Launching Cortex Discover: The Enterprise Agentic AI Browser

From web information to governed action in one Cortex experience

The browser is where enterprise work happens.

It is where teams research markets, review documentation, investigate incidents, manage customer relationships, compare vendors, monitor operations, work through support cases, inspect pull requests, and make decisions across dozens of business systems.

Yet most AI in the browser still stops at the answer.

It can summarize a page. It can draft a response. It can explain what is visible. But when the work continues across tabs, changes with navigation, or requires an action, the user becomes the integration layer: copying context, reopening pages, repeating instructions, checking whether anything changed, and deciding which system owns the next step.

Cortex Discover changes that relationship.

Cortex already meets users across the tools and devices they choose. It is available through extensions for Chrome, Safari, Edge, Firefox, and Brave; inside Visual Studio Code; and on mobile through Android and iPhone. With the addition of Cortex Discover, Cortex is now supported across nine platforms and product surfaces, giving users one well-rounded AI experience across the browsers, editor, computers, and mobile devices where work happens.

The nine Cortex experiences are Chrome, Safari, Edge, Firefox, and Brave through browser extensions; Visual Studio Code; Android; iPhone; and the new Cortex Discover browser itself. A user can research in a familiar browser, continue from a phone, move project-aware work into Visual Studio Code, or use Cortex Discover when the task benefits from a browser designed around agentic AI.

Cortex Discover introduces something different: Pervaziv AI’s own Agentic AI browser. It is a new, dedicated browser, not another extension, that brings Cortex directly into the environment where web work is understood and completed. Its first release supports Windows x64 and macOS on both Apple silicon and Intel, with familiar native installation and a user-friendly experience that lets people start browsing and working with Cortex without managing a separate AI environment. It combines native page awareness, multi-tab reasoning, controlled browser action, visual context, file-aware workflows, durable task continuity, and enterprise safety in one Cortex experience.

The result is not a chatbot attached to a webpage. It is a browser built around the idea that AI should understand the user’s active work, coordinate the right Cortex intelligence, and help carry an approved objective through to a verifiable result.

Cortex Discover turns browsing into a connected part of the enterprise AI control layer.

The next step in the Cortex story

Cortex has expanded along a consistent path: from specialized intelligence, to coordinated workflows, to connected execution.

Cortex Connect established continuity across Android, iPhone, browser experiences, and Visual Studio Code. In the browser, Cortex already works through extensions for Chrome, Safari, Edge, Firefox, and Brave. A request can begin where the need appears, remain visible as the user moves between work surfaces, and reach the connected development environment where project-aware work belongs.

Model Routing, Search Routing, and Skill Routing strengthened the intelligence behind that experience. Model Routing connects an objective with appropriate Cortex intelligence. Search Routing brings current public information into the workflow. Skill Routing applies relevant engineering practices without asking the user to manage the specialization underneath. With Cortex Discover, the Cortex AI Model Ensemble has expanded from 48 to 50 specialized AI agents, adding browser-focused intelligence to an already coordinated enterprise system.

Cortex Cloud added durable managed execution. Eligible work could continue in a controlled remote environment while remaining connected to the originating user, project, workflow, progress, and result.

Cortex Discover completes another essential part of that path: an Agentic AI browser built by the company for action inside the browser itself.

That distinction matters. Some work belongs in a development workspace. Some belongs in managed cloud capacity. A large and growing share of enterprise work belongs in the browser, close to the applications and information that define the task.

Cortex Discover makes the browser a first-class Cortex execution surface.

The progression is simple:

Cortex Connect keeps the experience with the user.
Cortex Routers coordinate the intelligence, information, and expertise.
Cortex Cloud provides durable managed execution for eligible project work.
Cortex Discover understands and acts within the browser under user control.

Together, these releases create a cohesive enterprise AI experience spanning intent, context, coordination, execution, and review. Cortex now reaches users across nine platforms and product surfaces: Chrome, Safari, Edge, Firefox, Brave, Visual Studio Code, Android, iPhone, and the purpose-built Cortex Discover browser. Cortex Cloud complements those nine user-facing experiences as the managed execution environment for eligible work.

Why the browser needs to become agentic

Traditional browsers are excellent at displaying applications and information. They are intentionally neutral about the work that connects one page to the next.

Users supply that connective intelligence.

A procurement analyst opens several vendor pages, extracts comparable claims, checks policy requirements, and moves the result into a purchasing system. A customer success manager reviews an account dashboard, reads a support history, checks current documentation, and prepares a follow-up. A security analyst moves between an alert, an advisory, an asset inventory, and a remediation workflow. A developer compares framework documentation with an issue and a pull request.

In every case, the business task is larger than a single page.

Conventional browser AI often sees one snapshot at a time. It may understand text from the current page, but it does not necessarily preserve the relationship among tabs, recognize that navigation changed the underlying document, or participate safely in the actions required to finish the task.

Cortex Discover treats the browsing session as an active work environment.

It can reason over the current page, work across relevant tabs, refresh its understanding as pages change, and perform supported browser actions through governed controls. It connects what the user means with what the browser currently shows and what the user has permitted Cortex to do.

This is the shift from browser assistance to an agentic browser.

The value is not more automation for its own sake. The value is less operational friction between understanding and completion.

Beyond an extension: the Cortex Discover browser

Cortex extensions remain an important way to bring Cortex into Chrome, Safari, Edge, Firefox, and Brave. They let users add the Cortex experience to the browser they already use and connect browser-based work with Visual Studio Code, Android, iPhone, and the rest of the Cortex platform.

Cortex Discover is a different product category. It is the company’s own Agentic AI browser, shaped around Cortex from the application level up.

That product boundary is important.

An extension brings valuable AI capabilities into an existing browser. A purpose-built agentic browser creates a deeper product relationship among tabs, navigation, downloads, sign-in state, browser context, and the trusted controls users already understand. The browser remains the source of truth, and Cortex participates directly in that experience.

In Cortex Discover, the browser and the AI experience participate in the same product.

Cortex is present in a native side panel that stays close to the user’s work without covering the page. Page context, selected tabs, task status, attachments, conversation history, and requested actions remain part of one consistent interaction. The user can continue browsing normally while Cortex supports the objective alongside the active content.

This creates a cleaner enterprise experience:

The browser provides current, authoritative browsing state.
Cortex supplies coordinated intelligence and workflow control.
The user retains familiar browser navigation and review.
Supported actions use the browser’s governed capabilities.
Progress and results remain visible in the Cortex conversation.

The result feels native because it is native to the product. Cortex Discover is not asking a chat window to imitate a browser. It is a browser designed as part of Cortex, while Visual Studio Code remains the development surface, Android and iPhone remain mobile access and control surfaces, and Cortex extensions continue to serve users in Chrome, Safari, Edge, Firefox, and Brave. Together, these experiences give Cortex a presence across nine distinct user-facing platforms without fragmenting the user’s objective or the Cortex interaction model.

Current context without copy and paste

Useful browser AI depends on context, but not all context is equal.

A copied paragraph loses its page title, source, surrounding content, and relationship to the task. A pasted screenshot may preserve appearance but lose structure. A cached summary may describe a page that has already changed. An entire browsing history contains far more than the user intended to share with one request.

Cortex Discover is grounded in the context of the active workflow.

Users can work with the current page and include relevant tabs when the objective spans multiple sources. Cortex receives bounded page information associated with the correct tab and the current version of the document. When navigation changes the page, Cortex refreshes its understanding instead of quietly combining old and new content.

That freshness matters in real workflows.

A dashboard can update. Search results can change. A filter can replace the data under the same browser tab. An application can move from a list to a detail view without opening a new window. A stale assistant may produce a fluent answer about the wrong state.

Cortex Discover treats page changes as meaningful changes to the work context.

For users, this produces a more dependable experience. They can ask Cortex to explain the current page, summarize a long document, identify key details, compare selected tabs, or continue a question after navigation without rebuilding the prompt from scratch.

For enterprises, bounded context creates a clearer relationship between the request and the information used to answer it. The AI works from the sources relevant to the user’s objective rather than treating every open browser surface as undifferentiated input.

Multi-tab reasoning for work that is larger than one page

The tab is one of the browser’s most familiar units. It is also one of the biggest gaps in ordinary AI assistance.

Enterprise users rarely keep a complex task on a single page. They open alternatives, references, evidence, internal systems, and external sources. The meaning of the work emerges from the comparison.

Cortex Discover brings selected tabs into one reasoning experience.

A user can ask Cortex to compare product documentation across vendors, reconcile an issue description with a pull request, summarize several research sources, contrast policy language, or identify differences among account records. Cortex can inspect the relevant pages, keep their titles and sources distinct, and synthesize the result around the user’s question.

The browser remains navigable throughout. Users can open another source, switch the active tab, refine the selected context, and continue the conversation. Cortex follows the work without forcing the user to paste each page into a separate prompt.

This capability changes the economics of everyday research.

The expensive part of browser research is often not finding one fact. It is maintaining a reliable mental model across many sources: which claim came from which page, whether two documents refer to the same version, what changed after navigation, and what deserves further investigation.

Cortex Discover helps carry that coordination burden.

It does not collapse every source into an anonymous block of text. It preserves the page-level relationships that make comparison understandable. The user can review the original tabs, inspect the source material, and decide what action follows.

For knowledge work, this is a practical form of agentic intelligence: not merely reading faster, but keeping a coherent objective across the structure of the browser.

From reading pages to completing browser work

Understanding is only half of many browser tasks.

After the user learns what matters, the workflow often continues: open the relevant result, move to another page, find a control, enter information, choose an option, scroll to supporting detail, wait for an application to respond, or verify that a download completed.

Cortex Discover can carry out supported browser actions as part of the same Cortex turn.

It can work with tabs and navigation, locate relevant visible controls, interact with page elements, enter or replace text, choose from supported selections, use ordinary key input, scroll through content, and wait for a requested page condition. The experience remains tied to the browser’s current state, so action and observation form one continuous workflow.

Consider a routine research task:

The user asks Cortex to find current documentation for a product requirement.
Cortex uses current information and opens the relevant source.
It reads the page and identifies the section that answers the question.
It compares that guidance with another selected page.
It navigates to the supporting resource the user requested.
It reports what it found and leaves the final decision with the user.

Or consider a business application:

The user asks Cortex to locate an account record.
Cortex navigates through the supported interface and finds the relevant result.
It reads the current record and summarizes the details that matter.
It prepares an approved field update without silently submitting it.
The user reviews the consequential action before it proceeds.

These are not disconnected macros. Cortex observes what happened after each supported action and continues from the resulting state. If the page moved, the target changed, or the action is not allowed, the workflow stops or recovers visibly instead of pretending that the expected result occurred.

That feedback loop is what makes the browser agentic.

Grounded action instead of blind automation

Browser automation has traditionally depended on brittle scripts that assume a page remains exactly as it was when the script was written.

Enterprise applications do not behave that way.

Controls move. Content loads asynchronously. Labels change. A page navigates between observation and action. The same visual position can represent a different control after a refresh. Acting from stale assumptions creates both reliability and safety problems.

Cortex Discover grounds supported actions in the browser’s current understanding of the page.

Before interacting, Cortex identifies the relevant control from fresh page context. The browser checks that the target still belongs to the current page state and that it remains available for interaction. If navigation or an application update invalidates that understanding, Cortex does not treat the old target as current.

This makes actions more dependable in several ways:

The requested control is tied to the page Cortex actually observed.
A changed page is treated as changed context.
Invisible or unavailable controls are not treated as successful targets.
Text entry remains distinct from submission.
A completed action is verified through the resulting browser state.
Unsupported or blocked conditions produce a clear outcome.

This approach also protects the product boundary. Cortex Discover does not expose a general-purpose mechanism for a model to run arbitrary code inside pages. The browser offers a reviewed set of supported actions, and those actions remain subject to browser policy, Cortex Safety, and user confirmation.

For the business, grounded action means fewer silent failures and less risk from fragile automation. For the user, it means the Cortex conversation reflects what happened, not simply what the AI intended to happen.

Human control at the moments that matter

Agentic AI becomes useful when it can act. It becomes enterprise-ready when the boundaries of action are explicit.

Cortex Discover separates routine interaction from consequential action.

Opening a page, reading content, switching a tab, or scrolling through a document is different from submitting a form, sending an external message, changing an account, initiating a purchase, transferring a file, or entering sensitive information. The browser should not treat those moments as equivalent.

Cortex Discover brings consequential actions through Cortex Safety and a trusted user confirmation experience.

The user sees what Cortex is asking to do and remains responsible for the final approval. Entering text into a field does not silently become submission. A request to attach a file does not grant access to unrelated local content. A workflow that reaches a login barrier, CAPTCHA, blocked automation state, or unsupported page stops clearly instead of attempting to work around the control.

This preserves a useful division of responsibility:

Cortex can understand the objective and prepare the action.
Cortex Safety can evaluate the type of action and the surrounding risk.
The browser can enforce the trusted interaction boundary.
The user can approve or decline the consequential step.

Human control is not an interruption to agentic work. It is part of the workflow.

The enterprise benefit is accountability. Teams gain the speed of AI-assisted navigation and preparation while retaining review at the points where external effects, sensitive data, financial commitments, identity, or organizational records are involved.

Page content is evidence, not authority

The open web and enterprise applications contain untrusted content.

A page may include misleading instructions, hidden text, malicious prompt injection, compromised content, or ordinary language that resembles a command. An agentic browser must distinguish between information found on a page and instructions authorized by the user.

Cortex Discover treats browser content as reference data.

The user’s objective and the product’s safety rules remain authoritative. A webpage cannot grant Cortex new capabilities, change the permitted scope of a task, or convert page text into user approval. Supported actions remain constrained even when a page asks the AI to ignore its boundaries.

This principle shapes the entire experience:

Page text informs the task but does not redefine it.
Browser capabilities remain limited to the active Cortex workflow.
Sensitive actions require the appropriate review.
Page observations are bounded before they participate in reasoning.
Unsupported browser areas fail closed.
Diagnostic information avoids carrying the user’s page content or action data into ordinary logs.

The distinction is easy to state and difficult to retrofit: content can provide evidence, but only the user and the trusted Cortex control layer provide authority.

By making that distinction part of the browser product, Cortex Discover brings enterprise AI closer to the systems users rely on without assuming that every pixel or sentence on the screen is trustworthy.

Visual context when structure alone is not enough

Some browser tasks are primarily textual. Others depend on layout, charts, rendered state, visual hierarchy, or controls whose meaning is clearer on the page than in extracted text.

Cortex Discover can use a bounded view of the visible page when visual context matters.

This gives Cortex another way to understand what the user sees while preserving a controlled relationship to the active task. Visual context remains scoped to the user’s request and the same privacy and safety boundaries as the rest of the Cortex experience.

The capability is useful for questions such as:

What changed in this dashboard after I applied the filter?
Which part of this page contains the error state?
Does this rendered report match the surrounding explanation?
What is visible in the current application view that the page text does not capture?
Did the browser reach the expected state after the last action?

Visual understanding does not replace structured page context. The two forms of observation complement each other. Structure supports precise interaction and text reasoning. A visible-page view helps with appearance, layout, and rendered outcomes.

This combination allows Cortex Discover to work with modern web applications whose meaning is distributed across text, controls, nested components, and visual state.

Files remain under user direction

Browser work often crosses the boundary between web applications and files.

A support portal may require a diagnostic attachment. A procurement process may need a proposal uploaded. A business application may generate a report for download. A user may ask Cortex to verify whether an export completed before continuing the task.

Cortex Discover supports controlled file-aware workflows without turning browser agency into broad file access.

For uploads, Cortex works only with an attachment the user deliberately included for the current request. The user confirms the transfer before the browser supplies it to the selected page control. The action remains tied to the active workflow and the exact attachment the user chose.

For downloads, Cortex can understand the status and essential metadata of recent browser downloads. It can help determine whether a requested download started, completed, or was marked unsafe without reading the downloaded file or exposing its full location on the user’s device.

This produces a narrow, understandable boundary:

The user chooses the file made available to the task.
Cortex does not browse the local filesystem for something that “looks right.”
Uploads require explicit confirmation.
Download awareness does not imply access to downloaded contents.
Safety state remains visible when the browser identifies a risky download.

The result is agentic file handling aligned with user intent, not ambient access to the machine.

Built for interruptions and uncertain outcomes

Browser workflows do not happen under laboratory conditions.

Wi-Fi changes. A laptop sleeps. An application takes longer than expected. A user closes the side panel and returns. A service connection drops after a click but before the final status reaches the conversation.

The most dangerous response to uncertainty is blind repetition.

Repeating a read is usually harmless. Repeating a form submission, message, purchase, or account change may not be. A dependable agentic browser must know the difference between an operation that can be tried again and an action whose outcome is unknown.

Cortex Discover preserves the task state needed to continue a supported browser workflow through ordinary interruptions. Completed actions are recognized, repeated successful mutations are not casually executed again, and an interrupted action with an uncertain result is reported as uncertain rather than being duplicated.

This gives the user an honest view of the workflow:

Completed work remains completed after reconnection.
Progress returns to the Cortex experience.
The browser avoids repeating a successful state-changing action.
Uncertain outcomes are surfaced for review.
The user does not have to infer task state from a frozen spinner.

Durability here is not about preserving every piece of webpage content. It is about preserving enough trusted workflow state to understand what Cortex attempted, what completed, and where human attention is required.

That is a critical difference between a demo and an enterprise product. Real work includes interruptions. Cortex Discover treats them as part of the operating environment.

The Cortex experience remains simple

The engineering behind an agentic browser is substantial. The user experience should not be.

Cortex Discover keeps Cortex in a compact side panel beside the page. Users express the objective in natural language, choose the relevant browser context, review progress, respond to confirmations, and inspect the result. They do not need to select from a catalog of browser operations or translate the task into an automation script.

The interface carries the details that matter:

The active conversation and its history
The page or tabs participating in the request
Attachments deliberately added by the user
Clear task and connection status
Suggestions that help move the workflow forward
Visible confirmation when an action has consequences
A final response connected to the action that produced it

The browser also remains a browser. Tabs, navigation, downloads, page content, themes, and ordinary browsing behavior stay familiar. Cortex works alongside those controls rather than replacing them with an unfamiliar agent console.

This simplicity is strategic. Enterprises do not need another automation surface that requires every employee to become a workflow engineer. They need AI that understands natural objectives, works within established controls, and makes its actions legible.

Cortex Discover hides operational complexity without hiding accountability.

One objective, coordinated Cortex intelligence

Cortex Discover does not operate as an isolated browser model.

It participates in the broader Cortex experience.

Model Routing helps connect the user’s objective with appropriate Cortex intelligence. Search Routing can bring current public information into the task when recency matters. Skill Routing can apply relevant engineering or security practice. Cortex Connect keeps the workflow visible across work surfaces. Cortex Cloud provides a managed destination for eligible remote project execution.

Cortex Discover contributes the browser environment: current pages, selected tabs, supported browser actions, and the trusted interaction surface where the user reviews consequential steps.

Consider a developer investigating an upgrade:

The request begins in Cortex Discover while the developer reads current framework documentation.
Search Routing helps identify relevant current public guidance.
Cortex compares the documentation with an issue and a pull request in other tabs.
Skill Routing applies appropriate implementation or verification practice.
If project changes are required, Cortex Connect carries the objective to the connected development workspace or Cortex Cloud handles eligible managed execution.
The result returns through the same Cortex experience for review.

Or consider a security analyst:

The analyst starts from an alert or advisory in Cortex Discover.
Cortex reads and compares the relevant browser sources.
Search Routing contributes current public information.
Security-focused Cortex intelligence helps assess the issue.
Supported browser steps help the analyst navigate evidence and prepare an approved workflow action.
Project-aware remediation proceeds in the appropriate Cortex execution environment.

The user states the objective once. Cortex coordinates the environments and responsibilities that support the outcome.

A practical control layer for enterprise web work

Businesses already run critical workflows through web applications. The problem is not a lack of software. It is the fragmentation between systems, information, decisions, and action.

Cortex Discover reduces that fragmentation without pretending that every website exposes the same workflow or that every task should be automated end to end.

It provides a control layer at the browser level:

Natural-language intent at the surface
Current browser context for grounding
Coordinated Cortex intelligence for reasoning
Supported actions for execution
Cortex Safety and user confirmation for control
Observable outcomes for review

This pattern applies across business functions.

Engineering and DevSecOps. Teams can research current documentation, compare issues and pull requests, review security information, and connect browser findings with project-aware Cortex work.

Security operations. Analysts can synthesize alerts, advisories, asset context, and remediation guidance across tabs while keeping sensitive actions under explicit control.

Customer and support operations. Users can review account context, compare knowledge articles, navigate cases, prepare updates, and confirm external actions before they occur.

Procurement and market research. Teams can compare vendors, reconcile claims across sources, organize findings, and move through supported business systems without losing the original objective.

Product and program management. Leaders can connect planning context, issue trackers, reports, documentation, and progress views while Cortex maintains a coherent task across the browsing session.

General knowledge work. Employees can summarize, compare, navigate, and act across the web applications that already define their day.

The browser becomes a common AI control surface across these workflows, while each organization retains its existing applications and review boundaries.

Enterprise AI without browser-wide authority

Giving AI access to a browser should not mean giving it unrestricted authority over everything the user can reach.

Cortex Discover uses a narrower model.

Capabilities are associated with the authenticated Cortex session and the active browser workflow. Page observations are bounded. Supported actions are explicit. The browser validates actions at the point where they occur. Sensitive categories receive additional review. Pages outside the supported boundary do not become accessible simply because an AI requested them.

The separation among Cortex environments remains clear as well.

Browser capability does not imply access to the user’s shell or filesystem. A connected development workspace does not automatically grant authority over browser applications. Cloud execution does not erase the controls of the browser surface. Each environment contributes scoped capabilities appropriate to its role.

That separation matters for enterprise governance.

It allows organizations to reason about where an action occurs, what context participates, which user initiated it, and where approval is required. It also reduces the blast radius of mistakes. A browser research task does not need general machine access. A file upload does not need broad filesystem discovery. A page summary does not need permission to submit a form.

Least privilege becomes part of the product experience rather than a policy document applied after deployment.

Reliable results, not optimistic clicks

Many automation systems report success when they issue an action. The business cares whether the intended state actually occurred.

Cortex Discover keeps observation connected to execution.

After a supported action, Cortex can inspect the resulting browser state, wait for an expected condition, and continue from what the application actually presents. If the page is still loading, the target disappeared, the browser denied the action, or the workflow reached a protected boundary, Cortex reports that outcome instead of manufacturing completion.

This changes the meaning of “done.”

A navigation is not complete merely because a URL was requested. A download is not complete merely because a link was clicked. A form is not submitted merely because text was entered. A workflow is not successful merely because the model produced a confident sentence.

Completion is connected to observable browser state.

For users, this reduces the need to audit every minor interaction manually. For enterprises, it creates a stronger basis for operational metrics, review, and continuous reliability. The Cortex experience can distinguish progress, completion, blocked work, rejected actions, timeouts, and outcomes that need attention.

That visibility makes agentic work governable. Teams can evaluate whether the product is completing useful work safely rather than measuring only how often an AI attempted to act.

A dedicated product identity

Cortex Discover carries a consistent company identity across the browser experience.

The identity extends beyond a side-panel label. The application, browser surfaces, icons, new-tab experience, settings, installation, and release packaging carry a consistent Cortex Discover identity across supported desktop environments.

The first Cortex Discover release is available for Windows x64 and macOS across both major Mac architectures: arm64 for Apple silicon and x64 for Intel-based Macs. On Windows, the native x64 release fits the platform conventions users already know.

That platform support is delivered through a straightforward desktop experience. Users install Cortex Discover as a familiar browser, open the integrated Cortex side panel, and continue with the same Cortex account and interaction model used across extensions, Visual Studio Code, Android, and iPhone. They do not need to assemble a browser, extension, model runtime, and automation framework themselves.

This matters for both users and administrators.

Employees can distinguish the organization’s agentic browser from an ordinary consumer browser with an add-on. Administrators can distribute a defined product with a clear version and artifact identity. Release artifacts are validated as a matched set, accompanied by integrity information, and prepared through platform-appropriate signing and packaging workflows.

For a product trusted with enterprise web activity, provenance is part of the experience. Users should know which browser they are opening. Organizations should know which release they are distributing. The software identity presented on the desktop should match the identity evaluated and approved by the business.

Cortex Discover delivers that consistency as the company’s browser, not as an anonymous collection of browser modifications.

What Cortex Discover changes for the business

The immediate benefit of Cortex Discover is time: less copying, fewer context switches, less repetitive navigation, and faster synthesis across browser sources.

The larger benefit is structural.

It connects intelligence and action at a work surface shared by nearly every enterprise function. That connection allows organizations to apply one Cortex experience across many web-based workflows without replacing the applications that already run the business.

Cortex Discover provides:

Faster research. Cortex can read and compare relevant pages without requiring manual transfer into a separate AI tool.
More coherent workflows. The objective persists across tabs, navigation, supported actions, and interruptions.
Better use of current information. Browser context and Search Routing connect live public information with the task at hand.
Clearer control. Consequential actions remain visible and subject to approval.
Stronger safety boundaries. Page content is treated as untrusted information, and browser capabilities do not imply unrestricted machine access.
More dependable execution. Cortex checks the resulting browser state instead of equating an attempted click with success.
Connected outcomes. Browser work can participate in Cortex Connect, Cortex Routers, and Cortex Cloud rather than ending as an isolated chat response.
A consistent enterprise product. The company owns the browser experience, Cortex integration, product identity, and release discipline as one offering.

These advantages reinforce each other. Speed without control creates risk. Control without useful action creates another approval layer. Context without freshness produces confident mistakes. Cortex Discover brings the pieces together around the outcome.

Built for the modern enterprise

The phrase “AI browser” can describe many things: a search box, a summary button, a chatbot overlay, or a collection of shortcuts.

Cortex Discover represents a stronger definition.

An agentic browser understands the current work environment. It distinguishes pages and document changes. It reasons across selected tabs. It uses both structured and visual context. It performs a controlled set of browser actions. It observes the result. It handles interruptions without casually repeating consequential work. It asks for approval when the action crosses an important boundary.

Most importantly, it remains connected to the broader enterprise AI platform.

Cortex Discover does not end at the edge of the webpage. Through Cortex, browser research can inform a development task, a security workflow, a managed cloud execution, or a conversation that continues on another work surface. The browser becomes one capable environment within a coordinated system.

That is the difference between adding AI features to browsing and building browsing around AI-assisted outcomes.

The browser becomes part of the outcome

For years, the browser has been the place where people gather evidence before doing the real work somewhere else. They research, compare, copy, switch applications, reconstruct context, and manually carry a decision into its next system.

Cortex Discover changes that pattern.

The user can begin with the page in front of them, bring related tabs into focus, ask Cortex to make sense of the material, and continue through supported browser actions without breaking the thread of the task. When a step has consequences, Cortex pauses for review. When the page changes, Cortex works from the new state. When an outcome cannot be confirmed, it says so clearly.

That creates a practical advantage for every team whose work crosses web applications. Researchers spend less time assembling context. Operators spend less time repeating navigation. Developers and security teams connect browser evidence with the environments where technical work belongs. Business leaders gain a clearer path from a question to a result that can be inspected.

Users still choose where to work. They can bring Cortex into an existing browser through an extension, use it from Android or iPhone, engage it inside Visual Studio Code, or open Cortex Discover for a dedicated agentic browsing experience. What changes is the amount of friction carried by the user.

Cortex Discover brings reasoning, action, review, and browser state into the same working surface. It keeps the browser familiar while making the work around it materially more capable.

Cortex Discover makes the browser an intelligent, governed environment for getting work done.