Technology built for the shop floor, not just the office
Manufacturing operations run on machines, materials and schedules that most off-the-shelf software was never built for. Spreadsheets and disconnected tools mean production data arrives late, inventory counts drift from reality, and compliance paperwork eats hours that should go into running the plant.
This shows up everywhere across Indian manufacturing and dairy-adjacent MSMEs in particular — a plant supervisor manually logging downtime on paper at shift end, a store manager reconciling stock by physical count because the system numbers can't be trusted, a quality team assembling batch records the night before an audit. None of it is anyone's fault; it's what happens when the software wasn't built for the shop floor in the first place.
This is probably you if…
- You still reconcile inventory by physical count because the ERP numbers can't be trusted
- Production downtime, scrap or rework is tracked on paper, not in a system
- Preparing for a quality or compliance audit means a week of manual paperwork
- You're running more than one shift or plant with no real-time view of what happened on the last one
The problems we hear most in manufacturing
Production data arrives too late to act on
Counts, downtime and scrap are logged on paper and typed up hours later — so problems are only visible after the shift that caused them has ended.
Inventory on the system never matches the floor
Raw materials, work-in-progress and finished goods drift out of sync, leading to stockouts, rush orders and cash tied up in the wrong SKUs.
Compliance and traceability eat supervisor time
Batch records, quality checks and audit trails are assembled by hand, pulling your best people away from actually running production.
New hires take months to become productive
Without documented systems, institutional knowledge lives in senior operators' heads, so onboarding a new supervisor or shift lead is slow and inconsistent.
Where we help
- Shop-floor to ERP integration — production counts, downtime and quality data flow into one system instead of being re-typed
- Batch and lot traceability for regulated or quality-sensitive production runs
- IoT sensor integration for machine uptime, temperature and process monitoring
- Inventory and supply-chain visibility across raw materials, WIP and finished goods
- Preventive-maintenance scheduling tied to actual machine usage data
- Multi-shift and multi-plant visibility, so leadership sees production reality across the whole operation, not just one line
How we approach manufacturing
We don't start with software — we start on the floor, understanding how production, quality and dispatch actually happen shift to shift, before touching a single screen design. That's the only way to build a system supervisors and operators will actually use instead of quietly working around.
Rollouts are phased by module — inventory first, then production capture, then the harder integrations — so the plant keeps running and the team builds trust in the system one working piece at a time, rather than facing a single risky go-live date for everything at once.
A typical first engagement runs 8-12 weeks: two to three weeks mapping your actual process on the floor, four to six weeks building and testing the first module (usually inventory or production capture), and the rest hardening and training before full handover. Multi-plant rollouts extend from there, but nothing goes live without proving itself on one line or one shift first.
Services for manufacturing
ERP Solutions
Custom and configured ERP systems that connect finance, inventory, production and operations end to end.
Business Process Automation
Automation across finance, operations, sales, marketing and support.
Cloud Solutions
Cloud architecture, migrations, DevOps and cost optimisation on AWS, GCP and Azure.
A delivery process that is clear at every step
Five phases. Visible progress every week. No surprises.
- 01
Discover
We dig into your business, your users and the outcome you actually need. No assumptions.
- 02
Design
Strategy, architecture and UX shaped together so the build phase is fast and confident.
- 03
Build
Two-week sprints, weekly demos and clear project visibility. You see progress every Friday.
- 04
Launch
Performance, security, observability and a real launch plan. No fire drills on day one.
- 05
Scale
We stay on as your long-term partner, measuring impact, iterating and growing the system.
Manufacturing questions, answered
- Can you integrate with the machines and PLCs we already run?
- In most cases, yes. We work with existing PLCs, sensors and SCADA data where they can expose it, and add lightweight IoT capture where they can't — so you get shop-floor visibility without replacing working equipment.
- Do we have to replace our current ERP?
- Not necessarily. If your ERP works, we integrate around it and fill the gaps. We only recommend replacing it when the current system is actively holding production back.
- How do you handle batch traceability and audits?
- We design the data model so every batch or lot carries its inputs, process parameters and quality checks — turning an audit from a week of paperwork into a report you can pull on demand.
- Will our supervisors and operators actually be able to use this?
- That's the core design constraint, not an afterthought — we build capture screens for the shop floor, not the office, and train shift-by-shift so the system earns trust before it's relied on for real decisions.
- Do you work with smaller manufacturers, or only large plants?
- Both — the approach scales down as easily as it scales up. A single-line MSME often starts with just inventory and production capture; a multi-plant operation adds cross-site visibility on top of the same foundation.