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Development of industrial IoT systems, telemetry and remote equipment control

Connect production machines, generators, cold storage warehouses and vehicle fleet to a single cloud monitoring platform in real time. We develop reliable embedded (Embedded) and server software for the Internet of Things (MQTT, Modbus, LoRaWAN, HTTP): sensor data collection, immediate alerts about accidents, energy consumption optimization and predictive equipment maintenance.

✓ Reduction of unplanned downtime to 50%: the system alerts about overheating, vibrations or pressure drop leading to failure
✓ Online control 24/7 from any location: status of each object, lines and sensors on an interactive map
✓ Industrial protocol support: data reading through Modbus RTU/TCP, CAN-bus, OPC UA, MQTT and LoRaWAN
✓ Energy saving and fuel saving: accurate resource consumption accounting with detection of unauthorized leaks and losses
Industrial Telemetry (MQTT / Modbus) Microcontroller Firmware (ESP32 / STM32) LoRaWAN Long-Range Networks Predictive Maintenance Engine Real-Time SCADA/IoT Dashboards
Get IoT Concept
Formats and pricing
ALL IT • SERVICE SPEC
SLA 99.9%
Innovative technologies and artificial intelligence WARRANTY UNDER AGREEMENT
Enterprise IoT Control Panel

Connected sensors: 1,840 • Line status: Nominal • Packet frequency: 100ms • Autonomous operation time: 99.98%

⏱ Start: 1–3 days 🛡️ NDA: 100% SLA Warranty
📡
MQTT Broker
1,840 Sensors
⚡
100ms Package
Real-time Data
⚠️
Anti-Accident
Predictive maintenance
🔋
-22% Energy
Cost Optimization
✓ Official contract with fixed cost of work
✓ 100% transfer of rights to code and configuration to the customer
✓ Assigned leading engineer and support 90 days
FULL TRANSFER OF RIGHTS CONTRACT + WARRANTY
[ INDUSTRIAL RELIABILITY ]

How does the industrial internet of things (IIoT) get adopted in the first months of operation

One timely warning of a overheating industrial compressor or engine saves tens of thousands of euros

[ 01 ]

Immediate response to non-standard events

If temperature, pressure or power supply is deviated, the dispatcher and engineer receive a call or notification within 1 second.

[ 02 ]

Exclusion of Human Factor

Automatic collection of meter readings and sensor data eliminates tampering with accounting journals and negligence of staff.

[ 03 ]

Predictive technical support

Algorithms analyze microvibrations and hours of operation, scheduling replacement of parts before their failure.

[ 04 ]

Automatic entry into ERP/1C

The number of products released from conveyor sensors and the amount of kilowatts of electrical energy consumed are automatically posted to the accounting system.

[STAGES OF IOT CREATION]

Full engineering cycle of IoT development turnkey

From the selection of circuitry schemes and controller firmware to cloud servers for telemetry processing

[ STEP 01 ] Audit

Audit of the object and selection of equipment (Hardware)

We are studying technological equipment, operating conditions (humidity, vibration, dust) and selecting sensors and controllers (ESP32, STM32, PLC).

[ STEP 02 ] Firmware

Development of embedded software (Embedded Firmware)

We write energy-efficient and fault-tolerant firmware in C/C++ with support for over-the-air (OTA) updates and channel encryption.

[ STEP 03 ] Networks

Design of data transmission networks (LoRaWAN / GSM)

We arrange data transmission over distances of up to 15 km using LoRaWAN or cellular modems (NB-IoT / LTE-M).

[ STEP 04 ] Cloud

Cloud broker for telemetry and time-series databases

Deployment of high-load MQTT brokers (EMQX, VerneMQ) and Time-Series databases (TimescaleDB / InfluxDB).

[ STEP 05 ] Interface

Interactive SCADA/IoT dispatcher interface

Creation of a modern web cabinet with 2D/3D mnemoschemes of equipment, charts of indicators and interactive object map.

[ STEP 06 ] Integration

Alerting system and integration into ERP/CRM

Automatic sending of critical alarms to Telegram/SMS, generation of repair tasks and downloading of expenses to 1C/BAS.

[ Tariff Plans ]

Packages of development of industrial IoT solutions

Select the project scale: from a pilot monitoring stand to comprehensive automation of the plant or network

Quick start for one critical node (up to 20 sensors)

IoT Pilot Telemetry

Pilot connection of generators, boilers or cold storage for online monitoring of temperature, voltage and current.

Development time: from 3–4 weeks
Work Scope:
✓ Connection to 20 sensors (temperature, humidity, current, pressure)
✓ Firmware for microcontrollers (ESP32 / industrial gateway)
✓ Configuration of MQTT broker and cloud database
✓ Web Dashboard with Real-Time Graphs
✓ Notifications about exceeding norms in Telegram
✓ 30 Days of Technical Support
Choose the 'Pilot IoT' tariff
Most popular for manufacturing, warehouses, and agrosector ★ Popular

Industrial Facility IoT Suite

Comprehensive enterprise dispatching: up to 200 sensors, Modbus reading from machines, electricity accounting and integration with ERP.

Development time: from 6–8 weeks
Work Scope:
✓ Everything that is included in the package «IoT Pilot Telemetry»
✓ Connection to 200 sensors and industrial meters
✓ Integration with PLC via Modbus RTU/TCP and RS-485 protocols
✓ Shop-floor/site schematic with animated machine status
✓ Two-way integration with the accounting system (1C/BAS/ERP)
✓ Technical support and engineer training for 60 days
Choose 'Industrial Suite'
For large networks, holding companies, logistics, and smart cities

Enterprise Distributed IIoT Core

Scalable telemetry platform with thousands of devices, own private LoRaWAN network and predictive ML analysis.

Development time: from 10–14 weeks
Work Scope:
✓ Everything that is included in the package 'Industrial Facility IoT Suite'
✓ Support for more than 10,000 simultaneously connected devices
✓ Deployment of a private network for base station LoRaWAN
✓ Predictive machine learning models for defect detection
✓ Full server fault tolerance with hot standby (High Availability)
✓ Dedicated IoT engineering team and SLA 99.9%
Choose 'Enterprise IIoT'
← Swipe options →
[ COST CALCULATOR ]

Calculate the Cost of Developing an IoT System

Determine the specifics of the equipment and the method of connection

1. Object type for automation: Select Variant

2. Estimated number of sensors or devices: Select Variant

3. Desired communication method for sensors with the server Select Variant

CHOOSEN PARAMETERS OF THE SOLUTION:
⏱ Estimated Timeline: Calculation... 👥 Team: 2–3 engineers
1. Object type for automation: Cold storage / Energy node / Generators
2. Estimated number of sensors or devices: To 30 measurement points
3. Desired communication method for sensors with the server Local Ethernet / Wi-Fi for a business
✓ Parameters will be fixed in the application form
Get an exact quote
[ STAGES OF COOPERATION ]

How the project is delivered

Transparent process from first contact to final release on your domain.

01
1 Week

Technical Inspection of the Object and Machines

We are going to the site (or conducting an online audit of schemes), determining connection protocols and sensor installation locations.

02
2–3 weeks

Development of firmware and bench testing

We program microcontrollers, pack boards into dust-proof industrial casings (IP67) and test them on a test bench.

03
1 Week

Installation on the site and calibration of sensors

We install the devices, connect to power, configure the radio channel stability and verify the reference indicators.

04
1–2 weeks

Deployment of server platform and interface

We configure the database, design the workshop mnemonicscheme, configure schedules and scenarios for emergency alerts.

05
1 Week

Testing and handover to operation

We ensure uninterrupted connectivity for 14 days, train the chief energy officer and dispatchers on system operation.

Our Clients

Companies that have entrusted ALL IT Agency with the development and scaling of their digital solutions

TOV Zagin Alpha
Partner Case 11
Partner Case 5
Partner Enterprise
Wizeclub
Partner Case 6
Meregi Group
DIM Service
Valikhnovski Surgery Institute
TOV Zagin Alpha
Partner Case 11
Partner Case 5
Partner Enterprise
Wizeclub
Partner Case 6
Meregi Group
DIM Service
Valikhnovski Surgery Institute
[ FREQUENT QUESTIONS ]

Answers to common questions from customers

Key details regarding terms, independent website editing, and rights transfer.

Our controllers are equipped with non-volatile flash memory (Black Box). When the connection is lost, the device continues to measure parameters and record them in internal buffer. As soon as the internet is restored, the entire accumulated history is automatically transmitted to the server without losing any second of recording.

Yes, we use analog-to-digital converters (ADC), current transformers and input-output modules. We can collect data from old machines through "dry contacts", current sensors on motor phases, analog signals 4–20 mA or 0–10 V.

Wi-Fi works over distances of up to 50 metres and consumes considerable power. SIM cards require a monthly subscription for each sensor. LoRaWAN allows one base station to cover a radius of up to 10–15 km, while wireless sensors can run on a regular battery for up to 5–7 years without a battery replacement.

Yes. All data is encrypted according to the TLS 1.3 standard at the level of the MQTT protocol or using end-to-end 128-bit AES encryption at the level of LoRaWAN packets. Access to the management interface is carried out through protected VPN tunnels with two-factor authentication.

Yes. In addition to collecting telemetry, our controllers can control power relays. If the sensor detects a critical gas leak, smoke or overheating, the controller locally disconnects the power supply in milliseconds, even if the connection to the server is absent at that moment.

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Would you like to digitize equipment and set up remote monitoring?

Describe your production, machines or objects. Our industrial IoT engineers will prepare a technical concept and equipment quotation within 24 hours.

Confidentiality

Official NDA contract for system audit

Quick Feedback

We will contact you within 15 minutes during business hours.

Order Consultation with IoT / Telemetry

The tech lead will contact you within 15 minutes during working hours