T
TillerTech
Data Engineering · Geospatial Intelligence · Applied AI

Building Data and Software Systems for Organizations Solving Complex Problems

We help parastatals, NGOs and technology companies design and build scalable platforms for data, analytics, and intelligent systems.

Learn about us
Scroll

Trusted by teams across agriculture, climate & enterprise

SG
Serian Geospatial
NA
Neoafric
What We Do

Consulting Services

End-to-end engineering across data, geospatial, AI, and infrastructure - delivered for organizations operating in complex environments.

Data Platforms

Design and development of scalable data pipelines, analytics systems, and data infrastructure.

  • ETL/ELT pipelines
  • Kafka / streaming systems
  • Analytics warehouses
  • Event-driven architectures

AI & Machine Learning

Development of machine learning solutions including computer vision, predictive analytics, and decision-support systems.

  • Computer vision
  • Forecasting models
  • NLP and text analytics
  • Decision-support systems

Geospatial Systems

Building GIS and spatial analytics platforms for agriculture, disaster monitoring, and environmental intelligence.

  • Satellite imagery pipelines
  • Soil and carbon modeling
  • Remote sensing analytics
  • GIS dashboards

Software Architecture

Designing reliable distributed systems, APIs, and enterprise platforms built for scale and longevity.

  • Distributed system design
  • API and microservices
  • Multi-tenant platforms
  • Enterprise integrations

Cloud Infrastructure

Secure cloud deployment, containerized systems, and scalable backend infrastructure for production workloads.

  • Docker & Kubernetes
  • CI/CD pipelines
  • Secure cloud deployments
  • Scalable backend infrastructure
Selected Work

Case Studies

TambuaShamba-Soil Carbon Intelligence
Geospatial Systems & Environmental Analytics

TambuaShamba-Soil Carbon Intelligence

The Problem

Agricultural stakeholders lacked visibility into soil organic carbon levels and farm performance across diverse landscapes.

The Solution

We built a geospatial intelligence platform that integrates soil sampling data, satellite imagery, and farm-level metrics into a unified monitoring system. TambuaShamba harmonizes spatial datasets, visualizes soil carbon variability across landscapes, and supports measuring, reporting and verification.

The Impact

Enables data-driven soil health interventions and carbon credit verification across multiple farm sites.

AgroSight AI (Formerly Versity)
detect_01
detect_02
detect_03
Edge-to-Cloud Computer Vision

AgroSight AI (Formerly Versity)

The Problem

Agricultural research and field programs rely on manual data collection processes that are time-consuming, inconsistent, and difficult to scale across large trials and distributed field sites.

The Solution

We engineered an edge-to-cloud AI system that transforms field imagery into structured analytics. The system captures structured field imagery via mobile devices, applies trained computer vision models for object detection, syncs data to centralized analytics pipelines and supports large-scale agricultural experimentation.

The Impact

Reduces counting time by up to 70% while improving accuracy and enabling researchers to process thousands of images daily.

PivotPulse
Business Intelligence & Applied AI

PivotPulse

The Problem

Organizations in climate, agriculture, and development sectors struggle to understand stakeholder sentiment, market signals, and public response to programs and initiatives. Feedback loops are often informal, delayed, or incomplete.

The Solution

PivotPulse is a distributed AI-powered intelligence system that transforms high-volume public and stakeholder data into structured insights. The platform ingests multi-source digital data streams, applies NLP models for sentiment classification and topic clustering, detects narrative shifts and emerging concerns, and provides comparative analytics across regions, themes and initiatives.

The Impact

We reduced insight latency from weeks to near real-time.

ClimaGuard
32°C
+12%
Climate & Health Analytics

ClimaGuard

The Problem

Climate variability increasingly drives livestock disease outbreaks, crop stress, and ecosystem instability - yet many vulnerable communities and institutions lack integrated early warning systems that combine environmental and health data.

The Solution

ClimaGuard is a climate-linked risk intelligence platform that integrates meteorological streams, environmental indicators, and disease pattern data into a unified decision-support system.

The Impact

Supports proactive disease management and climate adaptation strategies for vulnerable pastoral communities.

Verticals

Industries We Serve

Agriculture & Food Systems

Precision farming, supply chain analytics, and crop intelligence platforms.

Climate & Carbon Markets

MRV systems, carbon modeling, and climate risk intelligence.

Disaster & Risk Intelligence

Early warning systems, geospatial risk mapping, and response coordination.

Infrastructure & Utilities

Asset monitoring, predictive maintenance, and spatial planning.

Public Sector Data Systems

National data infrastructure, citizen services, and open data platforms.

Enterprise Analytics Platforms

Business intelligence, reporting pipelines, and decision support.

Systems in Action

See What We Build

Visual capabilities across data pipelines, geospatial platforms, and real-time monitoring systems.

Analytics
Coverage
87.3%
Data Points
12.4K
Accuracy
94.1%
Geospatial Dashboard

Geospatial Analytics

Real-time Streaming Pipeline
IoT SensorsAPI EventsLogsMessageBrokerTransformEnrichData Lake/ Analytics

Streaming Architecture

System Monitoring
Uptime
99.97%
Latency
23ms
Throughput
14.2K/s

System Monitoring

Logistics Intelligence
Active Routes
247
On-time Rate
96.4%
ABC

Logistics Intelligence

How We Think

Built on Research. Engineered for Scale.

We don't chase trends. We build systems grounded in domain expertise, validated through research, and engineered for the messy realities of production deployment. Every pipeline, model, and interface is designed to withstand the conditions it will actually face.

Systems Thinking

We design for the whole lifecycle - from data ingestion to decision interface. Every component is designed to fit into a larger whole.

Evidence-Based Modeling

Our systems are grounded in research, not assumptions. We validate with data before we ship.

Field Deployment Realities

We've deployed in environments with limited connectivity, diverse users, and unpredictable conditions. Production-ready means everywhere-ready.

Scalable Infrastructure

From single-user prototypes to multi-tenant platforms serving thousands - our architecture grows with your needs.

Insights

Thinking & Research

Perspectives on engineering, data systems, and technology for complex environments.

Data Infrastructure8 min read

Building Data Infrastructure for NGOs and International Organizations

How to design data platforms that work across unstable connectivity, diverse user environments, and strict data governance requirements.

Coming soon
Applied AI6 min read

AI in Agriculture: From Research Notebooks to Field Deployments

The gap between an accurate model and a production system used by farmers is wider than most teams anticipate. Here is how to bridge it.

Coming soon
Geospatial7 min read

Geospatial Analytics for Disaster Monitoring and Early Warning

Integrating satellite imagery, environmental data, and real-time feeds into actionable early warning systems for at-risk communities.

Coming soon
Research Systems9 min read

Designing Scalable Data Systems for Scientific Research Programs

Research data grows faster than institutions plan for. A practical guide to designing systems that survive from pilot to program scale.

Coming soon
Get in Touch

Let's Discuss Your Project

Have a data, infrastructure, or technology challenge? Describe what you're working on and we'll get back to you within 48 hours.

Email us directly

hello@tillertech.io

What to expect

  • Response within 24–48 hours
  • Initial scoping call to understand your needs
  • Proposal with timeline and approach