DECENTRALIZED MESH ARCHITECTURE
The MC-V12 protocol introduces a resilient zero-infrastructure communication matrix engineered for high-throughput, fault-tolerant topological data propagation across distributed client nodes.
LAYER 01 / TOPOLOGY
Dynamic Routing
Autonomous path calculation continuously adjusts to fluctuating peer connectivity and packet loss metrics, guaranteeing deterministic sub-millisecond route optimization.
LAYER 02 / PROPAGATION
Multi-Hop Relay
Peer-to-peer forwarding mechanisms propagate encrypted payloads over ad-hoc clusters without centralized nodes, cell towers, or terrestrial internet uplinks.
LAYER 03 / SECURITY
Cryptographic Isolation
Zero-trust forward secrecy envelopes every transmission with ephemeral keys, preventing intermediate relay nodes from inspecting or forging packet contents.
HARDWARE AGNOSTIC DEPLOYMENT
Engineered with zero hardware lock-in. Our software architectures decouple digital signal processing pipelines from specific vendor chipsets, allowing enterprise deployment across diverse software-defined radio frontends and low-power embedded single-board compute platforms.
RF TRANSCEIVER FRONTENDS
Supported SDR Units
HackRF One
1 MHz to 6 GHz operating frequency range with up to 20 Msps half-duplex I/Q sampling. Ideal for wideband spectrum sensing and agile transmission tests.
RTL-SDR (v3 / v4)
500 kHz to 1.76 GHz cost-effective RX-only monitoring with direct sampling support, suited for distributed passive listening nodes and telemetry capture.
LimeSDR / LimeSDR Mini
Full-duplex continuous frequency coverage from 100 kHz to 3.8 GHz with integrated FPGA preprocessing, providing cellular protocol stack execution.
USRP (B200 / B210 Series)
Industrial-grade UHD-native transceivers with 70 MHz to 6 GHz range, phase-coherent multi-channel capabilities, and deterministic low-latency pipelines.
COMPUTE & PROCESSING UNITS
Supported SBC Processors
Raspberry Pi Compute Module 4 / 5
Quad-core ARM Cortex-A72/A76 architectures with PCIe Gen 2/3 lanes for direct high-throughput DMA transfers from SDR baseband interfaces.
Rockchip RK3588 / RK3399
Octa-core 64-bit computing with integrated 6 TOPS NPU for edge RF machine learning, automatic signal classification, and real-time spectrum demodulation.
x86-64 Embedded Architectures
Intel Atom, Celeron N-Series, and AMD Ryzen Embedded processors supporting AVX2 / AVX-512 SIMD vectorization for high-bandwidth multi-carrier pipelines.
Edge Containerized Linux Environments
Lightweight Yocto and Debian runtime profiles preconfigured with real-time PREEMPT_RT kernels, zero-copy buffer pools, and automated OTA firmware deployment.
TECHNICAL TRIAL & PILOT UNITS
EVALUATE MC-V12 FOR YOUR MISSION
Submit your operational parameters to request dedicated evaluation hardware, lab benchmark datasets, and field deployment support from our senior engineering team.
Turnaround: Evaluation units provisioned within 5 business days upon mission clearance.
Support: Direct engineering channel for protocol configuration and waveform testing.