Exterior ballistics
Six-degree-of-freedom trajectory modeling, drag coefficient estimation from Doppler data, spin drift and Coriolis correction, and transonic behavior where the simple models stop being honest.
Applied research group
The physics of
knowing where.
Omniscience works across exterior ballistics, radar and RF sensing, weather and atmospheric modeling, estimation, and instrumentation — taking problems from first principles through to validated models, and shipping the results as tools people can carry into the field.
Independent, privately funded, and publishing what we can.
6Active research programs
3Apps in the stores
6DOFTrajectory engine
2Patents pending
Research
Six domains, one underlying question.
Everything we work on reduces to the same problem: given imperfect measurements of a moving world, how confidently can you say where something is, and where it goes next?
Radar & RF sensing
Waveform design, matched filtering, clutter and multipath rejection, and detection theory applied to small, low-power apertures — plus propagation modeling over real terrain rather than flat earth.
Weather & atmospheric modeling
Mesoscale forecasting and boundary-layer characterization — the air is the medium every other program has to shoot, sense, or see through. Density altitude, wind profiles, refractivity gradients, and precipitation clutter, resolved finely enough to matter over a single valley.
Estimation & sensor fusion
Kalman, unscented, and particle filters for multi-sensor tracking; data association under clutter; and calibrated uncertainty, so a number never arrives without an error bar attached.
Instrumentation & applied physics
The general-purpose end of the work: optical and acoustic measurement, atmospheric characterization, calibration methodology, and whichever adjacent question the current program drags us into.
Navigation & positioning
GPS-denied localization, inertial-aided navigation, terrain-referenced positioning, and the fusion of all three — because the hardest place to know where you are is the one that matters most.
Apps
Research that fits in a pocket.
Models are only useful where the problem actually is. Each of these started as an internal tool and earned its way onto a phone.
Apex
Exterior ballistics solver
Full 6-DOF trajectory solutions with live atmospheric input, custom drag curves, and honest confidence intervals on every firing solution.
Sweep
RF coverage & site survey
Terrain-aware propagation prediction and live signal logging, so you can see a coverage gap before you drive out to stand in it.
Meridian
Atmospheric field almanac
Density altitude, sound speed, refraction, and light — measured on the spot, logged with position and time, exportable in formats that outlive the app.
Method
Measure it, or don't claim it.
A model that hasn't been checked against the world is a hypothesis wearing a lab coat. Every program here ends the same way — instrumented tests, residuals published internally, and the model corrected until the errors look like noise instead of structure.
- First-principles derivation before any curve fitting.
- Every prediction ships with its uncertainty, not just its mean.
- Validation against independent measurement, not against the training set.
- Open formats and documented methods — results you can reproduce.
Company
Small team, long horizon.
A handful of physicists and engineers who would rather go deep on a few hard problems than broad on many easy ones.
Say hello
If something here caught your attention, reach out.
omni@omniomniomni.comWe read everything.