IoT sensor deployment is growing faster across Africa and South/Southeast Asia than in any other region, driven by low‑cost hardware and mobile connectivity — yet the machine learning methods used to interpret this data are still largely designed and validated under grid‑connected, high‑bandwidth assumptions.
The consequences are direct: precision‑agriculture systems that assume continuous connectivity fail during the drought or flood events they are meant to help manage; health‑monitoring models trained on curated Global‑North cohorts underperform on the populations that most need low‑cost diagnostics; and cloud‑dependent inference pipelines are unusable in off‑grid or intermittently‑powered settings. Researchers addressing these problems across the two continents are also frequently siloed by region, despite facing near‑identical technical constraints in power, connectivity, and hardware heterogeneity.
This workshop treats African and Asian communities not only as deployment sites, but as sources of technical innovation, locally grounded knowledge, and new system‑design principles — from disruption‑tolerant field networks to frugal‑hardware engineering practice — that can inform AIoT research globally. We adopt a broad, engineering‑grounded notion of sustainability: beyond energy and carbon efficiency, this includes affordability, operational resilience, repairability, secure maintainability, and the local capacity to operate and improve AIoT systems over the long term.
A venue built around what researchers working in this space actually need.
Reviewers understand field constraints — intermittent power, patchy connectivity, ageing hardware — not just benchmark leaderboards.
Africa‑ and Asia‑based AIoT researchers currently publish in largely separate local venues despite near‑identical technical constraints. This is the shared table.
Structured 1‑mentor‑to‑4–6‑mentee roundtables connect early‑career authors with senior researchers, with an optional post‑conference follow‑up.
Archival proceedings — accepted papers are published as part of the IEEE AIoT 2026 workshop record.
Topics include, but are not limited to:
Compression, pruning, quantization, distillation, NAS for microcontrollers, TinyML, coreset selection, data‑efficient training.
Carbon/energy‑aware training and inference, solar/battery‑constrained scheduling, hardware–software co‑design for low‑power sensing.
Federated learning over heterogeneous, intermittently‑connected devices; split computing; continual learning under drift.
Disruption‑tolerant and intermittent networking, LPWAN and mesh networks, satellite/opportunistic connectivity, secure provisioning, firmware/model updates, long‑term maintenance.
Low‑cost sensor fusion, robust perception under noisy hardware, remote‑sensing/satellite‑edge co‑design.
Precision agriculture, inclusive livelihoods, accessible learning ecosystems, water and energy management, climate/disaster early warning, low‑resource healthcare, smart mobility.
Low‑literacy interaction design, participatory data collection, community‑in‑the‑loop deployment.
Cross‑border data sovereignty, privacy‑preserving analytics, fairness and robustness under regional distribution shift.
Double‑blind review via EasyChair (no cost for workshop organizers) by a Program Committee spanning Africa, Asia, and collaborating regions; each submission receives at least two reviews. We welcome research papers, deployment/experience reports, demo proposals, position/vision papers, and student posters — all under the same format and length below.
Accepted submissions are archival and will be published in the workshop proceedings. Accepted demo materials may be contributed to a post‑workshop open dataset/benchmark repository.
Authors of accepted student submissions, and other interested early‑career participants, may opt into structured mentor–mentee roundtables (1 mentor : 4–6 mentees), with an optional post‑conference virtual follow‑up session.
Submissions are handled through EasyChair. Follow the steps below to submit your paper.
Use an existing EasyChair account, or create a new one — it's free and quick.
Found near the top of the conference page — this starts a new submission.
Select "Sustainable AIoT for AfroAsian Communities: Edge Intelligence for Resource‑Constrained, Climate‑Vulnerable Regions."
Enter name(s), affiliation(s), and email(s), plus your paper title and abstract. Double‑check spelling and emails.
Prepare your manuscript in the IEEE Computer Society Proceedings Format (double‑column, 10pt font, US letter paper), no longer than 6 pages, and upload it as a PDF.
Click "Submit" and save your confirmation email. You can edit your submission any time before the deadline.
⏰ Deadline: 30 September 2026 (AoE) · Workshop: 15–16 December 2026 (tentative), Kobe, Japan 🇯🇵
Please prepare your submission using the official IEEE conference templates below.
Be sure to use the template's conference mode.
When working in Overleaf, browse templates tagged "ieee-official" in the gallery.
All deadlines are AoE (Anywhere on Earth).
| 5 Aug 2026 | 🌐 Workshop website & publicity launch |
| 30 Sep 2026 | 📄 Submission deadline |
| 7 Oct 2026 | 📬 Notification of acceptance |
| 21 Oct 2026 | 🖨️ Camera‑ready (archival) submission |
| 15–16 Dec 2026* | 🎤 Workshop — Kobe, Japan |
*Workshop dates are still being finalized by the Congress; we expect to confirm 15–16 December 2026.
A full‑day (08:00–17:00), primarily in‑person program. Virtual presentation permitted only under documented exceptional circumstances (visa denial, connectivity failure).
| Time | Activity |
|---|---|
| 08:00–08:30 | 👋 Opening & framing talk |
| 08:30–10:30 | 🎤 Keynotes (4 × 25 min + Q&A) |
| 10:30–11:00 | ☕ Coffee break |
| 11:00–12:30 | 💡 Contributed spotlights |
| 12:30–14:00 | 🍱 Lunch & demo/poster session |
| 14:00–14:45 | 🏭 Industry–academia deployment panel |
| 14:45–15:30 | 🧭 Structured mentorship roundtables |
| 15:30–17:00 | 🏆 Best paper/demo awards & closing |
Highly regarded industry keynote and three senior academic keynotes, each with a direct, hands‑on IoT research or deployment track record.
Leads enterprise AI/IoT transformation programs; 12+ years connecting industrial IoT sensor fleets to intelligent operations.
🇯🇵 Japan
Ubiquitous computing and IoT; edge‑AI architectures and city‑scale sensing infrastructures. 300+ publications.
🇯🇵 Japan
Design, adoption, and real‑world impact of IoT/ICT systems. 250+ publications, h‑index 74.
🇮🇳 India
AI‑enabled embedded IoT for biodiversity conservation and human–wildlife conflict mitigation in Tanzania.
🇹🇿 TanzaniaOur organizing committee spans across two continents and combines academic and industry members.
IoT‑enabled information systems, digital governance, and ICT4D.
🇮🇳 India
Computer vision & signal processing for edge/IoT sensor data. Dual PhD (NYCU Taiwan & IIT Kanpur); former Research Scientist, Rakuten Group.
🇹🇿 Tanzania
AI‑enabled decision support and enterprise AI adoption; nearly a decade of industry experience at IBM, TCS, and NIIT Technologies.
🇮🇳 India
Internet architecture, IoT network systems, and cybersecurity. Manages SecHack365.
🇯🇵 Japan
Computer vision and applied AI - health.
🇮🇳 IndiaOpen to all registered IEEE AIoT 2026 participants. Complimentary registrations are available for underrepresented speakers, student authors, and practitioners presenting field deployments, subject to available funding.
Details to be published alongside the Congress's Inclusion & Accessibility resources. Priority will be given to students and early‑career researchers from underrepresented institutions.
We welcome organizations to support travel grants, awards, and workshop activities. Sponsors are recognized on the website, during the event, and in all workshop materials. Contact the organizers to discuss.