Local AI orchestration, automation systems and experimental NCT research.
I build local AI-assisted tools, Telegram-controlled automation systems, reproducible computational experiments and trend intelligence platforms.
Independent researcher and developer focused on local AI orchestration, automation systems, experimental NCT research and reproducible computational tools.
I am an independent researcher and developer from Argentina, focused on local AI orchestration, automation systems, experimental NCT research and reproducible computational tools.
My work combines practical automation, human-in-the-loop AI systems, local-first software, computational experiments and technical documentation.
Available for technical collaboration in English and Spanish.
Local AI assistants and orchestration tools with human-in-the-loop control.
Telegram-controlled automation systems for remote monitoring and execution.
Internal dashboards and monitoring systems for data visualization.
Research prototypes and reproducible computational experiments.
Trend intelligence and alert systems for emerging phenomena detection.
AI-assisted documentation and workflow tools for productivity.
Local human-in-the-loop AI orchestration framework.
A modular local orchestration framework for controlled automation, human approval, safety guards, verification and event-driven execution.
Experimental RGB-D scene validation and motif survival analysis.
A reproducible computational experiment exploring NCT-inspired depth motif analysis, grouped validation, falsifiability and CUDA-accelerated testing.
Local trend intelligence and emerging phenomena detection system.
A local system for capturing public signals, detecting emerging trends, organizing observations and generating confidence-based alerts.
Experimental computational engine using C++ and Python orchestration.
An experimental engine for computational exploration, hybrid solver design, phase-transition analysis and structured problem-solving workflows.
ORCID is used as my public research identity for formal authorship and software works.
GitHub hosts the code, repositories and technical evidence of my work.
Zenodo archives selected software releases with DOI identifiers for long-term preservation.
Selected projects are developed publicly on GitHub. Stable releases will be archived through Zenodo to obtain DOI identifiers, then connected to ORCID as formal software works.
Professional profile, public narrative and opportunities.
linkedin.com/in/josepablozamora →