Autonomous Software Intelligence & Architecture
Zero Point Intel (ZPI) designs, constructs, and deploys high-performance autonomous software networks, self-healing backends, and telemetry agents. We run critical digital infrastructures that process, analyze, and deliver insights in real time.
What We Build
We engineer software solutions that combine high performance with security, enabling autonomous data processing and reliable communication systems.
Autonomous Agents
Developing self-contained agent loops (like the Acreon platform) that process multi-spectral satellite imagery, run crop analytics, and automatically dispatch alerts.
Distributed Infra
Self-hosted and highly-optimized mail, database, and container orchestration clusters that operate on sovereign dedicated VPS systems, keeping data isolated and private.
Reliable Engineering
Bulletproof backend engineering employing token-based auto-healing auth states, decoupled APIs, strict CORS safeguards, and robust cryptographic transport standards.
Raw Feeds to Dashboard Actions
Unifying massive, chaotic data sources (satellite captures, weather feeds, geographical soil arrays) into single-screen dashboard monitors that dispatch instant actionable triggers.
Massive Feeds
Unstructured geo coordinate logs, raw multi-spectral satellite imagery, and high-frequency IoT weather station broadcasts.
Filtering & Hash
Edge proxies ingest data payloads, filter ambient noise, encrypt signatures, and route traffic over secure network interfaces.
Core Processing
Calculates NDVI bands, runs coordinate intersections, and matches structural parameters to evaluate agricultural thresholds.
Unified Dashboard
Presents simple green/red nominal indicators, live sparklines, and triggers automated SMTP alert relays.
LoRaWAN & Edge Telemetry
We engineer low-power, long-range RF sensor arrays that transmit real-time telemetry (soil moisture, temperature, humidity) across miles of remote fields directly to local edge gateways.
Long Range RF
Designing networks utilizing Chirp Spread Spectrum (CSS) to bypass dense foliage. Sensors transmit alerts over 15km with ultra-low power envelopes.
Edge Sensor Arrays
Configuring customized micro-controllers (ESP32/Semtech SX1262) that collect leaf moisture and soil humidity matrices using battery lifespans of up to 5 years.
Encrypted Gateways
Integrating multi-channel outdoor gateways that authenticate packets with AES-128 cryptographic keys before forwarding to the Acreon API server.
System Telemetry Console
Monitor live status logs of local mail queues, Sentinel-2 image fetch pipelines, and database synchronizations running on the ZPI network.
IoT Sensor Node Grid & Mesh Uplink
Active global telemetry sensor feeds transmitting real-time coordinates, battery voltages, signal indices, and soil metrics back to the Acreon core database.
SYSTEM LOG: Nodes route telemetry arrays to the Edge Gateway using long-range radio signals. The gateway aggregates, decrypts, and uploads packets to the Acreon Database server. Hover nodes for details.
Acreon Autonomous Platform
Acreon integrates real-time geospatial processing and satellite analysis loops to monitor global crops, calculate vegetation health indexes, and deploy automated warnings.
Sentinel-2 Tiles
Automatically fetches raw multispectral Sentinel-2 band tiles from ESA API endpoints as satellites pass target sectors.
NDVI Computation
Splits bands B8 (Near-Infrared) and B4 (Red) to compute vegetation health and moisture index arrays.
Automated Warning
Correlates indices with localized sensor moisture metrics and dispatches Exim SMTP warning alerts in milliseconds.
Operational Cybersecurity
Protecting sensitive geo arrays, tracking pipelines, and communication endpoints from exploitation using strict zero-trust cryptographic protocols.
End-to-End Keys
Enforcing rigid STARTTLS handshakes on dedicated port 587. SSL mail certificates are mapped directly using Let's Encrypt directories on Exim daemons.
API Token Isolation
Securing map requests with strict token checks. MapLibre source coordinates automatically drop bearer headers on third-party domains (e.g. Esri/ArcGIS servers).
VPS Host Sovereignty
Running services on isolated container VPS layers, decoupled from public clouds. Auto-healing monitors kill bridge overflows before thresholds are breached.
Satellite Uplink Interface
Active link mapping displaying telemetry pass tracks relative to local ground observer horizons using a polar coordinates skymap.
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Sovereign AI & Agentic Systems
First we construct the physical layer—sensors, LoRaWAN meshes, and secure databases. Then we mount private, self-hosted frontier models to maintain, support, and autonomously expand your operational capabilities.
Private Hardware & Mesh
Telemetry nodes, LoRaWAN RF grids, database clusters, and sovereign dedicated bare-metal servers. Fully isolated from third-party public clouds.
Self-Hosted Frontier Models
Deploying Llama 3.1, DeepSeek-Coder, and Qwen LLMs inside private network boundaries using vLLM/Ollama. Zero data leakage, full data sovereignty.
Autonomous Agent Swarms
Self-healing loops with tool utilization, private vector RAG search, and automated validation layers to run analyses, dispatch mail notifications, and maintain infrastructure.
Sovereign AI Agent v1.2 online. Ask me about your physical layer, soil moisture nodes, satellite passes, or system warnings.
Let's build something intelligent.
Whether you want to consult on autonomous software design, AI orchestration, or deploy secure, high-performance distributed architectures, establish a link with ZPI engineering.
contact@zeropointintel.com