Santa Clara, California
PROPRIETARY RESEARCH & CLIENT ENGINEERING
Research.
Design.
Engineering.
Phabo Technologies researches markets and designs and builds focused digital products — quantitative systems, financial data tools, AI-enabled applications, and production websites — combining clear product thinking with dependable engineering.
What We Do
01
Quantitative Research
We investigate systematic market behavior through reproducible research, historical testing, and clearly defined decision rules — with robust evidence, explicit assumptions, and disciplined rejection of ideas that do not survive validation.
02
Trading Systems Engineering
We develop and operate software for strategy execution, account monitoring, data validation, and risk control — designed for repeatability, observability, and controlled failure rather than discretionary intervention.
03
Financial Software
We create focused tools for market research, portfolio workflows, data review, and operational reporting — turning complex financial information into usable, auditable workflows.
04
Product Design & Web Engineering
We take products from UX structure and interface design through production web implementation: data-intensive applications, AI-enabled experiences, dashboards, APIs, and responsive websites.
Selected Work
Products designed and built for real use — connecting product definition, interface design, data, and production engineering.
Financial analytics · UI/UX · Web implementation
Valuation & Mood
An interactive market-research dashboard for comparing S&P 500 and sector valuations against their own five-year history, exploring market sentiment, and reviewing the relationship between forward earnings yield and interest rates.
- —Information hierarchy for a dense, multi-section financial dashboard
- —Forward and trailing valuation views with sector-level percentile rankings
- —Python data processing, automated refresh jobs, interactive Plotly views
AI consumer product · UI/UX · Web implementation
NutriWatch
A camera-first web product that turns a food-label photo into a structured, source-linked analysis. The experience makes a multi-stage AI workflow visible and gives users a clear path from capture to ingredients, concerns, scores, and supporting regulatory sources.
- —Visible three-stage flow for extraction, evidence retrieval, and scoring
- —Loading, partial-result, error, retry, and repeat-scan states
- —React, TypeScript, Vite; installable progressive web app
How We Work
01 / Define
Identify critical technical and UX constraints before writing code. We translate product objectives into explicit engineering requirements.
02 / Test
Validate logic and assumptions early with interactive technical prototypes. We isolate risky data integrations and test with production volume.
03 / Build
Implement core features with production rigor. We write typed, testable code, configure complete monitoring, and establish automated deployment.
04 / Review
Continuous code and design audits. We measure performance metrics, audit security parameters, and refine interface responsiveness.
Operating Principles
Evidence over narrative, systems over demos.
Phabo Technologies works under strict operational guidelines, aligning software structure directly with physical constraints and verifiable mathematical truths.
Evidence Over Narrative
We rely on reproducible data, measurable latency, and validated user flows rather than speculative storytelling or theoretical complexity.
Risk-Aware Engineering
Every complex technical system fails. We design for graceful failure, observability, explicit error bounds, and verifiable rollbacks.
Reproducibility
All quantitative output must be reproducible. We maintain deterministic software execution, locked configurations, and clear audit trials.
Focused Delivery
We build what is necessary for production reliability and clear user comprehension, intentionally avoiding unproven technical overhead.
Building a data-rich, AI-enabled, or technically demanding product?
We partner with institutional clients, tech startups, and research groups seeking systematic software design and reliable system engineering.