ITERUM LABS01
EinKey™
Understanding and using local entropy in embedded devices. Focused on measurement, characterization, and experimental integration.
Explore embedded entropy →Three connected areas of research
Explore the fundamentals. Engineer what comes next.
From the randomness behind cryptographic security to mathematical models of complex physical systems, we connect foundational inquiry with experimental engineering.
02
Cyclic Stack™
Exploring post-quantum and hybrid cryptographic architectures for future-ready software and connected systems.
Explore secure systems →03
Mathematical Foundations
Developing theoretical frameworks to study dimensional properties, information flow, and dynamic systems.
Explore quantum research →Research pillar 02 · Cyclic Stack™
Rethinking security for a post-quantum world.
Today's encryption protects critical information. Quantum computing is changing the questions we must ask about tomorrow's security.
Cyclic Stack is our software research and engineering platform for post-quantum cryptography, hybrid key establishment, and secure integration into embedded and connected systems.
Post-quantum approachesResearch and integration with standardized post-quantum algorithms.
Hybrid architectureInvestigating ways to combine established and emerging cryptographic methods.
Built for evaluationSoftware prototypes, benchmarks, and partner-led technical testing.
Cyclic Stack is under active development. Cryptographic suitability, certification, and deployment readiness require application-specific independent validation.
POST-QUANTUM SECURITY RESEARCH
Research pillar 01 · EinKey™
Security begins with trustworthy randomness.
EinKey studies how embedded devices can measure and use entropy available in their own operating environments. Our experiments focus on statistical characterization, reproducibility, and integration in resource-constrained systems.
Discuss EinKey research →EinKey is a research-stage platform. Statistical testing and entropy estimation do not establish cryptographic certification or commercial readiness.
Research pillar 03 · Mathematical Foundations
Exploring dimensional structure and information dynamics.
Our theoretical research develops mathematical models for how information, structure, and change may behave across complex physical systems. These ideas inform testable questions at the intersection of quantum science, nonlinear dynamics, and dimensional properties.
One direction is our ODC research framework, which investigates relationships among substrate, processes, and agency in physical and biological information flow.
This is an exploratory theoretical research program. Proposed dimensional relationships are hypotheses to be modeled and tested—not established experimental discoveries.
Discuss mathematical research →Why fundamentally different?
Fundamental questions. Testable research.
Our work spans theory, software, and hardware experiments. We distinguish what we have measured from what we are still investigating.
01 · ResearchInvestigate first principles and test new ideas.
02 · EngineerBuild models, software, and experimental prototypes.
03 · ValidateMeasure performance and pursue partner-led evaluation.
Connect at World Quantum
Let’s talk about the foundations of tomorrow’s technology.
At World Quantum Cannes, November 17–18, 2026, we welcome conversations about embedded entropy, post-quantum cryptography, and mathematical approaches to information and dimensional properties—with researchers, technology integrators, and prospective partners.
Start a ConversationGovernment & industry
Research-first. Built to collaborate.
We welcome collaborations on entropy characterization, cryptographic integration, computational modeling, and experimental technology evaluation for industry and government applications.
Company readiness
- CAGE
- 18K36
- UEI
- ZZN2N4XHF1W2
- Registration
- SAM.gov Registered · WOSB
- Cybersecurity
- CMMC Level 2 self-assessment; NIST SP 800-171 assessed
Self-assessment is not third-party CMMC certification.
Let's collaborate
Explore what we can discover—and build—together.
EinKey research · Cyclic Stack evaluations · Mathematical modeling · Collaborative R&D
Connect With Iterum Labsinfo@iterumlabs.org