The operating system for modern factories

Manufacturing intelligence, from one line to every plant

Connect every machine. Capture every event. Scale production intelligence across the enterprise — without a system overhaul.

Explore the platform
Who we are

FactoryNXT is the manufacturing platform that connects machines, people, and systems. MES, SCADA integration, traceability, and OEE analytics in one coherent layer — built for the realities of the plant floor.

Why FactoryNXT

Built by engineers who understand ladder logic, ERP constraints, and the pressure of a Friday afternoon production meeting. We don't ship features that look good in a demo but fail on Line 04.

How we deploy
FactoryNXT MES dashboard showing live OEE score, production chart, machine state list, and batch traceability
Real-time data 12ms latency 248 tags/sec

Integrates with the systems your factory already runs on

SIEMENSROCKWELLBOSCHSAPORACLEAVEVAOPC UA
SIEMENSROCKWELLBOSCHSAPORACLEAVEVAOPC UA
SIEMENSROCKWELLBOSCHSAPORACLEAVEVAOPC UA
SIEMENSROCKWELLBOSCHSAPORACLEAVEVAOPC UA

A modular platform for every layer of production

Deploy the modules you need, when you need them. Every component is purpose-built for the factory floor.

Manufacturing Execution System

Replace paper with a deterministic execution layer. Dispatch work orders, enforce digital work instructions, capture operator inputs, and track every step against recipe specs — in real time.

  • Digital work orders with electronic sign-off
  • Version-controlled recipe governance
  • Real-time material lot consumption
Active work order
WO #8842-A
Line 04 • Started 08:42
Progress2,400 / 3,000
Recipev4.2
Quality gateIn-spec

Interfaces built for the factory floor

High-contrast, touch-optimized, operator-first UIs. Designed to be readable from 50 feet away in the most demanding conditions.

Andon display with output tracking, machine state, and cycle time metrics
Live production board

Andon & real-time monitoring

Large-format displays showing real-time target vs. actual output, current cycle time, and active alerts. Configurable per line, role, or shift.

  • Sub-second latency updates
  • Customizable KPI widgets
  • Multi-line aggregation
Machine Connectivity Hub with real-time OPC-UA telemetry and vibration analysis
Machine connectivity

Granular downtime intelligence

Running, idle, faulted, setup — visualized with operator-driven reason codes. Micro-stop detection happens automatically below the threshold.

  • Native OPC UA & Ethernet/IP
  • Automatic micro-stop detection
  • Context-aware reason codes
Alarm history with severity filtering, event details, and resolution tracking
Event management

Alarm & event history

Chronological event logs with acknowledgment tracking, escalation rules, and Pareto categorization. Every alarm becomes a learning opportunity.

  • Operator acknowledgment SLA
  • Severity-based escalation
  • Pareto analysis by reason

From sensor to strategy in five steps

One information layer, from the PLC on Line 04 to the plant manager's morning review.

  1. 01Connect every machine and system

    Pull data from PLCs, SCADA, HMIs, ERP, and MES in their native protocols. FactoryNXT normalizes the chaos into a single, coherent information layer — without replacing what already works.

    Connected sources
    PLC
    42
    SCADA
    6
    ERP
    2
    IoT
    188
    HMI
    14
    Total
    252
  2. 02Capture every event, in context

    Production cycles, quality reads, material movements, alarms, operator actions — captured with full context. No more "what happened at 14:32?" questions. The timestamp is there, along with machine state, recipe, and lot.

    Event pipeline
    Cycle complete — CNC-0214:32:08
    Quality gate passed14:32:09
    OEE recalculated14:32:09
    Lot #8842-A updated14:32:10
  3. 03Analyze downtime and OEE, live

    Automated Pareto analysis of downtime reasons. Correlate micro-stops with specific operators, material lots, or maintenance events — and ship the insight back to the right person.

    Downtime pareto
    Material shortage48h
    Tool change33h
    Setup22h
    Minor stop14h
  4. 04Trace every batch and process step

    Forward and backward genealogy from raw material lot through finished good. In a regulated plant, this is the difference between a 15-minute targeted recall and a 4-hour panic.

    Genealogy graph
    FINISHED
    FG-8842-A ● complete
    ASSEMBLY
    WO-8842 ● on-line
    SUB-BUILD
    WO-8839
    RAW
    LOT-1174
  5. 05Scale from pilot to plant-wide

    Start on one line. Prove value. Roll a templated configuration across plants, lines, and shifts. The same data model and UI — one deployment pattern instead of bespoke integrations per site.

    Rollout status
    12 / 24
    Phase 2 • In progress
    ✓Plant A — 4 lines live6 months
    ✓Plant B — 3 lines live4 months
    ◐Plant C — 2 of 4 linesin progress
    ○Plant D — planned Q3scheduled

Real operations. Measurable impact.

Typical outcomes from customers within the first 6 months of rollout.

0%

Average OEE improvement across deployments

0%

Median reduction in scrap rate

0%

Faster root-cause analysis cycle time

99.9%

SLA-backed platform availability

A manufacturing platform, not a generic software product

Deep OT/IT fusion

Pre-built adapters for SAP, Oracle, Rockwell, Siemens. Out-of-the-box — not six months of services work.

Fast deployment

Pilot a line in 4-6 weeks. Roll a template to the next plant in 2 weeks. No bespoke work per site.

Secure & scalable

Role-based access, encryption in transit, audit logging, and horizontal scale to multi-plant deployments.

Enterprise support

Dedicated architect, 24/7 critical support, SLA-backed response times, and quarterly business reviews.

Part of your existing industrial ecosystem

SAPSiemensOracleRockwellIgnitionAVEVA

Case studies

Proven impact, on the factory floor.

Automotive supplier18%

18% OEE improvement in 90 days

Challenge. 12 stamping lines running on manual paper logs. Downtime data unreliable. OEE improvement plans based on gut feel.

Deployment. Automated downtime capture and digital work instructions across all 12 lines in one rollout.

90-day rollout▲ 18% OEE gain
87%
18%
OEE gain
32%
Less paper
Pharmaceutical15m

Zero recall exposure via genealogy

Challenge. Mock recalls took 4 hours. Full production lot traceability required manual spreadsheet correlation.

Deployment. Forward/backward genealogy from raw material to finished good. Electronic batch records with immutable audit trail.

60-day rollout▼ 94% faster recalls
15m
15m
Recall prep
100%
Audit pass
Electronics (EMS)42%

42% reduction in scrap rate

Challenge. Rework and scrap from parameter drift on SMT lines. Issues caught after batch completion.

Deployment. In-process SPC and automated parameter validation. Defective runs stopped before they completed.

120-day rollout▼ 42% less scrap
3.2%
42%
Less scrap
$1.2M
Saved/year

A rollout plan, not a project plan

Six structured phases. Predictable timing. Minimal disruption to running production.

  1. 011 — 2 weeks

    Discovery & plant mapping

    We audit the OT/IT landscape, map data sources, and define KPI targets for the pilot. Most discovery completes in under 10 days.

  2. 024 — 6 weeks

    Pilot deployment

    Deploy on one representative line. Validate data accuracy, user adoption, and initial ROI — prove the model before scaling.

  3. 033 — 5 weeks

    Integration & validation

    Bi-directional data flows with ERP, QMS, SCADA. IQ/OQ/PQ protocol execution if regulated. Sign-off on every interface.

  4. 04Per line

    Line expansion

    Replicate the pilot template across lines in the plant. Train super-users. Localize dashboards and KPIs per role.

  5. 052 — 3 months

    Plant-wide rollout

    Cross-plant expansion using the proven template. Centralized governance, localized operation. Multi-site visibility.

  6. ∞Ongoing

    Continuous optimization

    Quarterly reviews, new module rollouts, evolving KPIs. The platform grows with your operational maturity.

Book a demo

Ready to connect your factory?

Schedule a technical discovery call. No commitment required — see a demo tailored to your use case.

  • A technical discovery call mapping your current state
  • Your biggest friction points, discussed with an engineer
  • A demo tailored to your lines, systems, and KPIs