Engineering new approaches to complex signal and communication problems.
ARCEMUS develops advanced technical architectures for challenges at the intersection of spectral emissions, digital communications, system trust, and resilient information exchange.
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Research Areas

Working where signals, information, and system behavior intersect.

ARCEMUS investigates technical problems where conventional communications, sensing, authorization, and information architectures encounter operational limits.

Spectral Systems

Exploring new ways to structure information and system behavior within complex spectral environments.

Digital Communications

Architectures for resilient information exchange across constrained, distributed, or contested systems.

Trusted System Interactions

Investigating methods for binding system behavior to context, recognition, and authorization.

Adaptive Architectures

Designing technical frameworks that can support a range operating conditions.

Our Approach

Architecture before application.

Core Philosophy

Many technical systems are built around a single waveform, protocol, interface, or operating condition, limiting adaptability and cross-domain resilience.

ARCEMUS takes a fundamentally different approach.

01 / Decoupled Frameworks
We separate higher-level information from any one specific physical or digital realization. Creating frameworks that can be configured for different system and operating environments.
02 / Cross-Domain Study
This approach allows one underlying architecture to be studied across communications, sensing, authorization, machine interaction, and other technical domains.
Explore the Technology
Architectural Capabilities

One architecture. Multiple technical behaviors.

CEDE is a configurable architecture for assigning information to the compound energy pattern produced within a target medium using a generative, key defined construction process.

Different configurations of the same architecture produce different observable and system-level properties.

•physical layer security
•session variation
•controlled recognition
•adaptive signal realization
•context-dependent behavior
•spectral agility
Solution Areas

Applying the architecture to real system problems.

Resilient Communications

Exploring configurable information exchange for environments where conventional communication assumptions may not hold.

Continuous Authorization

Exploring persistent, context-aware system recognition and authorization rather than reliance on a single authentication event.

Controlled Physical Transfer

Exploring controlled information transfer into isolated or disconnected systems without relying on conventional network connectivity.

Machine-to-Machine Signaling

Exploring trusted signaling and recognition between distributed, autonomous, tactical, or constrained endpoints.

Demonstrated capabilities and ongoing technical evaluation

Early Validation

Core Technology Demonstrated
Digital Generation & Recovery
Simulated RF Transmission and Rcovery
OTA Decoder Functionality
Key-Dependent State Recognition
Application Prototypes
Continuous Authorization
Secure Digital Signaling
Context-Bound Access Control
RF Messaging / Signaling
In Development
Formal Mathematical Analysis
Performance & Failure-Boundary Testing
Spectral Behavior Characterization
Application-Specific Evaluation
Ready for tomorrow’s security

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