Go from ideation to full scale production in a fraction of the time, cost, and resources.

ATSS's platforms are built to handle massive scale processing of real-time data from IoT devices, AI systems, Cameras, and anything else that connects the physical and digital worlds and deploys it anywhere in the environment. Go from ideation to full scale production in a fraction of the time, cost, and resources.

Resilient behavior is inherent to the event-based architecture of ATSS. The ability to cluster nodes horizontally, both for scale but also for failover, ensures mission-critical availability. ATSS supports design and run-time for EDA applications serving millions of business events daily.
ATSS includes Modelo, a low-code IDE that comprehensively supports design, development, testing, deployment, and operations. ATSS Modelo provides visual editors, scripting editors, a rules system based on SQL and JavaScript, testing tools for debugging, tracing, and logging, and a visual tool for distributed deployment.
When the volume of data collected is too great to upload it for centralized processing in a cloud or if low latency is required, Edge nodes can be deployed with ATSS to co-locate the processing and analysis of data with the sensors and other data generators being managed.
With ATSS, seamless collaboration between technicians and equipment means that when a situation requires the intelligence, experience, and wisdom of humans, the application can work with a technician to notify and inform them of a situation requiring human intervention. ATSS also provides capabilities to allow the technician to easily update the application with any change in status via a mobile interface.
ATSS includes a dynamic advanced event broker designed to securely transport events between publishers and subscribers in a massively scalable, distributed mesh environment.
A WYSIWYG editor for modifying the pages, widgets, data, and code that make up a client interface. Client interfaces can be built to run on Android, iOS, or common web browsers.

What Are Real-Time Applications?

Real-Time Applications are applications that operate within an immediate time frame; sensing, analyzing, and acting on streaming data as it happens. This is in contrast to a database- centric application where information is ingested and stored in a database (in the cloud or on-premise) for future analysis. Most real-time applications rely on an event-driven architecture (EDA) to allow for asynchronous processing of streaming data. These applications are vital in industries where operating within a specific time constraint can mean life or death; such as identifying and repairing a gas leak at an oil refinery or locating a lost child at a public park.

Benefits of Real-Time Applications

Increased Situational Awareness

Quickly and easily understand what is going on in and around your business at any given moment.

Naturally Leverage IoT Devices & Sensors

IoT needs real-time applications in order to efficiently process large amounts of streaming data and take immediate action.

Better Decision Making Capabilities

Put more information directly at your fingertips through the use of smart dashboards, real-time notifications, digital twins, human- machine collaboration, and more.

Greater Operational Responsiveness

Respond to mission-critical events as they happen instead of after the fact through real-time analysis and response to streaming data.

High Scalability

Process data close to the source to scale without limits, and massively decrease bandwidth utilization.

Low Latency Edge Processing

Real-time applications enable very low latency data ingestion and analysis to fully leverage the benefits of edge computing.

What Is Event-Driven Architecture?

A lot has changed since businesses began developing mission- critical applications using a database as the central location for ingesting, storing, analyzing, and exporting virtually everything going in and out of the business.

The problem is, as businesses become more distributed and the world more fast-paced, more types of data need to be analyzed and integrated in real time; a much more agile and responsive application architecture is required in order to simply keep up, let alone get ahead. It’s time to ditch the database and transition to event-driven architecture.

Event-driven architecture(EDA) is software development paradigm in which the application is laid out as a series of commands, events, and reactions. This is in contrast to a database- centric approach, where incoming data is stored in a database and then called upon later for further analysis.

An event, in this case, is any situation of interest that is generated with the use of Internet of Things (IoT) sensors, user-driven interfaces, camera and object recognition systems, and many more sensory mechanisms in the modern enterprise.

By switching to an event-driven approach, organizations can undergo digital transformation much easier, incorporating new technologies such as artificial intelligence, digital twins, edge computing, and more into new or already existing applications.

Features & Benefits of Event-Driven Architecture


Real Time

Process and respond to streaming data as it occurs, reducing bottlenecks and increasing application efficiency



Ingest events without blocking, no matter when they arrive or how frequently to enable dynamic, highly scalable processing


Loosely Coupled

The ability for systems to be modular so there aren’t dependencies, allowing for a more dynamic and fault-tolerant architecture



Respond quickly to a constantly changing environment. The decoupled/distributed nature of event-driven applications makes adding new modules and integrating multiple applications easier.



Parallel, asynchronous processing allows for massive scalability to handle large quantities of streaming data



Effectively communicate and coordinate business events across previously disparate enterprise systems

What Is Edge Computing?

As businesses are forced to adapt faster than ever to the constantly changing world that we live in, the need for a computing topology that allows for real-time responsiveness, minimal to no latency, increased data security, massive scalability, and more, is an absolute necessity to stay ahead of the competition.

Edge computing enables data to be processed as close to the things and people producing or consuming that information as possible, allowing for a faster response to streaming data.

Edge Computing is a networking topology that allows for the placement of compute power close to the devices and sensors that make up the Internet of Things. These devices are often away from the data center out in the “real world”.

Analysis occurs locally, on large sets of data without incurring the latency overhead that would be experienced if this analysis needed to be done in the cloud. Local connectivity also adds higher resiliency and ensures better responsiveness to critical situations, ensuring large volumes of data can be analyzed and scrubbed with only interesting data being sent to the cloud for additional analysis.

Features & Benefits of Edge Computing


Real-Time Responsiveness

Respond to streaming data as it occurs without latency concerns, utilizing mesh architectures to enable simultaneous computing capabilities



Ensure the operation of and communication between edge devices continues even when connection to the internet is lost or is temporarily unavailable


Increased Data Security & Privacy

Locally process sensitive information directly on edge devices to limit both the amount of data transmitted back to data centers and data at risk in any one location



Quickly iterate, expand, and evolve edge applications as requirements change or operations grow without needing to go back to the drawing board


Embedded Intelligence

Utilize increased local processing power to run more sophisticated and intelligent features directly on devices, at the source of data


Data Efficiency

Decentralize data processing to run as close to the source as possible and filter unnecessary data before sending back to the main system

What Is Digital Twin Technology?

A digital twin is a digital copy or replica of a physical object. In the past, digital twins have been used to test and monitor objects such as engines or manufacturing line components. Next-generation digital twins are being implemented on entire spaces such as a building or city park.

Digital twin technology combined with a real-time event-driven application allows for not only visualizing but taking real-time action on important business events.

Digital Twin Technology is a way of representing complex physical environments digitally such as a large building, factory, airport, or an oil refinery, through this we can monitor and control things in new and innovative ways.

Digital Twins analyze and act to address complex problems such as a flood, a major traffic accident, a factory breakdown, or suspicious behavior in an airport, all in real- time. Powerful simulations can also be run to prepare for such events in advance.

Leading companies spanning all major industries can benefit from implementing Digital Twin Technology powered by real-time applications that connect the physical and digital worlds.

Features & Benefits of Digital Twin Technology


Visualize Entire Spaces

Visualize large spaces such as a building complex or factory floor, or combine multiple digital twins to build an entire smart city


Manage Assets in Real Time

Gain a complete picture of everything happening in and around your organization, with the ability to view streaming data in as much or as little detail as necessary


Improve Efficiency and Productivity

Combine visualization, simulation, and real-time technology to reduce time to decision and increase the flow of business events


Orchestrate Between Systems

Contextualize data across previously disparate business systems via the shared framework that a digital twin provides


Run Powerful Simulations

Simulate different business events or configurations of equipment to maximize efficiency and prepare for the unexpected


Unlock New Business Opportunities

Utilize digital twin models to explore different outcomes, test new revenue streams, and increase organizational agility

ATSS Digital Platforms Solutions: Enabling Transformation for Modern Enterprises

In accordance with Gartner's perspective, a digital business technology platform embodies the fusion of technologies that empower an organization to deliver digital business capabilities. It essentially functions as the nerve center of a contemporary enterprise, adeptly ingesting streaming data, conducting real-time analysis, and orchestrating immediate actions in response to critical business events.

An ATSS digital business technology platform seamlessly integrates existing IT infrastructure and business assets, fostering the creation and exchange of services. The consolidation of operations within a centralized platform offers substantial advantages in terms of scalability, operational efficiency, situational awareness, and more. Below, explore a selection of the manifold ways in which an ATSS digital business technology platform serves as a catalyst for digital transformation.

The Role of an ATSS Digital Business Technology Platform

The amalgamation of diverse business systems and platforms often poses a considerable challenge for many enterprises. This challenge becomes particularly pronounced when introducing new components into an existing system, necessitating substantial investments in development time and resources.

An ATSS digital business technology platform serves as a unified hub capable of integrating data from various protocols, messaging services, and communication methods, enabling seamless interoperability across the enterprise stack. The loosely-coupled nature of the platform ensures that system-wide shutdowns are unnecessary when adding or modifying components. Moreover, the platform's capacity to analyze incoming streaming data at the edge, selectively transmitting actionable insights, enhances system efficiency while enabling real-time responses.
In the vast sea of data that businesses accumulate, deriving meaningful actions can be challenging. An ATSS digital business technology platform plays a pivotal role by acting as the orchestrating layer that transcends other business systems and technologies, offering an enriched perspective of the business landscape.

Illustratively, consider a Smart Office scenario. By assimilating real-time data from IoT sensors such as thermal cameras, smart hand sanitizer stations, and occupancy sensors, and integrating this with existing business applications like building management and employee calendars, a comprehensive view of office operations emerges. The platform enables real-time action by correlating data points - for instance, identifying an employee attempting to enter the office during quarantine and denying them access. This application holds substantial benefits for disease control, access management, task streamlining, and more.
An ATSS digital business technology platform's most impactful contribution lies in its ability to not merely support, but actively run the business. Traditionally, applications fulfilled specific niches within the enterprise's technology framework, serving as supportive tools that catered to particular needs.

However, as enterprises and their technology landscapes have grown more intricate, a novel approach is imperative to match the pace of innovation and cultivate the next generation of business systems. An ATSS digital business technology platform uniquely empowers rapid development of mission-critical applications capable of sensing, analyzing, and responding to streaming data in real time. This functionality coexists harmoniously with seamless integration of tools and business systems, thereby facilitating a paradigm shift from IT-supported enterprises to IT-driven enterprises.

This transition is pivotal in sustaining modern business operations, driving digital transformation, and ushering in the era of authentic digital businesses.
Elevate your business's potential by embracing the power of ATSS digital platforms solutions. Revolutionize the way you operate, adapt, and thrive in the dynamic landscape of modern business, all while reaping the benefits of real-time insights, dynamic integration, and unparalleled agility.

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