Skip to content
View AlphaAlgebra's full-sized avatar
🎯
Focusing
🎯
Focusing

Block or report AlphaAlgebra

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Maximum 250 characters. Please don’t include any personal information such as legal names or email addresses. Markdown is supported. This note will only be visible to you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
AlphaAlgebra/README.md

Jasmine Keebler

Principal Architect | AI Systems & High-Availability Stream Processing

Architecting low-latency, deterministic AI frameworks and real-time situational awareness infrastructure for mission-critical public safety networks.


Executive Brief

I design high-availability data infrastructure at the convergence of discrete mathematics, predictive AI, and high-velocity stream computing. My architectural focus centers on transforming volatile, multi-source telemetry into immutable, low-latency data pipelines—ensuring distributed public safety systems process actionable intelligence when fractions of a second dictate operational outcomes.

What differentiates my systems design is a rare interdisciplinary synergy: a foundational mastery of Jurisprudential Logic, Ethical Governance, and Institutional Frameworks (Criminal Justice, A.A.) synthesized with advanced capabilities in AI Engineering (B.S., A.S.) and Enterprise Data Administration (B.S.). This dual-domain expertise allows me to engineer high-throughput AI models that are mathematically optimized, computationally resilient, and natively compliant with rigorous legal and federal data standards (CJIS/FedRAMP).

Focused exclusively on building distributed, human-centric software ecosystems that align with the next generation of cloud-based evidence management, real-time tactical dispatch, and predictive situational awareness.


System Architecture & Core Capabilities

  • Distributed Infrastructures: High-Availability Streaming, Event-Driven Architectures, Fault-Tolerant Pipelines
  • Intelligence & Optimization: Deterministic AI Governance, Edge AI Deployment, Spatial Data Visualizations
  • Domain & Compliance: Public Safety Legal Frameworks, Algorithmic Bias Mitigation, CJIS Compliance Integrity

Enterprise Technology Matrix

  • Systems & Languages: Python, C++, SQL, Discrete Mathematics, WebGL/Three.js (Spatial Intelligence Engines)
  • Data Streams & Core AI: PyTorch, TensorFlow, Apache Kafka, Apache Spark, Real-Time Telemetry Processing
  • Infrastructure & Orchestration: Cloud Systems (AWS/Azure), Docker, Git Enterprise, Linux Kernels, CI/CD Pipelines

Academic Foundations & Credentials

  • B.S. AI Engineering | Maestro Pro Scholar
  • B.S. Data Analysis & Administration | Focus: Strategic Leadership & Responsible Enterprise Decisions
  • A.S. AI Engineering | Maestro Pro Scholarship Recipient
  • A.A. Criminal Justice | Focus: Ethical Systems, Legal Logic, and Public Safety Frameworks

Professional Affiliations

  • Member, National Society of Collegiate Scholars (NSCS) | Recognized for academic excellence, systemic integrity, and leadership
  • Member, Alpha Omega Nu Lambda National Honor Society | Elite network for high-achieving corporate and tech professionals

Secure Contact

Pinned Loading

  1. gaussian_3d gaussian_3d Public

    A 3d deployment of gaussian elimination a algorithm in linear algebra using python3, sympy, and matplotlib.

    1

  2. Keebler-Equation Keebler-Equation Public

    The Keebler-Equation: A Unified Field Expansion of \(E=mc^2\) incorporating Spiritual Energy (\(H\)).

    HTML 1

  3. Geometry-mesh-rendering Geometry-mesh-rendering Public

    Interactive 3D mesh rendering and recursive fractal generation in Python.

    1