We build technology for researchers and institutions that cannot afford to get it wrong. Auditable pipelines, tamper-proof records, and integrity infrastructure for science and civil society.
Try Resarc for your research survey or experiment
That trust depends on being able to prove that data was collected honestly, handled carefully, and reported accurately.
Most of the tools available today were not built with that in mind. Surveys, spreadsheets, email threads, and ad-hoc pipelines leave gaps and gaps are where integrity breaks down.
We built Resarc to close those gaps. Every architectural decision starts from the same question: if something went wrong, would we be able to prove it?
Resarc was designed by researchers for researchers.
The platform covers every stage of a study, from preregistration through to a published, auditable output.
Each stage feeds the next. Preregistration locks in before data collection starts. Analysis is tied to the registered plan. The output links everything together so reviewers can verify the chain, not just read the conclusions.
Assume something will go wrong, and build so that when it does, it is detectable.
The result is a system where integrity is not a policy. It is a property of the architecture.
In collaboration with the Paradox Science Institute, we developed the IT infrastructure for the largest ever multi-laboratory replication of a ganzfeld telepathy experiment, running simultaneously across university labs in the United States, Germany, Brazil, and Hungary.
We modeled complex real-time interactions between paired participants and research administrators. We built auditable audiovisual streaming between segregated participants, a multi-stage survey flow spanning home and lab settings, and real-time AI-based transcription and anonymization of speech data.
In collaboration with the Free Vote Foundation, we built an end-to-end alternate vote counting system used by the Hungarian opposition and international election observers during the 2026 parliamentary elections.
The system was built on Resarc infrastructure, making data tampering detectable and any post-hoc manipulation mathematically provable. Systems were hardened against intrusion and DDoS attacks operating in a hostile environment.
In collaboration with DE! Action Community, we built a secure incident reporting pipeline used by election observers deployed to over 500 voting locations during the 2026 Hungarian elections.
Text, photo, and video evidence was collected in real time and fed into a live broadcast monitored by the Hungarian Civil Liberties Union for potential legal proceedings. The system also powered a real-time observer management dashboard.
