Connect your machines, vehicles and sensors to a scalable real-time cloud architecture.
We engineer distributed IoT platforms and telematics engines built for hundreds of thousands of concurrent devices. From hardware protocols and telemetry ingestion to real-time maps, time-series storage, and business workflow automation.
IoT is not just about sensors – it is about what you do with the stream
Many IoT initiatives stall in the proof-of-concept phase or collapse under production load. Hundreds of thousands of devices transmitting high-frequency pings generate write volumes that overwhelm traditional relational databases and synchronous web servers.
Alegor Tech builds the complete stack: from protocol parsing (MQTT, CoAP, TCP/UDP sockets, Modbus, BLE) through distributed message brokers (EMQX, RabbitMQ) and time-series storage (TimescaleDB, ClickHouse) to real-time operations dashboards, predictive maintenance, and seamless ERP synchronization.
6 Pillars of our IoT & Telematics Engineering
We bridge the physical and digital divide: from low-level embedded protocols to high-scale cloud backends, spatial calculations, and ERP workflows.
Fleet Management & Telematics
Real-time tracking of vehicles, heavy machinery, and mobile assets with live GPS coordinates, fuel telemetry, driver behavior, and tachograph sync.
Key Capabilities:
- High-performance live vector maps (Mapbox / Leaflet)
- CAN-bus, FMS standard and OBD-II payload decoding
- Polygon geofencing with instant entry/exit webhooks
- Automated compliant tax logs and journey tracking
Hardware Protocols & Ingestion
High-throughput ingestion and binary decoding from microcontrollers, industrial gateways, and sensors with sub-second latency.
Key Capabilities:
- MQTT, MQTT-SN, CoAP, WebSockets & gRPC stream pipelines
- High-concurrency TCP/UDP socket daemons in Go & Node.js
- Industrial standards: Modbus RTU/TCP, OPC-UA, CANopen
- Connectivity support: LTE-M, NB-IoT, LoRaWAN, BLE 5.0
Time-Series Storage & Fast Analytics
Data tier engineered to ingest, compress, and query billions of telemetry points with microsecond query times.
Key Capabilities:
- TimescaleDB (PostgreSQL) hypertables with 90%+ compression
- ClickHouse OLAP for real-time analytics across billions of rows
- Automated multi-tier partitioning and data retention policies
- On-the-fly rollups and downsampling for instant graph rendering
Device Management & OTA Updates
Complete lifecycle orchestration: zero-touch provisioning, TLS certificate rotation, remote config, and Over-The-Air firmware deployments.
Key Capabilities:
- Batch OTA firmware deployments with automated safe rollback
- Remote parameter configuration and sensor calibration
- Full device lifecycle: provisioning, pairing, and decommissioning
- Battery degradation, voltage, and radio link monitoring (RSSI)
Complex Event Processing & Alerts
Stream processing of telemetry metrics to detect anomalies, equipment degradation, and threshold violations in real time.
Key Capabilities:
- Rule engine with multi-variable condition triggers
- Predictive maintenance schedules driven by actual runtime hours
- Sub-second multi-channel alerts (SMS, Push, Webhooks, Email)
- Incident escalation workflows with audit trails and sign-offs
Direct ERP & Workflow Integration
Telemetry delivers true ROI when synced directly with financial ledgers, inventory, ticketing, and automatic billing systems.
Key Capabilities:
- Automated usage-based billing based on actual machine runtime
- Automatic work order generation on maintenance intervals
- Two-way sync with Fortnox, Visma, SAP, and Microsoft D365
- Customer-facing APIs and secure developer webhooks
How Modern IoT Systems Function in Production
An architecture designed to scale horizontally from 1,000 to 500,000+ devices with zero data loss and guaranteed throughput.
1. Hardware & Edge
Sensors, GPS trackers, CAN loggers, and BLE tags capture physical metrics and transmit over LTE-M, NB-IoT, or satellite.
2. Broker & Ingestion
Distributed message brokers ingest millions of events per minute, decode binary payloads, and push into streaming queues.
3. Time-Series & Rules
Telemetry is stored in compressed hypertables while complex event processors evaluate geofences, temperatures, and alarm rules.
4. Dashboards & ERP Sync
Live interactive map dashboards with push updates and automated ERP integration (billing based on runtime, work orders).
Engineered for High-Scale Production Telematics
Our architecture powers high-concurrency telematics and equipment tracking systems managing hundreds of thousands of live endpoints.
ToolMetrica
A distributed telematics and IoT platform for industrial equipment and tools. Leverages GPS gateways, BLE beacons, and runtime sensors for live geolocation, theft prevention, and automated usage billing.
Gelios Telematics
An international enterprise telematics ecosystem powering commercial fleet operators and heavy machinery fleets. Engineered for 450,000+ active endpoints with live CAN-bus diagnostics, fuel curve analytics, and route geofencing.
Our IoT Engineering & Implementation Process
From hardware protocol validation to cloud ingestion, custom dashboards, and continuous production operations.
Hardware & Protocol Assessment
We evaluate your physical devices, battery budgets, connectivity carriers (SIM/eSIM/NB-IoT), and binary data payloads.
PoC & Ingestion Pipeline
We deploy an ingestion sandbox with MQTT brokers/socket daemons to verify payload decoding, compression, and zero packet loss.
Time-Series DB & Alarm Engine
Schema design in TimescaleDB/ClickHouse, spatial index optimization, geofence trigger boundaries, and anomaly alarm logic.
Portals, Mobile Apps & ERP Sync
Frontend engineering of vector map dashboards, native mobile tools for field technicians, and two-way ERP data bridges.
Hardening, Scaling & Maintenance
Concurrency stress testing, mTLS encryption hardening, automated OTA rollout pipelines, and 24/7 telemetry monitoring.
Everything You Need to Know About IoT Engineering
Ready to Engineer or Scale Your IoT Platform?
Book a technical discovery session with our software architects. We will evaluate your hardware protocols, ingestion pipelines, and scaling roadmap.