Connect your enterprise data, wherever it lives
View automatically transforms static data repositories into living knowledge bases that evolve in real time as your enterprise information changes
WORKFLOW AUTOMATION
Discover, connect, transform
Continuously monitor and process your enterprise data as it changes, keeping your AI knowledge base perfectly synchronized with source systems.
Always up to date
Our intelligent crawlers identify new, changed, and removed data to keep your databases and knowledge bases synchronized.
Always up to date
Our intelligent crawlers identify new, changed, and removed data to keep your databases and knowledge bases synchronized.
Always up to date
Our intelligent crawlers identify new, changed, and removed data to keep your databases and knowledge bases synchronized.
Zero ETL migration
Leave your data where it belongs while keeping it synchronized everywhere. View processes information in place and monitors for changes, eliminating migration projects.
Zero ETL migration
Leave your data where it belongs while keeping it synchronized everywhere. View processes information in place and monitors for changes, eliminating migration projects.
Zero ETL migration
Leave your data where it belongs while keeping it synchronized everywhere. View processes information in place and monitors for changes, eliminating migration projects.
Multi-source integration
Seamlessly connect to file servers, SharePoint, databases, cloud storage, and web sites. Our crawler technology unifies all your data sources into one continuously updated system.
Multi-source integration
Seamlessly connect to file servers, SharePoint, databases, cloud storage, and web sites. Our crawler technology unifies all your data sources into one continuously updated system.
Multi-source integration
Seamlessly connect to file servers, SharePoint, databases, cloud storage, and web sites. Our crawler technology unifies all your data sources into one continuously updated system.
speed
View connectors
View seamlessly connects data from your existing systems of record and automatically processes and prepares it for AI usage, eliminating the need for costly, time-consuming migrations.
Type Detection
View's processing pipeline begins by identifying what type the incoming data is. View uses the data itself to identify its type rather than relying on hints like filenames and content types.
Type Detection
View's processing pipeline begins by identifying what type the incoming data is. View uses the data itself to identify its type rather than relying on hints like filenames and content types.
Type Detection
View's processing pipeline begins by identifying what type the incoming data is. View uses the data itself to identify its type rather than relying on hints like filenames and content types.
Semantic Cell Extraction
View automatically identifies regions as discrete data units for processing, and these semantic cells are broken into smaller chunks based on the model you are using and the configuration you specify.
Semantic Cell Extraction
View automatically identifies regions as discrete data units for processing, and these semantic cells are broken into smaller chunks based on the model you are using and the configuration you specify.
Semantic Cell Extraction
View automatically identifies regions as discrete data units for processing, and these semantic cells are broken into smaller chunks based on the model you are using and the configuration you specify.
Metadata Generation
View’s patent-pending Universal Data Representation (UDR) creates a homogeneous representation of heterogeneous data, meaning input data of any type is represented in a consistent and searchable structure.
Metadata Generation
View’s patent-pending Universal Data Representation (UDR) creates a homogeneous representation of heterogeneous data, meaning input data of any type is represented in a consistent and searchable structure.
Metadata Generation
View’s patent-pending Universal Data Representation (UDR) creates a homogeneous representation of heterogeneous data, meaning input data of any type is represented in a consistent and searchable structure.
Embeddings Generation
Embeddings are generated from the semantic cells and semantic chunks using a large language model you specify, and are then stored in a vector database of your choosing.
Embeddings Generation
Embeddings are generated from the semantic cells and semantic chunks using a large language model you specify, and are then stored in a vector database of your choosing.
Embeddings Generation
Embeddings are generated from the semantic cells and semantic chunks using a large language model you specify, and are then stored in a vector database of your choosing.
FAQ
Everything you need to know in one place
Don't see your question or want to discuss a white glove solution? Talk to sales
How does View bring AI to the enterprise?
How does View bring AI to the enterprise?
How does View bring AI to the enterprise?
What types of data can View handle?
What types of data can View handle?
What types of data can View handle?
How does View protect my data?
How does View protect my data?
How does View protect my data?
Do I need AI expertise to use View?
Do I need AI expertise to use View?
Do I need AI expertise to use View?
How quickly can I get started with View?
How quickly can I get started with View?
How quickly can I get started with View?
GET STARTED
Take control of your
data and AI today.
Unlock your data's AI potential in minutes
GET STARTED
Take control of your
data and AI today.
Unlock your data's AI potential in minutes
GET STARTED
Take control of your
data and AI today.
Unlock your data's AI potential in minutes