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Umar Falalu
Building & ShippingKatsina, Nigeria
Umar Falalu — AI Software Engineer & Product Builder
Katsina, Nigeria
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AI Software Engineer · Product Builder

Umar Falalu

Building intelligent software for real-world problems.

I'm an AI Software Engineer and product builder from Nigeria building AI-powered applications, scalable SaaS platforms, and intelligent business systems—from architecture and data to production deployment.

Autonomous AI
Full-Stack TS / Node
Multi-Tenant SaaS
GIS & Remote Sensing
Explore My WorkDownload CVGitHub

Background

Engineering Software From First Principles

Combining full-stack software craftsmanship, autonomous AI systems architecture, and geospatial data science.

I am an AI Software Engineer, Full-Stack Developer, and Product Builder based in Katsina, Nigeria. I specialize in turning complex physical operations and messy information flows into clean, automated software products.

My engineering stack is centered on JavaScript, TypeScript, React, React Native, Node.js, NestJS, PostgreSQL, Prisma, and Docker. I operate across the full lifecycle—from schema design and secure API gateways to production deployments and responsive client interfaces.

Beyond traditional web and mobile development, I integrate applied AI models, OCR automation, and multi-agent coordination frameworks to unlock genuine operational efficiency. My academic and practical background in Geographic Information Systems (GIS) and Remote Sensing provides a rigorous mathematical foundation for spatial data modeling and large-scale regional analytics.

Intelligence Systems

AI & Autonomous Agents

Context-aware multi-agent collaboration, persistent business memory retrieval, LLM orchestration, and OCR-driven automated ingestion.

Application Engineering

Full-Stack Web & Mobile

Production TypeScript, React, React Native, and Node.js applications engineered for high performance, reliability, and low latency.

Infrastructure

Cloud & Multi-Tenant SaaS

Scalable backend architectures with NestJS, Express, PostgreSQL, Prisma ORM, Docker containerization, and role-based tenancy.

Spatial Science

Geospatial & Remote Sensing

Combining software engineering with quantitative spatial analysis, satellite telemetry, ArcGIS, QGIS, and Google Earth Engine.

Featured Systems

Production Software & Flagship AI Systems

A selection of autonomous AI operating systems, multi-tenant operational platforms, and geospatial engineering work.

Flagship AI System
Autonomous Multi-Agent System

HQ

Organizational Intelligence, Multi-Agent Collaboration & Mission Orchestration

HQ is an AI-powered organizational operating system engineered to empower modern institutions with autonomous AI collaboration, persistent institutional memory, and streamlined mission execution. By deploying specialized context-aware AI executives and multi-agent workflows, HQ transforms how teams synthesize information and make high-stakes operational decisions.

System Architecture Stack

ReactReact NativeNode.jsNestJSPostgreSQLPrismaDockerAI Integration
Core System Capabilities
  • AI Executives & Specialized Roles
  • Organizational Memory & Knowledge Retrieval
  • Multi-Agent Collaboration Frameworks
  • Organizational Intelligence & Synthesis
  • Mission Management & Goal Tracking
  • AI-Assisted Decision Making
  • Context-Aware Enterprise AI Systems
HQ Autonomous Execution Pipeline
01

Ingestion & Vision

OCR, Documents, Webhooks & Missions

02

Context & Memory

pgvector & Organizational Memory

03

Multi-Agent Router

AI Executives & Role Delegation

04

Audited Execution

Deterministic Tool Calling & APIs

05

Executive Output

Real-time Telemetry & Synthesis

Native Mobile App (iOS & Android) — Coming Soon
Verified Production Endpoints:
Live SystemAPI GatewayAdmin Portal
AI Business Intelligence

AI Collections & Business Memory

Contextual Knowledge Retrieval, Persistent Memory & Enterprise Intelligence

An intelligent knowledge retrieval and persistent enterprise memory architecture that indexes, structures, and surfaces organizational data. By leveraging embedding pipelines, semantic vector stores, and contextual grounding, it powers automated decision support and multi-agent business workflows.

Key Operational Features

Contextual document & data ingestion
Persistent organizational memory indexing
Semantic search & vector retrieval (RAG)
Autonomous business intelligence pipelines
Role-based contextual knowledge isolation
Automated executive brief generation
Native Mobile App (iOS & Android) — Coming Soon
ReactReact NativePythonTypeScriptFastAPIVector DatabasesEmbeddingsRAG Pipelines
Web AppAPI GatewayAdmin Portal
Multi-Tenant SaaS · Fuel Station Operations

FuelOS

Cloud-Based Multi-Tenant SaaS for High-Throughput Fuel Station Networks

FuelOS is a mission-critical cloud platform tailored for downstream commercial energy operations. It turns complex physical forecourt workflows—from mechanical pump meter readings and fuel inventory reconciliations to multi-station sales and fleet tracking—into a centralized, audited digital platform.

Key Operational Features

Multi-station centralized oversight
Real-time inventory & dip reconciliation
Automated shift & sales tracking
Granular user & role-based access control
Operational analytics & financial telemetry
Mobile workforce field application
OCR-based pump meter optical reading
Vehicle & tanker operational tracking
Native Mobile App (iOS & Android) — Coming Soon
ReactReact NativeNode.jsPostgreSQLPrisma ORMDockerOCR
Live Application
Geospatial Engineering & Research

GIS & Remote Sensing

Applied Spatial Intelligence, Satellite Imagery Analysis & Geospatial Infrastructure

A curated collection of applied spatial engineering and remote sensing projects leveraging satellite datasets, multi-spectral imagery, and quantitative cartography to solve real-world agricultural and civic logistics challenges.

Land Suitability Analysis for Agricultural Research

Jibia Irrigation Project, Katsina State

Conducted multi-criteria land suitability evaluation and remote sensing classification for rice cultivation and irrigation planning, evaluating soil, slope, hydrology, and vegetation indices.

ArcGISQGISERDAS ImagineRemote Sensing

INEC Polling Unit & Collation Center Geospatial Mapping

Katsina State

Engineered precision spatial point and polygon datasets mapping election polling units, collation centers, and electoral administrative boundaries to support logistics coordination.

ArcGISGoogle Earth EngineSpatial AnalysisGPS Telemetry
ArcGISGoogle Earth EngineQGISERDAS ImagineSpatial AnalysisRemote Sensing
Applied Geospatial Science

Technical Insights

System Architecture & Case Studies

Detailed breakdowns of how I analyze operational problems, design system topologies, and ensure determinism in production.

Autonomous Systems Architecture

Context-Aware Agent Routing & Organizational Memory

The Operational Problem

Traditional LLM interfaces lack persistent institutional memory and deterministic multi-step coordination across specialized business roles.

The Architectural Solution

Engineered a modular agent runtime within HQ that isolates domain contexts, indexes enterprise knowledge vectors, and coordinates specialized AI executive roles with audited tool execution pipelines.

Key Architectural Outcome: Deterministic agent workflows combined with structured contextual memory eliminate hallucination risks in high-stakes organizational operations.
LLM OrchestrationVector MemoryMulti-Agent RoutingNestJSPostgreSQL
Multi-Tenant SaaS Engineering

Edge-Resilient Optical Meter Recognition & Forecourt Telemetry

The Operational Problem

Downstream fuel stations suffer from manual meter manipulation, delayed shift accounting, and intermittent network connectivity.

The Architectural Solution

Architected FuelOS with an OCR-powered mechanical meter capture pipeline, offline-first mobile sync protocols, and real-time inventory dip reconciliation against physical tank deliveries.

Key Architectural Outcome: Pairing optical computer vision with strict database relational integrity turns vulnerable manual operations into verifiable digital records.
Computer Vision / OCROffline-First SyncMulti-TenancyPrismaDocker
Geospatial Data Engineering

Multi-Criteria Satellite Raster Classification for Agricultural Planning

The Operational Problem

Large-scale agricultural irrigation schemes require accurate terrain, soil moisture, and vegetative index modeling across extensive geographical regions.

The Architectural Solution

Developed spatial analytical models combining Google Earth Engine multi-spectral satellite imagery, digital elevation models (DEM), and hydrological flow direction algorithms in Katsina State.

Key Architectural Outcome: Automated spatial data engineering bridges satellite earth observation directly with regional infrastructure decision-making.
Google Earth EngineArcGIS / QGISRemote SensingHydrology Modeling

Capabilities

Technical Stack & Engineering Expertise

Structured competencies across artificial intelligence, modern web and mobile platforms, data systems, cloud infrastructure, and geospatial analytics.

Artificial Intelligence & Agents

Agentic Workflow OrchestrationMulti-Agent Systems & Tool CallingLLM Integration & Structured OutputsRAG & Contextual RetrievalPrompt Engineering & EvaluationOCR & Document Vision Pipelines

Full-Stack Software Engineering

TypeScript & Modern JavaScriptPythonSQL & Relational ModelingNext.js (App Router) & ReactReact Native (Mobile)Node.js, Express.js & NestJS

Backend & Data Architecture

REST APIs & MicroservicesPrisma ORM & Schema DesignPostgreSQL & Vector DatabasesMongoDB & SQLiteJWT & Role-Based Access (RBAC)Multi-Tenant Tenant Isolation

Cloud & DevOps

Docker & ContainerizationGit & GitHub Actions CI/CDLinux Systems & Shell ScriptingCloud Deployment & InfrastructureVercel & Edge RuntimeSystem Telemetry & Auditing

Geospatial & Remote Sensing

ArcGIS & QGIS ToolchainsGoogle Earth EngineERDAS ImagineSpatial Analytics & CartographySatellite Remote SensingRaster & Vector Data Science

Methodology

Engineering Philosophy

Core tenets that guide how I architect systems, evaluate technologies, and build durable software products.

01Core Principle

Build From the Problem

First-principles workflow understanding

Great software begins with a deep empathy for the operational reality on the ground. I map the manual constraints and physical workflows before writing a single line of architecture.

02Core Principle

AI With Purpose

High-leverage autonomy over novelty

AI is an amplifier, not a gimmick. I deploy agentic workflows, contextual retrieval, and optical models where they automate high-friction operational bottlenecks and create verifiable leverage.

03Core Principle

Production-Minded Engineering

Reliability, security & scalable data

Prototypes are easy; resilient production systems require discipline. Every system is built with strict typing, robust relational integrity, containerized deployment, and defensive security.

04Core Principle

Local Context, Global Standard

Solving African market realities with world-class tech

Emerging markets present unique infrastructure and distribution challenges. I build systems engineered specifically to excel in these environments using globally rigorous engineering practices.

Track Record

Experience & Technical Leadership

Hands-on software leadership, multi-tenant SaaS engineering, and AI systems execution.

Technical Leadership

Founder & AI Software Engineer

Netify Ltd.
Nigeria•Present

Leading end-to-end software architecture, technical execution, and engineering for production AI applications, multi-tenant SaaS ecosystems, and intelligent business infrastructure.

Core Engineering Responsibilities & Impact

Designing and developing AI-powered web and mobile applications with modern TypeScript & Python stacks.
Architecting scalable multi-tenant SaaS platforms powering complex operational workflows.
Building secure, performant REST APIs, microservices, and backend data layers.
Integrating contextual AI pipelines, OCR-based optical recognition models, and automated business workflows.
Designing robust database schemas, transactional integrity, and data models using PostgreSQL and Prisma.
Containerizing application services with Docker for consistent multi-environment orchestration.
Deploying and managing reliable cloud infrastructure with automated CI/CD deployment pipelines.
Guiding product vision, architectural decisions, and full-lifecycle engineering execution.

Applied Geospatial Science

Research & Spatial Intelligence

Academic and applied research leveraging satellite remote sensing, multi-criteria land evaluation, and civic geospatial telemetry.

Geospatial Analysis & Agricultural Remote SensingJibia Irrigation Project, Katsina State

Land Suitability Analysis for Rice Cultivation

Comprehensive spatial suitability evaluation integrating multi-spectral satellite imagery, slope topography, soil hydrology, and drainage network models to optimize irrigation layouts and crop yields.

Geospatial Toolchain & Methods

ArcGISQGISERDAS ImagineRemote Sensing ClassificationSpatial Hydrology
Civic Geospatial Infrastructure & CartographyKatsina State

INEC Polling Unit & Collation Center Mapping

Field telemetry and GIS mapping of electoral polling units and collation centers across Katsina State, providing spatial distribution models and boundary verifications for operational logistics.

Geospatial Toolchain & Methods

ArcGISGoogle Earth EngineGPS Field TelemetryVector Data Modeling

Academics

Education & Academic Qualifications

Formal academic grounding in quantitative geography, spatial analytics, information technology, and education.

Bachelor of Science (B.Sc.) in Geography

Umaru Musa Yar'adua University

Katsina, Nigeria

International Diploma in Information Technology

Institute of Information Technology

Nigeria

National Certificate in Education (NCE)

Federal / State College of Education

Nigeria

Credentials

Certifications & Spoken Languages

Verified technical certifications from Zero To Mastery (ZTM) alongside spoken language proficiencies.

Technical Certifications

Complete Web Developer

Zero To Mastery Academy

Complete React Developer

Zero To Mastery Academy

Complete React Native Developer

Zero To Mastery Academy

Advanced JavaScript Concepts

Zero To Mastery Academy

JavaScript Web Projects & UI/UX

Zero To Mastery Academy

Python Programming Certificate

Professional Computing Academy

National Youth Service Corps (NYSC)

Federal Republic of Nigeria

Spoken Languages

HausaNative
EnglishFluent
ArabicFluent

Direct Engagement

Have a problem worth building?

I build intelligent software products across AI, SaaS, business systems, and emerging technology. Reach out directly.

Let's build something high-leverage.

Whether you are designing an autonomous AI system, scaling a SaaS architecture, or seeking an experienced technical builder in Nigeria, reach out directly.

Start a ConversationDownload CVGitHubLinkedIn
Direct Communication

founder@netify.ng

Business Inquiries

marinijibiaa@gmail.com

Personal

+234 806 300 5402
Katsina, Nigeria