Engineer inspecting a PLC control panel on a modern factory floor

Industrial automation that works with what you already run

We bridge legacy plant floor equipment to modern AI and cloud analytics pipelines, so you gain real-time visibility without replacing your machinery.

WHAT WE BUILD

Most vendors will sell you new machines. We get your existing ones talking.

Your plant floor already runs. We wire its data into your cloud and ERP systems without rip-and-replace overhauls, then handle the procurement that follows.

Close-up of an industrial control cabinet with Allen-Bradley PLC racks, Ethernet cables, and glowing status LEDs, a technician in a hard hat checking live MQTT telemetry on a rugged tablet, cinematic factory lighting, photorealistic

PLC-to-Cloud bridges

We pull live telemetry from Allen-Bradley, Siemens, or Modbus hardware directly to your dashboards over MQTT. No equipment overhauls.

Operations manager at a dual-monitor desk in a plant office, left screen showing a clean Airtable-style operations board with live order rows, right screen a flowchart of webhook ETL pipelines, warm desk lamp, photorealistic

ERP automation

Your disconnected spreadsheets become automated Airtable or Monday.com architectures with custom webhook schemas and LLM-ready ETL pipelines.

Engineer inspecting a precision-machined metal part against a CAD model on a workstation, CNC mill and ISO-stamped crates in a clean machine shop, focused hands and calipers, photorealistic industrial photography

Technical procurement

We run DFM reviews on your CAD files, repair geometric meshes, and route production through ISO-compliant global manufacturing networks.

UPTIME ANALYTICS

0% of the guesswork in plant data

We pipe real-time PLC data straight to your dashboards, giving you visibility into every line and asset without ripping out your plant floor.

Close-up of weathered Allen-Bradley PLC racks and Siemens DIN-rail modules wired with Modbus cables in a dim plant-floor cabinet, technician hands splicing old terminals without swapping the hardware, cinematic industrial photography, shallow depth of field

0%

Legacy overhaul

We bridge Allen-Bradley, Siemens, and Modbus without replacing hardware.

Laptop on a stainless plant-floor cart showing a GitHub repo and live MQTT traces, hard-hat engineer reviewing Upwork project notes beside humming production lines, documentary industrial photo, warm overhead sodium lights

5+

Active deployments

Live GitHub and Upwork projects pulling data from real plant floors.

Control-room monitor filled with crisp time-stamped MQTT waveforms and dashboard gauges matching a nearby PLC LED rack, precise analog-to-digital fidelity, cool blue screen glow, sharp editorial photo

99%

Data fidelity

MQTT pipelines deliver accurate, time-stamped signals to your dashboards.

Night-shift operations center with wall of live uptime maps and network topology, operator watching 24/7 plant telemetry under low ambient light, focused human face reflected in screens, cinematic documentary still

24/7

Real-time monitoring

Uptime analytics run continuously across your operational network.

GLOBAL NETWORK

The stack behind Lebron Industrial Operations & AI

We integrate with the hardware and platforms your plant already runs. Allen-Bradley, Siemens, Modbus, Airtable, and Monday.com, deployed across a global manufacturing network.

Allen-Bradley PLC
Siemens PLC
Modbus
MQTT
Airtable
Monday.com
ISO-compliant manufacturing
Global manufacturing network
Client Results

Delivered projects, measured in uptime

We design and deploy PLC-to-Cloud bridges, ETL pipelines, and automated ERP workflows that hold up in production. Here is how clients describe the work.

The PLC-to-Cloud bridge was wired up without touching our existing Allen-Bradley setup. We now get live uptime data on a dashboard that our plant manager actually checks.

Mark T.

Mark T.

Plant Operations Lead, Mid-Size Manufacturer

Our spreadsheets and ERP were two separate worlds. The automated sync pipeline closed that gap. Inventory updates now flow through webhooks without manual data entry.

Priya S.

Priya S.

Operations Director, Distribution Company

They ran a DFM review on our CAD files and found geometry issues before we went to production. It saved us a scrap run and a missed deadline.

James R.

James R.

Product Engineer, Industrial Components Firm

FAQ

How does implementation actually work?

Straight answers on process, compatibility, and timelines before you commit.

Two industrial engineers in hard hats leaning over a steel worktable in a factory control room, marking data-flow paths on a large printed plant schematic with red pens, fluorescent overhead light, documentary photo

What does the implementation process look like?

We start with a scoping call to map your current equipment and data flow. From there, we architect the bridge, prototype it against your live systems, and then deploy in phases so your plant floor never goes dark.

Close-up of a technician's hands opening a gray Allen-Bradley PLC cabinet on a plant wall, rows of labeled terminal blocks and Ethernet cables still in place, warm amber cabinet light, sharp industrial photography

Will this work with my existing PLCs?

We work with the common industrial protocols, including Allen-Bradley, Siemens, and Modbus. The bridge sits on top of your existing hardware, so there's no need to replace controllers or rewire your production lines.

Plant operations manager watching live machine telemetry charts appear on a wall-mounted dashboard in a dark control room, first data points lighting up green, cinematic side lighting

How long until I see data in my dashboard?

Timelines depend on the number of data points and existing network setup, but we aim for a working pilot within the first few weeks. Full deployment scales from there, with checkpoints at every stage.

Decades-old painted CNC mill still running on a busy factory floor while a small industrial gateway box is clipped to its existing conduit, sparks of machining in the background, editorial documentary photo

Do I need to replace or upgrade my machinery?

No. The entire approach is built to avoid overhauls. We extract data from legacy hardware and push it to the cloud, so your existing investment stays in place and keeps running.

Plant floor supervisor handing a rolled network schematic and a ring of cabinet keys to an integration engineer beside a humming PLC rack, fluorescent aisle lighting, candid workplace photo

What do I need to provide from my side?

Access to your PLCs and network schematics, plus a contact who knows the plant floor. We handle the rest, from configuring the bridge to securing the data pipeline into your dashboards.

Night-shift production line still moving while two engineers test a parallel data bridge on a laptop cart beside live machines, yellow safety floor stripes, low-key documentary lighting

How do you handle plant downtime during deployment?

Deployment is staged to run in parallel with production. We test against mirrored data first, then switch over with minimal interruption. You'll know exactly when changes go live before they happen.

Still have questions?

Talk through your setup and get a clear answer on fit and timeline.

Engineer reviewing industrial control system blueprints in a modern factory control room

Let's scope your system build

Share your equipment and data goals. We'll map the integration path and define the deliverables before any work starts.

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