Homomorphic Encryption as a Solution

Privacy

Homomorphic encryption allows for computations to be performed on encrypted data, ensuring that the data remains confidential throughout the process. This advanced cryptographic technique enables secure remote voting, protecting voter privacy and preventing unauthorized access to sensitive information. By keeping data encrypted at all stages, HE mitigates the risk of data breaches, ensuring that voters’ personal information and voting choices remain secure (Monteiro, 2024) (Toapanta Toapanta, Chavez Chalen, Ortiz Rojas, & Mafla Gallegos, 2020).

Security

The implementation of HE significantly enhances the security of the voting system. It allows for secure remote voting without compromising the integrity of the votes. This technology ensures that votes are cast, transmitted, and counted in an encrypted state, reducing the risk of tampering or unauthorized manipulation. The robust security framework provided by HE instills confidence in the electoral process, encouraging higher voter participation and trust (Toapanta Toapanta, Chavez Chalen, Ortiz Rojas, & Mafla Gallegos, 2020) (Ly, Arias, Wurm, Hoang, Shamsi, & Jin, 2016).

Voter Confidence

By safeguarding personal data and ensuring the integrity of the voting process, homomorphic encryption enhances voter confidence. When voters are assured that their information is secure and their votes are accurately counted, they are more likely to participate in elections. This increased confidence is crucial for maintaining a healthy democratic process, as it encourages broader civic engagement and strengthens the legitimacy of election outcomes (Ly, Arias, Wurm, Hoang, Shamsi, & Jin, 2016) (Suwandi, Nasution, & Azmi, 2018).

Cell Phone Adoption

With a high cell phone adoption rate of 97-98% among New Orleans citizens, leveraging mobile technology for secure remote voting is a seamless transition. The widespread use of cell phones provides an accessible platform for implementing HE, making it easier for citizens to vote securely from anywhere (PEW, 2013). This approach not only improves accessibility but also ensures that the voting process is resilient in the face of disruptions caused by natural disasters or other emergencies (Census.gov, 2024).

Free Emergency Cell Phone Program

Program Overview

The Free Emergency Cell Phone Program aims to bridge the 3-10% cellular gap in New Orleans year over year, ensuring technological equity across various marginalized demographics (Hauge, Chiang, & Jamison, 2008) (DCR, 2024). This initiative will provide free cell phones to citizens who lack access to the internet or other essential services. These phones will be equipped for internet access, emergency use, and identification processes, ensuring that every citizen has the tools necessary for connectivity and safety. Cell phone programs already in existence funded by federal, state, NGOs, and private businesses will be leveraged to put this plan into position, lowering costs for the city considerably (See Appendix A). By addressing this digital divide, the program supports the city’s broader mission of enhancing community resilience and participation in civic processes, including secure voting facilitated by homomorphic encryption (Huang et al., 2015) (Lipoff, 1994) (Office, 2023) (Zcash, 2024).

Implementation Strategy

To effectively roll out the Free Emergency Cell Phone Program, we will partner with local telecom providers, federal programs, NGOs, and social services agencies. The distribution of phones will be carried out through community centers, shelters, and public events, ensuring that they reach those in need. Training sessions will be provided to educate recipients on using the Grand Marshal app on any citizen phone for voting and accessing other essential services. Additionally, collaboration with emergency management, 911 services, and the 311-information line will ensure comprehensive support and integration of the program. By involving a diverse range of stakeholders, including technology vendors, nonprofits, and city departments, the program aims to create a robust and scalable network that enhances communication and connectivity for all New Orleans residents.

Key Stakeholders and Their Roles

The success of the HE rollout and free emergency cell phone initiative will rely heavily on the active engagement and advocacy of key city departments and officials. Each department has a critical role in promoting and supporting the project through their unique functions and partnerships (Reichental, 2017). City officials and electoral office staff will advocate for policy changes and resource allocation, while community leaders will help build public trust and encourage participation. Private partnerships with technology companies along with the Office of Information Technology and Innovation will form our Technology Development Squad, responsible for building and maintaining the project’s infrastructure. Legal advisors and government officials will ensure compliance with all regulations and facilitate smooth implementation (NOLA.GOV, 2024)(Linder, 1999).

Moreover, the departments already discussed can provide feedback data over the lifetime of the project. 311 manages general information and service requests. As a main hub, their metrics can inform other departments, like the Mayor’s Office of Communications, on how to become more effective explaining initiatives or disaster warnings. Offices of Community Development, EMS, Homeland Security, and First Responders can, over time, interact with the homomorphic data to provide crucial data points anonymously without revealing identities or even localities to prevent over policing or under funding (NOLA.GOV, 2024).

Informational Sessions and Workshops

Before committing to the project, it is essential to engage stakeholders through informational sessions and workshops (Reichental, 2017). These sessions will demonstrate the benefits and security of HE, presenting case studies from other municipalities to highlight successful implementations, and discuss how this solution will work for New Orleans. By tying the cultural marketing to these educational events, people will be able to understand these complicated technical systems. In Appendix B, the entire encryption process is played out in music helping people frame how data is used, protected, and interacted with.

Workshops will serve as platforms for stakeholders to voice their concerns and provide input, ensuring that the project aligns with community needs and expectations. Once the project gains support, these sessions will transition to a development phase, where continuous stakeholder engagement will guide the project’s progress, facilitating testing and refinement. Regular workshops will also be conducted post-implementation to gather feedback and make necessary adjustments, ensuring the program remains effective and relevant to the public it serves.

Value Propositions

In these information sessions and planned, the project will concentrate on five crucial goals, initially focused on voting but expanding as more stakeholders engage with the encrypted platform. For instance, the private social services portal could integrate communication within the application, enabling secure information exchange without revealing sensitive details across department stakeholders. This integration could facilitate coordinated care across private and public programs, such as hospitals, a department of health stakeholder, or shelter management, and emergency management stakeholder, enhancing the overall efficiency and security of interdepartmental communication (Hariss, Noura, & Samhat, 2017). Partnerships like these can exemplify the four values of this project for all New Orleans citizens:

Security and Privacy

The implementation of homomorphic encryption will significantly enhance the security and privacy of the voting process, ensuring that voter data remains confidential and protected from breaches. This technology provides robust safeguards that build public trust and confidence in the electoral system and then scaled up across partnerships.

Accessibility

The project will improve accessibility for all voters, particularly during disasters. By providing free cell phones equipped for internet access and emergency use, marginalized populations will have the necessary tools to participate in voting and other essential services. This initiative ensures that every citizen, regardless of their circumstances, has equal access to the democratic process. When expanded, these same populations benefit from access to municipal programs and services that could be connected inside this encrypted platform.

Participation

Increased voter participation is a critical outcome of this project. By making the voting process more accessible and secure, citizens are more likely to engage and exercise their right to vote. This increase in voter turnout contributes to a vibrant and representative cityscape, strengthening the democratic fabric of New Orleans. Over time, New Orleans citizens can be directly connected within the platform to all city departments providing crucial data points without revealing private information, lowering the barriers for certain populations and meeting others where they are at with technological solutions.

Disaster Resiliency The integration of this program with emergency management and 911 and 311 services, enhances the city’s disaster resiliency. By providing a reliable means of communication during emergencies, the project ensures that citizens can stay informed and connected with essential services. This comprehensive approach to disaster preparedness and response positions New Orleans as a leader in urban resilience and citizen engagement.

Technology Development Squad

Technical Team Members

The technical team for the Grand Marshal platform will comprise cryptography experts, software engineers, and cybersecurity specialists. Cryptography experts will be responsible for developing and implementing homomorphic encryption algorithms, ensuring that data remains encrypted throughout processing and providing a robust security framework for the voting system. Software engineers will integrate HE with the existing voting infrastructure, creating a user-friendly interface that allows secure remote voting via cell phones (Agate, De Paola, Ferraro, Lo Re, & Morana, 2021). This seamless integration will enhance accessibility and improve the overall user experience. Cybersecurity specialists will focus on developing and maintaining comprehensive security measures to protect against potential threats and vulnerabilities (Aziz, Qunoo, & Samra, 2024). Their role includes conducting regular security audits and implementing best practices to safeguard voter data, ensuring the reliability and trustworthiness of the system.

Non-Technical Team Members

The non-technical team will include a project manager, community outreach specialists pulled from our community partners, legal advisors, and communication specialists both inside and outside the government. A project manager will oversee the entire implementation process, coordinating between team members and stakeholders to ensure the project remains on track, within budget, and meets all predefined benchmarks in both our community commitment and our partnership contracts. Community outreach specialists, like the League of Women Voters and Outreach Mobile, will engage and educate voters through workshops, informational sessions, and events, fostering a well-informed electorate and increasing voter confidence and participation. Legal advisors will navigate regulatory and compliance issues, ensuring the project complies with local, state, and federal laws, and providing guidance on data privacy and election laws. Communication specialists, especially from the mayor’s office will manage public relations and information dissemination, developing strategies to promote the project, handle outreach campaigns, and respond to public inquiries, thereby building public support and trust in the new voting system (NOLA.GOV, 2024).

Technology Public Private Partnerships

Public-private partnerships are essential for fostering innovation and leveraging external expertise. By collaborating with private technology companies, the City of New Orleans can benefit from cutting-edge research and development in cryptographic and secure computing solutions (Linder, 1999). An incremental innovation strategy allows the city to implement new technologies gradually, minimizing risks and ensuring continuous improvement. Strategically, New Orleans can either choose to take on multiple technological partnerships and advisors or a singular partner, like IBM, to help build this important project.

Multiple Technology Partnership Advisors

Public-private partnerships are essential for leveraging external expertise and fostering innovation. By collaborating with multiple technology companies, New Orleans can benefit from cutting-edge research and development in cryptographic and secure computing solutions. An incremental innovation strategy allows the city to implement new technologies gradually, minimizing risks and ensuring continuous improvement.

Microsoft Research has made significant contributions to homomorphic encryption, particularly through the development of the development of the SEAL (Simple Encrypted Arithmetic Library). Their extensive experience in secure voting projects and robust tools for secure data processing make them an invaluable partner. Microsoft can offer advisory services on integrating their SEAL library with the voting system, ensuring compliance with industry standards, and enhancing system security and efficiency (Microsoft, 2024). Intel provides hardware-based security solutions that are critical for the secure execution of cryptographic operations. Their SGX (Software Guard Extensions) technology supports homomorphic encryption, making Intel a key partner for hardware requirements and optimizations (Intel, 2024). Thales Group specializes in security and data protection, offering advanced cryptographic solutions for governments and enterprises. With extensive experience in developing secure voting systems and various election security projects, Thales is a crucial advisor for designing and implementing secure voting protocols. Their expertise ensures that the system meets global standards for election integrity and security (Thales Group, 2016). These companies, with their proven track records in secure computing

and cryptographic solutions, can provide invaluable support to ensure the successful deployment and maintenance of the homomorphic encryption voting system in New Orleans, enhancing the robustness, security, and efficiency of the process for all citizens.

Single Vendor Solution with IBM

Alternatively, New Orleans could opt for a single vendor solution by partnering with IBM, leveraging their extensive expertise in cryptographic research, particularly fully homomorphic encryption (FHE). IBM’s HE4Cloud service facilitates privacy-preserving computations on the cloud, providing robust applications across various sectors such as financial services, healthcare, cloud computing, and AI/machine learning (IBM, 2020). This service has been successfully implemented in real-world scenarios, such as IBM’s collaboration with Banco Bradesco, which demonstrated secure encrypted predictions. By choosing IBM, New Orleans would benefit from a comprehensive and integrated approach to secure voting, ensuring that data privacy and security are maintained throughout the process (IBM, 2021).

IBM’s approach to innovation is encapsulated in their Garage Programs, which utilize a method of co-creation, co-execution, and co-operation to rapidly develop and scale innovative solutions. This method involves close collaboration between IBM experts and the city’s stakeholders to ensure that the solutions are tailored to meet specific needs and challenges. IBM Garage Learning offers on-demand educational resources, empowering the city’s technical team with the necessary knowledge and skills to implement and manage the HE system effectively. Additionally, IBM Developer articles and guides provide further support and insights, facilitating seamless integration and continuous improvement of the system (IBM Garage, 2024) (IBM, 2024).

Choosing IBM as a single vendor for this project provides New Orleans with a streamlined and cohesive solution, enhancing the robustness, security, and efficiency of the voting process. IBM’s proven track record in cryptographic solutions and secure computing, coupled with their comprehensive support resources, ensures that the city’s voting system is not only secure but also scalable and adaptable to future technological advancements (IBM, 2023)(IBM, 2021). This partnership would position New Orleans at the forefront of secure, innovative voting systems, benefiting all citizens by providing a reliable and accessible platform for democratic participation.

Mapping Out the Customer Journey

Pre-Awareness

The pre-awareness stage focuses on educating voters through various channels such as city websites, social media, and community events. This effort is complemented by a robust marketing campaign branded as the “Unified Beat Campaign,” featuring slogans like “Grand Marshal: NOLA’s Comprehensive Communications Network for All!”, “In Step with NOLA,” and “Marching Together.” The campaign will introduce several citizen characters, such as senior citizens, families receiving social services, the disabled, the poor, and the houseless, highlighting their journeys and explaining why they should engage with the Grand Marshal platform.

These narratives will be communicated across multiple languages to ensure inclusivity. Famous New Orleanians will act as Grand Marshals for different departments, connecting users to essential services, primarily voting, but also social support, medical and health portals, and municipal bill management. The campaign will offer free 911 connectivity and limited-time free cell phones for those who qualify, with an option to purchase a separate premium Grand Marshal line on a durable, New Orleans designed case for $100, supporting the program’s sustainability.

Awareness

In the awareness stage, the project will utilize interactive kiosks, online videos, and demonstrations, beginning with stakeholders and partners and gradually expanding to government departments and the public. This network will attempt to reach every NOLA citizen through intersectional community groups and populations. Each department will contribute to building portals of connectivity, ensuring cohesive service integration. Major stakeholders, including hospital systems, power companies, and internet providers, will be engaged to offer connectivity options, making it easier for these entities to communicate with the citizens they serve. This coordinated effort will raise public awareness and support for the program, highlighting its benefits and encouraging community involvement.

Consideration

During the consideration phase, the project will leverage testimonials, user reviews, detailed app descriptions, and visual guides to inform and persuade potential users. Testimonials will start with phrases like, “I’m like ‘the character in the ad,’ a ‘certain type of individual,’ and this is how I stay ‘in step with NOLA.’” These personal stories will resonate with various demographics, illustrating the platform’s benefits in relatable terms. Feedback loops established in the pre-awareness stage will be utilized to gather and respond to user input continually. This feedback will help refine the platform, addressing any concerns and enhancing user experience. By showcasing positive user experiences and providing clear, comprehensive information about the app’s features, the project will build trust and encourage more citizens to adopt the new system.

Decision

The decision phase will streamline the registration process, making it easy for citizens to join the network. Partnerships with local businesses, nonprofits, and government social services will be essential in this phase. A framework will be provided for partners to join the network, ensuring that citizens’ information is protected while facilitating easy connectivity (Linder, 1999). Nonprofits and NGOs will be invited to participate in the telephone and connectivity program, offering training and feedback mechanisms while establishing funding lines to support their involvement. This collaborative approach will ensure that the network is comprehensive and accessible, encouraging widespread adoption.

Use

The use phase will focus on delivering a user-friendly interface that offers a secure voting experience and real-time support for accessing various city services. This digital gateway will simplify interactions with municipal information, making it easier for citizens to vote, access health services, manage bills, and stay informed about city updates. The intuitive design and robust support system will ensure that users can navigate the platform with ease, promoting sustained engagement.

Post-Use

In the post-use phase, continuous feedback collection will be vital for maintaining and improving the system. Regular updates and improvements based on user feedback will keep the platform relevant and responsive to community needs. Feedback loop closure will be achieved through regular questions and forms on the platform, keeping users active and securely connected. To maintain an engaged user base, the program will offer giveaways and other incentives, ensuring that citizens remain invested in the platform and its ongoing development.

Project Benchmarks: 6 Months and beyond

In the rapidly evolving landscape of urban planning, the integration of digital technologies has become a cornerstone for enhancing city management and resident services. Establishing clear, actionable benchmarks within the first six months of a project is crucial to its success. These benchmarks serve as measurable goals that provide structure, guide progress, and ensure accountability. They enable cities to track their advancements, make informed adjustments, and maintain momentum throughout the project’s lifecycle. For New Orleans, the initial six-month plan focuses on finalizing the marketing strategy, engaging government officials and stakeholders, and laying the groundwork for essential partnerships. This strategic approach ensures that the project is well-supported, aligns with existing city initiatives, and meets the diverse needs of the community (Reichental, 2017)(Baase & Henry, 2018).

Months 1-3: Finalizing and Rolling Out the Marketing Plan

In the first three months, the focus will be on finalizing the comprehensive marketing plan to engage all levels of government, stakeholders, and potential partners. This phase includes completing the marketing strategy, such as the Unified Beat Campaign, with detailed messaging tailored to different demographic groups. Promotional materials like brochures, digital content, and videos will be developed to effectively communicate the benefits of the project. The marketing campaign’s initial rollout will target key government officials and departments, aiming to gain their support and explore funding options. This early engagement is crucial for building the foundational support necessary for the project’s success and ensuring that all stakeholders are well-informed and aligned with the project’s goals.

Months 4-6: Developing Partnerships and Community Engagement

With the marketing plan in motion, the next three months will concentrate on building crucial partnerships and mapping out community involvement. This phase will involve developing partnerships with intergovernmental agencies to align the project with existing city initiatives (Linder, 1999). A detailed map of community partners, including nonprofits, social service agencies, and private sector stakeholders, will be created to ensure comprehensive involvement. Initial informational sessions and workshops will be conducted to educate potential partners about the project and onboard them as stakeholders. These efforts will lay the groundwork for a robust network of support, facilitating the seamless integration of the project into the community and ensuring its sustainability. This early and thorough engagement will set the stage for successful implementation and long-term impact.

Conclusion

In conclusion, the Grand Marshal Project represents a transformative initiative for the city of New Orleans, leveraging advanced homomorphic encryption to secure and modernize the voting process while simultaneously addressing broader community needs through a comprehensive cell phone distribution program. The story of Maria, a single mother displaced by a hurricane, illustrates the profound impact this technology can have on individuals’ lives. By providing secure, remote voting capabilities, and extending connectivity for emergency response, social services, and everyday municipal interactions, this project ensures that all citizens, regardless of their circumstances, can remain connected and engaged with their city and elected officials.

The project’s emphasis on security, accessibility, participation, and disaster resiliency underscores its potential to reshape how New Orleans functions in times of both blue sky and crisis. By fostering public-private partnerships with leading technology firms and engaging multiple city departments, the initiative not only enhances the democratic process but also promotes a more inclusive and resilient urban community with its scalable features. Like many New Orleans native after Katriana, Maria would likely become more involved in her local community efforts and may consider running for office one day, a journey like hers would highlight the broader mission of the Grand Marshal Project: to break down barriers, open doors, and empower every citizen to actively participate in the governance and betterment of their community. This vision of a connected, secure, and engaged New Orleans is the true promise of the Grand Marshal Project, bringing the city into a new era of digital equity and civic empowerment.

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