Unreliable links
Devices lose their link, data goes missing, and the system is not built for offline operation and buffering.
Industrial IoT: infrastructure for device networks
We build IoT infrastructure for monitoring, controlling, and collecting data from devices in real-world environments:
- IoT gateways
- telemetry
- OTA & device registry
- offline-first
- dashboards & alerts
From our projects¶ Client pain points
¶ What we do03 areas
What we build
We design IoT as scalable, fault-tolerant infrastructure.
01 / 03
IoT architecture & data collection
We design brokers, data buses, and telemetry storage for real-world loads.
- MQTT, CoAP, Modbus, CAN
- brokers & data buses
- telemetry storage
- stream processing
02 / 03
Fleet management
Configuration management, monitoring, and OTA updates for your entire device fleet.
- device registry
- OTA updates
- configuration management
- remote diagnostics
03 / 03
Built for unreliable links
Offline-first logic and buffering keep the system running in real field conditions.
- offline-first
- buffering
- resynchronization
- fault tolerance
¶ Tech stackArchitecture
Protocols
MQTT, CoAP, Modbus, CAN
Edge
ESP32, STM32, Raspberry Pi, ARM
Backend
Go, Python, PostgreSQL, TimescaleDB
Streaming
Kafka, MQTT broker, Redis
Ops
Grafana, Prometheus, OTA pipelines
Infra
Docker, Kubernetes, CI/CD
¶ How we work06 steps
Infrastructure-Ready Engineering
- 01Stage
Engineering audit
We study the devices, connectivity, and operating conditions.
- 02Stage
Architecture
We design brokers, storage, and exchange protocols.
- 03Stage
Development
We build gateways, the backend, and control panels.
- 04Stage
Load testing
We test the system with thousands of devices over unreliable links.
- 05Stage
Deployment
We deploy the infrastructure and connect the device fleet.
- 06Stage
Ongoing support
Telemetry, updates, and scaling.
¶ Case studies03 projects
5+
Power bank sharing service
A turnkey ecosystem of sharing stations
Project highlightDistributed station fleet management and OTA.
−30%
Drones
Design and analysis of UAV structural components
Project highlightAutonomous data collection in the field.
9 mo
Wall-climbing robot
A magnetic-adhesion robot for surface inspection
Project highlightDevice operation in a demanding physical environment.
¶ Who it’s forWhere our systems run
Urban infrastructure
Transit, stations, terminals
Manufacturing
Production lines and equipment
Energy & utilities
Monitoring and metering
Logistics
Connected devices and tracking
¶ Why BonsaiWhy build IoT infrastructure with us
01
Scale from day one
We design for thousands of devices, not for a demo.
02
Real-world links
We build offline-first operation and unstable links into the architecture.
03
Hardware + Backend
We build the device and the infrastructure as a single system.
04
Manageability
OTA, telemetry, and monitoring from the start.
Assess your IoT project
We’ll run a technical audit of your infrastructure:
- —assess the architecture and protocols
- —check that it is designed to scale
- —identify connectivity risks
- —estimate timeline and cost