Protecting what powers, nourishes and sustains for Future Generations.
Replacing fragile compliance checklists with reproducible mathematical physics, open standards, and catastrophe-calibrated risk models to insulate vital societal assets under sovereign European verification protocols.
Clean Water Infrastructure
Water treatment facilities, pumping stations, water defense, desalination plants and environmental sanitation systems. Protecting digital sensors, valves, and PLCs governing water treatment ensures continuous access to safe drinking water and public health resilience.
Reliable Energy & Power Grids
Electrical grids, power generation stations, BESS energy storage, transmission networks, DER, and distribution pipelines. Securing energy control systems prevents cascading power failures and insulates vital public services from multi-tier collapse.
Agro-Corridors & Cold Chain
Precision farming, agro-corridors, cold-chain logistics, agricultural supply chains, and greenhouse environments. Securing physical automation prevents malicious alteration of chemical additives, temperature drift, or systemic supply disruption.
The Grandfather's Charter.
Eigenia is a neutral scientific foundation for the mathematics that keeps water, energy and food running. The Grandfather's Charter is its founding document: the reason the work exists and the standard it holds itself to. It places one test above every measure of profit or scale, that a civilization is judged by what it leaves its grandchildren. The quote below is the heart of it, in Jim McKenney's own words. The full charter is one click away.
We build because we care about human life, beauty, and noble purpose.
The fundamental test of a civilization is whether it leaves the vital conditions of existence more secure, resilient, and uncorrupted for its grandchildren than it inherited from its ancestors.
What Eigenia Does.
We unify industrial plant engineering, cyber-physical modeling, and quantitative risk engineering. By making physical topologies computable, critical infrastructure operators can evaluate catastrophic vulnerabilities and secure vital public systems.
Open Vendor Neutral Standards
We bridge mechanical CAD piping, digital bills of materials, and electrical grid schemas into a single computable architecture, eliminating proprietary software silos across critical utilities.
- •Open, reproducible schema specifications
- •Automated conformance suites for suppliers
- •Unified physical-digital topology models
Cyber-Physical Digital Twins
Directly coupling fluid dynamics, thermodynamics, and electrical flows to operational control networks so simulated operational states mirror real-time plant conditions.
- •Fast transient-state computation
- •Dynamic fault-injection and cascade modeling
- •Continuous verification of safety parameters
Catastrophe Risk Engineering
Replacing conventional Gaussian risk assessments with heavy-tailed catastrophe models that accurately capture systemic dependencies and correlated grid outages.
- •Fat-tail loss exceedance calculations
- •Common-mode power and cooling failure analysis
- •Auditable return on security investment (ROSI)
From Open Science to Sovereign Defense.
The 3-stage sovereign cycle translating open theoretical formulations into field-hardened public utility defenses.
Open Science Research
Core mathematical formulations, schema standards, and supply-chain models are published openly for academic scrutiny and independent verification.
Distribution & Briefings
GPL License distribution promotes inter-operability, transparency and decay of vendor-lock in across industrial sectors.
Sovereign Capability Transfer
Deploying verified models into operational control centers, critical utility facilities, and sovereign infrastructure environments.
The Unified Standard: Topological BIM & Hierarchical BOM
Critical utilities and AI datacenters have long been trapped in proprietary CAD/BIM walled gardens. The Unified Standard bridges physical P&ID equipment topology (ISO 15926-4 / DEXPI 2.0) with full-spectrum supply chain bill of materials transparency (OWASP CycloneDX 1.6+).
By formalizing the single computable graph schema G_CPDT, operators model how firmware exploits directly precipitate physical thermodynamic catastrophes, fully air-gapped without cloud connectivity.
Key Papers.
15 treatises selected from the open corpus, each one stating a result rather than a topic. Every card opens that paper in the research wiki.
Rail Case: A Split Domain at RefDepot-EMU-12
The most dangerous item in the set had the lowest service impact. Availability triage ranks it last.
Adversary Threat Quotient (ATQ): A Twelve-Factor Quantitative Threat Actor Scoring Model
Three hundred and sixty-five percent more variance in the top decile, which separates a dormant actor from one already in position.
Manufacturing Case: The CIM-Thin Test at RefPharma-API-1
Fifty-eight candidates. True, conformant, operationally worthless.
Annualized Loss Expectancy & Return on Security Investment for OT
A modeled 859 percent return, and a section explaining why the models behind it understate the tail.
Supply Chain Transparency & EU CRA Regulatory Enforcement
Twenty-four hours to notify, and provenance evidenced on demand, down through ODMs and sub-tier silicon foundries.
Blast Radius Across Three Ontologies
A blast radius can contain equipment whose loss removes the hazard. Its size is not a measure of harm.
The TACAM Matrix
Actor-to-technique tables are two-dimensional. This profiles 389 groups across seven.
Eigenia CDT Monte Carlo Engine: Technical Investigation
Uniform sampling almost never walks into the catastrophic path. This engine weights the walk toward it.
A CIM Profile for Cyber-Physical Assets
A model that says nothing about a relay is not a model that says there is no relay.
RefBESS-250MW: A Synthetic Reference Battery Storage Architecture
Fifteen parameters sourced, thirty-five modeled, and every row says which.
Energy Case: The Three-Schema Join at RefBESS-250MW
One advisory, three hops, and a change-control scope produced by traversal instead of by someone reading a spreadsheet.
The Three-Identity Join: DEXPI 2.0, CycloneDX 1.6, and IEC 61970 CIM
Three schemas, three identifiers, and no file permitted to hold another's. Thirty-five requirements to join them anyway.
Conformance Suite and Reference Implementation
Thirty-two rules. Until they run, every finding in this programme is reasoned rather than observed.
ERCOT and WECC Renewable Integration: Inverter-Based Resource Reliability
Four faults cleared exactly as designed, and solar farms the fault never reached tripped anyway. The last one lost 2,555 MW.
The 50 Second Deficit: Decision Latency Against a 15 Second Thermal Cliff
Fifteen seconds to a destructive thermal limit. An operator under a manipulated alarm flood decides at more than sixty-five.
Connect, Subscribe & Engage.
Direct mathematical preprints, sovereign cyber-physical telemetry alerts, and peer-reviewed working group colloquia open to European academic and industrial researchers.
Work Group & Colloquia // Collaborate on research & application
Join a Working Group as a practitioner, researcher or sovereign nation. Coordinate on verified mathematical proofs and empirical test stands.
Connect // Sovereign Knowledge Network
Join our Network to access and contribute to Open Unified Standards. Participate in active research defenses, theorem workshops, and bilateral executive stress-testing simulations.
Events // Join Us
Join us at European cyber-physical symposiums. Present papers, contribute to standard ratifications, and participate in technical panels.
Join an Active Working Group & Research Track
Initiate formal intake to collaborate on active mathematical proofs, empirical test benches, or propose a novel critical infrastructure track.