Every year, hundreds of Polish municipalities go through the same ritual. Piles of paper forms accumulate on officials’ desks, spreadsheet rows multiply with manually transcribed data, and phones from impatient residents never stop ringing. Participatory budgeting, which was supposed to be a democratic and engaging tool, in many local governments remains a process built on methods from twenty years ago. Meanwhile, the world around public administration has changed beyond recognition. Residents pay taxes online, handle official matters through ePUAP, order documents without leaving home, yet at the same time they must print forms and collect physical signatures to submit a project to the participatory budget.
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This contrast is not accidental. It stems from a deeper problem — the lack of a systematic approach to automating participatory processes. While the digitization of administrative services, such as issuing certificates or vehicle registration, progresses fairly consistently, processes that require interaction between the office and residents still rely on manual labor and good intentions. Participatory budgeting is one of the most glaring examples of this gap, because it combines administrative, legal, communicative, and technological elements, and its quality directly affects residents’ trust in local government authorities.
Why has automating participatory budgeting become a necessity?
The question is no longer whether it is worth automating participatory budgeting, but why so many municipalities still have not done so. The pressure to digitize participatory processes is mounting from several directions simultaneously, and each of them has both economic and social justification.
The first and most direct factor is the growing scale of processes. In the early years of participatory budgeting in Poland, when the mechanism was a novelty, the number of submitted projects and voting residents was small enough that manually managing the process was still manageable. Today, in medium-sized cities, we are talking about hundreds of applications and tens of thousands of votes. In large cities, these numbers reach thousands of projects and hundreds of thousands of voters. Attempting to handle such a volume using spreadsheets and paper forms leads not only to team overload, but above all to errors that undermine the credibility of the entire process.
The second factor is the changing expectations of residents. The generation that grew up with a smartphone in hand does not understand why it must physically visit a government office to vote on a project to build a bike path. For people with disabilities, seniors with limited mobility, or residents working in other cities, the traditional process is simply inaccessible. Automation is therefore not a luxury, but a prerequisite for inclusivity — a value that should underpin every participatory mechanism.
The third factor is regulatory in nature. The Digital Accessibility Directive, national legislation on public service accessibility, and WCAG 2.2 requirements impose specific demands on local governments regarding digital accessibility. A municipality that runs its participatory budget exclusively in paper form or on a website that does not meet accessibility standards exposes itself to charges of discrimination and potential legal consequences.
Finally, there is the financial factor. The cost of officials’ working hours spent on manually managing the participatory budgeting process, calculated in full-time equivalents and including indirect costs, typically far exceeds the annual subscription for a professional SaaS platform. Automation does not generate additional costs. It eliminates them.
Which elements of the budgeting process can be automated?
Participatory budgeting consists of over a dozen distinct processes, each with its own specific requirements and challenges. The key to effective automation is understanding which of these processes yield the greatest return on investment when automated, and which require human judgment and should remain in the hands of officials.
Project submission is the first and one of the most important stages for automation. In the manual model, a resident must download a form (often available only on the office’s website in PDF format), fill it out, print it, sign it, and deliver it in person or by mail. Each of these steps represents a potential drop-off barrier. An automated online form eliminates all these barriers simultaneously: it validates data in real time, notifies about missing fields, allows attaching photos and documents, and above all is available 24 hours a day from any device.
Formal verification of applications is the stage that in the manual model consumes the most working hours. An official must check the completeness of the form, the conformity of the project location with the area covered by the participatory budget, the accuracy of the cost estimate, the presence of required attachments, and many other formal criteria. A significant portion of these checks are binary in nature, which means they can be automated. The system can automatically verify whether the indicated location falls within the municipality’s administrative boundaries, whether the estimated cost is within the limit for the given category, and whether all required fields have been completed. The official is left only with the substantive assessment — the aspect that truly requires human competence.
Collecting endorsement signatures is another process that in paper form generates enormous problems. Endorsement lists with illegible data, duplicate signatures, people from outside the municipality who signed “for a friend,” difficulty verifying signatures without access to the PESEL database — these are just some of the challenges officials face. Electronic signature collection with identity verification eliminates all these problems in one stroke.
Voting is the stage that was the first to be digitized in many municipalities, but often in a rudimentary form. A simple Google Form or a survey on the office’s website does not constitute a professional voting system. They lack identity authentication, protection against multiple voting, auditability, and compliance with security standards. Professional automation of voting means a system that combines user convenience with rigorous verification of voting eligibility.
Reporting and communicating results are stages that in many municipalities still take place manually. An official manually tallies votes in a spreadsheet, prepares summaries, and writes announcements for the website. An automated system generates reports in real time, publishes results immediately after voting closes, and allows tracking the status of each project at every stage of the process.
What does the comparison between a manual and an automated process look like?
The differences between a manual and an automated participatory budgeting process are best illustrated by a direct comparison of key parameters. This is not solely about speed, but about a fundamental change in the quality of the entire process.
| Parameter | Manual process | Automated process |
|---|---|---|
| Project submission time | 2–5 days (printing, signing, delivery) | 15–30 minutes (online form) |
| Formal verification of application | 2–4 weeks | 1–3 days (auto-validation + substantive assessment) |
| Collecting endorsement signatures | 2–6 weeks (paper lists) | 1–2 weeks (electronic with verification) |
| Signature verification | 3–7 days per application | Automatic, in real time |
| Time from voting to tallying | 1–2 weeks after closing | Immediately upon closing |
| Risk of human error | High (manual data transcription) | Minimal (automatic validation) |
| Accessibility for people with disabilities | Limited (physical barriers) | Full (WCAG 2.2) |
| Process transparency | Low (no status visibility) | High (real-time tracking) |
| Cost of administration per edition (medium city) | PLN 150,000–300,000 (working hours) | PLN 30,000–80,000 (SaaS subscription) |
| Auditability | Difficult (paper documentation) | Full (system logs) |
| Scalability | Linear (more applications = more people) | Elastic (cloud infrastructure) |
This comparison shows that automation is not merely a matter of convenience. In every measurable parameter, the automated process outperforms the manual one, and the differences are not marginal. Verification time shrinks from weeks to days, the cost of administration drops many times over, and the risk of error decreases by an order of magnitude.
It is worth noting the scalability parameter. In the manual model, every increase in the number of applications or voters requires a proportional increase in human resources. In the automated model, the cloud system handles both a municipality with one thousand voters and a metropolis with two hundred thousand, without the need to hire additional staff. This difference is of critical importance in the context of the growing popularity of participatory budgets.
What technologies underpin the automation of participatory processes?
Automating participatory budgeting relies on several technological layers, each responsible for a different aspect of the process. Understanding these layers helps local governments consciously evaluate vendor offerings and avoid solutions that are seemingly cheap but technologically outdated.
The presentation layer — the user interface — must meet two seemingly contradictory requirements: be intuitive for a resident who uses the system once a year, and at the same time comply with WCAG 2.2 accessibility standards at the AA level. This means responsive design that works on mobile devices, appropriate color contrast, screen reader support, keyboard navigation, and many other technical requirements. Platforms built with the public sector in mind design the interface from the accessibility perspective first, rather than adding it as an overlay at the end of the development process.
The business logic layer is responsible for the system’s configurability. Every municipality has a different participatory budgeting regulation, different budget limits, different project categories, and different verification rules. A system that requires source code modifications with every regulation change is expensive and risky to maintain. Modern SaaS platforms offer configuration through an administrative panel, enabling officials to independently adjust process parameters without involving developers.
The data and security layer is the foundation of trust in the system. Participatory budgeting operates on residents’ personal data, which means full GDPR compliance, encryption of data at rest and in transit, role-based access control, regular backups, and audit logs. Every operation in the system, from user login to casting a vote, should be recorded in a manner that enables subsequent auditing. This is not a matter of excessive caution, but a legal requirement and a prerequisite for the credibility of the process.
The cloud infrastructure layer ensures scalability and availability. Voting in the participatory budget generates distinct load peaks, particularly in the last days before closing. The system must handle a sudden increase in concurrent users without performance degradation. Cloud infrastructure allows automatic resource scaling in response to load, which is practically impossible to achieve on servers hosted locally within the office.
The integration layer is responsible for the system’s communication with other tools used by the office. This may include integration with a document management system, a resident portal, an SMS notification system, or a mapping platform. An open API allows connecting the participatory budgeting platform with the municipality’s existing IT infrastructure without replacing legacy systems.
How does automation change the daily work of officials?
One of the most common concerns related to automation is the fear of job cuts. In the case of participatory budgeting, this concern is unfounded, but it is worth addressing it directly, because it affects officials’ attitudes toward implementation and can sabotage even the best-designed system.
Automation does not eliminate officials from the process. It changes the nature of their work from operational to substantive. Instead of transcribing data from forms into Excel, an official can focus on the substantive assessment of projects. Instead of manually counting votes, they can analyze trends and resident preferences. Instead of answering dozens of phone calls asking “what happened to my application,” they can conduct public consultations and build relationships with local communities.
This change has not only a qualitative but also a motivational dimension. Officials who transitioned from the manual to the automated model consistently report a higher level of job satisfaction. Repetitive, mechanical tasks are one of the main sources of burnout in public administration. Eliminating them allows employees to perform tasks that truly require their competence and experience.
It is worth emphasizing that automation requires new skills from officials. Operating the administrative panel, interpreting analytical reports, and managing digital communication with residents are competencies that are not always present in teams accustomed to working with paper. Therefore, every system implementation should include a comprehensive training program that not only teaches how to use the tool but prepares the team for a new working model.
Automation also changes relationships between departments within the office. In the manual model, information about a participatory budget project “travels” between departments in paper or email form, generating delays and the risk of lost documents. A central system ensures that all stakeholders have access to the same, up-to-date data in real time. The investment department sees the same information as the participation department, the green spaces department can immediately assess a project’s feasibility, and the finance department has real-time visibility into the budgetary consequences of selected projects.
What barriers hinder the implementation of automation in local governments?
Despite the obvious benefits, automating participatory budgeting encounters a number of barriers in practice, whose source is not technology but organizational culture, regulations, and local politics. Understanding these barriers is a prerequisite for overcoming them.
The cultural and organizational barrier is probably the hardest to overcome. Many offices operate in a culture of risk aversion, where every change is perceived as a potential source of problems. Implementing a new system means changing established procedures, the need to learn new tools, and a temporary decline in efficiency during the transition period. For officials who have been running the participatory budget “their way” for years, this is a real challenge, even if the new method is objectively better.
Overcoming this barrier requires the engagement of leaders — people in decision-making positions, such as the mayor, the city secretary — who clearly communicate that automation is a strategic priority, not a whim of the IT department. Equally important is involving key officials in the process of selecting and configuring the system, which builds a sense of co-ownership and reduces resistance to change.
The legal barrier primarily concerns voter identity verification. In the paper model, identity is verified by presenting a document at the voting point. In the digital model, it is necessary to use an authentication mechanism that provides a comparable level of certainty regarding the voter’s identity, while being legally acceptable and convenient for the user. A trusted profile, login via ePUAP, verification through PESEL and date of birth — each of these methods has its advantages and disadvantages, and the right choice depends on local conditions and the participatory budgeting regulations.
The budgetary barrier is paradoxically the easiest to overcome, but often the most loudly articulated. Decision-makers focus on the direct cost of implementing the platform without accounting for the opportunity costs of continuing the manual process. Preparing a thorough TCO (Total Cost of Ownership) analysis that juxtaposes all the costs of the manual process (working hours, materials, error costs, lost turnout) with the costs of a SaaS platform almost always clearly indicates the profitability of automation.
The competency barrier relates not so much to technical skills as to the ability to manage change. Implementing a participatory budgeting platform is not an IT project. It is a transformational project that requires coordination across departments, updating regulations, communicating with residents, and managing the expectations of many stakeholders. Municipalities that treat the implementation as “purchasing software” rather than as a change in the way they work expose themselves to failure regardless of the quality of the chosen tool.
How to measure the effectiveness of participatory budgeting automation?
Implementing a digital platform is just the beginning. Without defined success metrics, the municipality is unable to assess whether the investment is delivering expected results or to identify areas requiring further optimization. An effective measurement system should include indicators from several perspectives.
Participation indicators measure resident engagement. The most important of these are voter turnout (expressed as a percentage of eligible residents), the number of submitted projects, the number of unique applicants, and the demographic and geographic distribution of participants. Automation should lead to a turnout increase of at least 30–50% compared to the last manually run edition. If the increase is lower, this may indicate problems with communication, the user interface, or the registration process.
Operational efficiency indicators measure the impact of automation on the office’s work. Key metrics include formal verification time per application (from submission to decision), the number of working hours devoted to managing the participatory budgeting process, the percentage of applications rejected for formal reasons (which should drop drastically thanks to real-time validation), and the time from closing voting to publishing results. In a well-automated process, results should be available immediately after voting ends, not after weeks of manual tallying.
Process quality indicators include the number of complaints and appeals, the number of detected irregularities (duplicate votes, votes from ineligible persons), system availability during voting (uptime), and resident satisfaction measured by a survey after the edition concludes. This last indicator is particularly important, because even a technically flawless system can generate frustration if it is unintuitive or poorly communicates with the user.
Financial indicators complete the picture and allow justifying the investment to oversight bodies and the city council. The total cost of a participatory budgeting edition (including the platform subscription, training, technical support, and officials’ working hours) should be lower than the cost of the last manually run edition. It is also worth calculating the cost per vote (total edition cost divided by the number of votes cast), which best illustrates the economic efficiency of the process.
What trends are shaping the future of digital participatory budgets?
Automating participatory budgeting is not a static process. Technologies evolve, resident expectations grow, and the experiences of successive editions generate new ideas and requirements. Several trends will have a particular impact on the shape of digital participatory budgets in the coming years.
Predictive analytics and data-driven decision support is a trend that is already changing how participatory budgets are planned. Systems that accumulate data from successive editions can identify patterns, such as project categories that attract the most interest, districts with the lowest turnout, or correlations between project type and turnout. This information allows municipalities to proactively shape the process, for example by directing an information campaign to districts with low engagement or adjusting project categories to match residents’ actual preferences.
User experience personalization is a direction in which participatory platforms are following trends from the e-commerce world. Instead of a uniform interface for everyone, the system can present a resident with projects from their neighborhood, categories matching their previous preferences, and information tailored to their profile. Such personalization increases engagement and reduces the information barrier, particularly in large cities where the number of submitted projects reaches into the hundreds.
Integration with the broader e-government ecosystem is a trend driven by residents’ expectations of handling all government matters in one place. A participatory budgeting platform integrated with a resident portal, notification system, and other digital services of the municipality creates a cohesive digital experience, instead of requiring the user to register and log in to yet another separate system.
Extended transparency and open data is the answer to growing citizen expectations regarding public authority accountability. Modern platforms publish not only voting results, but also the full lifecycle of each project — from submission, through verification, voting, to implementation and settlement. An open API allows external organizations (media, watchdogs, non-governmental organizations) to independently analyze data, which strengthens trust in the process.
Gamification and engagement mechanisms are techniques borrowed from the gaming and social media industries that can increase resident engagement in the budgeting process. District rankings by turnout, badges for participation in successive editions, or interactive project maps are elements that, without trivializing the democratic process, can make it more appealing, especially to younger generations.
How to prepare a municipality for implementing participatory budgeting automation?
Implementing a digital platform for managing participatory budgeting is a project that requires preparation on multiple levels simultaneously. Municipalities that go through this process successfully share several characteristics: strong leadership support, a realistic timeline, and a willingness to learn from mistakes.
The first step is auditing the current process. Before the municipality begins looking for a technology provider, it should thoroughly document the current flow of the participatory budget, with all its stages, involved personnel, tools used, and identified problems. This audit serves two purposes: first, it provides a requirements specification for the future platform; second, it builds awareness of the costs and inefficiencies of the current process, which facilitates justifying the investment.
The second step is updating the participatory budgeting regulations. Most regulations were written with the paper process in mind and contain provisions that prevent or hinder full digitization. Issues such as the form of application submission, the method of voter identity verification, the rules for collecting endorsement signatures, and the procedure for announcing results must be updated to account for the capabilities of the digital platform. It is advisable to involve a legal counsel specializing in administrative law and personal data protection in this process.
The third step is choosing the implementation model. The municipality faces a choice between building its own system, purchasing off-the-shelf software installed on its own servers (on-premise), or a SaaS (Software as a Service) platform. Each model has its advantages, but for the vast majority of municipalities the SaaS model is optimal, because it eliminates the need to maintain infrastructure, ensures regular updates, and transfers responsibility for security and performance to the provider. Building a custom system makes sense only for very large cities with specific, non-standard requirements and IT resources capable of multi-year platform maintenance.
The fourth step is planning a pilot. Deploying the platform directly into a full participatory budgeting edition carries risk. A better approach is to conduct a pilot — for example in a selected district or for a selected category of projects — that allows testing the system under real conditions, collecting feedback from residents and officials, and making corrections before full deployment.
The fifth step is communicating with residents. The change in how participatory budgeting is conducted must be communicated clearly, in advance, and through multiple channels. Residents need to know why the change is being introduced, how they will be able to use the new system, and where to get help if they encounter problems. Lack of communication leads to frustration, lower turnout, and public criticism, even if the new system is objectively better than the previous one.
How does automation affect public trust in the budgeting process?
Public trust is the most valuable and at the same time most fragile resource of every democratic process. Participatory budgeting, as a mechanism of direct democracy, is particularly sensitive to matters of trust. Automation can both strengthen and undermine trust, depending on how it is implemented.
Automation strengthens trust primarily through transparency. When a resident can track the status of their application in real time, see what stage of verification it is at and who is responsible for it, the feeling of an information “black hole” disappears. When voting results are published immediately after voting ends, rather than after weeks of manual tallying, suspicions of manipulation are eliminated. When every operation in the system is logged and auditable, the process becomes verifiable in a way that is impossible with paper documentation.
Automation also strengthens trust through equal access. The paper process privileges people who are physically able, who have time during office hours, and who live near voting points. A digital platform available 24 hours a day, from any device, compliant with WCAG 2.2, levels the playing field for all residents. This is not an abstract postulate — it is a concrete change that affects the structure of voters and the representativeness of results.
At the same time, automation can undermine trust if it is implemented poorly. Systems whose operations are opaque, that do not explain their decisions (why an application was rejected, how identity is verified), or that suffer outages at critical voting moments generate frustration and suspicion. That is why every participatory budgeting platform should be designed with explainability in mind — the ability to clearly communicate its rules and decisions in language understandable to every resident.
The issue of cybersecurity is particularly important. Residents who entrust their personal data to a voting system expect guarantees that this data will not be disclosed, stolen, or used in a manner inconsistent with its purpose. A professional SaaS platform, subject to regular security audits and running on enterprise-grade infrastructure, offers a level of data protection that is unavailable for spreadsheets stored on an official’s local drive.
What do the experiences of cities that have already automated participatory budgeting teach us?
Polish and European cities that have transitioned to digital platforms for managing participatory budgeting provide valuable lessons that are worth learning from, rather than repeating others’ mistakes.
The first lesson concerns the pace of implementation. Cities that tried to implement full automation in a single edition, without a pilot and without time for adaptation, often encountered serious problems: technical (outages during peak voting), organizational (officials unprepared for new procedures), and communicational (residents confused by the new system). Cities that applied a phased approach — first digitizing project submissions, then adding electronic voting, and finally integrating the entire process — achieved better results with lower risk.
The second lesson concerns communication. Simply launching the platform is not enough. Residents need to know it exists, know how to use it, and understand why the change was made. Cities that invested in an information campaign, training for seniors, instructional materials, and help desks saw significantly higher turnout than those that limited themselves to a brief announcement on the office’s website.
The third lesson concerns iteration. No system is perfect from the first edition. What is crucial is collecting feedback from residents and officials after each cycle and introducing improvements before the next edition. Cities that treat participatory budgeting as a living process subject to continuous improvement build an ever-better experience year after year, for both participants and the staff managing it.
The fourth lesson concerns data archiving. Data from previous participatory budgeting editions have enormous analytical and historical value. A system that provides an archive of anonymized data from previous years enables trend analysis, edition-to-edition comparisons, and drawing conclusions for the future. Municipalities that “deleted” the spreadsheet after each edition and started from scratch lost this invaluable knowledge resource.
The fifth lesson concerns vendor selection. A cheap system without technical support, without update guarantees, and without public sector experience is a false economy. The cost of a system outage on voting day — both financial and reputational — far exceeds the price difference between the cheapest and a professional offering. Cities that chose a vendor based on the lowest price, without verifying references and experience, often regretted that decision.
How does ARDVote automate participatory budgeting from A to Z?
All the challenges, trends, and lessons described in this article find concrete reflection in a platform that was created in response to the real needs of Polish municipalities. ARDVote, a SaaS platform developed by ARDURA Consulting, automates the entire participatory budgeting process — from project submissions through verification to voting and results reporting. The system, originally developed for the Bureau for District Councils and Resident Cooperation of the Gdansk City Office, combines experience from dozens of participatory budgeting editions with modern technological architecture.
The configurable system ensures WCAG 2.2 compliance at the AA level, meaning full accessibility for people with various types of disabilities. The reporting module generates summaries and reports in real time, eliminating weeks of manually tallying results. The data archive from previous editions enables trend analysis and year-over-year comparison of results. Cloud architecture ensures very high system performance even during peak voting periods, when thousands of residents cast their votes simultaneously. Security based on the latest standards protects residents’ personal data and the integrity of the voting process.
Importantly, ARDVote is not merely a technological tool. Implementation includes substantive support in adapting the participatory budgeting regulations to the platform’s capabilities, training officials, and assisting in communication with residents. This is an approach where technology serves the goal of building engaged, informed local communities.
Want to automate participatory budgeting? Contact us or visit ardvote.pl — we will show you how ARDVote can streamline the process in your municipality.
Frequently asked questions
Does automating participatory budgeting require large financial outlays?
No, if the municipality chooses the SaaS model, which eliminates the costs of purchasing infrastructure, licenses, and server maintenance. The annual subscription for a professional platform is typically several times lower than the cost of officials’ working hours devoted to manually managing the process. A TCO (Total Cost of Ownership) analysis almost always indicates the profitability of automation within the first year.
How long does implementing a participatory budgeting platform take?
A typical SaaS platform implementation, from signing the contract to production readiness, takes four to eight weeks. This time includes configuring the system according to the participatory budgeting regulations, data import, training officials, and acceptance testing. It is advisable to plan the implementation well in advance of the start of the participatory budgeting edition to avoid time pressure.
Can older residents manage online voting?
Experience from Polish cities shows that yes, provided appropriate support is ensured. An intuitive interface compliant with WCAG 2.2, large buttons, readable typography, and a simple voting process (three to five clicks) make the system accessible to people with varying levels of digital competency. Additional support includes video instructions, a helpline, and assistance points in libraries or senior centers.
What happens if the system goes down during voting?
A professional SaaS platform based on cloud infrastructure ensures availability at 99.9% or higher, which means a maximum of a few minutes of downtime per year. Automatic resource scaling, server redundancy, and failover mechanisms minimize the risk of outages even under extreme load. Additionally, the system should allow extending the voting period in the event of a technical interruption, which protects residents’ rights.
How to ensure the security of personal data in the voting system?
Security is ensured by a combination of technical and organizational measures: encryption of data at rest and in transit (TLS 1.3), multi-factor authentication, role-based access control, regular security audits, automatic backups, and full audit logs. The platform should comply with GDPR requirements, have an implemented information security policy, and be subject to regular penetration testing.
Can participatory budgeting be conducted simultaneously online and offline?
Yes, the hybrid model is a popular transitional solution. The digital platform handles project submissions and online voting, while the office simultaneously maintains traditional voting points for those who prefer in-person contact. A central system aggregates votes from both channels, ensuring consistency of results. Over time, as adoption of the digital channel grows, the share of offline voting naturally decreases.
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