ViSP-Lab: R&D Inter-Disciplinary Hub
for Metacognitive Engineering
Beyond innovation, we secure the cognitive endurance of the workforce that powers your technology
Engineering cognitive safety protocols. By applying neuro-cyberpsychology to industrial workflows, we reduce human error rates in high-stakes environments.
Core Methodology: The Engineering of Trust
Trust is not abstract - it can be systematically engineered, analogous to gravitational forces
in physics.
The Law of Gravity For Trust
ViSP-Lab Model
Variables in the Trust Equation
Fc ⟶ Force of Trust
Ms ⟶ Multidisciplinary Symbolic Capital
Mr ⟶ Resonance of Meanings
d ⟶ Relational Distance
ViSP-Lab´s model defines Trust
as a predictive, non-linear, and strategic force.
Organizations usually overlook contemporary models of trust systems with the need for fundamental variables.
This model results from the interaction of M.s (Multidisciplinary Symbolic Capital) and M.r (Resonance of Meanings - in post-globalized digital societies).
Since trust forces diminish exponentially with increasing relational distance (d²), M.s and M.r frameworks are designed for strengthening
and acceleration. This approach engineers high-speed trust, thereby de-risking systemic fragmentation.
The model also fosters cross-disciplinary collaboration within a
Co-Operative Eusystem* (ViSP-Lab Pillar)—a critical component for effective human cognitive high-performance and ethical H-AI integration. *Co-Operative Eusystem - One of ViSP-Lab´s Fundamental Pillars
ViSP-Lab´s Foundational Research Pillars
1 - The METAP4 Method: A systematic approach to practical Metacognitive Engineering,
grounded in the 4-P Medicine framework (ResearchGate, 2025).
2 - Co-Operative Eusystem: A model for organizational cooperation
inspired by the eusocial systems of wasps (Vespidae) (Cambridge University Press, 2017).
3 - Applied Diversity: A methodology shifting focus from fixed identity markers to objective actions and behaviors for value generation.
The AI Revolution & "Die Brücke" (The Bridge)
Artificial Intelligence represents a fundamental shift in sovereignty dynamics, introducing both risks
and opportunities for senior decision-makers (Harvard Business Review, 2023).
Addressing these challenges requires more than focusing on innovation. It necessitates an integrated
Metacognitive Engineering of systemic frameworks that foster multicultural and inter-disciplinary cooperation, trust, and enhanced performance including creative problem solving—foundational demands
in the fast-paced evolving tech-revolution.
ViSP-Lab acts as a strategic intermediary platform —"Die Brücke" (The Bridge) — for value generation
Operating at the intersection of life sciences and cognitive sciences, by and applying principles of neuro-cyberpsychology and bio-engineering to cognitive architecture - in the same way that life sciences approach the genome.
Primary focus: De-risking the Human-AI interface. We design systemic frameworks that prevent cognitive overload and ensure decision integrity in complex organizational ecosystems.
Headquartered in Germany, ViSP-Lab leverages a strategic DACH-Brazil corridor. We utilize the high-complexity environments of the Global South as stress-test labs for cognitive frameworks, ensuring solutions that are robust, scalable, and fully GDPR-compliant.
Inaugural Project: KUNSTech
PROTOKOLL I – The ThinkMETA Book: It presents the METAP4-Method as the foundation to reach the ThinkMETA state, based on Metacognitive Engineering - utilizing neuropsychology and engineering principles to drive original strategies.
PROTOKOLL II – Articles: “Terms, Symbols and Threats” and “The Hyper-Hydrated Society.”
PROTOKOLL III – The AIEthical Trainer: Co-develops practical applications based on the
"You Train The AI, AI Trains You" model, focusing on ethical and sustainable service delivery.
Collaborations and partnerships
for projects, research, strategies,
and practical methods.
Wanice Carlos Alfes
Dorotheenstrasse 48
D-61348 - Bad Homburg
contact@alfes-cyberpsychology.com
ORCID ID:0009-0005-9674-856X