies
febr., 2020 - márc., 2021
•
1 év, 1 hónap
I have worked as a junior .NET Developer here.
febr., 2020 - márc., 2021
•
1 év, 1 hónap
Tanulmányok
University of Sargodha
2013 - 2017
•
4 év
BS Computer Science
zászlója
Pakistan
2013 - 2017
•
4 év
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