Lahir dari riset Spatial AI Architect dan Oxford Climate Challenge. Berkembang melampaui ketahanan pangan—mengintegrasikan polusi udara, cuaca ekstrem, karbon kredit urban, sensor mikroklimat, hingga pemulihan terumbu karang dalam satu ekosistem transparan. Born from Spatial AI Architect research and the Oxford Climate Challenge. Expanding far beyond food security—integrating air pollution, extreme weather, urban carbon credits, microclimate sensors, and coral reef restoration into one transparent ecosystem.
Perjalanan Climate OS berakar kuat dari program inkubasi dan riset terapan CESNA Academy (cesnalab.web.id). Dengan memadukan kurikulum mendalam dari Spatial AI Architect—mulai dari pemetaan drone, pengolahan WebODM, hingga otomatisasi Python—inovasi ini mulai dibangun. Berfokus awal pada solusi ketahanan pangan (food security), kami menyadari bahwa krisis ekologi global menuntut arsitektur sistem yang jauh lebih luas dan universal.
Dari sinilah Climate OS dikembangkan menjadi platform dMRV (digital Measurement, Reporting, and Verification) online universal. Pada 17 Agustus 2026, proposal strategis dan video inovasi kami telah resmi di-submit ke ajang bergengsi Oxford Saïd Global Climate Tech Challenge 2026.
Sembari menanti pengumuman final dari dewan juri di Oxford pada September 2026 ini, kami tidak sekadar menunggu. Ruang riset di CESNA Academy terus bergerak: arsitektur sistem diperkaya, fitur pemantauan diekspansi, dan teknologi dMRV terus disempurnakan.
Bagi kami, Oxford Climate Challenge bukanlah garis akhir, melainkan katalis awal. Climate OS dikembangkan bukan sekadar untuk mengejar kompetisi, melainkan untuk divalidasi, diuji, dan diskalakan menjadi sebuah startup teknologi iklim independen yang berdedikasi penuh pada restorasi bumi dan transparansi lingkungan masa depan.
The journey of Climate OS is deeply rooted in the incubation and applied research of CESNA Academy (cesnalab.web.id). Synthesizing deep-dive frameworks from the Spatial AI Architect curriculum—ranging from drone photogrammetry and WebODM processing to Python automation—this innovation took shape. Initially centered on food security solutions, we recognized that planetary ecological crises demand a much broader, universal system architecture.
Evolving from this vision, Climate OS was engineered as a universal online dMRV (digital Measurement, Reporting, and Verification) platform. On August 17, 2026, our official proposal and innovation video were successfully submitted to the prestigious Oxford Saïd Global Climate Tech Challenge 2026.
As we await the final review results from the Oxford judging panel this September 2026, we are far from standing still. The research labs at CESNA Academy continue to build: system architectures are constantly upgraded, monitoring features are expanded, and our dMRV capabilities are refined daily.
For us, this challenge is not a finish line, but a catalyst. Climate OS is being built not merely to compete, but to be rigorously validated, deployed, and scaled into a sovereign climate tech startup dedicated to planetary restoration and long-term environmental transparency.
Kini, Climate OS diinkubasi sebagai platform dMRV online universal. Proposal dan inovasi kami telah resmi di-submit untuk bersaing di ajang bergengsi Oxford Saïd Global Climate Tech Challenge 2026, menghubungkan komunitas lokal dengan standar validasi data lingkungan kelas dunia. Today, Climate OS is incubated as a universal online dMRV platform. Our proposal and innovation have been officially submitted to compete in the prestigious Oxford Saïd Global Climate Tech Challenge 2026, connecting grassroots initiatives with world-class environmental data validation standards.
Arsitektur modular Climate OS dirancang untuk mengintegrasikan berbagai pilar pemantauan ekologi secara presisi tinggi. Climate OS's modular architecture is built to integrate diverse ecological monitoring pillars with ultra-high precision.
Monitoring komprehensif tanaman pangan, pertanian skala hektar, hingga instalasi hidroponik urban di berbagai institusi. Comprehensive monitoring of staple crops, large-scale agriculture, and urban hydroponic installations across institutions.
Perhitungan otomatis biomassa dan potensi penyerapan karbon kredit untuk vegetasi serta hutan perkotaan berbasis drone. Automated biomass calculation and carbon credit sequestration potential for urban forests and vegetation via drones.
Integrasi jaringan sensor IoT real-time untuk suhu, kelembapan, dan mitigasi *Urban Heat Island* di perkotaan. Real-time IoT sensor network integration for temperature, humidity, and Urban Heat Island mitigation in cities.
Analisis hidrodinamika dan pemodelan simulasi banjir guna mitigasi risiko bencana air di wilayah rentan. Hydrodynamic analysis and flood simulation modeling for disaster risk mitigation in vulnerable regions.
Pemantauan kesehatan ekosistem pesisir, restorasi terumbu karang dangkal, dan analisis karbon biru mangrove. Coastal ecosystem health monitoring, shallow coral reef restoration, and mangrove blue carbon analytics.
Peringatan dini cuaca ekstrem dan pemetaan indeks kualitas udara berbasis data spasial berkelanjutan. Extreme weather early warning systems and spatial data-driven air quality index mapping.
Kami percaya bahwa transparansi iklim dimulai dari tingkat akar rumput. Setiap individu atau institusi yang terlibat dalam penanaman pohon langsung dianugerahi sertifikat digital terverifikasi. We believe climate transparency starts at the grassroots. Every individual or institution participating in tree planting is awarded a verified digital certificate.
Point your phone camera to inspect real-time growth and carbon estimates.