A managed service (SaaS) designed to integrate AI applications and services, emphasizing its highly scalable and easily programmable infrastructure.
Walkiria features a code customization engine allowing for detailed integrations using various programming languages, enabling immediate deployment of any modifications.
Self-generated integration modules to connect with other services, providing access to external functionalities or data, and concatenating multiple services to achieve rapid results.
The foundational elements of Walkiria's development environment
The fundamental units of work in Walkiria. Actions are small pieces of code that perform specific tasks. They can be written in various programming languages and are stateless.
Events that can initiate the execution of actions. Triggers might be defined by time, database events, user interactions, etc.
Associations between triggers and actions. Rules dictate which action should be executed in response to a particular trigger.
Collections of actions and feeds (a special kind of trigger) that can be shared and reused. Packages typically include the necessary libraries and configurations for the included actions.
A type of trigger that generates events from external systems, like database changes or incoming messages in a messaging system.
Chains of actions where the output of one action serves as the input for the next, allowing for the creation of complex workflows.
Used to organize and segregate resources like actions, triggers, and rules for different users or applications.
It's our main engine and partner at the core of Walkiria. It's an integrated environment to create OpenWhisk serverless infrastructure on any Kubernetes cluster. It's like having an additional virtualization layer on top of Kubernetes to avoid cluster operation.
This is our Robotic Process Automation system, used to deploy agents that can integrate with external application and services. Each agent is autonomous, designed and configured used OpenAI GPT coding capabilities, deployed by our management system and consumed using APIs, by Walkiria internal services and actions.
Our central logging and monitoring it's used to visualize each services/actions state and to make easier for our internal platform engineers and external customers to visualize the status and efficiency of their services.
Driven by innovation, excellence, collaboration, integrity, customer-centricity, continuous learning.
Automating serverless function and application deployment, including handling memory limits, execution timeouts, and environment variables.
A management system that can offer insights and controls for refined scaling based on usage patterns or metrics.
Handling aspects of security such as identity and access management, ensuring that only authorized entities can deploy or invoke serverless functions.
Since serverless computing often follows a pay-per-use model, a management system can help track and optimize costs related to the execution of serverless functions.
We are driven by results. Our focus is on delivering measurable and impactful outcomes for our clients.
Facilitating the integration of serverless functions with other cloud services, databases, and external APIs. This also includes managing the APIs that are exposed by serverless functions.
The Service Builders group comprises developers, engineers, and system administrators responsible for creating, configuring, and managing resources within Walkiria. Using tools like IDE, Nuvolaris MasterGPT, and the Serverless MGMT System, they handle the design and implementation of applications and services.
Service Consumers includes end-users and applications that interact with Walkiria's services. These can be external applications, API services, or other systems utilizing functionalities provided by Walkiria, such as the Appfront RPA. Their activities involve process automation, integration of external systems, and data analysis through the logging and monitoring system.
Enhancing user experience, Walkiria guides users through application usage, offering contextual assistance and streamlined instructions.
Empowering users to concentrate on relevant data, Data Focus feature facilitates analysis, trend identification, and informed decision-making.
Simplifying code development, Auto Coding feature generates snippets based on requirements, expediting application development with reduced errors.
Optimizing system performance, System Tuning functionality fine-tunes configuration, monitors resources, and resolves performance issues effectively.
Enabling dynamic content generation, Dynamic Content feature personalizes user experiences in real-time, triggered by specific inputs or events.
Providing advanced tools for customer understanding, Know Your Customer feature aids in data analysis and behavioral pattern identification for personalized experiences.
Stringing together various features and services, Chain Features allow efficient workflow management, ensuring consistency and effectiveness.
Offering real-time feedback on service performance, Dynamic Service Feedback feature facilitates continuous improvement with prompt adjustments.
Streamlining integration and communication between applications, Connect Services feature simplifies complex workflow management across diverse platforms.
Equipped with advanced fraud management tools, Fraud Management feature detects, prevents, and responds to fraudulent activities, safeguarding businesses and customers effectively.