Official Effective Date: July 23, 2026
Dedicated Privacy Governance Contact: [email protected]
Niva is a professional full-workflow companion tool customized for pottery studio kiln firing operations, covering the entire closed-loop management of pottery production from pre-firing planning, in-firing monitoring to post-firing archiving and experimental data analysis. The platform’s core service modules include personalized pottery work passport establishment (covering work photos, author information, clay material notes and greenware dimension data), customized kiln profile and firing curve configuration (including ramp, hold and cool checkpoint parameter setting), intelligent kiln load planning (piece selection, loading checklist confirmation, top-down placement arrangement and spacing detection verification), full-cycle firing progress tracking (from scheduled startup, real-time checkpoint logging, cooling monitoring to final unloading), post-firing data recording (single-piece work outcome records, defect marking and post-firing photo archiving), operational cost allocation based on work footprint, clay and firing curve experimental result retrospective analysis, and real-time dashboard display of ongoing kiln loads and standby greenware resources. All core workflow data generation, parameter calculation, log recording and data sorting processes are locally executed, focusing on private studio production management with no mandatory account binding or public data sharing mechanism.
Niva adheres to five exclusive privacy governance tenets tailored for professional pottery production scenarios, running through all service links:all user-generated pottery operational data and studio workflow records are stored locally on-device without mandatory cloud synchronization and remote uploading, zero passive background collection of user studio production data and personalized operational habits, absolute prohibition of facial feature, portrait and human biometric data collection and analysis, full user independent ownership and management authority over all pottery production traceability data, and zero leakage of professional studio experimental and cost statistical data to third parties. The application adopts a fully anonymous usage framework. Users can access all kiln workflow management functions without submitting any personally identifiable information, realizing completely private, autonomous professional pottery studio operation management.
All local work file parsing, kiln parameter algorithm calculation, firing progress monitoring, placement logic verification and data statistical analysis of the platform run independently in the device’s private application sandbox. No hidden background tracking scripts, automatic cloud data synchronization programs, silent operational log uploading mechanisms or remote data collection services are deployed. Users’ continuous active use of Niva’s full kiln firing workflow management services constitutes full understanding, voluntary recognition and unconditional acceptance of all privacy protection clauses and local data processing specifications stipulated in this covenant.
Combined with Niva’s unique full-cycle pottery kiln firing workflow, we conduct refined hierarchical classification and full-lifecycle differentiated privacy protection for all user independently generated local professional operational data to fully safeguard users’ exclusive studio production and experimental data assets:
2.1 Pottery Work Passport Private Archive Data
Users independently build exclusive work passports for each pottery piece, including customized work photos, independent author detail records, professional clay material characteristic notes and accurate greenware dimension parameter data. All work passport content, piece attribute records and early-stage production file data are exclusive user private studio production assets. The platform only provides local file sorting and archiving technical support, and will not actively collect, remotely store, copy, transmit or publicly display any user pottery work archive data in any form.
2.2 Kiln Profile & Firing Curve Parameter Data
Users independently define professional kiln operation profiles and personalized firing curves, setting core process parameters including temperature ramp rules, constant temperature hold duration and cooling stage checkpoints. All user-configured kiln operation parameters, firing process schemes and custom checkpoint setting data are user exclusive private pottery process formula data, stored only in local device sandbox space for personal studio repeated use and process iteration, without background aggregation, algorithm mining and commercial utilization.
2.3 Kiln Load Planning & Placement Arrangement Data
Users complete pre-firing load planning through piece selection, standardized loading checklist confirmation, top-down spatial placement arrangement and safety spacing verification. All load planning schemes, checklist completion records, piece placement layout data and spacing detection results are user exclusive private pre-production management data, fully independently edited, adjusted and managed by users.
2.4 Full-Cycle Firing Process Tracking Log Data
Users record full-cycle firing progress from scheduled startup, in-process checkpoint monitoring, equipment operation status logging to post-cooling unloading completion. All firing time scheduling records, real-time checkpoint logs, operation state tracking data and unloading confirmation records are user exclusive private production process traceability data, forming exclusive studio firing workflow archives.
2.5 Post-Firing Quality & Outcome Recording Data
Users record single-piece pottery firing outcomes, mark production defect types and details, and archive post-firing finished product photos for quality retrospective. All post-firing quality evaluation data, defect analysis records and finished product image materials are user exclusive private quality control data, supporting independent studio production quality sorting and improvement iteration.
2.6 Operational Cost & Experimental Analysis Data
Users settle kiln operation electricity consumption and equipment wear costs based on work footprint, and conduct experimental result comparative analysis based on different clay materials and firing curve schemes. All cost accounting data, experimental comparison records and process optimization analysis data are user exclusive private studio operation and experimental research data, with no external statistics and public disclosure.