Over the past decade, enterprise work has migrated almost entirely into the browser. Employees are able to access apps, collaborate, download software and now interact with AI, all for a channel which, historically, security teams had very little control over.
To try and control the browsers, organizations have had to layer on security controls like CASBs, secure web gateways, SASE platforms, endpoint DLP, and more. This has led to a messy and complicated security stack which is both expensive and hard to maintain.
Island has built a solution aimed at simplifying browser security. Rather than bolting security onto the browser after the fact, the team built security, IT controls, and data protection directly into the browser itself.
Expert Insights spoke to Bradon Rogers, Chief Customer Officer at Island, to discuss why the browser has become the most critical control point in enterprise security, how the company is tackling AI governance at the point of interaction, and what the future holds for the enterprise browser category.
Q. Can you introduce yourself and give us an overview of Island?
I’m Bradon Rogers, Chief Customer Officer at Island. My focus is helping the world’s largest enterprises modernize how work happens — securely, seamlessly, and without the friction created by decades of bolt-on security solutions.
Island created the Enterprise Browser category. We started with a simple observation: work happens in the browser, yet the browser was never designed for the enterprise. Instead of layering proxies, agents, and inspection tools around a consumer browser, we rebuilt it from the ground up as a secure-by-design workspace.
With Island, security, IT controls, and data protection are built directly into the browser itself — not bolted on afterward. That means organizations can enforce policy at the last mile, where users actually interact with applications and data, without degrading user experience.
But the browser was just the beginning.
Today, Island delivers the Island Enterprise Platform — a unified environment that secures and empowers users wherever they work: inside the Enterprise Browser, within consumer browsers via the Island Extension, and across thick desktop applications and endpoint workflows through Island Protect.
Whether work happens in SaaS, internal web apps, native desktop applications, private applications, or AI tools, Island provides one consistent policy fabric and one control plane.
We’re not adding another tool to the stack. We’re transforming the workspace itself — so IT, security, and productivity operate as one cohesive environment.
Q. Island has been a pioneer in the Enterprise Browser space. Why is it so important CISOs invest in securing the browser?
Because the browser has become the primary workspace of the enterprise.
Over the past decade, applications moved to SaaS and the cloud. The browser became the place where employees access internal apps, collaborate, share data, and now interact with AI. To keep pace, organizations layered on CASBs, SWGs, SASE platforms, endpoint DLP, VDI, and more to compensate for the fact that the consumer browser wasn’t enterprise-grade.
Each solution addressed a real need. But the approach remained network-centric — inspecting traffic after the fact or rerouting it through layers of infrastructure. That adds friction, cost, and blind spots.
If work happens in the browser, that’s where policy should live.
The Enterprise Browser shifts enforcement to the point of interaction — the last mile. It enables deep control over copy/paste, downloads, screen capture, AI prompts, and session behavior directly inside the application experience. It applies identity, device posture, and data context in real time.
And because the Island Enterprise Platform extends those same controls beyond the browser — into thick applications and endpoint workflows — organizations gain consistent protection wherever users work.
For CISOs, that means stronger data protection, better insider risk mitigation, and precise enforcement without degrading user experience. It’s a shift from chasing risk across the stack to owning the control point where work actually happens.
Q. The security stack has become incredibly complex. What’s the case for simplifying, and how does the Enterprise Browser consolidate that stack?
Security complexity is now a material risk.
Every tool in the stack was built to solve a legitimate problem — CASBs for SaaS visibility, SASE for remote access, DLP for data protection, VDI for isolation. Over time, organizations layered solution upon solution. The result is ballooning cost, policy fragmentation, and operational overhead that’s difficult to sustain.
More importantly, complexity creates gaps. When five tools try to interpret the same user session from different vantage points, blind spots and inconsistent enforcement are inevitable.
The Enterprise Browser consolidates enforcement at the session layer — where the user, the app, and the data meet.
Instead of routing traffic to a proxy to decide whether a file can be downloaded, the browser enforces the rule instantly. Instead of spinning up VDI to protect a web app, Island isolates or restricts behavior natively within the browser session. Instead of relying on break-and-inspect, Island inspects pages — not packets.
And because the Island Enterprise Platform extends those same policy controls beyond the browser — across desktop applications, private apps, and endpoint channels — enforcement remains consistent wherever users work.
We’re not suggesting every tool disappears overnight. Island integrates with existing identity and endpoint investments. But over time, customers reduce VDI footprints, simplify DLP architectures, streamline secure access, and remove unnecessary backhaul.
The outcome is one control plane, one consistent policy framework, and a dramatically simpler security architecture aligned to how work actually happens.
Q. AI enablement and governance is emerging as a critical challenge. What does getting ready for the agentic future look like when it comes to browser security?
AI governance and enablement is fundamentally a workspace problem. And today, much of the user’s AI workspace lives in the natural habitat of the browser.
Employees paste sensitive data into AI prompts. SaaS apps embed copilots. Autonomous agents execute workflows inside applications. But AI interactions also extend into desktop applications and hybrid workflows.
Traditional network controls can block or allow domains, but they can’t see what’s typed into a prompt field very easily. They can’t differentiate between a human clicking a button and an automated agent executing a workflow at scale.
The agentic future needs mechanics to empower the user at the moment of interaction, but also resources which naturally make its operation safe.
Inside the Enterprise AI Browser, organizations have visibility into AI usage itself at the presentation layer. They can inspect prompts before submission, redact sensitive data, restrict certain actions, and log AI interactions for audit. As agents become more capable, administrators can define what automations should be available to the users and what actions should be within scope — downloads, exports, system changes, etc. — based on identity and context.
And because Island extends governance beyond the browser to endpoint applications and private access to internal AI resources through the Island Enterprise Platform, AI controls remain consistent wherever AI is used.
You can’t enable or govern AI from the perimeter. You do it at the last mile.
Q. You have some new product announcements coming. What are you launching and what does it mean going forward?
We’ve extended Island from an Enterprise Browser into a full secure work platform: the Island Enterprise Platform.
On the AI side, we’re significantly expanding AI capabilities to allow organizations to adopt AI safely at scale from any AI provider, even making consumer AI technologies safe for the enterprise. Consumer AI tools weren’t built with identity enforcement, data protections, or auditability in mind. So, we built those controls directly into the workspace of the user to be a natural fit which doesn’t impede their work while keeping things safe.
That includes: tenant-aware controls (personal vs corporate AI accounts), prompt-level data protection, AI extension governance, deep audit logging of prompts, responses, and agent activity, automation resources, AI provider integration, and integration to AI “vibe coding” resources for publishing AI applications easily and safely.
Importantly, they empower natural policy at any engagement with AI — in the browser, through extensions, or within desktop applications governed by Island Protect.
We’re also modernizing SASE to be AI empowered.
Instead of default backhaul through cloud proxies, Island enforces policy locally in the browser and on the device, using the network selectively when needed. Backhaul becomes the fallback, not the default. And by building AI mechanics into the user’s workflows, SASE engagement now has a natural role within AI versus just being about legacy SASE’s series of block pages.
Q. How does the Island Enterprise Browser work in practice? What does deployment look like, and where are customers seeing cost savings?
Deployment is straightforward. Island is Chromium-based, so the user experience is immediately familiar. IT deploys it like any managed browser and integrates it with existing identity providers for SSO and conditional access.
Administrators define policies centrally in the Island Management Console. Those policies factor in user identity, device posture, network context, application sensitivity, and data classification. Enforcement happens locally in the browser — which means decisions are instant and don’t require traffic detours through external proxies.
From there, Island Desktop extends enforcement to thick desktop applications, private apps, and endpoint channels, ensuring consistent control wherever users work.
Island complements existing IdP and EDR investments while often reducing reliance on VDI and traditional SASE use cases. We consistently see cost savings in: VDI reduction for web-based workloads, reduced proxy and inspection infrastructure, lower operational overhead, and fewer support tickets tied to latency or application breakage.
For users, it feels simple. Behind the scenes, it’s delivering deep security enforcement across the entire workspace.
Q. Island has grown at a remarkable pace. What’s driving adoption and how does Island stand out?
The growth reflects a broader architectural shift.
Organizations are rethinking long-standing assumptions: Why secure a cloud-first workforce with network-era architecture? Why layer controls around the browser instead of modernizing the workspace itself?
Island didn’t incrementally tweak an existing category. We created a new one.
The Enterprise Browser isn’t a plugin or a wrapper. It’s a purpose-built workspace that integrates security, IT, and productivity in a way that feels native. And the Island Enterprise Platform extends that philosophy beyond the browser to wherever users work: across web apps, thick apps, private apps, AI tools, and endpoint workflows.
Adoption spans financial services, healthcare, manufacturing, retail, and technology because the challenge is universal: work happens in the browser and across hybrid application environments everywhere.
Customers tell us the product just works. It reduces friction instead of adding it. It delivers measurable outcomes such as VDI reduction, simplified stacks, stronger data protection, and governed AI adoption.
The funding and valuation validate the category. But what drives adoption is architectural clarity and real-world results.
Q. Looking ahead, where is the enterprise browser category going?
We’re still early.
The first phase proved that the browser is the primary workspace and must be enterprise-grade. The next phase is much bigger.
The browser is becoming the control plane for work itself — across SaaS, private apps, AI copilots, and autonomous agents. But governance must also extend into hybrid workflows where browser and desktop intersect.
As AI becomes embedded in every workflow and agents begin taking actions across systems, user enablement and enforcement must happen at the moment of interaction: what’s typed, pasted, generated, clicked, and automated.
For CISOs, the browser — and the broader Island Enterprise Platform — becomes a strategic security layer alongside identity and endpoint. For CIOs, it becomes a productivity platform embedding AI, streamlining workflows, and reducing friction wherever work happens.
In a few years, we’ll look back and wonder why we tried to secure modern work without modernizing the workspace itself.
The organizations that treat the browser and the last mile as foundational infrastructure — not just another app — will be best positioned for the AI-driven, agent-powered future.
Learn more about Island
