Komos - AI Browser Automation | RPA
Overview
- Eliminate hours of manual data entry by extracting structured data from PDFs, images, and spreadsheets with AI-powered precision for tables, addresses, and totals.
- Create reliable, self-healing browser automations that adapt to changes and fix errors without manual intervention, ensuring consistent outcomes.
- Build complex workflows visually without coding by simply narrating your actions once, then editing the AI-generated steps in a drag-and-drop builder.
- Secure sensitive operations with encrypted credential vaults and built-in support for multi-factor authentication (MFA) flows like TOTP and SMS.
- Integrate automations into your existing stack using REST API, webhooks, and email triggers, and export results directly to CSV or Google Sheets.
- Maintain full auditability and control with detailed, step-by-step execution logs for every automated task run.
Pros & Cons
Pros
- Automates browser-based tasks
- Translates visual cues
- Turns walkthroughs into workflows
- Offers secure task running
- Detailed logs for each step
- Can process documents
- Extracts structured data
- Works with multiple data formats
- Identifies key fields
- Data used for form-fill
- Automates data validation
- Automates data uploads
- Secure credential management
- Can be triggered through API
- Supports automation scheduling
- Provides observability
- Sends results via email
- Excel at document processing
- Automatically create structured workflows
- Action narration feature
- High accuracy data extraction
- Invoice and order operations
- Integration with webhooks
- Data export feature
- Turns demos into automation
- Enables control over sequences
- Multi-factor authentication supported
- Secure automation through encrypted vaults
- Runtime guards for workflows
- API integration for trigger, output
- Drag, edit, reorder steps in flow
- Support for If/Else, loops, early-exits
- Workflow versioning and rollback
- Automations run in cloud
- Secure Windows/Mac runners
- Supports TOTP/SMS/email MFA
- Operates in local timezone
- Records operation history
- Eliminates repetitive work
- Google Sheets export
- Enables team task efficiency
- Clear history of changes
- Consistent automation outcomes
- reduces manual changes
- Branch, loop, add function
- Sandbox execution for public website
- Free trial availability
- Can extract data from scans
- Supports KMS-backed encryption
Cons
- Limited to browser automation
- Dependence on visual cues
- One-time walkthrough training
- Manual editing of workflows
- Data extraction limited to structured formats
- Inflexible regardless of browser updates
- Repetitive tasks oriented
- Reliance on screen and voice
- No SDK mentioned
- Limited use-cases presented
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❓ Frequently Asked Questions
Komos AI is an artificial intelligence tool utilized for automating browser-based tasks. It specialises in Robotic Process Automation (RPA), exploiting Computer Vision AI to interpret visual cues and user intent into structured and logical workflows.
Komos automates browser-based tasks by interpreting visual cues and user intent through Computer Vision AI. It uses these cues and intent to translate short walkthroughs into structured and logical flows, thus creating deterministic and self-healing workflows. Tasks are securely run with detailed logs provided for every step executed.
A key feature of Komos is its capability for document processing. It can extract structured data from diverse formats such as PDFs, images, and Excel files, while also automatically identifying key fields with high precision. The identified structured data can be directly incorporated into the browser workflows for a variety of tasks.
Komos's Computer Vision AI works by interpreting visual cues and user intent to translate them into structured, logical workflows. The AI views the task as a short walkthrough and then converts it into a deterministic, self-healing workflow.
Komos supports a wide range of formats for data extraction. It supports multi-format ingestion to extract structured data from PDFs, images, spreadsheets and scans.
Yes, the workflows generated by Komos are fully editable. Users can edit every step in a visual flow and have control over the sequence of events. This includes the ability to add, remove, reorder steps, and alter the workflow as needed.
Komos AI tool maintains a higher level of security. Tasks run securely, and it also provides secure credential management. The software ensures encryption at rest and in transit and supports MFA flows (TOTP/SMS/email) for production runs.
Komos handles credential management by storing secrets in an encrypted vault with per-org, per-workflow scopes. Multi-Factor Authentication (MFA) flows including TOTP/SMS/email are supported during runs, bolstering the security of credential use.
Yes, Komos can be integrated with other apps through both webhooks and REST API. These integrations facilitate triggering automation, scheduling tasks, observing the process, and accessing the results. Furthermore, it supports email triggers and CSV/Google Sheets exports for operation teams.
A self-healing workflow from Komos refers to a form of automation that is designed to correct itself without human intervention. It means that when an operation fails or an error occurs, the workflow can identify the issue, resolve it and continue with the task, ensuring consistent and successful outcomes.
Komos assists in reducing repetitive tasks by automating manual changes across multiple systems. By translating visual cues and user intent into structured and logical flows, manual tasks are automated, freeing users to focus on more complex tasks. This leads to substantial time savings and boosts productivity.
Yes, Komos provides detailed logging for each step executed during automation of the tasks. This offers a clear record of the entire process which aids in tracking the changes made, auditing, debugging, and analyzing the effectiveness of the automation.
Yes, the structured data extracted by Komos from multiple formats can be directly fed into the browser workflows. This data can be used for various purposes such as form-filling, validation, and uploads, efficiently integrating with your browser operations.
Practical applications of Komos include extracting and updating record operation across multiple systems, automating invoice, and order operations, and replacing manual tasks with automated processes. Komos can be especially useful in operations where teams spend hours each week logging into scattered systems, finding the right page, and performing the same changes by hand.
Yes, Komos supports task scheduling. You can schedule automation tasks based on your requirements. In addition, it also provides options for observing the tasks and accessing the results through webhooks, REST API, and email. This includes capabilities for local timezone scheduling.
Komos contributes to consistent outcomes in tasks by automating repetitive manual changes across various systems. This automation ensures tasks are completed in a consistent, error-free manner, providing a clear record of what has been changed and when. As a result, consistency and accuracy in task outcomes are significantly enhanced.
Komos has sophisticated document processing capabilities. It can extract structured data from multi-format documents like PDFs, images, spreadsheets, and scans with high precision. It automatically identifies elements such as tables, line items, totals, addresses, and key fields for easy data ingestion and processing. The parsed data is instantly usable inside your browser workflows.
Yes, in Komos, users control the sequence of events in their workflow. Every step in a visual flow is editable, allowing users to branch, loop, and add guards to predict the run's sequences. You can also reorder steps via the visual builder and implement control flows such as If/Else, loops, and early-exit.
Email triggers in Komos serve to integrate the automation tool with your email for task execution. They allow for tasks to be started or stopped based on email triggers and are also used for sending notifications about task statuses. This increases the adaptability and responsiveness of your workflow automation.
Yes, Komos can automatically identify key fields with high precision. The AI system is designed to accurately detect and identify tables, line items, totals, addresses, and other key fields in documents. This functionality enhances data accuracy and the efficiency of data extraction and processing.
Komos is an artificial intelligence tool specifically designed for browser-based automation purposes. It employs Robotic Process Automation (RPA) and Computer Vision AI to streamline and automate tasks. Komos translates user intentions and visual cues into structured, logical workflows, making it efficient and easy for individuals and teams to carry out repetitious tasks across various systems.
Komos works by having the user perform a specific task once while narrating their actions. Komos, then using its AI capabilities, understands the process and generates a structured and editable workflow. It implements this workflow and provides detailed logs for every step executed. The robust system in Komos can also turn short walkthroughs into deterministic and self-healing workflows.
The primary use of Komos is to automate repetitive, time-consuming browser-based tasks. With its ability to process documents and extract structured data from various formats like PDFs, images, and Excel files, it can direct this data into different browser workflows for form-filling, data validation, uploads, and other tasks. In essence, Komos is designed to improve efficiency and drastically reduce the time teams spend on manual changes across multiple systems.
Komos uses AI, specifically Computer Vision AI, to interpret visual cues and user intent. Instead of the user needing to write complex scripts, Komos watches and listens once, then translates the data into a structured workflow. It also uses AI in document processing to extract key fields and structured data from different formats like PDFs, images, and Excel files with accuracy.
'Self-healing workflows' refer to the predictive and adaptive capabilities of Komos. In the context of user-defined tasks, if there are any changes, disruptions, or errors, the AI can self-correct the workflow to maintain optimal performance without manual intervention.
Yes, the AI-generated workflows in Komos are entirely editable. Users have the ability to edit every step in a visual flow and control the sequence of events. Changes, branches, or loops can be added to ensure the workflow runs as intended.
Komos excels in document processing by its ability to extract structured data from multiple formats such as PDFs, images, and Excel files. It provides AI-based identification of key fields such as tables, line items, addresses, and totals with high precision. This structured data can then be directly utilized for tasks including form-fill, validation, and automatic uploads.
Yes, Komos is capable of extracting structured data from Excel files. Using its AI capability, it identifies key fields in the Excel file, extracts data, and helps in creating a structured workflow that suits user needs.
Komos can identify key fields in documents such as tables, line items, totals, and addresses. Its AI capabilities empower it to detect and extract this data with high precision from multiple formats, including PDFs, images, and Excel files.
Tasks that involve invoice and order operations, record updates, form-filling, data validation, and automatic uploads can be automated using Komos. Through browser automation, it mirrors manual changes across multiple systems, drastically cutting down time spent on repetitive activities.
Yes, Komos offers secure credential management. User credentials are safely stored in encrypted vaults, and multi-factor authentication flows are supported during production runs. The safety measures ensure secure automation and safeguard valuable user data.
Yes, Komos can be triggered, scheduled, observed, and the results can be accessed through various means. With API triggering, webhooks, and email inputs, users have flexible control over the automation process.
Results in Komos can be accessed through such means as webhooks, REST API, and email. Moreover, there is an option for operations team to export results to CSV files and Google Sheets, providing multiple ways to liaise with the results of automation.
Computer Vision AI in Komos interprets visual cues and user intent. This helps translate the tasks or actions presented by the user into structured, logical flows. Essentially, this AI feature allows Komos to understand and replicate the user's actions, eliminating the need for writing scripts.
With its automated, AI-generated workflows, Komos saves users from time-consuming, repetitive tasks. It replaces manual changes across different systems by mimicking the user's actions. This not only increases efficiency but also ensures consistency and maintains a record of all actions taken.
Yes, Komos can automatically identify tables and line items in a document. By employing its AI capabilities, Komos precisely recognizes and extracts data from tables, line items, addresses, totals, and other key fields in different document formats.
Yes, users can control the sequence of events in a Komos workflow. The Komos platform allows editing every step in a visual flow. Users can add branches, loops, and 'wait-for' guards to ensure a predictable and consistent execution of the sequence.
Komos handles data validation by interpreting, translating, and executing browser workflows based on user-guided actions. This process involves the extraction of structured data from various document formats that are fed directly into the workflows for the validation process. Essentially, validation is carried out using the parsed structured data from document processing.
The API integration feature of Komos makes it possible for users to trigger, schedule, and observe automated tasks. It also allows access to the results of automation through webhooks, REST API, and emails. APIs provide communication between different software components, making it an essential feature for setting up automation processes in Komos.
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