Solutions · Manufacturing & IIoT

The software that
runs the factory floor.

GMS — our Group Management System — puts audits, work instructions, live operations and resource management in one multi-plant platform. Around it we build OmniSuite ERP, machine monitoring, OEE dashboards and the Industry 4.0 systems that connect your machines to the cloud.

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14
modules live
Multi
plant · RBAC
100%
traceability
plant overview · GMS
illustrative UI
Avg plant OEE
86.4%
GMS platform avg
Availability88%
Performance84%
Quality93%
Machine status · shop floorlive ops view
CNC-01
CNC-02
PRESS-A
LINE-3
LATHE-2
WELD-1
PACK-1
QC-CELL
Modules live14 · multi-plant · RBAC
AMSVMSRMSWork InstructionFour MTMSETA/ETDDocumentCMSAMSVMSRMSWork InstructionFour MTMSETA/ETDDocumentCMS
Why digitize

Your most valuable work happens on the floor. So should your data.

Knowledge walks out

When experienced operators leave, tribal know-how leaves with them. Controlled work instructions capture it as a standard every shift follows.

Paper hides the floor

Binders, registers and WhatsApp photos can't show you live status. Live ops dashboards surface downtime and exceptions as they happen.

Audits become fire drills

Scrambling for evidence before every audit wastes weeks. AMS keeps findings, evidence and trails continuously — audit-ready by default.

Our platform · in production

GMS — Group Management System.

Secure access to audits, work instructions, live operations, and resource management — built for enterprise manufacturing teams. Live dashboards, role-based access, and audit trails for every plant. Running today at saas.noytindia.com.

Home

Live landing dashboard — status across plants, modules and the work that needs attention now.

AMS · Audits

Plan, run and close audits with standardized templates, findings and complete trails.

VMS · Visitors

Controlled plant entry with QR flows, check-in/out and visitor accountability.

RMS · Resources

Locations, items, requests and capacity — the operational backbone for every plant.

Work Instruction

Publish controlled work instructions so machines and parts stay on the same standard.

Four M

Capture Man / Machine / Material / Method changes before they become quality escapes.

TMS · Trolleys

Track trolleys, maintenance and movement so material flow stays visible on the floor.

ETA / ETD

Arrival and departure timing for logistics and plant coordination — one clock for the team.

Document

Store and retrieve plant documents with the same access discipline as the rest of GMS.

CMS · Compliance

Track certificates and compliance artefacts so audits and customers stay covered.

Users & Plants

Invite users, assign role groups, and keep each site's operations cleanly separated.

Company & Settings

Enterprise identity, org masters, themes and platform settings in one controlled place.

01
Stage 01

Standardize

Publish work instructions and audit templates every team follows.

02
Stage 02

Execute

Run shifts with live ops visibility and controlled 4M changes.

03
Stage 03

Verify

Close audits, capture evidence and keep quality accountable.

04
Stage 04

Improve

Trace history, tighten roles and compound operational discipline.

Want to see the live platform? Walk the public tour — modules, floors and methodology.

Explore GMS
What we build

One team, every system the plant needs.

AI-augmented manufacturing ERP and Industry 4.0 systems that connect the factory floor to the cloud.

OmniSuite — AI Manufacturing ERP
Custom ERP Solutions
Biometric Attendance
HRMS (Human Resource Management)
Manufacturing & Production Management
Cloud Machine Monitoring & OEE
Industry 4.0 Solutions
Industrial IoT

See every machine, meter and kilowatt — live.

Sensor-level data from your machines and utilities, contextualised into the dashboards your team already uses — GMS live operations and OmniSuite OEE views. Find invisible energy waste, cut downtime, and monitor production in real time.

4 MONITORING STACKS
ONE PLATFORM · GMS

Machine OEE Monitoring

Availability, performance and quality per machine and line — live, not end-of-shift.

  • Downtime reasons & Pareto views
  • Shift and plant comparisons
  • Feeds GMS live-ops dashboards

Energy Monitoring

Track active and reactive power per asset to find the invisible energy waste in your bill.

  • Per-asset consumption profiles
  • Idle-load & peak-demand alerts
  • Power-factor visibility

Utility & Flow Monitoring

Water, air and utility meters wired into the same dashboards as your machines.

  • Flow & consumption trends
  • Leak and anomaly alerts
  • Cost allocation per line

Environment Monitoring

Temperature and humidity for process areas, storage and compliance-critical zones.

  • Threshold alerts & logs
  • Compliance-ready history
  • Cold-chain & storage zones
Deployment · designed for running plants
No production stoppage
STEP 01
Site assessment

Engineering review of machinery panels and network viability.

STEP 02
Solution design

Sensor topology and architecture mapped to your layout.

STEP 03
Non-intrusive install

External sensors and CT clamps — no wire cutting.

STEP 04
Cloud configuration

Data points mapped to dashboards and baseline KPIs set.

STEP 05
Handover & training

Floor managers onboarded, alerts and reports activated.

Built for extreme operational environments

Retrofit ready

Interfaces with ageing relay-controlled machinery and modern CNC equipment alike — protecting past investments.

Non-intrusive integration

Isolated CT clamps and external sensors wherever possible. Your machine's PLC programming stays untouched, preserving OEM warranties.

Local data buffering

Network outage? Data is stored locally and syncs to the cloud automatically when connectivity returns.

Your data, exportable

Historical data in Excel or CSV whenever you need it — plus APIs into GMS, OmniSuite and your existing systems.

Vertical Focus

Manufacturing Industrial Systems

Challenges

Production

In complex production environments, plans break when disruptions outpace team alignment. Missing components, late work orders, quality holds, and shifting priorities widen the gap between what the plan assumes and what the line can actually run.

  • •
    Plans constantly shift
    Unplanned material delays, machine downtime and last-minute quality issues force frequent replanning. Each change reduces throughput and creates cascading delays that put delivery at risk.
  • •
    No early warning before disruptions hit
    Issues surface only after a work order is late or a component is missing. Without early impact visibility, teams lose the chance to prevent line stops and are forced into expediting.
  • •
    No shared real-time view
    Production, planning, procurement and quality operate from siloed systems. Work orders are released before all parts, inspections, or certifications are cleared, and gaps surface only once builds stall.
Solution

How NOYT provide end-to-end production plan execution

NOYT eplaces late visibility and manual coordination with real-time execution orchestration across planning, procurement, production, and quality. Teams see risk earlier, align faster, and recover before throughput and delivery slip.

  • Connect
    See a trusted, line-level view of what is truly clear to build. NOYT links work orders, components, capacity, and quality holds so releases happen only when production is actually clear.
  • Anticipate
    Surface risk to work orders, customer deliveries, and revenue before the line stops. NOYT propagates part, quality, and capacity disruptions across BOMs and WIP to show which orders and deliveries are at risk.
  • Simulate
    NOYT simulates alternates, transfers, and resequencing to balance throughput, WIP, and delivery.
  • Collaborate
    Keep functions aligned as conditions change. Planning, production, procurement, and quality operate from the same operational reality, with agents maintaining context in real time.
  • Act
    Execute decisively to stabilize line cadence and protect throughput. Teams adjust sequences, hold or release work orders, coordinate suppliers, and automate repeatable actions through specialized agents.
Proof

Shipped to real plants.

Enterprise

Manufacturing ERP — OmniSuite

End-to-end production management with predictive maintenance, OEE dashboards, and IIoT machine telemetry.

Next.jsMongoDBAWS
They didn't sell us AI. They sat with our operations team, found the bottleneck, and engineered around it. The accuracy figures arrived afterwards. That's the right order.
Rahul Verma
Director of Operations · Aerospace Manufacturing
Implementation

Deployed without disrupting production.

The same predictable delivery process we run on every engagement — mapped to the realities of an operating plant.

01

Discovery

Workshops to map your goals, constraints, and tech landscape.

1–2 weeks
02

Architecture

System design and technical roadmap, reviewed by senior engineers.

1 week
03

Agile Build

Fortnightly sprints with live demos. Full transparency on velocity.

8–24 weeks
04

Launch

Zero-downtime deployment, automated QA, runbooks delivered.

1 week
05

Support

SLA-backed monitoring with AI-augmented incident response.

Ongoing
ROI estimator

Put a number on the downtime.

Six sliders — plants, people, downtime, output — and our manufacturing benchmarks project your annual and 3-year savings. No email required.

What the model covers
  • Downtime reduction savings
  • Output uplift from live visibility
  • Labor efficiency & paperwork automation
  • Scrap and spare-parts savings

Indicative estimates based on NOYT's manufacturing and ops automation benchmarks (India context). A scoped assessment gives you the real numbers for your plant.

Greater Noida · serving plants across India

Tell us the bottleneck on your floor.

An engineer — not a salesperson — will reply within one business day with a realistic read on scope, timeline, and ROI.

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