Sovereign data platform for field research
From field data to a decision you can defend.
Sukira completes data collection, ontology grounding, and verifiable analysis in one system. Analytical tools run directly on field hardware without internet, keeping sensitive records strictly on your local machine.
Sukira is open and built to run offline. The button opens an email inquiry; this static site has no tracking forms and stores no user accounts.
The Reality of Field Operations
The disconnect between field collection and defensible decisions
Data is gathered in remote clinics, rural districts, and fragile environments without cellular signal. It then sits disconnected from analysis for weeks, waiting for central batch processing.
When decisions are due, technical analysts and program officers find themselves defending critical figures based on brittle, unlinked spreadsheets they cannot trace back to the individual observation.
Built differently from the ground up
Four foundational commitments to ensure your field data turns into decisions you can defend.
Stop re-uploading between tools.
One platform for the full lifecycle: collect in the field, ground against study definitions, analyze with verifiable tools, and publish signed reports.
Works where the internet doesn't.
Offline capability is architectural, not a fallback mode. The desktop app runs the entire analysis pipeline with zero server dependency, and local-only data sovereignty is enforced at the architecture level, not by an insecure UI toggle.
Understands what your columns mean before it analyzes them.
Automatic ontology mapping (Entity, Indicator, Dimension), human-confirmed, letting the same analytical tools reason across different sector datasets without custom scripts per dataset.
Every number comes with proof.
Reports carry complete lineage: who confirmed the data's meaning, what was excluded and why, and a direct method to verify calculations independently.
How it works
How it works: Operational agent workflow
Ask a question. The agent plans its own steps, checks its work against your validation rules, and tells you what it couldn't verify.
Vaccination rate: 68%.
68%, based on 40,000 of 44,000 expected submissions. 3 clinics excluded for incomplete data. Confidence: 91%.
- 01
Define the study plan
Set up survey questions, indicators, and validation rules in one unified study package before fieldwork begins.
- 02
Collect on the ground
Record answers and observations on mobile devices or laptops with immediate feedback on errors.
- 03
Analyze on site
Run statistical summaries, filters, and consistency checks directly on your device without sending raw data over the network.
- 04
Share verified summaries
Sign final reports with digital signatures. Share approved summaries while keeping sensitive source records private on your device.
Trust & Verification
Trust is demonstrated, not claimed
Every number in a Sukira report carries its calculation criteria, verified sample size, and disclosed exclusions directly on the page.
District Health Survey 2026-Q3
Vaccination Coverage: 68.2%
Statistical Confidence
91%
40,000 of 44,000 expected submissions verified across 12 zones
3 clinics excluded (failed cold-chain temperature threshold < 2°C)
Every Sukira report can show this. Click through it. Verify it yourself.
Who it is built for
Designed for organizations that require data sovereignty and defensible evidence, with zero fabricated adoption claims.
Public Health
Epidemiological surveillance, rural clinics, and immunization coverage studies.
Humanitarian Action
Needs assessments, beneficiary distribution monitoring, and crisis response surveys.
Government & Statistics Offices
Statutory surveys, agricultural censuses, and district-level indicators.
Academic Research
Field trials, longitudinal cohort studies, and institutional review board protocols.
Agriculture & Environment
Crop yield monitoring, forestry tracking, and climate adaptation assessments.
Proof of seriousness
Pre-traction credibility through code, open architecture, and verifiable commitments.
We built Sukira because we spent years watching vital field data disappear into broken spreadsheet handoffs. Organizations doing serious work in tough conditions deserve tools that guarantee data sovereignty and mathematical defensibility by default. We do not publish fake testimonials or unverified partnership claims. Our credibility rests on our code, our open architecture, and our verifiable commitments.
Architecture Commitments
100% Offline Autonomy
The complete workflow runs on standard laptops without network connectivity.
Cryptographic Data Locality
Records marked local-only cannot leave the collecting hardware, enforced at the data layer.
Plans
Transparent Pricing & Deployment
Four clear tiers with unfinalized pricing and distinct paths for institutional deployments.
Free
Intended for individual researchers and field analysts.
- Full-featured local desktop workflow
- Unlimited local studies
- Offline agent analysis
- Zero cloud lock-in
Pro
Intended for field teams and multi-enumerator projects.
- Multi-device collection
- Team synchronization
- Shared study templates
- Collaborative review
Enterprise
Intended for organizations requiring institutional governance.
- Multi-tenant workspaces
- Role-based access control
- Institutional sovereignty certificates
- Audit trails
Private Server Deployment
Intended for ministries, defense, and health bodies requiring on-premise infrastructure.
- Deployed directly on your private server hardware or air-gapped data centers
- Custom integration support
- Dedicated service level agreements
- Data residency compliance
Project status and roadmap
A clear, honest overview of what is ready to use today and what our team is actively building next.
Ready today
Offline analysis engine
Fast on-device calculation and reliable local storage, thoroughly tested to guarantee dependable work without network access.
Guaranteed data protection
Structural safeguards that keep private records strictly on your local device, preventing accidental transmission.
Independent public documentation
Public website and documentation available in English and French, explaining our mission and platform capabilities.
Coming next
Dedicated Android mobile application
A dedicated mobile collection client for Android devices is currently under development to support field data collection on smartphones.
Peer-to-peer mesh synchronization
Direct device-to-device mesh synchronization between nearby hardware without relying on cellular or satellite networks.
Self-hosted sync hub packages
Packaged self-hosted sync hub distributions for local institutional networks without public cloud dependency.
Built for evidence that must stand up to scrutiny.
Join our early access program to pilot Sukira on your upcoming field studies.