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ISAC Hardware Modules
The freely combinable ISAC hardware modules, available in both Standard and FS (Free Space) versions, form the core of modular automation.
These standardized cell systems can be configured with diverse functional groups and process units tailored to specific products.
This setup establishes the backbone of our approach: our hardware selection follows clearly defined principles based on the First-Principles Approach, laying the groundwork for modular software.
The freely combinable ISAC hardware modules, available in both Standard and FS (Free Space) versions, form the core of modular automation.
Each module can incorporate various functional groups to perform specific tasks, allowing to create customized setups tailored to different processes within the same system.
ISAC hardware modules can be configured with interchangeable process units, offering a high degree of customization that adapts to any application or industry requirements with ease.
Our modular hardware provides the foundation for our next step with generative AI, enabling the autonomous development of new hardware configurations. With strict adherence to standardized rules, ISAC hardware modules support an intelligent, future-ready system that drives innovation in modular automation.
ISAC NeuraCon
ISAC NeuraCon is our object-oriented programming standard, designed to simplify the increasing complexity of automation systems. By enabling users to configure pre-defined units rather than traditional, line-by-line programming, NeuraCon enhances speed, adaptability, and efficiency. This approach minimizes development time through modular code reuse, facilitates scalability for evolving requirements, and improves error management by organizing each unit within a structured framework.
ISAC NeuraCon is more than programming—it’s the brain of modular automation, delivering a future-ready, intelligent system that unites power and precision.
Allows configuring pre-defined units, avoiding time-consuming line-by-line programming.
Easily adjusts and expands to meet changing requirements without a complete redesign.
Object-oriented design enables better error detection and debugging through organized units.
Our object-oriented programming standard provides the foundation for our upcoming generative AI to autonomously develop new code and hardware configurations
ISAC NeuraView
ISAC NeuraView is our web-based human-machine interface, designed to make operating complex systems as simple and intuitive as using a smartphone.
With a graphical user interface, it provides an accessible experience for operators. This is further enhanced by our patented IOG ( Intelligent Operator Guidance) system, which uses illuminated indicators to visualize functional groups and their current status. Together, NeuraView and IOG create a revolutionary user experience, giving operators an unprecedented sense of control and insight.
The graphical design makes interacting with complex machinery easy, with a familiar layout similar to modern smart devices.
Intelligent Operator Guidance provides real-time visual feedback, using light indicators to display the status of each functional group.
Accessible from any device with a browser, NeuraView provides flexibility and remote access for on-the-go monitoring and control.
Operators receive instant updates on the machine’s status, minimizing downtime and improving response times.
ISAC NeuraLyze
ISAC NeuraLyze is the analytics core of modular automation, building on the foundation set by ISAC NeuraCon’s object-oriented architecture. It enables comprehensive data and signal analysis down to the sensor-actuator level, with timestamped insights and integration of environmental conditions like humidity, temperature, vibration, and lighting.
This approach provides representative data that fuels continuous system monitoring, laying the groundwork for applications like predictive maintenance. It also allows producers and partners to access actionable data to boost output and drive efficiency.
ISAC NeuraLyze offers continuous, real-time analysis of system data
With data granularity down to the sensor and actuator level, NeuraLyze provides deep visibility into machine performance and health, capturing even the smallest signals and fluctuations.
Initial data processing occurs at the edge on-site for immediate insights, while in-depth analysis is conducted via cloud computing. This setup reduces latency while ensuring thorough, powerful data processing for advanced analytics.
NeuraLyze integrates environmental data (humidity, temperature, vibration, light) with operational data, enabling a holistic view of factors impacting performance and system health.
ISAC Generative AI
For the past four years, we have been building the core elements to usher in a new era in modular automation.
We are now poised to launch a groundbreaking product that will redefine the boundaries of automation through generative AI. This next-level solution has been carefully crafted, combining cutting-edge technology and the power of our modular platform to unlock previously unimaginable possibilities.
Stay tuned for the official reveal of our product name, its extraordinary capabilities, and how it works.
Prepare for the next big thing in modular automation—something truly revolutionary is on the horizon!
ISAC Pay per Part
For those seeking an alternative to traditional purchasing, PayPerPart offers an advanced, usage-based payment solution with immediate ROI.
While our systems are still available for purchase, PayPerPart enables producers to pay per unit produced, classifying costs under OPEX instead of CAPEX. This keeps assets off the balance sheet, allowing companies to stay at the forefront of technology without the burden of depreciation.
Prepare for the next big thing in modular automation—something truly revolutionary is on the horizon!
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