Engineering • Connectivity • Intelligence
Engineering Intelligent Systems
for the Connected World
RashedForge designs and builds connected industrial systems — from embedded devices and edge gateways to cloud platforms, automation and applied AI.
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Industrial IoT
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Embedded Systems
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Automation & Energy
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AI & Cloud
Engineering for Real-World Systems
- Manufacturing
- Energy & Utilities
- Water & Aquaculture
- Buildings & HVAC
- Smart Infrastructure
Engineering domains and technologies
Engineering Across
- Embedded Systems
- Industrial IoT
- Energy
- LoRaWAN
- Building Integration
- Cloud Infrastructure
Technologies
- MQTT
- Modbus
- BACnet
- LoRaWAN
- Docker
- Linux
Verified Metrics
Selected Partners
Certifications
Capabilities
From Device Firmware to Cloud Intelligence
We engineer the technology layers required to connect physical systems, move data reliably and turn operational information into useful action.
Industrial IoT
Connect physical assets securely and reliably.
Device connectivity, gateways, telemetry, remote monitoring and industrial protocol integration.
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Embedded Systems
Reliable software at the edge.
Embedded firmware, real-time systems, device communications, secure OTA updates and edge processing.
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Automation & Energy
Operational visibility with intelligent control.
Industrial automation, energy monitoring, building integration and data-driven optimization.
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AI & Cloud
Turn operational data into intelligence.
Cloud infrastructure, APIs, analytics, AI-assisted workflows and connected applications.
Learn more →Selected Projects
Engineering in Practice
A selection of systems, integrations and engineering work demonstrating how embedded, industrial and cloud technologies come together.
Project TypeIndustrial IoT
Industrial IoT Gateway
Secure edge gateway for industrial monitoring and remote device integration.
Project TypeEnergy
Energy Monitoring & Load Intelligence
Monitoring and analysis of electrical systems for operational visibility, load assessment and engineering decisions.
View Overview
Project TypeConnectivity
LoRaWAN Monitoring Infrastructure
End-to-end LoRaWAN connectivity from field sensors and gateways to network server, MQTT and application services.
View OverviewEnd-to-End Engineering
One Engineering Layer Is Never the Whole System
Connected systems succeed when hardware, communications, software and infrastructure are designed to work together. RashedForge approaches engineering across the complete technology chain.
- PhysicalSensors
- PhysicalEmbedded Devices
- ConnectivityIndustrial Protocols
- EdgeEdge Gateway
- EdgeMQTT / APIs
- PlatformCloud Platform
- PlatformData & Analytics
- IntelligenceAI / Applications
Solutions
Engineering Applied to Operational Problems
Capabilities describe the technologies we work with. Solutions combine those technologies to address real operational requirements.
Industrial IoT Monitoring
Connect equipment, collect telemetry and monitor distributed assets remotely.
Energy Intelligence
Capture electrical data, analyze operational patterns and support better energy decisions.
Water Intelligence
Monitor water and environmental parameters for aquaculture, treatment and other distributed applications.
Building & HVAC Integration
Bridge building systems, HVAC equipment and modern monitoring platforms.
Device & Gateway Management
Manage connected field devices, health information, configuration and software lifecycle.
Custom Engineering
Design integrations and technical solutions for requirements that do not fit an off-the-shelf platform.
Why RashedForge
Built Around Engineering, Not Buzzwords
Edge-to-Cloud Perspective
Trace requirements from device constraints to application behavior.
We consider the complete path from physical devices to applications and analytics.
Interoperability First
Design around existing protocols and infrastructure before replacing them.
Systems are designed around practical integration with industrial protocols and existing infrastructure.
Reliability by Design
Observe, recover, update and maintain systems throughout their lifecycle.
Security, maintainability, observability and lifecycle management are considered from the start.
Practical Innovation
Apply newer tools only where they improve the engineering outcome.
We apply emerging technology where it solves a real engineering or operational problem.
Have a System You Need to Connect, Monitor or Improve?
Tell us what you’re building, integrating or trying to solve.