Available for projects

Neil Edickson Suárez ArévaloFounder & software developer

Software, automation and applied AI, built end to end.

Thyler Solutions Lab is the software studio of Neil Suárez, based in Montevideo. I design and build custom software, automations and integrations for teams that need measurable results: I work directly with you, in short iterations, and document everything.

  • Remote
  • GMT-3 · Montevideo
  • EN / ES
  • Reply within 24 h
Portrait of Neil Suárez, founder and developer of Thyler Solutions Lab
Neil Suárez — founder & developer
01 / ABOUT

Who is behind the lab

I’m Neil Suárez, a software developer working across full-stack web apps (TypeScript, Next.js, PostgreSQL), applied AI (local RAG, AI agents) and process automation with Python.

My background is automotive electronics, so I approach software the way I approach a fault: find the root cause, verify every source and document what was done. That habit shows in the projects below.

I work directly with each client: no intermediaries and no surprises in the budget.

Thyler Solutions Lab is my software practice. My automotive electronics work (diagnostics and module programming) is done under a separate company, Electronic Solutions Import.
Studio
Thyler Solutions Lab
Focus
Custom software · Automation · Applied AI
Based in
Montevideo, Uruguay (GMT-3)
Works
Remote · Projects and retainers
Languages
Spanish · English
02 / SERVICES

Four ways to work together

01

Custom software

Web applications and backend services built around your operation, not the other way around.

02

Automation

Remove repetitive manual work with workflows, scripts and scheduled tasks.

03

Integrations & APIs

Connect platforms, payment gateways and data through your own or third-party APIs.

04

Technical consulting

Architecture review, stack selection and actionable improvement plans.

03 / PROJECTS

Selected work

Real projects, labelled honestly: what was built for another company, what is public code, and what is available as a demo.

Built for Electronic Solutions Import

ESI Academy — learning platform

A full-stack learning-management platform for technical training: courses, quizzes with an evaluation engine, automatic certificates and drip content.

  • Role-based auth, CSRF protection, rate limiting, Zod validation and argon2id password hashing.
  • 12-step security audit completed; payments (Lemon Squeezy, sandbox mode) and signed video (Bunny Stream).
Next.js 16React 19TypeScriptPrismaPostgreSQLDocker

Private repository (68 commits, Aug 2026). Live demo on request.

Built for Electronic Solutions Import

Local RAG memory for AI agents

A 100% local memory and retrieval system so AI agents can search a verified technical library instead of guessing.

  • Vector search with Qdrant (768 dimensions) and embeddings computed locally.
  • Ingestion pipeline for a 200 GB+ service library, with a disk-space guard.
PythonDockerQdrantmem0LM Studio

Architecture notes available on request.

Built for Electronic Solutions Import

Operations automation

Records, reports and workflows automated end to end for a small company.

  • Airtable base (8 tables) built through its API/MCP as a mirror of the official records.
  • Automatic PDF reports in Python, HTML dashboards, scheduled tasks and a multi-agent setup with clear roles and traceability.
PythonAirtable APIMCPExcel

Details available on request.

Public code · academic team project

control-caudal — PID flow controller

Closed-loop discrete PID controller for water flow in C/C++ on Arduino, with schematics, unit tests and MATLAB/Simulink scripts.

  • Hall-effect flow sensor, PWM H-bridge driver and I2C display.
  • Team project, 18 commits, MIT license.
C/C++ArduinoMATLAB

View on GitHub →

Public code

Anomaly detection with Isolation Forest

Detects unusual values in datasets and visualizes them in 3D; packaged with Docker.

  • scikit-learn, pandas and NumPy.
  • MIT license.
Pythonscikit-learnDocker

View on GitHub →

Public code · academic team project

Level & flow control with Arduino + ESP32

Two-variable control system with WiFi and an embedded web interface, simulated in MATLAB.

  • Level and flow sensors, serial link between microcontrollers.
  • Team project from a control-theory course.
ArduinoESP32MATLAB

View on GitHub →

Tools I work with

TypeScriptNext.jsNode.jsReactPythonPostgreSQLPrismaDockerQdrantRAGAI agentsREST APIsGit
04 / CONTACT

Have a project? Let’s talk.

Send a short description of what you need and I’ll reply within 24 hours.

neilsuarez33@gmail.com