Online Voting System Project Documentation In Php

[Dinah Lianes]

Thedocument describes a project report submitted for a post graduate diploma in information technology on the design and development of an online voting system (OVS). It includes declarations by the student authors, a certificate from their supervisor, an abstract describing the OVS, and a table of contents outlining the contents of the report.Read less

As the world becomes more digitally driven, it's time for election processes to catch up. With ClickUp's Online Voting System Project Status Report Template, government entities and organizations can easily track and monitor the progress of their online voting system projects.

Whether you're revamping an existing voting system or building one from scratch, ClickUp's Online Voting System Project Status Report Template is your go-to tool for a secure, transparent, and efficient online voting process. Get started today and revolutionize the way elections are conducted!

Custom Statuses: Use custom statuses to indicate the progress of different project tasks, such as Not Started, In Progress, Completed, or Blocked, ensuring that everyone is on the same page and aware of the current status of each task.

Custom Fields: Utilize custom fields to capture important project information, such as Task Owner, Due Date, Priority Level, and Notes, allowing you to have a comprehensive view of the project and easily track key details.

Different Views: Access different views, like the Project Overview, Task List, or Gantt Chart, to visualize project timelines, monitor task dependencies, and track progress at a glance, making it easier to identify any bottlenecks or areas that need attention.

Collaboration Tools: Collaborate seamlessly with your team using real-time commenting, @mentions, and document sharing functionalities, ensuring that everyone is aligned and can contribute to the project's success.

Before creating a commission sheet, you will need to collect pertinent information about each salesperson's individual performance. This includes total sales figures, commissions earned, incentives awarded, and any bonuses or special rewards they have received.

Use a spreadsheet program or other suitable software to design your commission sheet. Start by entering the names of each salesperson, along with any relevant details like their role and current contact information.

Add the figures for total sales, commissions earned, incentives, bonuses and any other pertinent information into the document. Once all the necessary data has been entered, you can use it to calculate total commissions and other sales metrics like return on investment (ROI) or cost per sale.

Once your commission sheet is complete, review the data regularly to ensure that all information is up-to-date and accurate. When changes occur, make sure to update the document accordingly so as not to miss out on any important details.

Government entities and organizations responsible for conducting elections can use this Online Voting System Project Status Report Template to keep track of the progress and performance of their online voting system projects.

This document provides a project report on an online voting system created by Nitin Bhasin for NIIT. The report includes an introduction to the online voting system, background and significance of the study, objectives, justification, scope, requirements, and database design. It aims to address issues with existing voting methods in India by providing a secure online system for citizens to vote from anywhere using just a voter ID and password.Read less

The research described in this report was conducted to inform the project planning and execution of the Department of Defense's previously mandated electronic voting demonstration requirement. In the National Defense Authorization Act for Fiscal Year 2015, Congress eliminated this requirement and DoD is no longer exploring program implementation in this area. However, we believe the research and identification of outstanding questions are valuable and should be shared with the Uniformed and Overseas Citizens Absentee Voting Act (UOCAVA) stakeholder community. Much of the supporting research may hold value for any future deliberations on the merits of remote electronic voting.

FVAP Final Report on the Electronic Voting Demonstration Project

This report explains the context of the research associated with the electronic voting demonstration project, and discusses the scope and purpose of the research, its limitations, conclusions and recommendations.

The FVAP Statement on Research Reports Related to UOCAVA System Testing explains the context of the research as it relates to FVAP's previously mandated electronic voting demonstration project. It discusses the scope and purpose of the research, its limitations, conclusions and recommendations.

This compiled document (15 MB) includes the "Voting System Testing Laboratory (VSTL) Functionality and Security and Testing" and "Penetration (PEN) Test of a Simulated Election" reports and all accompanying appendices. Due to its large file size, the individual reports and appendices are provided below.

This report describes a 2010 research effort to help inform FVAP's previously mandated electronic voting demonstration project. The VSTL testing was conducted to gauge the sufficiency of the Election Assistance Commission's Uniformed and Overseas Citizens Absentee Voting Act Pilot Program Testing Requirements and evaluate the quality of testing across VSTLs.

This report describes a 2011 research effort to help inform FVAP's previously mandated electronic voting demonstration project. It describes penetration testing of three voting systems. It is important to note the tests were only intended to serve as a proof-of-concept for the establishment of a model design and methodology for future penetration testing.

Ahead of the State Duma election on September 19, 2021, Russia just tested its remote electronic voting system. (1) While the Central Election Commission of the Russian Federation (CEC) is preparing the report about the results of the test, election monitors say Russia's electronic voting system is a black box.

This year, remote e-voting will be used in six Russian regions, including Moscow, according to the CEC. The Commission will examine nine applications from regions (other than Moscow) that wish to participate in the pilot project. Nationwide e-voting might be introduced as soon as 2024, when the next presidential election is supposed to take place. So, this year's online elections should be seen as a further step towards the digitalization of Russia's elections, which started two years ago.

Remote e-voting was tested for the first time in 2019 at the election of deputies to the Moscow City Council. The following year, during the all-Russia vote on constitutional amendments which took place from June 25 to July 1, 2020, residents of Moscow and the Nizhny Novgorod region were able to cast their votes electronically. Thus, in September 2020, online voting was tested in the pre-election to the State Duma in the Kursk and Yaroslavl regions.

On the other hand, several studies and assessments show that internet voting does not necessarily attract new voters but rather serves as a "convenient" tool for existing voters. Moreover, nationwide use of e-voting could lead to a digital divide, excluding voters without internet access and those less familiar with the internet. For many people, e-voting is a "black box" due to its complexity. This could lead to reluctance to participate in elections or to reduced trust in the system as a result of insufficient transparency. So, the argument for e-voting due to reduced costs is contested: the expensiveness of internet voting becomes evident when the additional costs for both purchasing and maintaining e-voting systems, as well as for education campaigns for electoral authorities, observers, and voters are taken into account.

The blockchain technology which Russia is introducing and testing for its voting promises to shift power from the central electoral authorities to voters and to make elections more secure and transparent. A blockchain voting system is based on peer-to-peer technology and encryption which allows secure registration information and transmission of ballots over the internet and it provides a decentralized and anonymized system of voting and counting results. Developers of the Russian technology also promise: "The vote itself is anonymized and encrypted. The electronic ballot only exists on the user's screen until the vote is over. To preserve the secrecy of the vote, the ballot information is not saved in the user's browser or on the admin server."

However, the Kremlin's ever tighter grip over the internet and ICT, as well as the regime's increased power in managing elections and keeping control over ballot access, raise concerns that technology will be misused to achieve the desired results rather than properly serve voters. What's more, independent IT experts warn that using blockchain technology can change election results in ways that are "undetectable, or, even if detected, would be irreparable without running a whole new election"; the technology still has serious security vulnerabilities that could undermine the integrity of the election system. An opaque expert group that advises the CIK RF on the new technology and the lack of transparent monitoring procedures raises additional mistrust towards the new online voting.

In Russia, an electronic voting system has been developed by Kaspersky Lab, the notorious anti-virus software vendor; it has turned to developing the election software based on blockchain after there was a serious drop in sales followed by allegations from the US and Europe of spying and close ties to the Kremlin. Another developer of a technical solution of e-voting is the state-backed major telecom provider Rostelecom together with Waves Enterprise, a Russian developer of a blockchain platform for corporate and government use.

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