GSAIL

Public systems that work on the simplest phone.

The Global South AI Laboratory builds digital infrastructure that states and citizens in Africa, and later Asia and Latin America, can own and afford. Our first product asks people one question after they are paid: did the money arrive?

*384*26#USSD

          
        

Press a key. This menu is the whole product from the recipient’s side.

The organisation’s report illustration

Confirmed
184
No answer yet
12
Reported a problem
0
Failed at the provider
4

This phone: no answer yet

Why this lab exists

The countries that most need digital public systems build the fewest.

Payment rails, registries and identity systems are bought from foreign vendors, often hosted abroad, and usually designed for a smartphone and broadband.

0.6%
Africa’s share of the world’s data centre capacity, with about 18% of the world’s people.Source: Africa Data Centres Association 2026 report, via ITWeb; GSMA
21%
of rural Africans use the internet. A public system that needs a smartphone misses most of them.Source: ITU Facts and Figures 2025, via The Guardian Nigeria
118
countries, mostly developing, take part in none of the major AI governance initiatives.Source: UNCTAD Technology and Innovation Report 2025
First product

Payment Confirmation

An organisation can already pay thousands of people by phone in one batch. What it cannot easily say is how many of those people were actually reached.

  1. Pay as usual

    The organisation pays through its own provider and uploads the payment file.

  2. Ask everyone

    Each recipient gets a text message and a free menu on any phone, in their own language.

  3. Follow up silence

    People who do not answer get a reminder, then a call. No answer is a reason to check.

  4. Report people

    The report counts people confirmed, silent, disputed and failed. Every figure carries its denominator.

Confirmed by the recipient No answer Failed at the payment provider
One payment cycle, 200 recipients. A normal payment report shows 200 transfers sent. Payment Confirmation is built for the orange and empty circles. Illustration, not data.
Who it is for
NGOs, donors and public agencies that run cash transfers. Companies that pay farmers, casual workers or agents by phone are a second market we are testing.
It handles no money
It sends no payments and holds no funds. It works beside mobile money, a bank transfer or a payment card, and needs no change of provider.
Where it stands
Design stage. Five of its ten components are built and tested. No organisation has used it yet, and we are looking for the first.
The pilot
Ghana. Three payment cycles with one partner, starting with 1,000 recipients. Targets are agreed beforehand and results are published whether or not they are met.
What follows
When a customer asks to pay through the same system, we add a payment connector. That larger product is called Disbursement Rails.
Roadmap

One core, built once, then extended.

The systems we want to build look different but share four parts. A team that builds them once can deliver many systems on top.

Horizon 1

Months 0 to 6

  • Payment Confirmation
  • Language layer, first version
  • Digital security service
  • First fellows and incubated teams

Horizon 2

Months 6 to 18

  • Disbursement Rails: payments
  • Implementation for banks and microfinance
  • Closed blockchain networks
  • Last mile for central bank digital currency
  • Land registry and land-backed finance
  • African language models

Horizon 3

From month 18

  • Sovereign operating system
  • Design for a stable digital currency
  • Identity and border components
  • Partners in Asia and Latin America

The shared core

  • Verification
  • Ledger
  • USSD, SMS and voice
  • Local-language layer

Each horizon starts only when the one before it has paying clients. Horizon 3 depends on decisions by states. We build the components and run pilots with willing governments, so the technology is ready when the politics are.

How we build

Four rules for every system.

Sovereign by design
The client owns the code it pays for, its data and its keys. Components are open source wherever security allows. No client is locked in.
Lowest device first
Every function must work on USSD, SMS or voice. Richer screens may show more, but they never collect what a basic phone cannot send.
One core, many systems
Verification, ledger, messaging and language modules are shared. Each new product reuses them.
Built where it is used
Engineering sits in Africa first, in teams led by people under 30 and mentored by senior architects.
The lab

A laboratory that trains its own builders.

Research, training and incubation are planned as a separate non-profit arm, funded by grants. It shares the mission and the talent pipeline, and keeps its own accounts and board.

Applied research
Open datasets for African languages, and technical notes on digital money, registries and identity.
Fellowship
Six-month paid placements for engineers under 30 inside product teams, each with a senior mentor.
Open courses
Short, free tracks in applied AI, security, payments and basic-phone engineering, run with communities that already exist.
Incubator
A six-month residency for founders under 30 who build public-interest technology on the shared core.
First-year plan
Ten fellows, two course tracks and five incubated teams.
Our rules

What we will not build.

A company that builds payment, identity and security systems is trusted only if its limits are written down before the first contract.

  • No mass surveillance, no spyware, and no tools to monitor journalists, opponents or activists.
  • No profiling of voters and no use of voter rolls.
  • Security work is defensive only: protecting systems and detecting payment fraud.
  • No client data is sold, shared or reused. It is exported to the client and deleted when a contract ends.
  • No political party, alliance or government holds shares or a board seat in the company.
  • We do not issue money or hold client funds. Payments go through licensed operators.
Team

Presence on the ground in Morocco, Ghana, Ethiopia, the UAE, Sudan, South Sudan and Botswana.

The chief technology officer’s seat is open.

NameRoleBased in
Adil AbdelaatiFounder. Strategy and productPoland
Adil AbdelwahabCo-founder. Chief Executive Officer of GSAIL P.S.A. and Chief EconomistPoland
AbdelRahman ElshiekhFinance and the United States companyUnited States
Al Amin AdamDirector, Verify AfricaGhana
Mohamed ThaniCompany secretary, Verify AfricaGhana
Weam MohamedProject ManagerUnited Arab Emirates
Jawad ChafilMarketing and trade. Partner in GSAIL MoroccoMorocco
Edidiong UmanaJunior Technology OfficerGhana
Hussam El ShafieJunior Technology Officer, East Africa. Owner of AppitizeSudan and Ethiopia
To be appointedChief Technology Officer

Group companies

Poland
GSAIL P.S.A., a simple joint-stock company, in registration. European contracts and programmes.
Ghana
Verify Africa, Accra, in registration. Engineering, pilots and client work in Africa.
Morocco
GSAIL Morocco, planned.
United States
A company for investors, planned.

Partner companies

Sudan
Appitize, a creative and digital agency working since 2016, owned by Hussam El Shafie. Communication, web and mobile application work.
South Sudan
GTX Firm and its team. gtxfirm.com
Botswana
Delta TIC Pty Ltd and its team.
Work with us

We are looking for three kinds of partner.

Pilot with us

You pay at least 1,000 people by phone in Ghana, as an NGO, a donor, a public agency or a company. The pilot costs you telecom fees and nothing else.

Fund us

We are raising pre-seed capital for the product company and grants for the non-profit arm. Our white papers are available on request.

Build with us

We are appointing a chief technology officer and senior engineers in payments and machine learning, and will open fellowships for engineers under 30.

Contact

Poland. GSAIL P.S.A. and Verify Africa are in registration.