Andonix Features

Provide templates, forms and checklists to record tasks, inspections, and progress

Allow users to configure workflows that predicts issues and alerts teams in real-time

Trigger dynamic distribution or reinforcement of SOPs when deviations or defects occur.

Enable tracking and detection of nonconforming events and suggest corrective actions.

Log safety/quality incidents and generate compliance reports.

Create work plans for predefined periods such as weeks or months, and allow users to create custom periods.

Assign activities to workers based on availability, qualifications, and other criteria.

Allows employees to collaborate on tasks and ask for help from supervisors.

Identify and track material samples for inspection or re-inspection.

Implement action plans which can be prioritized based on severity.

Capture inspection data including photos and video, both online and offline.

Generate inspection reports using the information gathered during the inspection.

Allow users to create ad-hoc or unplanned inspection tasks.

Track the status of work activities per location, employee, or team.

Monitor task completion, employee productivity, and other metrics.

Allow users to build custom dashboards or connect to BI tools

Allows users to create guides using a rich text editor.

Allows users to create guides with a drag and drop interface.

Provides pre-built templates for guide and allows users to create templates.

Allows users to created video-based work instructions.

Allows users to upload documents of user guides or documentation to be included in user guides.

Provides a list of prerequisite tasks or tools necessary for a particular set of work instructions.

Attaches user guides to pre-defined workflows.

Allows users to create cohesive training modules using work instructions.

Gathers data on manual usage and user data.

Supports multiple languages.

Guides can be accessed on mobile devices like tablets and mobile phones.

Allows users to sign into the software using a single sign-on (SSO) application.

Provides a live feed that updates when the status of a task has changed.

Organizes tasks for different checklists into a daily, weekly, or monthly schedule

Allows users to comment on tasks or checklists.

Provides pre-made templates for specific types of procedures and processes.

Natively provides an online form builder option.

Allow users to download a manual or checklist as a PDF, image file, etc.

Integrates with other outside software.

Allows administrators to set permissions on editing rights, specific checklists, etc.

Software is available as a mobile application.

Software is available either in-browser or as a downloadable software application.

Automatically and/or manually identify internet-enabled devices in the specified manufacturing areas.

Connect disparate systems to form a unified intelligent manufacturing architecture.

Allows for remote control and modification of individual devices or systems.

Design intelligent workflows for specified devices, such as automated adjustments and event triggers.

Integrates with existing IoT hardware.

Has a centralized dashboard for users to interact with.

Automate processes for individual devices or unified systems.

Offers assistance with factory security.

Offers assistance with employee, product, and equipment safety.

Observe and respond to environmental changes.

Improves resource utilization across connected devices.

Assists with overall improvement of product quality and volume.

Provides timely insights into equipment health and conditions for proactive maintenance.

Provides pre-built or customizable performance reports.

Ability to create configurable forms and checklists to capture inspection information.

Ability to define criteria and workflows to approve or reject inspection tasks.

Organize inspection tasks based on constraints such as inspector availability.

Allow users to create procedures and workflows for multiple types of inspections.

Track the inspection process to ensure it follows procedures and complies with regulations.

Analyze inspection metrics such as cost of quality or Overall Operations Effectiveness (OOE).

Generate nonconformance records and reports for defective products or noncompliance.

Allows users to generate text based on a text prompt.

Condenses long documents or text into a brief summary.

Anticipates needs and offers suggestions without prompting

Capability to perform complex tasks without constant human input

Ability to break down and plan multi-step processes

Works across multiple software systems or databases

Improves performance based on feedback and experience

Engages in human-like conversation for task delegation

Anticipates needs and offers suggestions without prompting

Makes informed choices based on available data and objectives

Allow centralized enforcement of corporate standards, while supporting site‑specific variations.

Report metrics at both individual site and consolidated enterprise levels.

Provide channels for idea sharing, communications and collaboration across different sites and facilities.

Provide enterprise-wide support across smartphones, tablets, and wearable devices.

Provide enterprise-grade role/permission management for different user groups.

Capable of autonomously perform or propose task actions on behalf of users.

Support live transcription/translation of video/audio and contextual AI support.

Use AI models to predict anomalies, prescribe corrective actions, or suggest best next steps.

Allow frontline workers capture ideas, best practices, videos, and distribute them.

Track changes to work instructions and notify relevant users of updates or revisions.

Offer contextual training modules or tips that appear during task execution to reinforce skills.

Ensure workers can access SOPs/training offline on mobile/wearables.

Provide open APIs and SDKs for developers to extend platform capabilities.

Synchronize tasks, assets, and other data with enterprise systems such as ERP, MES, or EAM.