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S SoftTechIQ

IoT Solutions

Connected Devices & Cloud Software

SoftTechIQ IoT solutions unite RFID hardware, sensors, and edge devices with cloud platforms, APIs, and business applications — delivering real-time visibility and automation for schools, factories, warehouses, and enterprises.

How It Works

Software & Hardware, Working Together

SoftTechIQ IoT solutions connect physical devices to cloud software through a unified architecture — so data flows from the factory floor, classroom, or warehouse directly into the applications your teams rely on.

01

Physical Layer

Hardware at the edge

RFID readers, access controllers, sensors, and industrial devices capture events at entry points, production lines, and storage zones.

  • RFID Readers
  • Access Controllers
  • Sensors & Tags
  • Edge Gateways
02

Connectivity Layer

Device-to-cloud bridge

Devices register with the cloud, authenticate securely, and transmit events in real time through reliable connectivity protocols.

  • Device Registration
  • Secure Authentication
  • Event Transmission
  • Offline Sync
03

Platform Layer

Device Cloud API

The Device Cloud API ingests events, manages device health, delivers webhooks, and routes data to business applications.

  • REST APIs
  • Webhooks
  • Real-Time Events
  • Device Management
04

Application Layer

Business software & automation

SaaS dashboards, ERP modules, SMS alerts, and automation workflows turn device events into actionable business outcomes.

  • Dashboards
  • SMS & Alerts
  • ERP / HRM Integration
  • Automation Rules

Event Flow

1

Device reads tag or sensor event

2

Event sent to Device Cloud API

3

Platform processes and routes data

4

Business application takes action

RFID Attendance

Automated attendance through RFID check-ins, cloud sync, and instant notifications.

Overview

RFID Attendance combines RFID readers and cards at entry points with a cloud attendance platform. Every check-in is captured in real time, synced to dashboards, and triggers SMS alerts to guardians or managers — eliminating manual registers entirely.

Hardware

  • UHF/HF RFID readers at gates and classrooms
  • RFID cards or tags issued to students and staff
  • Network connectivity to cloud platform
  • Optional multi-reader deployment per campus

Software

  • Real-time attendance dashboard
  • Guardian and manager SMS notifications
  • Device health monitoring console
  • Reports, exports, and REST API access

How They Work Together

When a student or employee taps their RFID card, the reader sends the event to the Device Cloud API. The platform records attendance, updates the live dashboard, and triggers configured SMS alerts — all within seconds, with full audit history stored in the cloud.

Benefits

  • Eliminate manual attendance registers
  • Instant guardian and manager notifications
  • Live visibility across campuses and sites
  • Device health monitoring from one console
  • Audit-ready attendance records

Industries

Education Corporate Manufacturing Healthcare
Hardware Cloud

Device → API → Application

Get started

Discuss RFID Attendance for your organization.

Response within 1–2 business days

RFID Hardware

End-to-end RFID reader supply, installation, and cloud pairing.

Overview

We deliver the complete physical RFID layer — readers, cards, tags, cabling, and on-site installation — configured and paired with SoftTechIQ cloud platforms. Hardware is not sold in isolation; it is deployed as part of an integrated attendance or access solution.

Hardware

  • RFID readers (fixed and handheld)
  • Cards, tags, and credentials
  • Mounting, cabling, and network setup
  • Site assessment and reader placement

Software

  • Device registration and pairing portal
  • Reader health and connectivity dashboard
  • Remote configuration management
  • Firmware update coordination

How They Work Together

Each reader is registered in the Device Cloud API during installation. The platform continuously monitors reader health, connectivity, and event throughput — alerting IT teams before issues affect attendance or access operations.

Benefits

  • Single vendor for hardware and software
  • Professional installation and configuration
  • Proactive device health alerting
  • Scalable multi-site deployment
  • Seamless cloud pairing on day one

Industries

Education Corporate Logistics Manufacturing
Hardware Cloud

Device → API → Application

Get started

Discuss RFID Hardware for your organization.

Response within 1–2 business days

Smart Door Access

RFID-controlled door access with cloud permissions and audit logs.

Overview

Smart Door Access replaces key-based entry with RFID-controlled doors managed from the cloud. Administrators assign access permissions by role, department, or schedule — with every entry logged for security and compliance.

Hardware

  • RFID door controllers and readers
  • Electric strike or magnetic lock integration
  • Exit buttons and door sensors
  • Network-connected access panels

Software

  • Access permission management console
  • Role and schedule-based access rules
  • Entry and exit audit log
  • Real-time access event notifications

How They Work Together

When an authorized card is presented, the reader validates permissions against cloud rules and triggers the door controller. Every access attempt — granted or denied — is logged in the platform with timestamp, user, and door location.

Benefits

  • Replace physical keys with RFID credentials
  • Role-based access control from the cloud
  • Complete entry audit trail
  • Remote permission updates without site visits
  • Integration with attendance and HRM systems

Industries

Corporate Education Healthcare
Hardware Cloud

Device → API → Application

Get started

Discuss Smart Door Access for your organization.

Response within 1–2 business days

Device Cloud API

Cloud API platform for managing devices, events, and integrations.

Overview

Device Cloud API is the central nervous system of SoftTechIQ IoT deployments. It accepts events from RFID readers and sensors, manages device lifecycle, delivers webhooks to external systems, and provides REST APIs for custom integrations.

Hardware

  • Any RFID reader or sensor with API connectivity
  • Edge gateways for protocol translation
  • Industrial controllers with HTTP/MQTT output

Software

  • REST API for device and event management
  • Webhook delivery for real-time integrations
  • Device health and status dashboard
  • Event history, filtering, and export

How They Work Together

Devices push events to the API on every interaction. The platform validates, timestamps, and routes each event to subscribed applications via webhooks or polling — enabling ERP, HRM, and custom software to react to physical-world events in real time.

Benefits

  • Unified API for all device types
  • Real-time webhook event delivery
  • Scalable device fleet management
  • Open integration with business software
  • Production-ready monitoring and logging

Industries

Software Companies Manufacturing Logistics Corporate
Hardware Cloud

Device → API → Application

Get started

Discuss Device Cloud API for your organization.

Response within 1–2 business days

IoT Automation

Event-driven automation triggered by device data and sensor events.

Overview

IoT Automation turns device events into automated business actions — sending alerts, updating records, triggering workflows, and notifying teams without manual intervention. Rules are configured in the cloud and executed in real time as events arrive.

Hardware

  • RFID readers and sensors as triggers
  • Industrial I/O modules and controllers
  • Environmental and status sensors
  • Actuators and relay outputs

Software

  • Automation rule engine in the cloud
  • Event trigger and condition builder
  • Notification and webhook actions
  • Automation history and audit log

How They Work Together

A device event enters the platform and is evaluated against configured automation rules. Matching rules execute actions — SMS alerts, webhook calls, database updates, or workflow triggers — within milliseconds of the physical event occurring.

Benefits

  • Eliminate manual response to device events
  • Configurable rules without custom code
  • Multi-channel notifications and integrations
  • Full automation audit history
  • Scale rules across sites and devices

Industries

Manufacturing Logistics Corporate Healthcare
Hardware Cloud

Device → API → Application

Get started

Discuss IoT Automation for your organization.

Response within 1–2 business days

Smart Factory

Connected factory operations with device data, dashboards, and automation.

Overview

Smart Factory solutions connect production floor devices — RFID stations, sensors, and controllers — to cloud dashboards and automation systems. Plant managers gain real-time visibility into throughput, attendance, and equipment status across the factory floor.

Hardware

  • RFID stations at production checkpoints
  • Machine status and output sensors
  • Industrial gateways and edge devices
  • Environmental monitoring sensors

Software

  • Production floor real-time dashboard
  • Shift and workforce attendance integration
  • Machine status and alert management
  • Production reports and analytics

How They Work Together

Sensors and RFID stations report events to the Device Cloud API. The platform aggregates data into live dashboards, triggers alerts on anomalies, and feeds production metrics into ERP and reporting systems — closing the loop between physical operations and management visibility.

Benefits

  • Real-time production floor visibility
  • Automated alerts on equipment anomalies
  • Workforce attendance linked to production
  • Data-driven production reporting
  • Scalable across multiple plant lines

Industries

Manufacturing Industrial Logistics
Hardware Cloud

Device → API → Application

Get started

Discuss Smart Factory for your organization.

Response within 1–2 business days

Warehouse Automation

RFID and sensor-driven automation for warehouses and distribution centers.

Overview

Warehouse Automation connects RFID checkpoints, inventory scanners, and access control at loading bays to cloud inventory and workforce systems. Track goods movement, staff attendance, and zone access from a single operational dashboard.

Hardware

  • RFID portals at dock doors and zones
  • Handheld RFID scanners for inventory
  • Zone access readers and controllers
  • Weight and presence sensors at loading bays

Software

  • Inventory movement tracking dashboard
  • Staff attendance and zone access logs
  • Stock in/out event automation
  • Warehouse operational reports

How They Work Together

RFID portals detect tagged goods and personnel as they move through warehouse zones. Events flow to the cloud platform, updating inventory records, logging staff presence, and triggering alerts for unauthorized zone access or stock discrepancies.

Benefits

  • Automated goods movement tracking
  • Staff attendance at warehouse checkpoints
  • Zone-based access control
  • Reduced inventory counting errors
  • Real-time operational dashboards

Industries

Logistics Retail Manufacturing Corporate
Hardware Cloud

Device → API → Application

Get started

Discuss Warehouse Automation for your organization.

Response within 1–2 business days

Industrial IoT

Enterprise IoT platforms for industrial sites, plants, and facilities.

Overview

Industrial IoT brings together device fleets, sensor networks, and cloud platforms for large-scale industrial deployments. We design architectures that handle high event volumes, multi-site connectivity, and integration with existing industrial and enterprise systems.

Hardware

  • Industrial RFID and barcode readers
  • PLC and SCADA integration gateways
  • Environmental and safety sensors
  • Multi-site edge gateway networks

Software

  • Multi-site device management console
  • High-throughput event processing pipeline
  • Industrial dashboard and alerting
  • ERP and MES system integration APIs

How They Work Together

Industrial gateways collect data from PLCs, sensors, and RFID devices across sites, normalizing events into the Device Cloud API. The platform processes high-volume streams, applies business rules, and delivers data to ERP, MES, and custom applications via APIs and webhooks.

Benefits

  • Multi-site industrial device management
  • High-volume event processing at scale
  • Integration with ERP and MES systems
  • Centralized monitoring across facilities
  • Industrial-grade reliability and uptime

Industries

Manufacturing Energy Logistics
Hardware Cloud

Device → API → Application

Get started

Discuss Industrial IoT for your organization.

Response within 1–2 business days

Device Monitoring

Real-time health, connectivity, and performance monitoring for device fleets.

Overview

Device Monitoring provides continuous visibility into every connected device in your deployment — online status, event throughput, error rates, and connectivity health. IT and operations teams receive proactive alerts before device failures impact business operations.

Hardware

  • All connected RFID readers and sensors
  • Network infrastructure at deployment sites
  • Edge gateways with heartbeat reporting

Software

  • Device fleet health dashboard
  • Connectivity and uptime monitoring
  • Alert rules for offline or degraded devices
  • Device performance history and reports

How They Work Together

Devices send periodic heartbeat and status signals to the cloud platform alongside event data. The monitoring layer tracks uptime, latency, and error rates — triggering alerts and escalation workflows when devices go offline or performance degrades below thresholds.

Benefits

  • Proactive alerts before device failures
  • Fleet-wide uptime and health visibility
  • Reduced operational downtime
  • Historical device performance analysis
  • Remote diagnostics without site visits

Industries

Education Corporate Manufacturing Logistics
Hardware Cloud

Device → API → Application

Get started

Discuss Device Monitoring for your organization.

Response within 1–2 business days

Realtime Device Communication

Low-latency event streaming between devices, cloud, and applications.

Overview

Realtime Device Communication ensures device events reach business applications with minimal latency — using WebSockets, webhooks, and event streaming infrastructure. Critical workflows like access control, safety alerts, and production triggers depend on sub-second delivery.

Hardware

  • Network-connected RFID readers and sensors
  • Low-latency edge gateways
  • Redundant connectivity at critical sites

Software

  • Laravel Reverb real-time event layer
  • Webhook delivery with retry logic
  • WebSocket channels for live dashboards
  • Event queue with Redis and Horizon

How They Work Together

Device events enter the platform and are immediately pushed to subscribed applications via WebSockets and webhooks. Dashboards update in real time, automation rules execute without polling delays, and external systems receive events within milliseconds of the physical interaction.

Benefits

  • Sub-second event delivery to applications
  • Live dashboard updates without page refresh
  • Reliable webhook delivery with retries
  • Scalable event streaming infrastructure
  • Critical alert paths with low latency

Industries

Manufacturing Corporate Education Healthcare
Hardware Cloud

Device → API → Application

Get started

Discuss Realtime Device Communication for your organization.

Response within 1–2 business days

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