EU-Based · AES-256-GCM Standard · 50+ Years Combined Expertise
We are not an embedded engineering firm. From bare-metal firmware to AI-powered self-maintenance, from ESP32 to 10,000-device fleets — every layer built and owned by us.
From bare-metal embedded development to cloud telemetry pipelines, from database optimization to AI-driven self-maintenance — we own it all. No handoffs. No integration gaps. No compromises.
Aletheia Tech builds IoT systems end-to-end — from the sensor reading the physical world to the AI that keeps it running.
Two founders. Two heroes who departed on separate journeys and returned, bringing gifts. Childhood neighbours who built crystal radios and walkie-talkies together — once accidentally catching the attention of security forces with a rogue frequency. Afnan Zafar — 25+ years of embedded hardware engineering — understood amplifiers, power supplies, RF transceivers, and PCB design before his Hardware Engineering degree. Moin Ul Haque — 25+ years of full-stack software engineering — learned GW BASIC at age 7 from an IBM Manual in 14 days, was his district's best coder, and mastered C/C++/Visual Basic before his Computer Engineering degree. Parted by life, reunited by purpose. Together, they cover the entire ecosystem.
From hardware to AI, from ESP32 to 10,000-device fleets — every layer designed, built, and owned by us. No handoffs. No integration gaps. No compromises.
From ESP32 to custom MCUs, we build production-grade firmware that won't break at 1,000 units — or 10,000. Real-time sensor integration, OTA pipelines with signed rollback, and multi-protocol connectivity (Wi-Fi, BLE, LoRa, Zigbee). This is just one half of our story.
AES-256-GCM encryption with secure key provisioning. Attack-resistant by architecture, not by configuration. Devices provisioned with unique identity at the factory. Captured packets yield zero value — even with physical access to hardware. Very few providers can claim this.
Python/FastAPI async servers with MQTT and HTTP ingestion pipelines — dual telemetry modes standard on every device, with additional protocols (LoRa, etc.) where hardware permits. Real-time WebSocket dashboards, connection pooling, and query optimization. Our telemetry pipeline handles 100 devices or 10,000 — same architecture. Tested and proven.
PlatformIO, ESP-IDF, bare-metal development, peripheral drivers, power profiling, hardware bring-up. 30 years of embedded hardware expertise means deterministic real-time behavior in production, not prototype-grade reliability.
Automated database optimization with backup pipelines, query tuning, pruning, archiving, compression, and automated deletion of old archives. Your system maintains itself — no DBA on retainer. This is AIOps built into every deployment.
Network architecture, secure deployment planning, CI/CD pipelines, zero-trust segmentation, cloud/on-premise infrastructure. We make your new IoT system fit what you already have — not the other way around.
Purpose-built IoT products available today. From the firmware that reads credentials to the AI that manages the database — every line of code is ours. Customizations are possible, not theoretical.
Complete RFID access control ecosystem. One platform for hotels, offices, healthcare, and enterprise — from single door to multi-site.
Industrial IoT gateway bridging legacy RS-485/Modbus equipment to encrypted MQTT cloud backends. ESP32-based with triple-redundant connectivity.
We compete on engineering depth, not marketing claims. Here is why technical buyers choose Aletheia.
From firmware to database to dashboard to AI-powered self-maintenance, we design and build every layer. There is no handoff between separate vendors. No finger-pointing when something goes wrong. We own the entire stack — and we take full responsibility for it.
This is not theoretical security. AES-256-GCM is running in production, processing real telemetry, validated under real-world conditions — every single day. End-to-end encryption is standard, not an add-on.
Every device in our fleet supports at least two telemetry modes (MQTT and HTTP) — with additional protocols (LoRa, etc.) where hardware allows. This makes us one of the very few companies building this level of fault tolerance into IoT systems.
Our deployed software includes a built-in AI engine that manages backups, exports, pruning, archiving, compression, and automated deletion of old archives. Your system stays healthy without a full-time DBA. This is self-healing infrastructure.
Our backend architecture has been stress-tested for over 10,000 concurrent devices — a benchmark far beyond typical deployment requirements. Your system scales. We have proven it.
You get direct access to the engineers building your system. No account managers. No ticket queues. Our founders — with 50+ years of combined expertise — are hands-on.
Quick answers to the questions we hear most often from prospective clients.
When you work with us, we design and build the firmware, the encrypted transport layer, the backend server, the database architecture, and the monitoring dashboard. There is no handoff between separate vendors — and no finger-pointing when something goes wrong.
A single-site JanusAccess deployment typically goes live in 2-3 days. A Bifrost gateway can be integrated and sending encrypted telemetry in hours. Larger custom systems are delivered in 2-4 week sprints.
Yes. Bifrost is specifically designed to bridge legacy RS-485/Modbus equipment to modern cloud backends. We also integrate with existing access control hardware where possible.
Our architectures are designed with GDPR compliance built in. For regulated industries, we support HIPAA-ready audit trails, FIPS 140-2 readiness for cryptographic modules, and SOC2-type logging frameworks.
Yes — and this is a core differentiator. Because we own the entire codebase from firmware to frontend, we can customize every layer to your specific requirements. Need a custom card format? A unique dashboard layout? A specific compliance report? We build it.
Your system runs autonomously with AI-powered self-maintenance. OTA updates keep firmware current. We offer retainer-based support for incident response, feature development, and system health monitoring.
Whether you need hardware engineering, firmware development, backend telemetry, or the entire stack — we're ready. Most discovery calls take 30 minutes. Most projects begin within 2 weeks.
Choose the channel that works best for you. We keep office hours CET and respond same-day.
⏰ Typical response: within 4 business hours
🌎 We work in your timezone — Europe, North America, Africa, Middle East
Tell us about your project requirements and our founding team will get back to you within 4 business hours. We build systems from the ground up — and we stand behind every layer.
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