Recommended Projects
A curated selection of volunteer computing projects making a difference across science, medicine, mathematics, and beyond.
BOINC
Platform / Infrastructure
Platform — the infrastructure many other projects run on.
The open-source middleware platform powering most volunteer computing projects worldwide. The gateway for volunteers to contribute to science.
Folding@home
Biology & Medicine
Simulates protein folding to understand diseases and develop new therapies. Became the world's most powerful computing system during COVID-19.
Einstein@Home
Physics & Astronomy
Searches for gravitational waves and new pulsars using data from LIGO, Fermi, and radio telescopes. One of the most scientifically productive volunteer computing projects.
Rosetta@home
Biology & Medicine
Predicts and designs protein structures to fight diseases. Directly connected to the 2024 Nobel Prize in Chemistry through David Baker's lab.
LHC@home
Physics & Astronomy
Simulates particle beam dynamics and physics events for CERN's Large Hadron Collider — the machine that discovered the Higgs boson.
climateprediction.net
Climate & Earth Science
The world's largest climate modeling experiment, running massive ensembles of simulations to quantify the uncertainty in climate change predictions.
Gerasim@Home
Mathematics
Russian research project in discrete mathematics — testing heuristic methods for parallel-algorithm design and enumerating combinatorial objects like diagonal Latin squares.
The Ramanujan Machine
Mathematics
An algorithmic mathematician that searches for new continued-fraction formulas for fundamental constants like π, e, and Catalan's constant — inspired by Ramanujan's famously intuitive formula-discovery.
MilkyWay@home
Physics & Astronomy
Creates detailed 3D models of the Milky Way to map dark matter distribution and understand galactic structure and evolution.
Asteroids@home
Physics & Astronomy
Reconstructs the 3D shapes and spin states of asteroids from photometric data, contributing to planetary defense and solar system science.
GPUGRID
Biology & Medicine
Harnesses volunteer GPUs for full-atom molecular dynamics simulations, studying protein behavior and drug interactions at unprecedented timescales.
PrimeGrid
Mathematics
Searches for record-breaking prime numbers and solves long-standing conjectures in number theory using massive distributed computing.
NFS@Home
Mathematics
Factors large integers using the Number Field Sieve — the most powerful factoring algorithm known — advancing both number theory and our understanding of cryptographic security.
NumberFields@home
Mathematics
Searches for algebraic number fields with special properties, building comprehensive databases for one of the deepest areas of pure mathematics.
Yoyo@home
Mathematics
A multi-project umbrella hosted by the German Rechenkraft BOINC community, running elliptic-curve factorization, Optimal Golomb Rulers, Collatz searches, and more — all from a single BOINC attachment.
LODA
Mathematics
Mines computer programs that generate integer sequences from the Online Encyclopedia of Integer Sequences (OEIS), discovering new formulas and algorithms for mathematical curiosities.
SRBase
Mathematics
Extends the Sierpiński and Riesel conjectures to all integer bases up to 1030, searching for prime values of k·bⁿ±1 that eliminate candidate numbers.
Universe@Home
Physics & Astronomy
Simulates the evolution of billions of stars to build synthetic maps of the Universe's compact objects — black holes, neutron stars, and the binary systems that produce gravitational waves.
Gaia@home
Physics & Astronomy
Processes data from ESA's Gaia space observatory — which charted over two billion stars — to help astronomers turn raw satellite measurements into the most precise 3D map of our Galaxy.
Moo! Wrapper
Cryptanalysis
A BOINC wrapper around distributed.net's legendary RC5-72 challenge — a decades-long brute-force search for a 72-bit encryption key, one of the original distributed-computing showcases.
Ibercivis
Multi-disciplinary (BOINC-based)
Spain's national citizen-science computing platform — BOINC-based, hosting rotating experiments from Spanish research institutions across physics, biomedicine, materials, and climate.
Minecraft@Home
Recreational Computing
Reverse-engineers the seeds behind iconic Minecraft worlds and pushes the limits of what world-generation can produce. The cult-favorite community project that turned seedcracking into citizen science.
WUProp@Home
BOINC Telemetry
Sits quietly alongside any other BOINC project and reports back on every work unit's runtime, memory, disk, and checkpoint behavior — building the only public dataset of how volunteer-computing actually performs in the wild.
YAFU
Mathematics
Yet Another Factoring Utility — distributes integer-factorization work in the 100–149 digit range to push the open Aliquot Sequence frontier past size 155 and chip away at long-standing factoring challenges.
SETI@home
Physics & Astronomy
The project that launched the volunteer computing revolution. Analyzed radio telescope data searching for signs of extraterrestrial intelligence (1999-2020).
Cosmology@Home
Physics & Astronomy
Searched for the theoretical universe model that best fit observed cosmic microwave background and Hubble expansion data. Ran for 17 years across two continents before quietly retiring in October 2024.
Quake-Catcher Network
Environmental Monitoring
Turned ordinary laptops into a global earthquake-detection network using their built-in accelerometers. Pioneering example of volunteer computing fused with citizen-science sensing.
The Clean Energy Project
Chemistry
Harvard's massive in-silico hunt for the next generation of organic solar cells — 150 million DFT calculations on 2.3 million candidate molecules. The largest computational chemistry effort in volunteer-computing history.
FightAIDS@Home
Biology & Medicine
The first major volunteer-computing project devoted to drug discovery for a single disease. Screened millions of compounds against HIV proteins for over a decade, becoming the template every later medical-VC project followed.
MalariaControl.net
Biology & Medicine
The first volunteer-computing project to model the spread of an infectious disease. Simulated malaria transmission across populations of 50,000 to 100,000 people for over a decade, and seeded the open-source OpenMalaria framework still used in public-health policy today.
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