Vehicle entry recorded after several hand-offs
- 01Vehicle arrives
- 02Employee checks plate
- 03Time written down
- 04Data entered in ERP
- 05Staff notified
ERP + IoT + AI + Automation + Custom Hardware
Smart Custom ERP Development
Connect your business, devices, machines and intelligence into one platform.
We build custom ERP platforms integrated with IoT devices, smart cameras, biometric systems, industrial machines, sensors, custom PCBs and AI agents—helping operations capture real-time information and automate everyday work.
Less manual entry. Better visibility. Faster decisions. Smarter operations.
IoT integration Custom PCB AI agents Computer vision Industrial automation Real-time analytics
Beyond traditional ERP
Connect the physical event directly to the business record.
Traditional ERP often begins after someone reads, writes and re-enters information. A smart ERP begins at the event—then validates, records and routes it with the right human controls.
Vehicle event becomes a validated ERP workflow
- 01Vehicle arrives
- 02Camera reads plate
- 03ERP validates record
- 04Entry recorded
- 05Relevant staff notified
Smart ERP architecture
One platform connecting the entire operation.
Each layer has a clear responsibility—from trustworthy sensing and resilient communication to governed ERP records, intelligence and the people acting on them.
- 01
Physical world
Sensors · Cameras · Machines · Vehicles · Employees · RFID · Biometrics · Meters · GPS
- 02
Edge and IoT
ESP32 · STM32 · Raspberry Pi · Industrial gateways · Custom PCB · PLC
- 03
Communication
MQTT · HTTPS · REST API · WebSocket · Modbus · RS485 · CAN · LoRa
- 04
ERP platform
Inventory · Sales · Purchasing · HR · Manufacturing · Accounting · Assets · Logistics
- 05
Intelligence
AI agents · Rules engine · Computer vision · Analytics · Predictions · Notifications
- 06
People and channels
Management · Employees · Operators · Customers · Mobile apps · Dashboards
Core capabilities
Software, electronics and automation designed as one system.
The engagement can focus on one integration or coordinate the full path from physical input to ERP workflow, dashboard and long-term support.
Smart ERP development
Custom modules built around real operational roles, records and controls.
- Finance and inventory
- Manufacturing and logistics
- HR, CRM and service
IoT integration
Sensors, machines and gateways sending validated events into ERP workflows.
- Environmental sensing
- Machine and production status
- Vehicle and asset telemetry
Custom IoT hardware
Purpose-built controllers and edge devices when standard products do not fit.
- ESP32 and STM32
- Industrial gateways
- Monitoring and relay units
Custom PCB design
Electronic board design, firmware and communication for connected operations.
- Circuit and board design
- Prototype validation
- ERP communication
AI agent integration
Assistants and monitoring agents grounded in governed ERP information.
- Operational questions
- Report preparation
- Approved workflow assistance
Business process automation
Rules and alerts that react to validated operational conditions.
- Threshold alerts
- Approval workflows
- Incident and task creation
IoT and machine integration
Connect the physical world to your ERP.
Devices can continuously send operational events instead of waiting for someone to collect and re-enter them. The design still needs validation, timestamps, device identity, exception handling and a clear response when the connection is unavailable.
TemperatureHumidityLocationWeightQuantityPressureMovementElectricity usageFuel levelMachine statusDoor statusEmployee attendanceVehicle arrivalProduction count
Custom IoT hardware and PCB
When an off-the-shelf device does not fit the operation.
A connected solution can include sensing, electronics, board design, firmware, enclosure considerations, communication and the ERP interface—not just application code.
- 01Business requirement
- 02Sensor selection
- 03Electronics design
- 04Custom PCB
- 05Firmware
- 06Communication
- 07ERP integration
- 08Dashboard
Possible devices include sensor controllers, machine-monitoring boards, gate and relay controllers, energy monitors, production counters, weighing interfaces and wireless sensor nodes.
AI agents inside ERP
Assistance grounded in governed business information.
AI is more useful than a standalone chatbot when it works within defined data access, permission, validation and approval boundaries. Important actions remain visible and attributable.
“How many products are below reorder level?”
“Show today’s unpaid invoices over Rs. 100,000.”
“Which machines produced below target today?”
ERP assistant
Answers permitted operational questions using governed ERP information.
Reporting agent
Prepares daily sales, stock, attendance and production summaries for review.
Monitoring agent
Examines operational patterns and raises explainable exceptions for investigation.
Workflow agent
Assists approved actions while preserving permissions, validation and audit history.
Document agent
Extracts structured fields from invoices, purchase orders, receipts and delivery notes.
Computer vision and access
Turn camera and identity events into controlled ERP records.
Vehicle recognition and biometric attendance can shorten repetitive work, while validation, privacy, access rules and human review remain part of the system design.
Camera event to security workflow
- 01Vehicle arrives
- 02Camera detects vehicle
- 03Number plate recognised
- 04ERP checks vehicle record
- 05Entry time recorded
- 06Dashboard updated
- 07Security notified
Other uses can include product counting, queue monitoring, safety review and loading verification.
Identity event to HR and payroll
- 01Employee
- 02Face or fingerprint device
- 03Identity validated
- 04Attendance event
- 05ERP HR record
- 06Payroll input
Supported approaches can include fingerprint, face recognition, RFID, NFC cards and QR access.
25 real-world integration examples
A practical starting point across operations.
These examples show the kinds of events a smart ERP can receive and coordinate. Final scope depends on the available device, environment, business rules and approval requirements.
Manufacturing
5- Smart production counter
Machine sensors send completed and rejected quantities to ERP.
- Machine status monitoring
Running, stopped, idle, maintenance and error states remain visible.
- Predictive maintenance inputs
Vibration and temperature history supports maintenance investigation.
- Factory production monitoring
Live production events update targets, output and work-centre status.
- Product quality sensing
Weight, dimension, pressure or temperature results attach to quality records.
Warehouse
5- RFID inventory tracking
Tagged pallets and products register warehouse movement automatically.
- Barcode operations
Receiving, transfer, picking and dispatch scans update inventory transactions.
- Cold-room monitoring
Temperature readings trigger alerts and preserve an operational history.
- Warehouse environment
Humidity and temperature stay linked to sensitive inventory locations.
- Digital weighing
Scale data can prepare quantities and receiving records for validation.
Fleet and access
4- Smart vehicle gate
Camera events record approved vehicle entry and exit.
- GPS fleet tracking
Location, route, travel time and delivery status feed logistics dashboards.
- Delivery tracking
Driver or vehicle events update customer-facing delivery progress.
- Smart parking
Vehicle detection supports capacity and parking-event records.
People
3- Face-recognition attendance
Validated identity events update attendance for HR review.
- Fingerprint attendance
Attendance devices send timestamps into controlled payroll workflows.
- Smart door access
Access decisions connect employee permissions with security records.
Facilities
3- Fuel-tank monitoring
Level sensors show usage, replenishment and remaining quantity.
- Water-tank monitoring
Level thresholds can create notifications or approved pump actions.
- Electricity monitoring
Smart meters feed energy use into operational analytics.
Agriculture
2- Smart agriculture
Soil moisture, temperature, humidity and irrigation status reach farm modules.
- Asset tracking
RFID or BLE events help locate tools, equipment, machinery and containers.
Retail and service
3- Kitchen equipment monitoring
Cold storage, equipment state and energy data support hospitality operations.
- Smart retail shelves
Stock-change signals create low-stock events for inventory review.
- Customer queue management
Queue devices report waiting, service time and counter performance.
Device-to-ERP data flow
From physical event to business decision in seconds.
A dependable flow preserves identity, timing, validation and recovery at every boundary instead of treating a device message as automatically trustworthy.
- 01
Device
Camera, sensor or machine
- 02
Edge
ESP32, gateway or PLC
- 03
Communication
MQTT, API, RS485 or Ethernet
- 04
ERP platform
Validate and update the business record
- 05
Rules and AI
Evaluate an approved condition
- 06
Outcome
Dashboard, alert, task or controlled action
Reduce repetitive manual work
Let people focus on decisions that need people.
The objective is not to remove human responsibility. It is to reduce avoidable copying, delay and error while keeping people in control of important approvals and exceptions.
Before
- 01Read information
- 02Write it on paper
- 03Enter a spreadsheet
- 04Enter the ERP
- 05Supervisor checks
- 06Prepare report
With smart ERP
- 01Device or sensor
- 02ERP validation
- 03Automatic record
- 04Human approval when needed
- 05Dashboard
- 06Alert or workflow
Purchase request and manager approval
Supervisor alert and incident record
Maintenance ticket and technician notification
Entry record and security notification
Connected ERP modules
Events can reach the module where work happens.
Integration is most valuable when it updates the correct record, state and accountable role.
- Accounting and finance
- HR and payroll
- Inventory
- Purchasing
- Sales
- CRM
- Manufacturing
- Warehouse
- Logistics
- Fleet management
- Asset management
- Maintenance
- Project management
- Quality control
Illustrative dashboardLive operations
ConnectedActive machines14 / 16
Today’s production12,480
Employees present128
Vehicles inside17
Warehouse alerts3
Temperature alerts1
Open deliveries28
Energy consumption392 kWh
Third-party and API integration
Connect existing systems without losing clear ownership.
Interfaces need defined contracts, authentication, validation, retry behaviour, reconciliation and an owner when either side changes.
Accounting softwarePayment gatewaysBanksE-commerceMobile applicationsDelivery servicesGovernment platforms where supportedHR platformsExisting POS systemsCRM systemsCloud servicesThird-party APIs
Connectivity and protocols
MQTT REST API WebSocket Modbus RS485 TCP/IP BLE Wi-Fi Ethernet LoRa 4G / 5G CAN Bus
Secure device-to-ERP communication
Security is designed through the complete path, not added only at the dashboard.
- Encrypted communication
- Device authentication
- API authentication
- Role-based access
- Audit logs
- Secure device provisioning
- Network segmentation
- Data validation
- Backups and recovery
- Operational monitoring
Industry applications
Designed around the environment where work happens.
Device choice, connectivity, safety, data frequency and workflow controls change by industry. The architecture should reflect those conditions.
Manufacturing
Machine monitoring, production, maintenance and quality systems.
Retail
POS, inventory, smart shelves and warehouse integration.
Logistics
Fleet visibility, vehicle gates and delivery tracking.
Warehousing
Barcode, RFID, weighing and environmental monitoring.
Hospitality
POS, inventory, access, temperature and energy monitoring.
Agriculture
Environmental sensors and irrigation data connected to operations.
Healthcare
Asset, inventory, access and environmental monitoring.
Construction
Equipment tracking, attendance and project reporting.
Automotive
Vehicle recognition, workshop systems and fleet tracking.
Food production
Cold-chain, production and quality-control information.
Development process
Prove the critical path before scaling the system.
A staged process keeps operational discovery, hardware risk, software behaviour and production ownership visible throughout delivery.
- 01
Discover
Understand the physical process, software workflow, people and operating constraints.
- 02
Analyse
Identify useful automation opportunities, exceptions, controls and measurable outcomes.
- 03
Architecture
Design ERP modules, device boundaries, networking, APIs, electronics and security.
- 04
Prototype
Prove critical sensing, communication and workflow assumptions with a focused pilot.
- 05
Develop
Build ERP modules, hardware, firmware, integrations, dashboards and approved AI capabilities.
- 06
Integrate
Connect devices and systems, then test normal, delayed, duplicate and failure conditions.
- 07
Deploy and support
Install, validate, monitor, document and improve the production solution.
Why Keen Systems
Software + electronics + IoT + AI under one solution.
Instead of forcing the operation to fit standard software, Keen Systems can design software and connected technology around the way the business actually works.
ERP IoT and sensors Hardware and PCB AI agents Automation workflows Cloud and integrations
Frequently asked questions
Planning a connected ERP environment.
Start with the operational event, the existing systems and the decisions that must remain controlled.
Can you connect an existing ERP to IoT devices?
Often, yes. The design depends on the ERP's available APIs, device protocols, data ownership, event volume and the controls required before device data can update business records.
Do we need to replace our current devices?
Not always. Discovery can determine whether current devices expose a usable protocol or API, whether a gateway can bridge them safely, or whether selected hardware should be replaced.
Can Keen Systems design custom electronic hardware?
A project can include requirements, electronics and PCB design, firmware, prototyping, device communication and ERP integration when an off-the-shelf device does not fit the operation.
Can AI agents make changes inside the ERP?
AI-assisted actions should use explicit permissions, validation, approval points and audit records. High-impact decisions should remain under appropriate human control.
Can the system continue when connectivity is interrupted?
Where the operation requires it, edge devices can buffer events and reconcile them after connectivity returns. The exact offline and conflict behaviour must be designed for the business process.
How does a smart ERP project begin?
It begins with the business event and operating environment: what happens now, which data is trustworthy, which decisions can be automated, what must stay human-controlled and how success will be measured.
Start with one useful business event
Discuss your requirement Have a business process you want to automate?
Whether you need to connect an existing ERP to one device or develop an intelligent business platform, Keen Systems can design a responsible solution around your operation.
ERP IoT AI Automation Hardware Custom PCB