Live - GDBS v1.0.0 · Windows x64
Do the validation work
before you pay for the cluster.
For researchers who need to develop, check, and de-risk a method before spending HPC budget, queue time, and an allocation grant. Run real validated engines in the browser - the Blasius boundary layer to 0.4696, GW150914 to 0.13%, a trust verdict on every result - with no install and no queue, then take the validated setup to HPC for the production run. GDBS is the honest front end to the cluster, not a replacement for it.
The database that
knows its own uncertainty.
GDBS is a geometric database system that runs real, validated physics and reports how much to trust every result. Every computation carries its error. Every result is verifiable. No black boxes. No hidden drift.
Not a supercomputer.
A bridge to one.
In plain terms: GDBS runs real, validated physics in your browser, and it reports how much to trust every result instead of asking you to assume. It is where you prototype, develop a method, validate it, and teach, with no queue and no allocation to request. The production-scale runs still belong on HPC. GDBS gets you ready for them and points the direction; it does not pretend to replace them.
A live compute API.
We expose the access, not the engine.
Authenticate and POST a physics function; the API routes it to your own connected browser node, where the real engine runs on your GPU and returns the result with its trust verdict when you poll. The engine and your data never touch our servers, so there is nothing on our side to breach or subpoena. The same engines the app uses, now scriptable.
General-relativistic magnetohydrodynamics,
evolved on your own GPU.
GDBS evolves a magnetized accretion torus on the GPU in your browser. A representative run held the magnetic-field divergence to 2.37e-4 under constrained transport, kept every conservation law in check, and reported a trust verdict on every observable instead of asking you to assume one. No cluster to schedule, no queue to wait in, no wall-time allocation to request.
LIGO's GW150914 black-hole merger,
reproduced to 0.13% in the browser.
The final black-hole mass lands within 0.13% of the published value and the final spin within 0.65%, checked against Abbott et al. (LIGO/Virgo). The result is computed and compared, not fitted to the detection, and it runs on the device in front of you.
The Hawking temperature, across 60 orders of magnitude,
held to 0.27%.
GDBS reproduces the analytic Hawking temperature from the quantum scale to the cosmological one and stays within 0.27%, where ordinary double precision quietly loses digits. The drift of every step is carried forward, so you can tell which results to trust.
A fourth-order spacetime solver,
convergence measured at 3.946.
The numerical-relativity evolver's accuracy falls out of grid refinement rather than being asserted: order 3.946 against the theoretical 4 on the standard Apples-with-Apples testbed. The same solver runs in your browser, with no cluster and no queue.
The Founding Beta is open.
Prove your workload, then take it to HPC.
The first sign-ups get 14-day full access to the whole platform - extendable to 30 for active evaluators - to develop and validate a real method in the browser before committing cluster time.
Claim a slot0.27%Hawking radiation error
across 60 orders of magnitude
across 60 orders of magnitude
0.345GeoNum drift shades
(well under 1.0)
(well under 1.0)
10physics domains
browser-validated
browser-validated
140+HPC Lab modules
shipping
shipping
