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Beelog Tech
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Services

Research, hardware, firmware, cloud, and support. Every decision is yours.

Five service groups, one team. Every phase ends with a deliverable you can inspect and a decision you make: continue, change, or stop.

Research and strategyHardware developmentFirmware and connectivitySoftware and cloudDeployment and support

Service groups

Outcomes first. Then the engineering behind them.

Each group starts with what you receive, then the engineering work that produces it.

01

Research and strategy

Before any board is drawn or code is written, we establish whether the product is worth building. You leave this stage knowing what to build, what it will cost, where the risks sit, and how it will earn or save money.

  • RequirementsInterviews and site visits define users, environment, and constraints.
  • FeasibilityTechnical feasibility of sensing, connectivity, power, and target cost.
  • ArchitectureDevice-to-cloud system architecture chosen for maintainability and growth.
  • Business modelA cost-and-return estimate before you commit to hardware.

02

Hardware development

A physical device that survives its environment and is ready to manufacture. We design electronics for Mongolian conditions: −40°C cold, solar power sized for winter sun, lightning protection as standard. Prototypes are assembled in-house, so iteration stays fast.

  • CircuitCircuit design for power, sensing, interfaces, and protection.
  • PCBProduction-ready PCB design and layout.
  • ComponentsComponent selection weighed by availability, cost, and temperature range.
  • EnclosureEnclosure design and mechanical integration for field conditions.
  • PrototypePrototype assembly and bench testing, done in-house.

03

Firmware and connectivity

Firmware decides whether a device works for a demo or for years in the field. We build firmware that tolerates power and network outages, buffers up to 30 days of data locally, and updates safely over the air.

  • EmbeddedFirmware development on ESP32-S3, STM32, embedded Linux, and Android.
  • ProtocolsMQTT, Modbus/RS485, MDB, NFC, QR, cellular, and Wi-Fi.
  • Resilience30-day local buffer: store-and-forward, so nothing is lost when networks drop.
  • OTASecure over-the-air updates for fleets already in the field.

04

Software and cloud

The device is half of the product; the other half is the software your team uses every day. Our devices report to the Beelog telemetry platform (tz.beelog.tech), where ingest, dashboards, alarm rules, and APIs are built on the same architecture as the firmware, so no integration gaps open up.

  • ManagementDevice registry, tokens, and OTA rollout — fleet control in one place.
  • DashboardsLive operator views and public read-only dashboards.
  • AlertsThreshold and anomaly rules with Telegram, SMS, webhook, and in-app delivery.
  • APIsBackend systems, APIs, and integrations with payment and reporting services.
  • AppsMobile and web applications with multilingual UI (MN/EN/RU).

05

Deployment and support

Deployment is where most IoT projects stall — and where ours begin their working life. We install, configure, and train, then stay: monitoring, remote diagnostics, preventive maintenance, and repairs continue. Our railway stations run at 99.5% uptime because someone keeps watching them.

  • InstallationOn-site installation, configuration, and user training.
  • MonitoringContinuous fleet monitoring: status, faults, and dropped connections each raise an alert.
  • DiagnosticsRemote diagnostics — many issues resolved without a site visit.
  • MaintenancePreventive maintenance, repair, replacement, and spare parts.
  • UpgradesProduct upgrades and next versions driven by operating data.

Development process

Six steps that turn an idea into a running system.

A single prototype or a multi-site fleet: every project moves through the same six steps.

  1. 01

    Discover

    Understand the customer, business problem, environment, and requirements.

  2. 02

    Validate

    Research feasibility, risks, cost, timeline, and product direction.

  3. 03

    Prototype

    Build and test hardware, firmware, interface, and connectivity.

  4. 04

    Engineer

    Improve reliability, security, manufacturability, and maintainability.

  5. 05

    Deploy

    Install, configure, train users, and launch the system.

  6. 06

    Support and improve

    Monitor performance, release updates, repair equipment, and develop future versions.

Working together

How does working together begin?

It starts with a conversation, not a contract.

  1. 01

    Discovery conversation

    Tell us your idea, problem, or current setup — no finished specification needed.

  2. 02

    Feasibility

    We return a clear assessment: technical approach, cost, timeline, and risks. If it cannot be done, we say so.

  3. 03

    Staged development

    Each stage ends with a deliverable and a decision point: you decide whether to continue at every step.

Ecosystem

Every link has to work.

The five service groups exist to keep this pipeline running. Break one link and everything after it stops.

Data flow

How one sensor reading travels from the device through connectivity, cloud and dashboard to a business decision, one step at a time.

Start with a conversation, not a specification.

Tell us your idea, problem, or current setup. We will say what the first phase looks like and what it costs.

Start a projectExplore our work