AI-Optimized, Platform-
Independent IoT
Architecture
Aceomation designs IoT architectures that prioritize reliability, scalability,
and ownership—without forcing dependence on any single platform,
vendor, or cloud.
Platform- Agnostic by Design
We believe your system’s architecture should serve your operational needs, not a vendor’s
ecosystem. Our approach ensures you’re never locked in.
Core Message: Architecture is designed first; platforms are chosen later.
Open-Source Platforms
Leverage community-driven tools for maximum flexibility and transparency.
Enterprise Clouds
Integrate seamlessly with AWS, Azure, or GCP for scalable data storage and analytics.
On-Prem / Edge-Only
Deploy fully air-gapped systems for ultimate security and data sovereignty.
Fully Custom Systems
Build a bespoke solution from the ground up to meet unique requirements.
AI-Ready, Edge-First Design
We process data where it’s generated—at the edge. This reduces
latency, minimizes cloud dependency, and enables faster, more reliable
decision-making.
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Edge PreprocessingRaw sensor data is cleaned, filtered, and validated locally.
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Local InferenceAI models can run directly on edge devices for real-time insights.
AI Framing: AI is used to support detection and classification—never for direct, safety-critical control.
Long-Term Ownership & Scalability
Our architectural principles ensure your investment is future-proof, giving you the freedom to evolve your system as your business grows and technology changes.
Freedom to Migrate Platforms
Decoupled architecture means you can switch cloud providers or move to an on-premise solution without a costly, ground-up rebuild.
IT & OT Integration
Built on open standards, our systems bridge the gap between operational technology on the factory floor and IT systems in the data center.
No Forced Re-Architecture
A solid foundation allows you to add new devices, scale data ingestion, and expand functionality without disrupting core operations.
Communication Foundations
The right architecture dictates the right communication protocols. We select technologies based on the specific needs for reliability, scalability, and integration at each layer of the
system.
MQTT
Messaging Protocol
Ideal for scalable and efficient edge-to-platform messaging, ensuring reliable data transport from thousands of devices.
TCP
Transport Protocol
Provides reliable, ordered, and error-checked delivery of data between devices and edge gateways on a local network.
RS-485 / Modbus RTU
Serial Protocol
The standard for integrating with legacy industrial equipment, PLCs, and sensors, ensuring backward compatibility.
