Put engineering hours back into engineering.
Engineers work with delegated agents whose contributions are inspectable and proven by evidence. Governed Forges execute the work while Maverick keeps every action, artefact, decision, and gap connected under aerospace-grade assurance.
Hangar is in private development. Early access begins with a scoped engineering evaluation—not immediate product access.
Agents act only within delegated authority. Forges run governed tools and methods. Engineers retain judgment and every applicable Decision Right.
Aerospace-grade assurance
More capable engineering. Less ambiguous authority.
- Requirement
- REQ-041
- Assignment
- EA-014
- Decision right
- CCB-04
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01
Configuration AERO-12C baseline · pinned Forge run RUN-116 · aero screen ANL-08@4 · reproducible Evidence item EI-228 · drag +9.1% discrepancy surfaced Design delta Twist law + control schedule → AERO-12D
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02
Configuration AERO-12D candidate · rev 8 Forge run RUN-118 · aero + controls FC-031@1 · QA limited Evidence item EI-231 · drag +7.4% load gap remains open Design delta Load relief + local structure → AERO-12E
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03
Configuration AERO-12E candidate · rev 9 Forge run RUN-121 · critical loads LOADS-06@3 · QA applicable Evidence item EI-237 · margin +4.2% candidate · bounded use
Full lineage REQ-041 → EA-014 → CFG revs → RUN records → Evidence Items → AB-014 → CCB-04
Delegate to proven agents
Agents receive bounded assignments. Their inputs, actions, rationale, outputs, limitations, and authority remain attributable and inspectable.
Execute through governed Forges
Forges resolve approved tools, methods, configurations, compute, and controls for the exact engineering need.
Assure every result
Requirements, runs, evidence, uncertainty, gaps, and decisions stay connected—without turning automation into automatic approval.
Open-source Forge coverage
Start open. Compose the route the evidence needs.
Maverick can bring established open engineering stacks into governed Forges instead of hiding them behind a generic “simulation” button. Every route pins the method, model, interfaces, release, compute, diagnostics, limitations, and resulting evidence to the exact assignment.
Flow, heat, and coupled fields
SU2 · OpenFOAM · DAFoam · preCICE
CFD, adjoint design, conjugate heat transfer, and selected multiphysics routes.
Loads, structures, and nonlinear events
TACS · CalculiX · Code_Aster · OpenRadioss
Structural sizing, dynamics, thermomechanics, crash, impact, and post-buckling studies.
Coupled design and decision trades
OpenMDAO · MPhys · CasADi · Ipopt · HiGHS
Multidisciplinary workflows, derivatives, constrained optimisation, allocation, and scheduling.
Trajectory, motion, and operating envelopes
GMAT · Orekit · Basilisk · JSBSim · RocketPy
Mission design, flight dynamics, trajectories, coverage, navigation, and operational trades.
Electromagnetics and wave behaviour
openEMS · Palace · Bempp · openCFS · Meep
Antennas, scattering, RF, vibroacoustics, radiation, and installed-environment studies.
Plant, controls, and multibody systems
Project Chrono · MBDyn · OpenModelica/FMI · acados
Vehicle and machine dynamics, co-simulation, controls, estimation, and energy networks.
Industry reach
Aerospace is the proving ground, not the boundary.
The same governed pattern applies wherever multidisciplinary design, simulation evidence, configuration, and consequential review have to stay connected.
- Air + spaceAircraft, launch, orbital, and autonomous systems
- MobilityAutomotive, advanced vehicles, and transport systems
- EnergyThermal-fluid, turbomachinery, storage, and power systems
- MaritimeHydrodynamics, offshore loads, and onboard systems
- IndustrialMachinery, robotics, process equipment, and digital engineering
Current Toolroom scope, shown illustratively. Open-source access does not establish applicability, validation, availability, evidence acceptance, certification, or authority. Exact Forge Releases remain workflow- and organization-specific; entitled customer and vendor tools can join the same governed route.
Private development · early access
Start with one real engineering challange.
Show us where coordination, model execution, or review is consuming engineering time. We will use your request to scope a bounded evaluation against your artefacts, tools, policies, and evidence needs before any Hangar access is offered.
What happens next We review the change, confirm whether it fits the evaluation envelope, and contact you to define a useful first thread.