Four layers of knowledge. Six steps of production. Sovereign data at critical infrastructure. Twenty capability areas, selected for VÆLARUM.
Knowledge, competences, controls and production are separated. Connections between them are partly inherent, partly constructed.
Bodies of Knowledge, standards, frameworks. Currently 47 BoKs across engineering, IT, quality, security, management and sector-specific domains — not invented, but located and kept in relation.
147 skills in 28 categories with 7 levels of responsibility. Bridge between people and capabilities. First-pass hypothesis: 97 skills mapped onto 20 capability areas.
1,451 controls across 33 domains, cross-mapped to 370+ sources (NIST, ISO, BSI, CIS, GDPR, NIS2). No content — a mapping layer that connects regulatory requirements to operational controls.
476 card templates across 38 sectors, one design language, each template traceable to a normative source. Structured, versioned, editable — filled from the layers above.
Geometry becomes data, data becomes models, models become modules — and the modules travel, not the people. Only final installation requires physical presence.
LiDAR drone by courier or traditional on-site survey. Result: exact geometry as a point cloud (LAS / LAZ / PLY / PCD).
Emptied basins are scanned at high resolution. Vertical accuracy ≤ 5 cm, RTK / PPK-georeferenced.
Point cloud → parametric model. Retrofit components fit the actual, not the idealised, basin geometry.
CFD flow simulation shows the effect before fabrication. Customers see the change before anything is built.
Large-format FGF in GF-HDPE, robot-guided, modular up to 10 m diameter. Container fabrication moves production to the site.
The only physical step. Modules are assembled on site. All upstream phases stay central and location-independent.
Geometry
becomes model.
Model
becomes material.
Survey data of water infrastructure is security-relevant. At KRITIS sites we work strictly offline and on-premise.
Water sector, Annex 2 BSI-KritisV. Obligations under § 8a BSI-Gesetz and IT-Grundschutz APP.3.1.
Transposed in Germany via NIS2UmsuCG, in force since 2025-12-06. Supply-chain obligations apply to us indirectly as a supplier.
Transparency duties under Art. 50 from 2026-08-02. AI-generated content and automation components are labelled accordingly.
Survey flights under EU Reg. 2019/947 and DFS geo-zones. SESAR / U-Space as a perspective for cross-border operations.
Twenty capability areas, each with its own knowledge base, competences and controls. Selected central fields:
Geospatial data capture, parametric modelling, large-format robotic fabrication in GF-HDPE up to 10 m module size.
Model-based systems engineering, AI as a discipline, secure digital infrastructure.
Structures that make navigating unknown domains possible.
Delivery across distance, compatibility with sector requirements, control of ongoing operations.
Experience meets current tools. Universities as teaching and research partners, not customers.
Programme logic instead of single projects. Cross-sector synergies as navigation instrument for blue-ocean fields between historically separated industries.
We deliver hydraulic boosters for clarifiers in Germany. The same knowledge architecture makes other sectors workable the same way.
