Swiss post-quantum encryption built from cognition, language, and logic — not on keys or curves, but synalogical intelligence for democratic sovereignty.
Beyond mathematical cryptography. Beyond foreign surveillance.
The cognitive alternative for digital independence.
While traditional cryptography emerged from military signal transmission, we began with cognition itself — modeling how meaning, language, and symbolic logic create unbreakable protection.
Our synalogical memories evolve with use, unlike static mathematical keys that degrade over time. Each interaction strengthens the security relationship rather than exposing it to analysis.
Our approach serves the citizen, not the system. Technology that adapts to human behavior rather than forcing compliance.
Our synalogical encryption creates living relationships between individuals — not static channels monitored by institutions.
Layered. Adaptive. Self-reinforcing.
This paradigm offers a genuine alternative to surveillance mathematics: technology that serves human autonomy over institutional control. Security that emerges from human connection, not from watching it.
Founded in 2017 on decades of research outside conventional institutions, our quantum-resistant architecture represents a mathematical breakthrough, not an incremental improvement.
No modular exponentiation. No trapped assumptions. No surveillance legacy.
Our ciphers aren't wrappers over traditional methods — they're architectural foundations for independent systems.
Symbolic, adaptive, and layered. Producing unique transformations for every data relationship while maintaining full jurisdictional control. No external dependencies, no foreign keys, no surveillance backdoors.
This isn't encryption in the conventional sense. It makes technological dependence obsolete.
At its core, our system models how consciousness processes meaning — not how machines process numbers.
The cipher is grounded in neuro-inspired logic, symbolic reasoning, and epistemological modeling. Where traditional systems encode data as objects, we encode relationships as living processes.
Every transformation reflects not just what the data contains, but how humans naturally think about it.
Most post-quantum approaches defend against quantum threat by extending mathematical assumptions. This creates vendor lock-in and certification dependencies.
Ours requires no such adaptation.
Synalogical encryption resists quantum attacks through semantic unpredictability — what appears random to Shor's algorithm is actually meaning-based transformation that quantum computers cannot pattern-match. Built to NIST performance standards with autonomous capabilities no standard addresses.
What cannot be patterned cannot be quantum-computed.
From government communications to financial sovereignty, our ciphers integrate where institutional independence matters most.
Compatible deployment scenarios:
– Secure government communications & archives
– Sovereign cloud infrastructure & data centers
– Critical financial systems & central banking
– Healthcare records with jurisdictional control
– AI agents requiring ethical constraints
Where autonomy matters, cognitive security holds — including where artificial minds serve human values.
Encryption is no longer about protecting channels — it's about ensuring intelligent systems remain aligned with human intentions.
AI agents require security that evolves, learns, and adapts. Cognitive encryption for cognitive systems.
This isn't defense through mathematical complexity. It's protection through semantic understanding: security that comprehends context, dissolves under coercion, strengthens through legitimate use.
Individual privacy protection that adapts to your life, your relationships, your choices.
Personal deployment scenarios:
– Secure messaging that learns your communication style and strengthens over time
– Family photo sharing where only your chosen circle can access memories
– Personal AI assistants that genuinely protect your thoughts and preferences
– Financial transactions that remain private even from payment processors
Where personal sovereignty matters most, cognitive security begins.
When citizens control their security, democratic institutions gain genuine independence. Swiss precision enabling distributed autonomy without foreign dependencies.
Institutional resilience through citizen empowerment:
– Personal government interactions → sovereign public services
– Individual financial control → monetary self-determination
– Citizen AI agents → ethical technology ecosystems
True institutional sovereignty emerges when individuals choose their own security, not when institutions control citizens.
Individual choices creating collective independence. Personal sovereignty scales naturally — and profitably — when authentic demand meets principled technology.
Decades of research crystallized into cognitive architecture. Patents secured, technology validated for human relationships.
Personal applications enabling individual security control. Citizens choosing their own protection creates sustainable demand. €2M ARR.
Community and professional networks adopting distributed security. Local resilience creates expanding market opportunity. €20M ARR.
Enterprise deployments scaling across sectors. Government contracts securing institutional independence. €50M ARR.
Collective independence achieved through personal agency. Democratic technology becoming the global standard. €100M+ ARR.
Human-centered security becoming global standard through proven adoption. Strategic opportunities emerge from authentic market leadership.
We start with individuals who choose their own security, naturally growing into communities and institutions that share these values.
If cognitive encryption aligns with your vision of human-centered technology — reach out. We'll recognize the resonance.