TESS AI Features

Uses LLMs to generate dynamic responses within defined boundaries and business-safe content rules.

Maintains context across user turns in a single session to provide coherent, relevant responses.

Understands varied user phrasing and infers intent without relying solely on keywords or scripts.

Supports building conversational flows using predefined paths, rules, and decision trees.

Provides fallback messages or guidance when the bot cannot understand or fulfill a query.

Checks for grammar errors like misspellings, sentence run-on, etc.

Evaulates emotional tone of words written.

Ensures sentences are formatted properly.

Checks for instances of plagirism.

Evalutes that work has been done within the guildlines of a given writing style (MLA, APA, Chicago, etc.).

Finds and formats citations for works mentioned.

Recommends ideas for topics based on the content written.

Generates sentences, paragraphs, or papers based on sample text or a topic.

Generates a form based on information presented.

Application is available as a standlone product.

Application is available as a plugin used with another document creation product.

Provides API access to connect with proprietary business systems or internal data sources.

Offers embeddable widgets or SDKs for integration into websites, apps, or third-party tools.

Allows non-developers to configure and design chatbot flows via visual or no-code interfaces.

Supports integration to existing applications or devices.

Deliver voices in real time to your application via an API.

Deliver voices in real time to your application via an API.

Supports integration to existing applications or devices.

Provide tools to modify volume of voice.

Provide tools to modify pitch of voice.

Provide tools to modify speed of voice.

Provide tools to modify pronunciation of specific pre-defined words.

Provide tools to modify accent of voice.

Provide tools to modify emotion of voice, including happy, sad, and annoyed.

Allow users to change the speaking style, such as newscaster or conversational.

Provide tools to modify emotion of voice, including happy, sad, and annoyed.

Provide tools to modify pronunciation of specific pre-defined words.

Provide tools to modify volume of voice.

Provide tools to modify accent of voice.

Allow users to change the speaking style, such as newscaster or conversational.

Provide tools to modify pitch of voice.

Provide tools to modify speed of voice.

Allows users to create voices which sound natural and human-like.

Gives users the ability to choose from a number of audio formats including mp3, Linear16, and Ogg Opus.

Optimize for the type of speaker from which your speech is intended to play, such as headphones or phone lines.

Gives users the ability to choose from a number of audio formats including mp3, Linear16, and Ogg Opus, etc.

Ensures consistent performance, delivering reliable outputs based on user prompts.

Implements stringent measures to protect user data and ensure privacy.

Shows adeptness in comprehending and responding to complex or multi-part queries.

Facilitates natural and human-like conversations, delivering engaging interaction experiences.

Demonstrates a sophisticated understanding of both written and spoken user commands.

Exhibits proficiency in maintaining and utilizing context throughout a conversation.

Offers a high degree of customization to meet individual user or business requirements.

Features robust learning mechanisms, improving responses over time based on past user interactions.

Showcases the ability to recognize, correct, and learn from its own mistakes.

Displays creativity in generating diverse, interesting, and contextually relevant responses.

Produces content that is accurate, factually correct, and relevant to the user's query.

Evaluates the chatbot's ability to provide flexible APIs for custom integrations and functionality expansions.

Regularly receives updates that contribute to continuous improvement of the product.

Assesses the chatbot's ability to function seamlessly across various platforms and devices.

Seamlessly integrates with other platforms or software systems, enhancing overall utility.

Generates code that accurately achieves the desired functions based on user input

Processes user input intuitively and accurately

Provides an intuitive and easy-to-access interface

Generates high quality code that adheres to best practices

Offers access to community pages and forums for users to learn tips and tricks from one another

Is updated with new features and enhanced AI capabilities on a regular basis

Provides documentation to help developers get started and troubleshoot issues

Utilizes artificial intelligence algorithms to generate high-quality images.

Generate images based on specific text prompts or keywords.

Provides customization options for users to control the style, composition, or color palette of the generated images.

Gives the user the ability to specify the level of chaos or variation in the generated images.

Supports different aspect ratios for image generation.

Provides tools for adjusting the balance between image prompts and text prompts.

Provides negative prompting features to remove specific elements, such as plants, from the generated images.

Gives the user the ability to specify a seed number for consistent image generation.

Produces high quality images.

Has options available to switch between different image generation models.

Has options to add or select image styles.

Generates seamless tileable images for creating patterns or textures.

Allows users to generate text based on a text prompt.

Condenses long documents or text into a brief summary.

Simulates human-like speech from text inputs.

Simulates human-like speech from text inputs

Allows users to create video content based on AI technology without relying on external video material

Converts written text to natural-sounding speech

Controls aspects of the synthesized voice, such as volume, pitch, and emotion

Provides tools to develop content, including but not limited to graphics, videos, presentations, copywriting, blogs, etc.

Gives users tools for creating custom avatars

Produces a high-quality human-like avatar

Provides the ability to generate video from a text prompt

Provides tools for clipping, arranging, and manipulating videos

Saves and exports completed files in one or more file types

Allows users to upload video files

Assists with storage, organization, and sharing of video files

Provides tagging and metadata features to optimize organization and video search capabilities

Assists with the distribution of videos through various channels with encoding and/or transcoding features

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

Lets teams configure execution order and dependencies among AI components, ensuring workflows run smoothly and logically.

Streamlines the management of multiple AI models and agents by bringing them together into cohesive, automated workflows for complex business tasks.

Connects with a wide array of AI model APIs and external services, regardless of provider, within a single orchestration platform.

Enables the construction of sophisticated, multi-step AI workflows that combine specialized models for end-to-end process automation.

Integrates seamlessly with enterprise platforms such as CRMs, databases, and business applications for unified data and process flow.

Supports the setup of live data pipelines that move information instantly between AI components and enterprise systems.

Offers comprehensive dashboards to visualize KPIs and performance metrics for all orchestrated AI workflows.

Generates in-depth reports on workflow performance, resource consumption, and the overall business impact of AI orchestration.

Tracks and displays resource usage across all AI components, enabling proactive performance tuning and troubleshooting.

Dynamically manages and allocates computational resources, including GPU clusters, to maximize efficiency based on current workflow needs.

Scales AI workloads up or down automatically, adapting to fluctuations in processing demands and user traffic.

Provides insights into data flow, processing times, and success rates for each individual AI component within a workflow.

Ensures all AI workflows adhere to relevant regulatory standards and industry requirements.

Empowers organizations to enforce governance policies and compliance controls across orchestrated AI operations.

Facilitates the setup of role-based permissions and approval workflows for sensitive AI operations and deployments.

Maintains comprehensive logs and audit trails of workflow executions to support compliance and troubleshooting efforts.

Applies robust security protocols and policies to protect sensitive AI deployments and data flows.

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

Enables tuning or updating chatbot behavior based on user feedback or admin input (non-live learning).

Includes safeguards to restrict inappropriate responses and ensure compliant language use.

Allow users to generate images with rights cleared for commercial use (e.g., marketing, resale, business use).

Clearly state the type of license associated with generated images (e.g., royalty-free, CC0, restricted use).