↳ PAEON builds PHYRAL, the industrial AI system that links the engineering office to the shop floor. It reads your master file, applies your rules, your standards and your machine constraints to every design, and keeps every decision for the next program.
Industry is scaling again. Experience isn't. Every new program, plant and hire starts from zero. PHYRAL compiles that experience into a system your engineers query.
Core
The master file becomes the kernel. Definition sheet, specification, business rules, open points: one source, cited by section and revision.
Gates
Every version passes its gate. Design, simulation, prototype, production: the deviation is flagged, the rework proposed, the rejection kept as knowledge.
Floor
The shop floor enters the design. Materials, machine park, build envelopes, methods: the real constraint applies from the first line.
Eight-step animation. A program opens and its part, a jet drone, is scanned in 3D. The master file becomes the kernel. Design, simulation, prototype and production pass their gates. Materials, machines, blocking points and methods connect to it. Each loop becomes memory, six new workflows reuse it, then the 360 workflows join four data centers that feed a plant and its engineering office. Finally, the camera pulls back: the plant becomes one of nine plants in a worldwide network, linked by arcs of light, continuously exchanging their workflows.
[00] · Open a program
Everything starts with a program.
Definition sheet, specification, open points: every program arrives with its file. Here, competition jet drone PRJ-2026-014, revision A.
PHYRAL · Reading PRJ-2026-014: definition sheet, specification, 3 open points.
↓ Scroll to open the program
[01] · Where knowledge comes from
The master file becomes the kernel.
One kernel holds the definition sheet, the specification, the business rules and the open points. PHYRAL cites it, section and revision.
PHYRAL · Section and revision cited in every deliverable: the master file stays the thread.
↓ Scroll to link the file
[02] · Validate and correct
Every version passes its gate.
You validate every gate: design, simulation, prototype and production then connect to the kernel. Rejected versions stay visible; they become knowledge too.
PHYRAL · V2 rejected: 2 walls < 0.6 mm. Rework proposed at datum 1. Input = reversible.
↓ Scroll to validate
[03] · Bring in the shop floor
The shop floor enters the design.
The real conditions of the shop: graded materials, machine park, blocking points and methods. The workflow takes its industrial context.
PHYRAL · Fuse X1 compatible: the cover fits the build chamber (330 × 330 × 565 mm). PA12 grade A available.
↓ Scroll to connect the plant
[04] · Keep the experience
Every loop becomes memory.
Settings, decisions, results: every loop stacks into the master file. PHYRAL keeps track of what worked, and of what didn't.
PHYRAL · Loop 4: PA12 shrinkage re-read at 10:42. Settings and decisions filed to the master file.
↓ Scroll to stack the loops
[05] · Reuse that memory
The next program starts further ahead.
The experience gained becomes the base for new workflows. Six blocks, linked together, share what the first one learned.
PHYRAL · New program: starting from the SLS settings validated on PRJ-2026-014.
↓ Scroll to reuse
[06] · Share at scale
360 workflows. One body of knowledge.
Program histories feed new builds. Four data centers make them available to the plant and its engineering office.
PHYRAL · 360 workflows re-read. No action leaves without your click.
↓ Scroll to link the plants
[07] · Link the plants
Nine plants. One experience.
Every connected plant shares its workflows with the others. What one shop learns benefits the whole network, anywhere in the world.
Fiche de définition, cahier des charges, points ouverts : chaque programme arrive avec son dossier. Ici, le drone à réaction de compétition PRJ-2026-014, indice A.
PHYRAL · PRJ-2026-014 en lecture : fiche de définition, cahier des charges, 3 points ouverts.
↓ Défiler pour ouvrir le programme
[01] · L’origine des connaissances
Le dossier maître devient le noyau.
Un même noyau réunit fiche de définition, cahier des charges, règles métier et points ouverts. PHYRAL le cite, section et indice.
PHYRAL · Section et indice cités dans chaque livrable : le dossier maître reste le fil conducteur.
↓ Défiler pour relier le dossier
[02] · Valider et corriger
Chaque version passe sa porte.
Vous validez chaque porte : conception, simulation, prototype et production se raccordent alors au noyau. Les versions refusées restent visibles, elles aussi deviennent du savoir.
PHYRAL · V2 refusée : 2 parois < 0,6 mm. Reprise proposée au repère 1. Entrée = réversible.
↓ Défiler pour valider
[03] · Intégrer l’atelier
L’atelier entre dans la conception.
Les conditions réelles de l’atelier : matières classées, parc machines, points bloquants et méthodes. Le workflow prend son contexte industriel.
PHYRAL · Fuse X1 compatible : le capot rentre dans le bac (330 × 330 × 565 mm). PA12 classe A disponible.
↓ Défiler pour raccorder l’usine
[04] · Conserver l’expérience
Chaque boucle devient mémoire.
Réglages, décisions, résultats : chaque boucle s’empile dans le dossier maître. PHYRAL garde la trace de ce qui a fonctionné, et de ce qui n’a pas fonctionné.
PHYRAL · Boucle 4 : retrait PA12 relu à 10:42. Réglages et décisions versés au dossier maître.
↓ Défiler pour empiler les boucles
[05] · Réutiliser cette mémoire
Le programme suivant part plus loin.
L’expérience acquise sert de base aux nouveaux workflows. Six blocs, reliés entre eux, partagent ce que le premier a appris.
PHYRAL · Nouveau programme : je repars des réglages SLS validés sur PRJ-2026-014.
↓ Défiler pour réutiliser
[06] · Partager à grande échelle
360 workflows. Un même savoir.
Les historiques de programmes alimentent les nouvelles fabrications. Quatre data centers les mettent à disposition de l’usine et de son bureau d’études.
PHYRAL · 360 workflows relus. Aucune action ne part sans votre clic.
↓ Défiler pour relier les usines
[07] · Relier les usines
Neuf usines. Une seule expérience.
Chaque usine connectée partage ses workflows avec les autres. Ce qu’un atelier apprend profite à tout le réseau, partout dans le monde.
PHYRAL links the master file, the validation gates and the shop floor. Your engineers validate every gate: PHYRAL proposes, cites, and waits for your click.
[01]
Capture: PHYRAL reads the master file, the standards, the histories, the rejections and the machine park, and cites its sources.
[02]
Apply: at every gate, a reasoned verdict. The deviation, the proposed rework, the section and the revision.
[03]
Compound, the Network layer: settings, decisions and results feed the next program and the next site.
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