Vincenzo Ceccarelli GrimaldiCluster · Physical AI
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Physical AI & Robotics · cluster control engine

Prove whether physical autonomy can create a defensible second moat.

One place that states what this cluster owns, what it measures, what it has decided and what it has killed — as pages and as JSON. Robot-agnostic palletizing software first; everything else is judged by whether it makes that cheaper to deploy.

Mission

  1. PERCEIVE
  2. MODEL
  3. PLAN
  4. ACT
  5. VERIFY
  6. RECOVER
  7. LEARN
Mission coverage — 4 of 7 stages have code behind them
EntryPERCEIVEMODELPLANACTVERIFYRECOVERLEARN
palletizer····
robot-lidar-fusion······
palletizer-mcp······
palletizer-native······
entries per stage1130100
■ = the entry’s existing public code covers the stage. ACT, RECOVER and LEARN have no code behind them in this cluster; that is the honest shape of the work so far.

Do not build robots because robots are exciting. Find a repetitive physical task where:

Status board as of

Register entries
9 · 2 CORE
Customers
0
Deployments
0
KPIs measured
0 / 18
Benchmarks published
0
Decisions logged
8
Under kill review
2

Repository register

Six statuses, no seventh. Every row names a public artifact or says none. Last-commit dates are live from GitHub when reachable, otherwise the dated snapshot.

9 entries owned by this cluster. Widths are counts; every segment links to its section of the register.
RepositoryStatusPublic artifactLast commit
palletizer
github.com/iceccarelli/palletizer
COREgithub.com/iceccarelli/palletizer +2 snapshot
robot-lidar-fusion
robot-lidar-fusion (repository path not public)
COREpypi · robot-lidar-fusion 0.4.0not public
palletizer-simulation
palletizer/core/simulation · palletizer/web (R3F + Rapier)
MODULEpalletizer/core/simulation snapshot
palletizer-ros2
palletizer/ros2_integration
MODULEpalletizer/ros2_integration snapshot
palletizer-mcp
palletizer/mcp
MODULEpalletizer/mcp snapshot
palletizer-native
palletizer/native
MODULEpalletizer/native snapshot
palletizer-construction
palletizer/construction
EXPERIMENTpalletizer/construction snapshot
autonomous-inspection
autonomous inspection / HV inspection robotics (no repository located)
RESEARCHnonenot public
ai-agent-control
github.com/iceccarelli/ai-agent-control
EXPERIMENTgithub.com/iceccarelli/ai-agent-control snapshot

Full register with all fields · JSON

First target — palletizing

Twelve KPIs the mandate names. A dash means unmeasured; a target is never printed as a result. The simulator has to produce these before any hardware is touched.

Palletizing KPIs: 0 of 12 measured. Hatched = no public artifact or dated report has produced the number yet.

Palletizer register · JSON

Safety gate

Probabilistic intelligence proposes; deterministic safety refuses. No model, learned or language, reaches an actuator except through this gate, and no tool exists that bypasses it.

  1. PLAN
  2. SIMULATE
  3. VALIDATE
  4. AUTHORIZE
  5. EXECUTE
  6. VERIFY
Target stack: eleven layers and what occupies each todayPerception: robot-lidar-fusion. World model: palletizer. Task planner: palletizer, palletizer-mcp, palletizer-native, palletizer-construction. Motion planner: palletizer. Simulator: palletizer-simulation. Safety / constraint engine: palletizer. Robot controller: palletizer, palletizer-ros2. Actuation: not built. Telemetry: palletizer. Failure analysis: not built. Learning: not builtPROBABILISTIC01 Perceptionrobot-lidar-fusi…robot-lidar-fusionPROBABILISTIC02 World modelpalletizerpalletizerPROBABILISTIC03 Task plannerpalletizerpalletizerpalletizer-mcppalletizer-mcppalletizer-nativepalletizer-nativepalletizer-const…palletizer-constructionPROBABILISTIC04 Motion plannerpalletizerpalletizerDETERMINISTIC05 Simulatorpalletizer-simul…palletizer-simulationDETERMINISTIC06 Safety / constraintspalletizerpalletizerDETERMINISTIC07 Robot controllerpalletizerpalletizerpalletizer-ros2palletizer-ros2PHYSICAL08 Actuationnot builtTELEMETRY09 TelemetrypalletizerpalletizerTELEMETRY10 Failure analysisnot builtPROBABILISTIC11 Learningnot builtGATE · MODELS STOP HEREprobabilistic — proposesdeterministic — refusesnot built / physical
Layers a register entry occupies today are named beside it; hatched means nothing in the cluster occupies that layer yet. The bracket marks the deterministic gate.

Agents may

  • generate_plan
  • analyze_scene
  • propose_action
  • retrieve_procedure
  • diagnose_failure
  • optimize_schedule
  • generate_simulation_scenario

Agents may not

  • command_actuator
  • modify_safety_limit
  • modify_production_behavior
  • bypass_gate

Target architecture

Latest decisions

  1. D-008 Abstraction only under the four tests
  2. D-007 igrimaldi.engineering is the control engine of this cluster
  3. D-006 Simulation before hardware

Decision log

Weekly CEO report 2026-W36

Next experiment

Palletizer KPI harness: a headless simulation run over a published fixture set that writes cycles/hour, successful/failed picks, intervention proxies and changeover time to a versioned JSON file. Success = the file exists, is reproducible from a clean clone, and /palletizer reads it.

Decision required

Three: (a) freeze or keep palletizer/construction; (b) publish the robot-lidar-fusion repository or accept that it stays package-only; (c) approve the discovery target of ten buyer conversations by 2026-09-19.

Full report · JSON

Not in this cluster

Applications that look physical and are not robotics products. They stay where they are until a robot executes a physical task under the gate.

Operator

Vincenzo Ceccarelli Grimaldi

Frankfurt am Main

ITk Fachspezialist, DB InfraGO AG. Traction HV digitisation. IT/OT. KRITIS-class governance.

Grid and traction-power work — the CIM–ThreMA thesis simulator and the public-dataset application — stays under Work and Thesis. /work · /simulator

Enquiry

System integrators, packaging companies, warehouses, inspection companies, utilities: one sentence about the task that costs you the most labour is enough to start. Replies come from the address in the footer.