Workflow and Core Capabilities

AMS provides a powerful set of workflow, automation, scalability, and control features that support everything from small applications to large, distributed enterprise systems. These capabilities make AMS a flexible orchestration environment capable of managing complex workloads across diverse infrastructures.

Workflow Design and Automation

AMS enables users to design, organise, and automate complete workflows. Using PPT (Phase–Procedure–Task), users can build:

• complex systems

• small applications

• individual jobs

• multi‑step processing flows

All of this is done directly through the graphical interface, without the need for external scripting.

Scalability

AMS can operate in multiple deployment models:

• single instance on a single server, or

• multiple instances distributed across multiple servers

This allows organisations to scale from small departmental solutions to large enterprise‑wide environments.

Flexibility in Execution

AMS can organise, run, and control:

• tasks built within AMS

• tasks built outside AMS

• virtually any executable accessible to the system

This makes AMS a universal orchestration layer capable of integrating heterogeneous tools, scripts, and applications.

Monitor and Control Anywhere

AMS supports both centralised and distributed operational models:

• one control point for all applications across the network, or

• multiple control points depending on organisational structure, roles, and permissions

Multiple applications running on multiple servers can be monitored and controlled from whichever control points are authorised.

Process Multiplication

AMS supports real‑time process replication, allowing tasks to be multiplied and executed:

• in parallel, or

• sequentially

The number of replications is determined by the argument list provided.

Parallel Multiplication

All instances run simultaneously.

Sequential Multiplication

Instances run one after another, with two modes:

• Vertical Sequential

Runs the entire sequence of tasks for each argument before moving to the next argument.

• Horizontal Sequential

Runs each task for every argument before proceeding to the next task.

Combined Modes

Parallel and sequential strategies can be mixed to suit complex processing requirements.

Advanced Scheduler

The AMS Scheduler supports a virtually unlimited number of:

• timing triggers

• event triggers

Triggers can be combined to express even the most sophisticated scheduling requirements.

Controlled Access

AMS provides controlled access to:

• local and remote resources

• system components

• user profiles, roles, and permissions

This ensures secure and compliant operation across all environments.

Metadata‑Driven Architecture

All details related to:

• PPT (Phases, Procedures, Tasks)

• DQM (Data Quality Module)

• TDM (Task Designer Module)

are stored as metadata. This makes project documentation easier to generate, maintain, and audit, while ensuring consistent behaviour across environments.

AMS includes a fully integrated Data Quality Module (DQM) that supports:

• Data Profiling

• Data Validation

• Business‑rule‑driven quality checks

Validation logic is defined through business requirements and stored as metadata, ensuring transparency, reusability, and consistency across environments.

Active Logs

AMS maintains active logs for every element and step in both:

• workflow execution

• data quality processing

This provides complete traceability, simplifies troubleshooting, and supports audit and compliance requirements

User‑Friendly Web Interface

All AMS modules and components are accessed through a web‑based graphical interface designed to be:

• intuitive

• easy to use

• consistent across modules

This reduces onboarding time and allows both technical and non‑technical users to work effectively.

Online Help

AMS includes integrated online help, accessible directly from within the interface. Users can quickly access explanations, examples, and module‑specific guidance without leaving the system.
The details of this Help can be changed, updated, and customised using metadata interface used to manipulate Online Documentation.

Integrated Online Documentation

All AMS documentation is stored in metadata tables and is available directly within the system. This includes:

• AMS manuals

• module descriptions

• user‑defined project or application documentation

Documentation is always up to date and accessible in real time.

MEAS: Metadata Access Interface

MEAS provides an interactive interface to:

• AMS metadata

• user‑built application metadata

• application data

It supports dynamic form creation, controlled access, and metadata‑driven configuration across the platform.

Cloud‑Ready Architecture

AMS is designed to operate efficiently in cloud environments, supporting:

• virtualised infrastructure

• distributed deployments

• hybrid setups

This makes it suitable for modern cloud migration strategies.

Small Footprint

Despite its broad capabilities, AMS maintains a lightweight footprint, making it easy to deploy, maintain, and scale without requiring heavy infrastructure

24 × 7 Support

AMS is supported around the clock, ensuring continuous availability and rapid response to operational issues.

Cost‑Effective

 AMS is intentionally designed to be inexpensive compared to traditional enterprise ETL and orchestration platforms, while still offering a rich feature set and strong operational capabilities.