Automation & machine vision
Describe inspection, counting, monitoring or a connected process. Identify the input, required action, existing equipment and a measurable acceptance test.
Tomorrow Systems® · 524WiFi™
Turn your operating requirements into a focused engineering brief.
Bring your industrial automation, machine vision, edge AI or robot connectivity project to Tomorrow Systems® and 524WiFi™. Define the task, equipment and acceptance criteria so we can assess the hardware, integration and delivery scope.
From a defined task to a structured project briefSTART WITH YOUR APPLICATION
Describe inspection, counting, monitoring or a connected process. Identify the input, required action, existing equipment and a measurable acceptance test.
Plan local processing, cameras, interfaces, power and installation conditions. Include your application software and the integration responsibilities.
Map the route, working area and data flow. Define coverage, moving-client behaviour, required interfaces and operating conditions.
HOW TO START
Hardware supply, a validated connectivity bundle, a pilot, application integration or an OEM series can form the starting scope. Configuration, price, responsibilities and delivery are agreed for the specific project.
YOUR PROJECT BRIEF
Use the five-step form below. You can save your brief as a text file before submission.
Read the illustrated preparation guide →
524WiFi™ / Tomorrow Systems® AI Automation
Specify the task, inputs, outputs and acceptance criteria. We assess technical feasibility and the scope of a suitable hardware, connectivity and application solution.
Our team will assess the stated requirements and respond with feasibility information or specific technical clarification questions.
READ. PLAN. BUILD.
Explore system design, local AI processing and wireless networking for industrial and robotic applications.
Tomo AI Automation
Prepare your task, equipment, delivery scope and measurable acceptance criteria with an illustrated guide to the project form.
Read guideTomo AI Automation
Plan compute, cooling, power, interfaces and connectivity as one industrial edge AI system.
Read guideTomo AI Automation
Explore Wi-Fi HaLow connectivity options for distributed edge AI and remote sensor applications.
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Explore how wireless connectivity and Jetson computing fit together in mobile robot architecture.
Read guideTomo AI Automation
Discover edge AI visual monitoring and the role of local processing in production environments.
Read guideTomo AI Automation
Compare an edge computing box with a custom carrier board for a defined robotics or drone project.
Read guideTomo AI Automation
Explore the decision between a standard Jetson module platform and a project-specific carrier board.
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Plan the equipment, integration and deployment requirements around a Jetson-based production system.
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Explore radio configuration and wireless integration choices for an edge AI platform.
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Explore mesh networking for robot operation across larger working areas.
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Plan roaming, latency and wireless continuity for moving robot fleets.
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Connect physical AI devices through a network designed around their operating requirements.
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Explore the role of edge AI hardware in local processing and application integration.
Read guideTomo AI Automation
Plan the transition from a robotics prototype to a reproducible production system.
Read guideTomo AI Automation
Explore wireless infrastructure planning for autonomous mobile robot installations.
Read guideTomo AI Automation
Review mesh networking applications for drone and robotics projects.
Read guideTomo AI Automation
Explore Wi-Fi 7 platform integration for connected AIoT and local AI applications.
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Review wireless module selection across different robotics applications and integration needs.
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Explore wireless communication planning for AGVs, mobile robots and industrial automation.
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Explore VLAN-based network organisation for logistics and warehouse automation.
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Explore Wi-Fi connectivity for connected devices, AIoT and robotics applications.
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Review the relationship between wireless data transfer, robotics and edge computing.
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Explore AI applications in industrial wireless network planning and operation.
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Explore the industrial application direction of 524WiFi™ hardware and AI connectivity.
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