Access the core SCI-MIP 2025x program documents, domain-specific application modules, and version history.
SCI-MIP's governing documents are controlled publications. Access is managed under AISE-TECH data sovereignty protocols. Registered organisations may request full-document access via the Engineering Portal.
SCI-MIP's framework architecture generates domain-specific applications. Each adapts the core methodology to its context while maintaining full compatibility and shared baseline architecture.
Verification of groundwater extraction efficiency, aquifer recharge monitoring, and pump system performance. Ağcabədi pilot is the first active deployment.
Integrated water resource management framework for the Kura river basin. Multi-parameter flow and quality monitoring with cross-border MRV compliance.
Resource optimisation and sustainability verification for the Araz river basin. Designed for transboundary data sovereignty and climate reporting alignment.
Performance verification for wastewater treatment facilities, recovery system efficiency, and effluent quality compliance — aligned with international discharge standards.
Macro basin environmental intelligence for the Caspian Sea. Level 8 complexity designation — multi-jurisdiction, multi-parameter, and multi-temporal verification architecture.
Sovereign water governance framework for the Republic of Azerbaijan. Integrates all basin modules into a unified national MRV architecture for state-level water cycle reporting.
SCI-MIP is protected by 6 Registered Copyrights. Patent Pending for Technology Independent Verification Method. All framework documents are administered by AISE-TECH under state-level data sovereignty protocols.