Grissom
Grissom
grissom-ai.com · Detect → Identify → Refine → Manufacture → Value

Grissom

Space resource intelligence. Pick a tool.

Mission Dashboard

Body
Moon
Sites tracked
3
Top resource
Water Ice

Current focus site

Quick actions

Load Sensor Data

Accepts real product shapes: calibrated image metadata, temperature, spectral table, location. Demo files ship in those shapes. Public references include Perseverance SuperCam calibrated spectra, SuperCam RMI, Mastcam-Z sci calibrated frames, and MEDA/TIRS temperature products (see data/samples/PUBLIC_PRODUCT_EXAMPLES.md).

Resource Identification

Refine & products

Potential Products

Mission Map

Site list with resource markers (map visualization can be upgraded to full interactive globe later).

Compare sites

Rank two sites on the current body for planning.

Mission notebook

Saved locally. Export anytime.

Curriculum lab

Guided exercise for students and training groups.

Lab: Prospect → Process → Defend

  1. Pick Moon or Mars and load a demo site.
  2. Open Resource Identification and note the confidence and quantity framing.
  3. Open Refining Process and write down power/mass class notes.
  4. Compare two sites and choose one primary target.
  5. Export a report and add a short defense in the notebook (why this site first).

Scoring rubric (suggested): clarity of assumptions 30%, process understanding 30%, comparison logic 25%, writing 15%.

Missions & Insights

Selected missions and planning insights from exploration history.

Mission imagery

Official galleries: NASA Image Library, ESA multimedia, and partner agencies. Credit the source on any media you display.

Planning insights (from history)

Patterns often seen in successful programs.

ISRU dependency graph

What unlocks what. Click a node mentally via the chain: bottlenecks are highlighted.

Multi-architecture compare

Same crew and stay , three supply philosophies side by side.

Mission planning

Goal → resources → power → Earth mass → stay duration. Planning estimate with uncertainty.

Failure cascade

Inject a fault. See what degrades next in an outpost plan.

Heritage truth layer

How mature is each pathway , lab, vacuum, flight demo, or concept.

Mission briefing export

Two-page style planning brief from current site and settings.

Resources & process

Open a sub-tool above. Site context stays shared across Grissom.

Mission planning

Spacecraft build planner

Mission-driven concept steps, systems, and abilities. Planning aid , not flight design authority.

CAD stack in Grissom: description → 3D preview, SVG drawings, design package, STL/OBJ import, FreeCAD/OCCT workflow. Not inside the browser: AutoCAD (proprietary), full FreeCAD app, or full OCCT WASM (too large for this build). Use FreeCAD for true solids, then import.
Prompt drawings & schematics

Describe a vehicle or subsystem and Grissom builds a concept massing model — rough volumetric layout and part breakdown for early trade studies. Not dimensioned CAD.

FreeCAD / Open CASCADE path

Full open-source solid kernel: Open CASCADE (OCCT) via FreeCAD. Model or refine there, export STL/STEP, import below. Grissom keeps planning + preview + package export.

Import work (3D + review)

Upload STL/OBJ from CAD. Grissom shows 3D, exploded layout, what it looks like, fix suggestions, and a will-it-work style check.

Design control (lightweight)

Version notes and sign-off checklist for team workflow. Not a full PLM/PDM system.

Live from orbit

NASA's continuous stream from the International Space Station, 400 km up, orbiting Earth every 92 minutes. When the feed is dark, the station is on the night side.

Latest from Mars

There is no live video from Mars and there cannot be: the planet is 4 to 24 light minutes away, and rovers relay through orbiters in short passes. These are the most recent raw frames Perseverance has sent back.

Stand here

Pick a point on the real lunar south pole. Everything below is computed from measured LOLA elevation and published regolith chemistry.

Tap anywhere on the map.

Elevation and illumination are real. Consumption rates and regolith composition are published figures, rounded. This is an illustration of real constraints, not a life support model.

Real terrain · Shackleton

Real elevation data from orbiting spacecraft — LOLA on Lunar Reconnaissance Orbiter, MOLA on Mars Global Surveyor. Move the Sun to see which ridges catch light and which floors never do.

The Sun never rises more than ~1.5° here.

Elevations are real LOLA measurements. Shading is a geometric Lambert model with cast shadows — it shows illumination geometry, not a radiometric simulation.

Mass & energy balances

First-order stoichiometry and energy cost for ISRU processes. Figures are literature-derived and rounded; use them for scoping, not for procurement.

Solid model tools

Dimension-driven solids you can stretch and measure in the browser. Open-source solid kernels such as Open CASCADE (used by FreeCAD) are the path for full B-rep CAD. Here: parametric envelopes + measure for design work.

For full open-source B-rep modeling use FreeCAD (Open CASCADE Technology kernel, open source). Export STL from FreeCAD and import under Spacecraft & CAD.

Mars civilization materials

Phased materials, methods, and conveyance for a growing human presence. Scenario planning only.

Standards map

Checklist of domains that real programs must address. Grissom maps them; it does not issue certificates.

Probabilistic logistics

Monte Carlo-style spread on ISRU uptime and mass risk (planning model).

Save / load mission

Export or restore mission JSON (site, resource, notes, design version).

Ready. Download saves the current mission. Load restores a previous file.

AI Mission Assistant

Ask about this site’s resources, ISRU processes, or general space topics. Resource answers are grounded in the database; other space answers are general knowledge.