// Trust Charter & Interoperability
Our Promises.
Hardcoded.
SDSI operates under a strict transparency mandate. We believe infrastructure should build sovereignty, not vendor dependency. Here is how we build trust into our engineering.
Pillars of Operation
The SDSI Code of Conduct
Data Sovereignty
We believe your data is your property. SDSI guarantees that our clients retain 100% ownership of their environmental, agricultural, and tactical data.
We implement end-to-end cryptographic encryption at the physical node level. Telemetry is locked before transmission and is stored in dedicated, isolated databases. SDSI will never monetize, aggregate, or expose telemetry payloads to third parties.
Energy Autonomy
We minimize our physical footprint through ultra-low power hardware design and solar-optimized harvesting configurations.
Our Apex-1 sensor nodes are engineered with state-of-the-art energy-harvesting circuitry, allowing continuous operation on a single solar cycle. By avoiding frequent battery swap cycles, we reduce toxic chemical disposal, overhead costs, and labor in the field.
Community Resilience
Infrastructure built for farming is infrastructure built for survival. Our modular networks support communities during cellular outages and utility failures.
By maintaining secondary mesh paths, local gateways route critical alerts, weather updates, and frost alerts directly to remote farms. We pledge to maintain open civilian safety channels on all SDSI gateway networks free of charge.
Open Standards
We commit to standard-based interoperability protocol stacks. SDSI actively fights vendor lock-in by using standardized payloads.
All telemetry packets are structured in open standards, utilizing RFC-compliant JSON, Protobuf schemas, and LoRaWAN regional configurations. Our platforms are designed to bridge open infrastructure rather than force proprietary lock-in.
// Hardware & Software Autonomy
Hardware Agnostic.
Software Free.
We engineer our systems to be completely decoupling-capable. You do not need to use SDSI hardware to run our software platform, nor do you need SDSI software to run our hardware.
Software-Agnostic Hardware
The **SDSI Apex-1** sensor node is built on open standards. It does not require our SaaS platform to function.
- Streams to standard LoRaWAN servers (TTN, ChirpStack)
- Uses open-source payload decoders (JSON/Javascript)
- Direct integration with AWS IoT, Azure, or MQTT brokers
Hardware-Agnostic Software
The **SDSI Fleet Management Dashboard** parses telemetry from any standard-compliant physical transmitter.
- Integrates third-party nodes (Helium, Dragino, RAK)
- Standard API keys & Webhook ingestion endpoints
- Export databases at any time in raw CSV/JSON/SQL formats
// Governance & Auditing
Compliance Roadmap
We submit our protocols and manufacturing pipelines to external reviews to verify our claims.
LoRaWAN regional parameters compliance
Validated open-air frequency hopping, dynamic channel planning, and transmission power configurations across European ISM and US FCC bands. Prevents protocol fragmentation.
ISO/IEC 27001 Readiness Assessment
Engaged third-party cybersecurity audit agency to evaluate telemetry key storage, sovereign databases, and administrative controls. Ensuring complete user data sovereignty.
Dual-Use FCC & CE Modular Transmitter Approvals
Pre-compliance RF shielding testing complete. Standardizing module formats so our hardware remains open for military, civilian, and industrial drop-in usage.
Carbon-Neutral Hardware Assembly Chain
Transitioning node casing injection molding to 100% bio-plastics and standardizing supply lines from local recycling hubs. Targeting carbon-negative lifecycle.
Open Data Policy Charter
For government agencies, security partners, and agricultural cooperatives, we offer our complete SDSI Sovereign Data & Mesh Network Policy Charter as an open documentation resource.