AI that thinks - and acts - across millions of devices
The world's largest and most powerful distributed network of AI agents, ready to monitor, read, and accomplish tasks across the web.
AI that thinks - and acts - across millions of devices
The world's largest and most powerful distributed network of AI agents, ready to monitor, read, and accomplish tasks across the web.
TRUSTED BY INDUSTRY LEADERS WORLDWIDE
TRUSTED BY INDUSTRY LEADERS WORLDWIDE
TRUSTED BY INDUSTRY LEADERS WORLDWIDE
TRUSTED BY INDUSTRY LEADERS WORLDWIDE
A unified execution layer for AI on the web
DAT.AI brings web execution, automation, and agent orchestration into a single distributed system — designed to operate reliably across modern, restricted environments.
Distributed web execution
Run thousands of browser agents in parallel, scaling horizontally as demand grows — without centralized bottlenecks.
Distributed web execution
Run thousands of browser agents in parallel, scaling horizontally as demand grows — without centralized bottlenecks.
Distributed web execution
Run thousands of browser agents in parallel, scaling horizontally as demand grows — without centralized bottlenecks.
Adaptive interaction
Agents can adapt to DOM changes and interact directly with web UIs and APIs in real time.
Adaptive interaction
Agents can adapt to DOM changes and interact directly with web UIs and APIs in real time.
Adaptive interaction
Agents can adapt to DOM changes and interact directly with web UIs and APIs in real time.
Resilient by design
Agents are built to withstand blocks that typically break proxy-based infrastructure and fragile automation flows.
Resilient by design
Agents are built to withstand blocks that typically break proxy-based infrastructure and fragile automation flows.
Resilient by design
Agents are built to withstand blocks that typically break proxy-based infrastructure and fragile automation flows.
Unified control layer
Coordinate execution, orchestration, and access through a single system — without stitching together external tools.
Unified control layer
Coordinate execution, orchestration, and access through a single system — without stitching together external tools.
Unified control layer
Coordinate execution, orchestration, and access through a single system — without stitching together external tools.
Real-world use cases, powered by distributed execution
DAT.AI enables AI systems to operate reliably across the web — unlocking workflows that are difficult or impossible to run with traditional automation.
Execution layer
Operational
Automation logic
Active
Failure recovery
Available
External signals
Optional
Rate controls
Adaptive
Execution layer
Operational
Automation logic
Active
Failure recovery
Available
External signals
Optional
Rate controls
Adaptive
Execution layer
Operational
Automation logic
Active
Failure recovery
Available
External signals
Optional
Rate controls
Adaptive
Large-scale web monitoring
Continuously monitor thousands of web sources in parallel, even as pages change, logins expire, or access rules evolve.
Track changes across dynamic websites
Operate reliably behind authentication
Scale monitoring without brittle scripts
Large-scale web monitoring
Continuously monitor thousands of web sources in parallel, even as pages change, logins expire, or access rules evolve.
Track changes across dynamic websites
Operate reliably behind authentication
Scale monitoring without brittle scripts
Large-scale web monitoring
Continuously monitor thousands of web sources in parallel, even as pages change, logins expire, or access rules evolve.
Track changes across dynamic websites
Operate reliably behind authentication
Scale monitoring without brittle scripts
Autonomous data extraction
Run AI-driven agents that can navigate complex web flows, adapt to DOM changes, and extract structured data at scale.
Handle dynamic layouts and UI changes
Interact directly with web interfaces
Reduce manual maintenance overhead
Autonomous data extraction
Run AI-driven agents that can navigate complex web flows, adapt to DOM changes, and extract structured data at scale.
Handle dynamic layouts and UI changes
Interact directly with web interfaces
Reduce manual maintenance overhead
Autonomous data extraction
Run AI-driven agents that can navigate complex web flows, adapt to DOM changes, and extract structured data at scale.
Handle dynamic layouts and UI changes
Interact directly with web interfaces
Reduce manual maintenance overhead
PHASES
VALIDATION
RUNTIME
System overview
Retry handling
Performance metrics
Execution events
PHASES
VALIDATION
RUNTIME
System overview
Retry handling
Performance metrics
Execution events
PHASES
VALIDATION
RUNTIME
System overview
Retry handling
Performance metrics
Execution events
Execution capacity
Sample execution volume
Ingest
Process
Execute
Recover
Execution capacity
Sample execution volume
Ingest
Process
Execute
Recover
Execution capacity
Sample execution volume
Ingest
Process
Execute
Recover
Compliance & audit workflows
Observe regulated websites and platforms over time, capturing changes, disclosures, and signals for compliance and audit purposes.
Maintain consistent access over time
Capture verifiable execution results
Operate across restricted environments
Compliance & audit workflows
Observe regulated websites and platforms over time, capturing changes, disclosures, and signals for compliance and audit purposes.
Maintain consistent access over time
Capture verifiable execution results
Operate across restricted environments
Compliance & audit workflows
Observe regulated websites and platforms over time, capturing changes, disclosures, and signals for compliance and audit purposes.
Maintain consistent access over time
Capture verifiable execution results
Operate across restricted environments
From request to execution in 3 steps
INTEGRATING…
STEP 1
Connect & dispatch
Connect DAT.AI to your system and dispatch tasks through a single interface.
INTEGRATING…
STEP 1
Connect & dispatch
Connect DAT.AI to your system and dispatch tasks through a single interface.
INTEGRATING…
STEP 1
Connect & dispatch
Connect DAT.AI to your system and dispatch tasks through a single interface.
Execution orchestration
Orchestrates distributed execution flows
External integrations
Connects DAT.AI with existing systems
Execution coordination
Schedules and coordinates agent execution
Task dispatch
Distributes tasks across execution nodes
STEP 2
Distributed execution
Tasks are executed by a distributed network of agents operating across the web.
Execution orchestration
Orchestrates distributed execution flows
External integrations
Connects DAT.AI with existing systems
Execution coordination
Schedules and coordinates agent execution
Task dispatch
Distributes tasks across execution nodes
STEP 2
Distributed execution
Tasks are executed by a distributed network of agents operating across the web.
Execution orchestration
Orchestrates distributed execution flows
External integrations
Connects DAT.AI with existing systems
Execution coordination
Schedules and coordinates agent execution
Task dispatch
Distributes tasks across execution nodes
STEP 2
Distributed execution
Tasks are executed by a distributed network of agents operating across the web.
128 executions
Concurrent workflows
Representative execution load
STEP 3
Results & control
Execution results are returned with full visibility and control.
64 runs/min
Concurrent workflows
Representative execution load
STEP 3
Results & control
Execution results are returned with full visibility and control.
128 executions
Concurrent workflows
Representative execution load
STEP 3
Results & control
Execution results are returned with full visibility and control.
Built for modern web execution
Most web automation tools were not designed for today’s restricted, dynamic web. DAT.AI takes a fundamentally different approach.
Traditional approaches
Centralized browser infrastructure
Proxy-dependent access
Fragile scripts that break as pages change
Infrastructure complexity handled by default
Execution tightly coupled to infrastructure limits
Traditional approaches
Centralized browser infrastructure
Proxy-dependent access
Fragile scripts that break as pages change
Infrastructure complexity handled by default
Execution tightly coupled to infrastructure limits
Traditional approaches
Centralized browser infrastructure
Proxy-dependent access
Fragile scripts that break as pages change
Infrastructure complexity handled by default
Execution tightly coupled to infrastructure limits
Simple plans,
built for every team
Core
The perfect plan to get started with auto CAPTCHA solving and 200 concurrent browsers.
$99
/mo
Centralized execution
Vendor lock-in
High infrastructure and proxy costs
Limited flexibility at scale
Significant operational overhead
Custom
Experience the power of 1M+ edge devices on-demand at unbeatable prices.
39€
/year
Distributed infrastructure across 1M+ devices
Significantly lower operational costs
No proxy dependency
Scales horizontally from day one
Designed for modern, restricted web environments
Core
The perfect plan to get started with auto CAPTCHA solving and 200 concurrent browsers.
$99
/mo
Centralized execution
Vendor lock-in
High infrastructure and proxy costs
Limited flexibility at scale
Significant operational overhead
Custom
Experience the power of 1M+ edge devices on-demand at unbeatable prices.
39€
/year
Distributed infrastructure across 1M+ devices
Significantly lower operational costs
No proxy dependency
Scales horizontally from day one
Designed for modern, restricted web environments
Core
The perfect plan to get started with auto CAPTCHA solving and 200 concurrent browsers.
$99
/mo
Centralized execution
Vendor lock-in
High infrastructure and proxy costs
Limited flexibility at scale
Significant operational overhead
Custom
Experience the power of 1M+ edge devices on-demand at unbeatable prices.
39€
/year
Distributed infrastructure across 1M+ devices
Significantly lower operational costs
No proxy dependency
Scales horizontally from day one
Designed for modern, restricted web environments
Request-based access
Request-based access
Request-based access
Early access pricing
Early access pricing
Early access pricing
No long-term commitment
No long-term commitment
No long-term commitment
Built for production
Built for production
Built for production
Trusted by developers
“Setup was fast and seamless — our entire workflow became instantly cleaner and more organized.”
DAVID ABAEV
CEO, DATABAR.AI
“Setup was fast and seamless — our entire workflow became instantly cleaner and more organized.”
DAVID ABAEV
CEO, DATABAR.AI
“Setup was fast and seamless — our entire workflow became instantly cleaner and more organized.”
DAVID ABAEV
CEO, DATABAR.AI
“We replaced multiple internal tools with one platform and doubled our delivery speed with confidence.”
JAMES PARKER
PRODUCT ENGINEER
“We replaced multiple internal tools with one platform and doubled our delivery speed with confidence.”
JAMES PARKER
PRODUCT ENGINEER
“We replaced multiple internal tools with one platform and doubled our delivery speed with confidence.”
JAMES PARKER
PRODUCT ENGINEER
“Real-time insights reveal issues early, helping us ship fixes much faster and more reliably.”
ANIKA REDDY
SOFTWARE DEVELOPER
“Real-time insights reveal issues early, helping us ship fixes much faster and more reliably.”
ANIKA REDDY
SOFTWARE DEVELOPER
“Real-time insights reveal issues early, helping us ship fixes much faster and more reliably.”
ANIKA REDDY
SOFTWARE DEVELOPER
“Built-in automation saved us hours of scripting and eliminated manual workflows completely.”
DAVID KIM
TECH LEAD
“Built-in automation saved us hours of scripting and eliminated manual workflows completely.”
DAVID KIM
TECH LEAD
“Built-in automation saved us hours of scripting and eliminated manual workflows completely.”
DAVID KIM
TECH LEAD
“Shared environments keep our team aligned effortlessly without conflicts or unnecessary friction.”
LAURA MARTINEZ
ENGINEERING MANAGER
“Shared environments keep our team aligned effortlessly without conflicts or unnecessary friction.”
LAURA MARTINEZ
ENGINEERING MANAGER
“The platform feels reliable and fast — we scale with less overhead and far greater stability.”
OMAR ALI
FULL-STACK DEVELOPER
“The platform feels reliable and fast — we scale with less overhead and far greater stability.”
OMAR ALI
FULL-STACK DEVELOPER
TRUSTED BY TEAMS WORLDWIDE
FAQS
FAQS
FAQS
Got questions?
We’ve got answers.
Here’s everything you need to know before getting started.
Still have questions?
Contact us and we’ll help you out.
Still have questions?
Contact us and we’ll help you out.
What is DAT?
DAT is a distributed agent network which provides infrastructure for distributed web agents.
What is DAT?
DAT is a distributed agent network which provides infrastructure for distributed web agents.
What is DAT?
DAT is a distributed agent network which provides infrastructure for distributed web agents.
Who is Codexa built for?
Codexa is designed for developers, technical teams, and startups who want to automate processes without complex infrastructure setup.
Who is Codexa built for?
Codexa is designed for developers, technical teams, and startups who want to automate processes without complex infrastructure setup.
Who is Codexa built for?
Codexa is designed for developers, technical teams, and startups who want to automate processes without complex infrastructure setup.
Do I need prior ML or AI experience?
No. Codexa includes optional AI-powered insights, but core workflows run on simple Python functions and API calls.
Do I need prior ML or AI experience?
No. Codexa includes optional AI-powered insights, but core workflows run on simple Python functions and API calls.
Do I need prior ML or AI experience?
No. Codexa includes optional AI-powered insights, but core workflows run on simple Python functions and API calls.
What types of workflows can I build?
Anything from scheduled batch jobs to file processing, webhook triggers, real-time data pipelines, or internal automation.
What types of workflows can I build?
Anything from scheduled batch jobs to file processing, webhook triggers, real-time data pipelines, or internal automation.
What types of workflows can I build?
Anything from scheduled batch jobs to file processing, webhook triggers, real-time data pipelines, or internal automation.
Is Codexa cloud-hosted or self-hosted?
Codexa provides both options. You can use our managed cloud or deploy the runtime inside your own infrastructure.
Is Codexa cloud-hosted or self-hosted?
Codexa provides both options. You can use our managed cloud or deploy the runtime inside your own infrastructure.
Is Codexa cloud-hosted or self-hosted?
Codexa provides both options. You can use our managed cloud or deploy the runtime inside your own infrastructure.
Does Codexa scale with my project?
Yes. Codexa automatically handles concurrency, retries, and workload scaling as your workloads grow.
Does Codexa scale with my project?
Yes. Codexa automatically handles concurrency, retries, and workload scaling as your workloads grow.
Does Codexa scale with my project?
Yes. Codexa automatically handles concurrency, retries, and workload scaling as your workloads grow.
Does Codexa replace my existing dev tools?
No. Codexa complements your existing stack — it doesn’t replace your codebase, APIs, or infrastructure. You simply automate the parts that slow you down.
Does Codexa replace my existing dev tools?
No. Codexa complements your existing stack — it doesn’t replace your codebase, APIs, or infrastructure. You simply automate the parts that slow you down.
Does Codexa replace my existing dev tools?
No. Codexa complements your existing stack — it doesn’t replace your codebase, APIs, or infrastructure. You simply automate the parts that slow you down.
Is Codexa suitable for both small and large teams?
Yes. Solo developers can automate daily tasks quickly, while larger teams benefit from shared workflows, permissions, and scalable execution.
Is Codexa suitable for both small and large teams?
Yes. Solo developers can automate daily tasks quickly, while larger teams benefit from shared workflows, permissions, and scalable execution.
Is Codexa suitable for both small and large teams?
Yes. Solo developers can automate daily tasks quickly, while larger teams benefit from shared workflows, permissions, and scalable execution.