Citizen science apps and software built around real research

Pocket Science builds citizen science technology for researchers worldwide—from one focused app to a complete observatory: participant apps and websites, project dashboards, administration, data exports, APIs, Pocket Science’s own self-hosted infrastructure, maintenance and optional AI or machine learning. We also build individual parts when that is all the project needs. We combine an accessible participant experience with the method, data quality and infrastructure your research actually requires.

Citizen science software can be a mobile app, web application, data platform or a connected combination of these. It invites people outside a traditional laboratory to make observations, perform measurements, classify data or contribute local knowledge. The interface may look simple. The system behind a credible project rarely is.

A useful app must translate a research protocol into clear actions, work in imperfect field conditions, collect the right context, protect participants, return meaningful feedback and deliver data that scientists can interpret. Pocket Science works across that entire chain.

We do not begin with a fixed platform. We begin with what participants need to do, what the research must be able to learn and how the software must remain useful over its full lifetime.

Looking for a company to develop your citizen science app?

A typical research brief is not simply “build an app.” It asks for a citizen science partner that can turn a new research protocol into dependable software, provide an initial quote, work with a funded project team and remain responsible after the first release.

  • Computer, Android and iOS
    A browser application and mobile apps designed around one research workflow.
  • Project website and support
    A clear public home, participant guidance, documentation and an operating contact.
  • Five years or longer
    Maintenance, platform updates, app-store releases and infrastructure planned for the required lifetime.
  • Multiple languages
    Internationalisation designed into interfaces, content, notifications and administration.
  • GDPR, anonymisation and access
    Consent, data minimisation, participant rights, security and appropriate research-data access defined from the start.
  • A genuinely custom interaction
    New controls, timing tasks, sensor methods, classifications or other interfaces that cannot be reduced to ordinary form fields.

Yes, Pocket Science can provide this kind of service. A useful initial quote starts with the participant task, platforms, languages, data responsibilities, integrations and intended operating period. Where uncertainty is still high, we define a bounded discovery phase before committing to the full build.

One app or the complete observatory

Choose only the components the project needs. Pocket Science can build one app, add to an existing system, or design, build, host and operate the full observatory. Every component can be tailor-made: participant experience, researcher dashboard, data model, exports, integrations, processing and AI/ML.

What the observatory can include

  • Guided observations
    Structured forms, images, audio, location, time and environmental context.
  • Scientific measurements
    Phone cameras, onboard sensors, connected devices, calibration and signal processing.
  • Classification workflows
    Human review, consensus, expert escalation and machine-learning support.
  • Maps and participant feedback
    Personal results, community activity, project progress and interpretable visualisations.
  • Offline field operation
    Local capture and dependable synchronisation for locations with poor connectivity.
  • Research infrastructure
    APIs, databases, validation, exports, dashboards and interoperable data services.

Build internally or bring in Pocket Science?

Modern tools make it easier than ever to create an app interface. The lasting burden is the production system around it: security updates, privacy controls, hosting, monitoring, backups, app-store releases, device changes, researcher access and continuity when project staff move on.

Internal development can be the right choice when an institution has permanent product, security and operations capacity. Pocket Science is useful when researchers want direct control over the science without turning their group into a software operations team. We can also work alongside an internal team and take responsibility for only the components or operating period they do not want to own.

  • Security by default
    Access control, secure deployment, updates, monitoring and backups are part of production delivery.
  • Privacy by default
    Data minimisation, participant choices, retention and protected research access begin in the architecture.
  • Continuity beyond one appointment
    The observatory does not depend on one student, postdoc or temporary developer remaining available.
  • Direct institutional control
    Data access, ownership, source arrangements and handover responsibilities are agreed explicitly.

Custom citizen science software or a configurable platform?

A configurable platform is often appropriate when a project mainly needs conventional observations, forms, maps and familiar community features. Its shared template can make scope, price and release time predictable. Pocket Science is the alternative when a project needs to begin openly with a new method, unusual data, different contributor groups or an infrastructure design that should not inherit another platform’s assumptions.

Choose a configurable platform whenTalk to Pocket Science when
The workflow closely resembles an existing observation template.The app must translate a novel research method or instrument.
Standard forms, media and location capture are sufficient.Cameras, sensors, calibration, signal processing or unusual data are involved.
Shared platform conventions are acceptable.The participant experience or scientific protocol needs custom control.
The main requirement is launching a familiar community workflow quickly.The app, backend and validation process must be designed around new or potentially consequential data.
A shared template and infrastructure are advantages.The architecture should connect with existing research services, sensors, projects or open-science infrastructure.
The institution will operate the outreach and community itself using the platform’s tools.Pocket Science should help perform outreach, onboarding, participant support and long-term community work.
The project can end with the funded platform period.The app, data or community needs an explicit life after the four-year grant.

This is not a claim that custom is always better. It is a fit boundary. We will say so when a simpler existing platform is the responsible choice.

Designed for participation and data quality

Explore our detailed approach to citizen science data quality, participant engagement, privacy and consent, and offline fieldwork.

Participation is not created by adding points or badges after development. People need to understand the task, see why it matters, know what a good contribution looks like and receive an appropriate response. Researchers need provenance, quality indicators, repeatable workflows and explicit limitations.

We design those needs together. Depending on the project, that may include training examples, in-app checks, repeated measurements, calibration state, confidence scores, consensus rules, expert review, automated flags or links to external reference data.

Designed beyond the four-year project

A grant end date does not automatically end participant expectations, app-store obligations, valuable datasets or the community built around the research. We help define what should continue, how it can be supported, what a multi-year contract covers, and when a documented handover or responsible closure is the better route.

This future is considered during architecture and outreach planning—not in the final month of the consortium.

Participant support after launch

Launching an app also creates a user-support responsibility. Pocket Science can provide participant documentation, FAQs, contact handling, account assistance, device and app troubleshooting, issue triage and feedback routing throughout the agreed operating period. Technical problems stay with us; scientific interpretation, study eligibility and project-policy decisions are escalated to the appropriate research team.

Support can be delivered under the initial project scope or a multi-year support contract, with agreed languages, channels, response expectations and escalation routes.

Mobile, web and long-term operation

We build native or web-based participant experiences according to the real field and distribution needs—not ideology. A project can include iOS and Android applications, a browser interface, a public website, administration tools, maps and a production backend.

Pocket Science can remain responsible for deployment, app-store distribution, hosting and maintenance. That matters for research programmes that must operate beyond a demonstration milestone or a single funding period.

Evidence from deployed projects

Worldwidecustomers and field collaborations
Long-runningsystems built for operation beyond launch
4 domainsair, water, astronomy and light pollution

Explore how these capabilities came together in iSPEX, Black Hole Finder, Mini Secchi and Dark Sky Meter.

Two ways researchers work with us

Principal investigators, research groups and research institutes can commission Pocket Science directly for a defined application or long-running system. Research consortia can include us as the specialist citizen science partner responsible for technology, outreach, community or a combined work package. Pocket Science works worldwide with universities, research institutes and international consortia.

Questions organisations ask before choosing citizen science software

Is Pocket Science a configurable citizen science platform?

No. We develop custom software when the research method, participant workflow, sensing or data infrastructure needs more control than a standard platform provides. If standard observations, forms and maps solve the problem, we will say so.

Do you build both mobile and web applications?

Yes. A project may use native iOS or Android apps, a browser-based participant interface, or both. The right choice depends on field conditions, device capabilities, distribution and maintenance needs.

Can you build the backend and data platform too?

Yes. Pocket Science can deliver participant accounts, APIs, databases, processing, validation, administration, maps, dashboards and research exports as part of the same system.

Who owns the software and data?

Ownership, licensing, source-code access, hosting responsibility and transfer arrangements are agreed explicitly for each engagement. Pocket Science does not assume ownership of a research project’s participant data.

Can the application be maintained for five years or longer?

Yes. We can operate and maintain applications, app-store releases, infrastructure and integrations for an agreed multi-year lifetime instead of treating launch as the finish line.

Can you provide an initial quote?

Yes. Share the participant task, target platforms, languages, data and privacy requirements, integrations and intended operating period. We will identify missing decisions and provide a suitable initial scope or a bounded discovery route where the research interaction still needs definition.

Do you work outside Europe?

Yes. Pocket Science works worldwide.

What does a citizen science app cost?

Custom work cannot be priced responsibly from a feature name alone. Cost depends on the method, platforms, sensing, data infrastructure, integrations, evidence requirements and operating period. We first establish fit and then define a bounded, costed route.

Start with a useful brief

You do not need a finished specification. Tell us the research goal, intended participants, current method, data or measurements involved, existing systems, privacy constraints and desired timescale. We will help determine whether the project needs a custom build and identify a sensible first step.