Synsyta LLC - Synthesizing Systems of Systems

Synthesizing Systems of Systems

Synsyta LLC is a consortium of partners aligned towards a common vision of the future of computing based on standards and supported by leading edge research.

Synergistic Talents
- Synthesized on Demand

Synsyta customizes teams of world-class technologists and companies from its consortium of partners to support its clients from concept to application – providing studies, roadmaps, frameworks, architectures, modeling, and mentoring; application development, provisioning, and deployment; training, tooling and customization.

Research & Development Agenda

• Computing Fabrics
• Model Driven Cognitive Systems of Systems
• MRT – Model-driven Representation and Transformation
• SMRT – Semantic Model-driven Representation and Transformation
• MAGIC – MAnaged loGIC
• Model Driven Semantic Grids

Technologies

• Active Models
• Model Driven Architecture
• Semantic Model Driven Architecture
• Aspect Oriented Systems
• Formal Methods
• Ontologically Aware Reflective Model Driven Agents

Integrating Standards

• OMG
• W3C
• IEEE
• ISO
• GGF

The Science behind syncytium

We’d like to give a tip-of-the-hat to our colleague, Dr. Stuart Hameroff. of the University of Arizona for inspiring our name.

The name Synsyta stems from a term in cell biology, syncytium : Tissue in which multiple cells come together and operate as a single cell, as is the case with neurons and muscle cells. The central image to the right is a syncytium.

“It is ironic that gap junctions connect together neurons and glia, at least transiently, into a sort of reticular syncytium— Golgi’s idea overthrown by Cajal’s demonstration of discrete neurons and chemical synapses. Gap junction assemblies of transiently woven-together neurons have been termed “hyper-neurons” and suggested as a neural correlate of consciousness.” (Consciousness, the Brain, and Spacetime Geometry, Hameroff)

“As few as three gap junction connections per cortical neuron (with perhaps thousands of chemical synapses) to neighboring neurons and glia which in turn have gap junction connections elsewhere may permit spread of cytoplasmic quantum states throughout significant regions of the brain, weaving a widespread syncytium whose unified interior hosts a unified quantum state or field (Hameroff & Penrose, 1996; Woolf & Hameroff, 2001).”

©2003-5 Synsyta LLC.