OPEN-SOURCE ECOSYSTEM · ETHIOPIA

PROJECT ARWE

Building interconnected technology systems for Digital Ethiopia.

An open-source technology ecosystem spanning government, education, identity, land, procurement, cybersecurity, artificial intelligence, and robotics.

Explore ARWE View on GitHub
Explore the Systems ↓
ARWE GOVYX EDUNEX LOCIFY TERRACHAIN BILEN OZAYN KIDANE CANIVOX
Philosophy

More Than Projects. An Ecosystem.

ARWE consists of specialized systems designed to address different real-world problems while remaining conceptually interconnected — engineered to evolve over years, not a short-term collection of repositories.

Individual SystemsEach flagship solves one real problem deeply
Shared Engineering PrinciplesCommon architecture, security and design rules
InteroperabilitySystems exchange identity, audit and data
Open SourceEvery layer is public, inspectable, contributable
Technology EcosystemThe whole becomes greater than its parts
Specialized by design

One system per domain — governance, education, identity, land, security, AI, robotics — each built to production depth rather than shallow breadth.

Connected by architecture

Identity from LOCIFY verifies records in EDUNEX. Audit trails from TERRACHAIN surface in GOVYX. The systems are designed to compose.

Built to last

ARWE is a multi-year engineering initiative with a public roadmap, documented architecture and open development process.

The Ecosystem

Eight Systems. One Engineering Vision.

Every ARWE system is an independent open-source project — and a node in a larger connected infrastructure.

01

GOVYX

Government & AI Governance

ACTIVE

AI-assisted government operations, task monitoring, accountability, KPI management, institutional workflows, and decision support.

  • Task monitoring
  • KPI management
  • Institutional workflows
  • Decision support
02

EDUNEX

Education & AI

ACTIVE

An integrated education platform connecting students, teachers, parents, institutions, learning content, assessment, analytics, and AI-assisted education.

  • School education
  • High school
  • University
  • AI tutoring
03

LOCIFY

Digital Kebele & Identity

ACTIVE

A digital local-government platform for citizen services, document requests, applications, appointments, status tracking, notifications, identity workflows, and digital verification.

  • Citizen services
  • Document requests
  • Applications
  • Appointments
04

TERRACHAIN

Land & Procurement

IN DEVELOPMENT

A transparent digital infrastructure for land records, procurement workflows, verification, transaction history, and auditable institutional processes.

  • Land records
  • Procurement workflows
  • Verification
  • Transaction history
05

BILEN

Cybersecurity

IN DEVELOPMENT
Abstract watchful eye visual representing persistent threat monitoring

A cybersecurity and threat-detection platform focused on monitoring, detecting, analyzing, and responding to digital threats.

  • Threat monitoring
  • Detection engines
  • Incident analysis
  • Response tooling
06

OZAYN

Digital Twin AI

RESEARCH
Human face study used in digital-twin identity experiments

An AI-driven digital twin platform exploring persistent personal intelligence, contextual reasoning, knowledge management, and human-computer interaction.

  • Personal digital twins
  • Contextual reasoning
  • Knowledge management
  • Human-computer interaction
07

KIDANE

Robotics & Autonomous Systems

RESEARCH
Autonomous aerial platform used in robotics experiments

An experimental robotics platform focused on AI-assisted micro-robotics, autonomous systems, embedded computing, sensing, and intelligent machines.

  • Micro-robotics
  • Autonomous navigation
  • Embedded computing
  • Sensor fusion
08

CANIVOX

Smart Robotics

CONCEPT

A smart robotic-dog concept combining sensors, embedded computing, AI, communication, security capabilities, and autonomous behavior.

  • Quadruped locomotion
  • On-board perception
  • Embedded AI
  • Secure communication
09

PROJECT 09

A future system expanding ARWE into another major technology domain.

IN DEVELOPMENT FUTURE
System Relationships

How the Systems Connect

Select a system to highlight its relationships, technologies and repository.

01 GOVYX 03 LOCIFY 05 BILEN 04 TERRACHAIN 02 EDUNEX 06 OZAYN 07 KIDANE 08 CANIVOX
Technology

Built Across Multiple Layers

ARWE is deliberately polyglot. No single language fits every layer of a national-scale technology ecosystem.

C Foundation layer
  • Low-level systems
  • Embedded development
  • Security components
  • Performance-critical components

Where determinism and raw performance matter — kernels of BILEN detectors, embedded firmware, hot paths.

C++ Performance & intelligence layer
  • Robotics
  • Computer vision
  • High-performance systems
  • Embedded systems
  • AI inference

Robotics control loops in KIDANE/CANIVOX and inference engines where Python is too slow.

Python AI & data layer
  • AI
  • Machine learning
  • Data processing
  • Automation
  • Research
  • Prototyping

The connective intelligence: OZAYN reasoning, EDUNEX tutoring models, BILEN analysis pipelines.

PHP Application layer
  • Server-side applications
  • Business logic
  • Web systems
  • APIs

Proven server-side backbone for GOVYX, EDUNEX and LOCIFY application logic.

— USE THE RIGHT LANGUAGE FOR THE RIGHT LAYER —

Full technology stack
Architecture

Shared Principles. Layered Systems.

Every ARWE system stands alone — but shares principles, capabilities and interoperability contracts.

PROJECT ARWEshared principles
WEBHTML / CSS / JS → PHP
User-facing systems, business logic and APIs.
AIPython → AI services
Reasoning, tutoring, detection and digital twins.
SYSTEMSC / C++ → Embedded & Robotics
Performance, security, sensing and control.
ARWE SYSTEMS
Authentication Identity Notifications Audit Analytics Verification AI services Data services

Authentication, identity, notifications, audit, analytics, verification, AI services and data services are capabilities shared across systems — not necessarily separate ARWE flagship projects.

Explore the architecture
Open Source

Built in Public. Built for Collaboration.

Inspect the source. Study the architecture. Report issues. Contribute improvements. Create extensions. Participate in future development.

10 Repositories
1 Contributors
1 Stars
1 Forks
0 Commits
1 Open Issues

Live from the GitHub API — cached hourly so the page never blocks on external services.

LIVE DATA SYSTEM STATUS — PUBLIC GITHUB API
SystemStatusLast PushPrimary LanguageRepo SignalsActions
GOVYXACTIVE———
EDUNEXACTIVE———
LOCIFYACTIVE———
TERRACHAININ DEVELOPMENT———
BILENIN DEVELOPMENT———
OZAYNRESEARCH———
KIDANERESEARCH———
CANIVOXCONCEPT———
PROJECT 09FUTURE—unselected—

Read-only public GitHub API · unauthenticated · cached 1 h in your browser · no tokens or secrets are embedded anywhere in this site.

GitHub Organization Repositories Contribute Documentation
Developers

Build With ARWE

From first clone to first contribution — a clear path into the ecosystem.

  1. Explore
  2. Read the documentation
  3. Clone a project
  4. Run it locally
  5. Create an issue
  6. Contribute
  7. Build extensions
  8. Share improvements
# 01 — explore        arwe.henokakriso.com/projects
# 02 — documentation  arwe.henokakriso.com/documentation
# 03 — clone a project
git clone https://github.com/henokakriso/arwe-locify.git
# 04 — run it locally
cd arwe-locify && php -S localhost:8080
# 05 — create an issue / 06 — contribute
git checkout -b feature/my-improvement
Start contributing Developer documentation
Documentation

Documented Like Real Infrastructure

Architecture decisions, installation guides, API references, database schemas, localization notes and per-system manuals — versioned and public.

  • Overview
  • Architecture
  • Installation
  • Security
  • API
  • Database
  • Localization
  • Contribution
Open the documentation portal 
PROJECT ARWE — Architecture Overview
====================================
├── Shared Principles
│   ├── Interoperability contracts
│   ├── Capability modules (auth, audit…)
│   └── Localization-first design
├── Layers
│   ├── WEB      → HTML/CSS/JS → PHP
│   ├── AI       → Python services
│   └── SYSTEMS  → C / C++ embedded
└── Systems
    ├── Govyx · Edunex · Locify
    └── TerraChain · Bilen · Ozayn …
Roadmap

A Multi-Year Engineering Initiative

2025

ARWE Foundation

Ecosystem vision, engineering principles and the first flagship systems.

2026

Core Systems

Flagship systems reach usable depth; interoperability contracts emerge.

2027

Expansion

AI depth, robotics experiments and cross-system intelligence.

2028

Ecosystem Maturity

Stable APIs, contributor ecosystem and institutional pilots.

Full roadmap with milestones
Research & Experiments

Where Future Systems Come From

OFFICIAL ARWE PROJECT   EXPERIMENTAL RESEARCH

AI Research

Ethiopian-language AI

Tokenization, datasets and evaluation for Amharic, Afaan Oromo and English — so ARWE intelligence works for Ethiopian users first, not as an afterthought.

feeds → EDUNEX · OZAYN · GOVYX
Identity

Digital identity research

Verification workflows, offline-capable credential checks and privacy-preserving identity patterns suited to local administrative structures.

feeds → LOCIFY · TERRACHAIN
Robotics

Robotics experiments

Micro-robotics autonomy, sensor fusion and low-cost embedded platforms built with commodity hardware available in Ethiopia.

feeds → KIDANE · CANIVOX
All research areas
Demonstrations

See the Workflows

Every mature ARWE system will ship a demonstration — screenshots, prototypes and sample workflows.

Abstract visual from an ARWE interface study

LOCIFY DEMO — CITIZEN CERTIFICATE FLOW

Citizen Login Request Certificate Application ID Verification Approval Digital Certificate

Interactive prototypes are published per system as they reach demo maturity.

Local Reality

Engineered for Ethiopian Reality

Designed with Ethiopian digital transformation requirements in mind — not adapted to them afterwards.

Ethiopian calendar

Native support for Ethiopian date formats alongside Gregorian.

Administrative structures

Kebele → woreda → region hierarchies modeled directly.

Amharic · Afaan Oromo · English

Multilingual interfaces and AI research from day one.

Low-bandwidth environments

Lightweight pages that work on constrained connections.

Offline-capable workflows

Draft-and-sync patterns for unreliable connectivity.

Local hosting

Deployable on infrastructure inside Ethiopia.

Government workflows

Institutional processes modeled as they actually operate.

Education structures

Ethiopian school and university calendars and curricula.

ARWE is an independent open-source initiative. It is not an official government system unless formal institutional authorization exists — the project is simply designed around Ethiopian digital transformation requirements.

Security

Security Is a Design Principle, Not a Feature

Secure authentication, authorization, input validation, session security, audit logging and secure API design across every system.

Security practices Report a vulnerability
Portrait of Henok Akriso
Founder

Created by Henok Akriso

Computer Scientist & Systems Developer

Building open-source technology systems across government, education, cybersecurity, artificial intelligence, and robotics.

GitHub Website Professional profile Contact