Proposed by: The Spix Foundation, for consideration by the African Union Development Agency (AUDA-NEPAD), in partnership with manufacturing partners (to be selected)
Duration: 36 months (three years, structured as three phases with go/no-go gates)
Requested funding: USD 10M (staged across three phases with go/no-go gates)
Africa's DPI-Ed delivers educational content through smartphones — the devices teachers and learners already carry. In rural communities and low-income urban households, that assumption is weaker. A shared smartphone offers limited learning time per child. Many classrooms currently lack any device access at all. The device access gap is structural, and a purpose-built education device will address it directly.
This proposal requests USD 10M over three years to design, manufacture, and deploy 100,000 LearnTab™ education tablets across V&P_Core's six pilot countries. Each LearnTab is a hardware-locked learning appliance — permanently bonded to a single MNO's RESPECT servers, capable of running only RESPECT Compatible Apps, shipping with all available content pre-loaded for immediate offline use.
The hard-lock is the defining design feature. It addresses three structural vulnerabilities observed across prior education tablet deployments in Africa — repurposing, theft, and content drought — simultaneously. A device that runs exclusively validated educational courseware carries minimal secondary-market value (suppressing theft), enforces educational use (preventing repurposing), and draws from the RESPECT Ecosystem's continuously expanding content library (preventing content drought). For parents, it provides assurance that the screen in their child's hands is a dedicated learning appliance. For education ministers, it addresses the political concerns about screens in schools gaining force worldwide.
Two workstreams: device manufacturing (Chinese manufacturers for Version 1, sub-$50 per unit at scale) and MNO integration (connectivity, distribution, installment billing). Each workstream operates independently, certified against the LearnTab test suite. LearnTab Version 1 devices must be in classrooms in at least two pilot countries by December 2026 — establishing serious momentum before the February 2027 AU Heads of State Summit. Version 2+ assembly will transition to African manufacturing partners (see Section 14.4).
The device access gap constrains DPI-Ed adoption in precisely the communities that DPI-Ed is designed to serve. AU policy instruments have identified it explicitly: the African EdTech 2030: Vision & Plan calls for "low-cost devices, solar solutions, and offline-first technologies"; the AU Digital Transformation Strategy sets targets of digital devices accessible to 20% of students and 50% of teachers by 2027, rising to a third of students and all teachers by 2030. (The full argument is developed in Essay 10, "LearnTab.")
Three prior education tablet programs — OLPC, Kenya's Digital Literacy Programme, and Ethiopia's Sugar tablet initiative — demonstrated that general-purpose devices fail in educational deployments. All three suffered from repurposing, theft, and content drought. The lesson is structural: a device succeeds when embedded in a functioning system. The Breakthrough System supplies the content ecosystem (RESPECT), trained teachers (PROMISE), and connectivity infrastructure (AU's Education Rate) that make a purpose-built education device viable.
SLATE is a hardware program. Its costs are dominated by manufacturing, distribution, and MNO integration — not by expert time or institutional development. The budget structure reflects this.
The LearnTab hardware specification will define a rugged, low-cost tablet purpose-built for classroom and household use: drop-resistant (rated to 70+ cm), long battery life (8+ hours), sunlight-readable screen, permanently embedded SIM (eSIM or soldered), and pre-loaded content for immediate offline use. The specification is OS-neutral, targeting any operating system supported by the Kotlin Multiplatform (KMP) framework. The hardware specification will be at the BRCK Kio Kit level of classroom ruggedness — sufficient for daily school use without requiring military-grade industrial specifications.
The LearnTab requires two distinct industrial capabilities that do not reside in the same vendor:
Workstream 1 — Device Manufacturing. Chinese manufacturers will produce LearnTabs at scale. At current sub-$50 manufacturing economics for basic 4G-connected tablets, a 100,000-unit production run will achieve pricing in the $38–$42 per-unit range for hardware. Each device will ship with all available RESPECT Compatible Apps pre-loaded.
Workstream 2 — MNO Integration. MNO partners in each pilot country will provide connectivity (educational data at the AU's Education Rate), distribution infrastructure (MNO retail channels), and installment billing for household purchases. Each LearnTab will be permanently bonded to the selling MNO's network.
The LearnTab test suite — owned by the Spix Foundation — will define certification interfaces for each workstream, enabling independent vendor participation under unified quality assurance.
School systems will procure LearnTabs as managed devices for learners and teachers. Ministries of Education and Development Partners will purchase devices through institutional procurement channels. The hardware lock provides assurance that funded devices will be used exclusively for educational purposes.
Households will purchase LearnTabs through MNO retail channels on installment plans tied to mobile accounts. Non-payment will result in device lock — a standard mechanism in African mobile commerce. For households, the LearnTab is a dedicated learning appliance that provides learning time not competed for by other family members' use of a shared smartphone.
For MNOs, LearnTab participation will represent net-positive economics. The SLATE program will absorb all device subsidy costs, delivering each unit at a marginally profitable retail price. Each LearnTab sold will generate guaranteed, recurring data traffic at the AU's Education Rate. Early-mover MNOs will receive time-limited market exclusivity in countries where they hold majority market share.
The South African market provides a relevant precedent: MTN and Vodacom already sell SIM-locked 4G smartphones at retail prices as low as $5–6, subsidized from their own operating budgets, to accelerate 2G-to-4G migration. The LearnTab program will provide the device subsidy externally; MNOs will receive the traffic revenue and customer engagement benefits.
SLATE depends on:
SLATE amplifies:
SLATE provides the natural vehicle for HarmonyOS NEXT within the Breakthrough System. Huawei's operating system can be included through the KMP framework without affecting the broader smartphone ecosystem. For Chinese Development Partners, this represents a tangible pathway for OS participation in Africa's DPI-Ed — satisfying commercial interest through a hardware program with clean separation from the software platform.
If this program designs, manufactures, and distributes 100,000 hardware-locked education tablets across six pilot countries (outputs), then learners and teachers in communities underserved by the smartphone-based delivery model will gain dedicated device access to RESPECT Compatible Apps (immediate outcome), which will expand the installed base of RESPECT-connected devices, generate additional learning data, and demonstrate the viability of purpose-built education appliances at scale (intermediate outcome), which will establish the LearnTab as a primary infrastructure category for education — a device whose commercial revenue (device sales, E-Rate traffic, installment billing, trademark royalties) will contribute to the financial sustainability of the Breakthrough System beyond Development Partner funding (long-term impact).
Five precedents inform SLATE's design:
| Precedent | Lesson | Application to SLATE |
|---|---|---|
| OLPC ($188–200/unit, never achieved $100 target) | Device cost fixation obscures total deployed cost. Without trained teachers, content ecosystems, and maintenance infrastructure, cheap hardware generates expensive failure. General-purpose devices attract theft and repurposing. | SLATE's hard-lock addresses OLPC's three failure modes. The Breakthrough System provides the content ecosystem and trained teachers that OLPC lacked. Budget includes logistics, charging, repair — not just hardware. |
| Kenya Digital Literacy Programme (1.2M tablets, 23,000 schools) | Large-scale tablet deployment is logistically achievable across African school systems. Data collection and teacher training are the binding constraints, not hardware distribution. | SLATE's 100,000-unit deployment across 6 countries is modest by Kenya's standard. Teacher training is funded separately through PROMISE; data collection feeds RBF4Ed. |
| BRCK Kio Kit ($99 retail, $35–40 COGS, purpose-built for African classrooms) | Purpose-built, classroom-grade rugged tablets are manufacturable at sub-$100 retail with viable economics. The Kio Kit demonstrates that ruggedness and affordability are compatible at the right specification level. | SLATE's hardware specification targets BRCK Kio-level ruggedness: 70+ cm drop resistance, 8+ hour battery, sunlight-readable screen. Manufacturing COGS of $38–42/unit is achievable at 100,000-unit volume. |
| MTN/Vodacom SIM-locked devices ($5–6 retail, MNO-subsidized, South Africa) | MNOs will subsidize and distribute SIM-locked devices when the business case includes recurring data revenue and customer retention. The economic model works at African price points. | SLATE's MNO partnership model mirrors the proven South African SIM-lock economics. The program provides the subsidy; MNOs provide distribution and connectivity; the hard-lock ensures device-network permanence. |
| Safaricom/Google Lipa Mdogo Mdogo ($0.20/day installments for device upgrade) | Mobile installment billing through existing MNO systems enables device adoption in low-income households. The billing infrastructure already exists and is trusted. | LearnTab household purchases will use MNO installment billing — the same infrastructure families already use for airtime and data. |
SLATE operates on an accelerated Year 1 timeline: LearnTab Version 1 devices must be in classrooms in at least two pilot countries, with demonstrated utility and public MNO endorsement, by December 2026 — establishing serious momentum before the February 2027 AU Heads of State Summit. Chinese manufacturers routinely move from hardware specification to production samples in under six months; the constraint is not manufacturing but RESPECT platform readiness and MNO partnership agreements. To compress the timeline, MNO partnership pre-negotiation will begin during the Convenor's engagement sequence (Stage 2), before First Funding arrives — ensuring that two months of commercial negotiation occur on the clock of diplomacy rather than on the clock of execution.
Goal: Finalize the LearnTab hardware specification, establish manufacturing and MNO partnerships, produce and deploy 5,000 Version 1 units in two pilot countries by December 2026, and present results at the February 2027 AU Summit.
Phase 1 requires V&P_Core to have begun RESPECT Platform deployment with sufficient content depth for LearnTab pre-loading.
Milestones:
Goal: Scale manufacturing to 50,000 units, extend MNO partnerships to all six pilot countries, deploy LearnTabs across the expanded country portfolio, and establish the repair ecosystem.
Phase 2 requires the following Phase 1 deliverables as inputs: Validated hardware specification, Version 1 devices deployed, MNO agreements in two pilot countries, usage data from December 2026 deployment, AU Summit endorsement.
Milestones:
Goal: Complete the remaining 45,000-unit production and deployment, activate household market channels, establish the total cost of ownership model, and prepare for post-pilot scaling.
Phase 3 requires the following Phase 2 deliverables as inputs: 50,000 units deployed, MNO partnerships in all 6 countries, repair ecosystem operational, midterm evaluation positive.
Milestones:
SLATE aligns with Chinese government development agencies and technology companies seeking visible, tangible contributions to African education:
CIDCA (China International Development Cooperation Agency) and China Exim Bank. China's development cooperation strategy in Africa emphasizes infrastructure investment with concrete, visible deliverables and industrial participation by Chinese manufacturers. SLATE offers precisely this: a hardware program manufactured by Chinese companies, deployed at scale across six African countries, with the Development Partner's name attached to every device in every classroom.
Chinese technology companies and manufacturers. Huawei, Lenovo, Xiaomi, or Transsion (Tecno/Infinix) — companies with existing African manufacturing relationships and distribution networks. HarmonyOS NEXT provides a specific entry point for Huawei. Transsion, with its Africa-dominant market share and existing assembly operations in Ethiopia, has the deepest understanding of African device economics — and is a natural partner for the Version 2 transition to African assembly (see Section 14.4).
Chinese foundations and philanthropic entities. The Jack Ma Foundation, Tencent Foundation, or similar entities investing in African education and technology capacity.
"The SLATE Program, Founded by [Development Partner]" — Chinese hardware, African classrooms, and 100,000 dedicated learning devices carrying the Development Partner's name. Clean separation from the software ecosystem; tangible, visible, countable impact.
Three domains of expertise define the SLATE leadership requirements:
Domain 1 — Hardware Product Design and Manufacturing. Experience designing and manufacturing consumer electronics at scale, particularly in partnership with Chinese ODM/OEM manufacturers. Understanding of hardware specification development, prototyping, ruggedness testing, and production quality assurance.
Domain 2 — MNO Partnership and Telecommunications. Working relationships with African MNOs (MTN, Vodacom, Safaricom, Airtel). Understanding of SIM provisioning, network integration, installment billing systems, and E-Rate data carriage agreements.
Domain 3 — Education Device Deployment. Experience deploying technology devices in African school systems at scale. Understanding of logistics, customs, last-mile distribution, teacher orientation, and total cost of ownership management.
| Institution | Role |
|---|---|
| AUDA-NEPAD | Continental legitimacy; Ministry relationships; AU's Education Rate coordination; AU Summit engagement |
| The Spix Foundation | LearnTab™ trademark stewardship; LearnTab test suite ownership; RESPECT Platform integration; quality assurance governance |
| Chinese manufacturer(s) | Device manufacturing at scale; hardware specification co-development; prototyping and production |
| MNO partners (pilot countries) | Connectivity at AU's Education Rate; SIM provisioning; retail distribution channels; installment billing |
| Ministries of Education (pilot countries) | Institutional procurement; school-level deployment coordination; teacher orientation |
| RESPECT Certified Partners (via IMPACT Board) | School-level deployment support; teacher orientation; technical maintenance through Impletors |
| Category | Amount (USD) |
|---|---|
| Hardware specification, design, and prototyping | 500,000 |
| RESPECT Platform integration (server lock, content pre-loading, device management) | 300,000 |
| Pilot manufacturing (5,000 units at $50/unit) | 250,000 |
| Pilot deployment (2 countries — distribution, teacher orientation, charging) | 350,000 |
| Scale manufacturing (95,000 units at $40/unit) | 3,800,000 |
| Distribution and logistics (6 countries — shipping, customs, last-mile delivery) | 1,400,000 |
| MNO partnerships (SIM provisioning, integration, legal) | 400,000 |
| Charging infrastructure (solar kits, charging stations, installation) | 800,000 |
| Repair and maintenance ecosystem (spare parts, technician training, repair centers) | 500,000 |
| Program management (Spix Foundation) | 400,000 |
| Independent evaluation (midterm + final) | 200,000 |
| Contingency (~10%) | 800,000 |
| Total | 9,700,000 |
Rounded to USD 10M to accommodate customs, import duties, insurance, and device provisioning costs that vary by country.
| Phase | Duration | Amount (USD) | Key Activities |
|---|---|---|---|
| Phase 1: Design + V1 Manufacturing + Deployment | Year 1 | 2,500,000 | Hardware specification, V1 manufacturing in China, RESPECT integration, MNO agreements, 5,000-unit deployment by Dec 2026, AU Summit presentation |
| Phase 2: Scale Manufacturing + Deployment | Year 2 | 4,500,000 | 50,000-unit production, MNO expansion to 6 countries, deployment, charging infrastructure, repair ecosystem |
| Phase 3: Full Deployment + Sustainability | Year 3 | 3,000,000 | 45,000-unit production, full deployment to 100,000 units, household market activation, TCO model, sustainability plan |
Funding is structured as staged commitments with go/no-go gates between phases (see Section 11). SLATE's Phase 1 aligns with V&P_Core's Tranche 1 (Establishment and Early Scale), targeting December 2026 classroom deployment and the February 2027 AU Summit for presentation of results. Phases 2–3 align with V&P_Core's Tranche 2 (Acceleration) and include the transition from Chinese manufacturing to African assembly. See Essay 27, The Ask.
Hardware specification and design ($500K): Tablet specification development ($150K), industrial design and mechanical engineering ($150K), Version 1 test units — 100–200 units for ruggedness testing and field trials ($100K), and regulatory certification — radio spectrum and safety approvals for pilot countries ($100K). The specification must define: drop resistance (70+ cm), battery life (8+ hours), sunlight-readable screen, embedded SIM architecture, KMP-compatible OS layer, and RESPECT server hard-lock protocol. Comparable: custom tablet hardware design-to-prototype costs $90K–$350K depending on complexity; SLATE is at the mid-to-upper range because of ruggedness requirements and the hard-lock protocol.
RESPECT Platform integration ($300K): The software layer that makes a LearnTab a LearnTab — server hard-lock protocol, content pre-loading system, device management infrastructure, and over-the-air update mechanism through MNO RESPECT servers. Cost includes protocol development ($100K), content pre-loading and provisioning system ($100K), and device management and update infrastructure ($100K).
Pilot manufacturing ($250K): 5,000 units at approximately $50/unit (higher per-unit cost for small production run). Includes quality assurance testing against LearnTab test suite, content pre-loading, and SIM provisioning for pilot country MNOs.
Pilot deployment ($350K): Distribution to schools in two pilot countries ($100K), classroom installation and teacher orientation ($100K), charging infrastructure for pilot schools ($100K), and MNO partnership activation — SIM provisioning and Education Rate data setup ($50K). The pilot demonstrates the full model: hard-locked device, MNO connectivity, pre-loaded content, trained teacher, classroom use.
Scale manufacturing ($3.8M): 95,000 units at approximately $40/unit. Volume pricing improves from pilot ($50/unit) to scale ($40/unit) as manufacturing moves from initial to full production. Cost includes manufacturing ($3.6M), quality assurance ($100K), and content pre-loading and SIM provisioning ($100K). Comparable: BRCK Kio Kit COGS of approximately $35–40/unit at production volume validates this pricing for a classroom-grade rugged tablet.
Distribution and logistics ($1.4M): Shipping from China to six African countries ($300K), port clearing and customs ($300K — highly variable by country; customs duties average 10–15% of hardware value), in-country warehousing ($200K), and last-mile delivery to schools ($600K — the most expensive logistics segment, particularly for rural deployments). Per-device logistics cost of approximately $14–15 is consistent with comparable education device deployments.
MNO partnerships ($400K): Partnership negotiation and legal agreements across six countries ($150K), SIM card procurement and personalization — 100,000 eSIMs or soldered SIMs ($100K), and technical integration — AU's Education Rate whitelisting, server endpoint configuration, installment billing activation ($150K).
Charging infrastructure ($800K): Solar charging kits for schools without reliable grid power ($400K — approximately $3,000–$5,000 per school for a 30–40 device solar charging system), charging stations for grid-connected schools ($200K), and installation across six countries ($200K). Charging infrastructure is essential: a LearnTab without power is a brick. OLPC's neglect of charging infrastructure is a documented failure mode.
Repair and maintenance ecosystem ($500K): Spare parts inventory across six countries ($200K), local repair technician training — 2–3 technicians per country ($150K), and repair center or mobile repair service setup ($150K). An 8–12% annual device damage rate (comparable programs' experience) requires a functioning repair ecosystem to maintain the installed base.
Program management ($400K): Spix Foundation project coordination over three years, including manufacturer relationship management, MNO partnership coordination, regulatory compliance, and Development Partner engagement.
Independent evaluation ($200K): Midterm (Month 24) and final (Month 36) external evaluations. Evaluation criteria: deployment scale, device durability, usage patterns, MNO economics, household uptake, and learning data contribution.
Contingency (~10%) reflects uncertainty in customs duties (which vary significantly across pilot countries), manufacturing cost fluctuations (component pricing, particularly memory and SoC chips), and the novelty of the MNO partnership model at this scale.
The program will be independently evaluated at Month 24 (midterm) and Month 36 (final) by an external evaluator nominated by the Development Partner. Evaluation criteria include: deployment scale and distribution efficiency, device durability and replacement rates, usage patterns (hours per day, apps used, content engagement), MNO partnership economics, teacher integration, household market uptake, and contribution to the RESPECT Platform's installed base and learning data pipeline.
Phase 1 → Phase 2 gate (Month 12): The LearnTab hardware specification is finalized and validated through Version 1 deployment. At least 5,000 Version 1 units are deployed in two countries since December 2026. MNO partnerships are operational with Education Rate data carriage confirmed. Usage data demonstrates device durability, educational engagement, and teacher integration. The AU Summit presentation is complete with positive endorsement.
Phase 2 → Phase 3 gate (Month 24): At least 50,000 LearnTabs are deployed across all six pilot countries. MNO partnerships are operational in all six countries. The repair ecosystem is functional. The midterm evaluation confirms device durability, usage patterns, and MNO economic viability. Scale manufacturing pricing is at or below $42/unit.
If manufacturing economics, MNO partnerships, or device adoption do not reach the expected scale, the program will have produced three outputs with independent value: (a) a validated hardware specification for purpose-built education tablets — applicable to any education system seeking managed classroom devices; (b) a tested MNO partnership model for education device distribution and connectivity; (c) pilot deployment data from 5,000+ devices demonstrating the hard-lock model's effectiveness in addressing repurposing, theft, and content drought. These outputs are transferable to any future education device initiative, with SLATE or without.
| Risk | Mitigation |
|---|---|
| Manufacturing costs exceed $50/unit target | Multiple Chinese manufacturers will be engaged competitively. The $38–42/unit target at 100,000-unit volume is conservative — informed by BRCK Kio COGS and current sub-$50 smartphone manufacturing in Africa. If costs run higher, the program reduces unit count while maintaining the full deployment infrastructure. |
| MNO partnerships do not materialize | MTN and Vodacom already distribute SIM-locked devices at subsidy in South Africa. The LearnTab model provides external subsidy and guaranteed E-Rate traffic — net-positive economics for MNOs. If a specific MNO declines, alternative operators or direct school distribution provide fallback channels. |
| RESPECT Platform content insufficient at LearnTab launch | LearnTab launch readiness is gated on RESPECT content depth. All available apps are pre-loaded for offline use, ensuring immediate utility even with intermittent connectivity. Phase 1's pilot allows content ecosystem assessment before Phase 2 scale-up. |
| Device durability below classroom requirements | The LearnTab specification targets BRCK Kio-level ruggedness — proven in African classroom deployments. Version 1 field data validates durability before scale manufacturing. The repair ecosystem and replacement reserve address in-field damage. |
| Customs and import duties create unexpected costs | Customs duties vary from 0% to 25% across pilot countries. The contingency budget accommodates duty variation. AUDA-NEPAD engagement with Ministries will seek education-specific duty exemptions where applicable. |
| Teacher adoption is low | PROMISE provides the teacher training that SLATE requires. LearnTab deployment will be coordinated with PROMISE pilot delivery to ensure trained teachers receive devices. Where PROMISE coverage is incomplete, school-level orientation through Impletors provides minimum viable training. |
| HarmonyOS NEXT is not KMP-compatible | The hardware specification is OS-neutral. If HarmonyOS NEXT does not support KMP at launch, LearnTabs will ship with Android-based RESPECT Platform integration. HarmonyOS support can be added when KMP compatibility is achieved — an OS update, not a hardware change. |
The LearnTab's commercial model creates a pathway for subsidy tapering as volumes grow. Manufacturing costs decline with volume. MNO distribution and connectivity revenues grow with the installed base. Household installment purchases generate direct commercial revenue. As these forces compound, the per-unit subsidy required from Development Partners will decrease progressively — consistent with the Breakthrough System's broader design for self-funding maturity by the early 2030s.
Post-pilot LearnTab procurement will be funded through three channels: Ministry budgets (institutional procurement for schools), household purchases (MNO retail), and Development Partner extensions (additional country deployment). The 100,000-unit SLATE deployment establishes the manufacturing relationship, MNO partnership template, and distribution infrastructure that make post-pilot scaling operationally straightforward.
The LearnTab™ trademark is owned by the Spix Foundation. Trademark royalty terms will be defined in agreement with device manufacturers and MNO partners. The hardware specification and LearnTab test suite will be published openly; the trademark protects the brand and quality assurance, not the technology.
LearnTab Version 1 will be manufactured in China for speed — the December 2026 deployment target requires the fastest possible path from specification to production. Version 2 and all subsequent production runs will transition to African assembly.
African device manufacturing capacity is sufficient and growing. Transsion (Tecno/Infinix/itel) operates assembly plants in Ethiopia. Kenya's Athi River plant reached 3 million units/year capacity by late 2024, reducing device costs approximately 30% through local assembly. Egypt is scaling to major production volumes under its Egypt Makes Electronics initiative. Algeria's state-owned ENIE has announced plans to produce 2 million tablets for educational institutions. The African Continental Free Trade Area (AfCFTA) further reduces tariffs on locally assembled goods, improving the economics of African production.
The transition path is straightforward: the Chinese ODM partner from Version 1 continues to supply component kits (SKD/CKD). Final assembly, SIM provisioning, content pre-loading, packaging, and distribution shift to an African assembly partner — either in a pilot country or in an established hub (Ethiopia, Egypt, or Kenya). The hardware specification, component sourcing, and LearnTab test suite remain unchanged; only the assembly location moves. Transsion is a natural bridge partner, given its Chinese manufacturing base and existing African assembly operations.
The African manufacturing transition strengthens SLATE's political value: it aligns with the AU Digital Transformation Strategy's industrialization goals, creates manufacturing jobs in African countries, and transforms the narrative from "Chinese hardware for African classrooms" into "African-assembled hardware for African classrooms." The Version 1 contract with the Chinese manufacturer will include a contractual clause specifying the transition to African assembly for Version 2+.
The device access gap is structural. Smartphones will eventually reach every household, but Africa's DPI-Ed cannot wait for market forces to close the gap. The Breakthrough System is ready now — the platform, the content, the trained teachers, and the connectivity. What remains is a device built for the purpose.
The LearnTab is that device. Hardware-locked. Pre-loaded. Rugged. Affordable. Connected at the AU's Education Rate. Running nothing but validated educational courseware. A screen a parent can trust and a teacher can use.
100,000 devices. Six countries. Three years. The device access gap, closed at the point of need.