Control Shadow AI. Protect Sensitive Data. Enable Secure Productivity.

Your workforce uses AI tools whether you know it or not. Without browser-level control, sensitive data leaves your organisation through ChatGPT, Claude, public file-sharing platforms, and hundreds of unsanctioned web applications. Traditional web filters cannot see, govern, or protect against this modern risk.

KMTech delivers enterprise-grade web filtering with integrated AI governance, enabling your teams to work productively while protecting intellectual property, customer data, and regulatory compliance obligations across hybrid and remote workforces.

Web Filtering

Shadow AI Visibility

Real-time

Discover which AI tools your workforce is using, how often, and what data is at risk

Data Protection

Browser-level

Block PII, financial data, and IP from reaching public AI models and unapproved SaaS platforms

Compliance Assurance

Continuous

Audit trails, policy enforcement, and executive dashboards aligned to Essential Eight and ISO 27001

What Is Modern Web Filtering?

Web filtering is a cybersecurity control that governs how users access websites, cloud applications, and AI-powered tools to reduce cyber risk, prevent data loss, and enforce acceptable use policies across the organisation.

Modern web filtering extends far beyond blocking inappropriate websites. It provides real-time visibility and control over:

  • Cloud and SaaS application usage (approved and unapproved)
  • Shadow AI tools such as ChatGPT, Claude, Gemini, and Perplexity
  • Data uploads to generative AI platforms and file-sharing services
  • Encrypted HTTPS traffic across remote, hybrid, and office-based users
  • Browser extensions and desktop applications that bypass network perimeter controls

For Australian organisations accountable to frameworks such as Essential Eight,  ISO 27001 , and board-level cyber risk governance, web filtering is a foundational control that delivers both protection and audit transparency.

Web Filtering

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Web Filtering

Why Traditional Web Filtering No Longer Works

Many organisations still rely on legacy DNS-based or appliance-driven web filters. These solutions were designed for on-premise networks and static URL lists. They struggle in modern environments because:

  • Encrypted traffic (HTTPS) conceals the content of web requests, making inspection difficult or impossible
  • Remote and hybrid work bypasses corporate network perimeters entirely
  • SaaS and cloud applications operate outside traditional URL categorisation
  • Generative AI tools are embedded inside approved platforms (e.g., Microsoft Copilot, Google Workspace) or accessed via the browser without installation

As a result, organisations appear protected while remaining blind to where data flows, which tools employees use, and what sensitive information is exposed to third-party platforms.

The Shadow AI Risk Your Board Needs to Understand

What is Shadow AI?

Shadow AI refers to the use of AI-powered tools and platforms without formal IT approval or governance. Unlike traditional shadow IT, Shadow AI often involves permanent, irreversible data exposure with limited auditability.

Employees routinely paste customer personally identifiable information (PII), financial records, source code, strategic plans, and proprietary data into public AI tools such as ChatGPT, often unaware this data may train public models or be retained indefinitely by third-party providers.

🚨 Invisible Data Leakage

Traditional DLP solutions designed for file transfers are blind to transient browser-based AI interactions

📊 Rapid Adoption Without Oversight

Most organisations underestimate AI usage because they cannot see it. Visibility is the first step to governance

⚖️ Compliance and Legal Exposure

Uncontrolled AI usage creates audit gaps, breaches data residency requirements, and exposes organisations to regulatory penalties

Why Blocking AI Is Not a Strategy

Blocking generative AI tools entirely stifles innovation, reduces workforce productivity, and drives employees to workarounds that create even greater risk (e.g., personal devices, unapproved accounts).

The right approach is secure enablement: allow AI usage within controlled guardrails that enforce corporate identity, prevent data training on public models, and mask sensitive information in real time.

Why KMTech is trusted by many Australian Organisations

Cyber-First MSP

Cyber‑first MSP

ISO 27001‑aligned operations

ISO Accredited & Certified MSP

Essential Eight‑aligned delivery

ACSC Essential Eight‑aligned packages

Governance‑led service model

Governance‑led: Built by Directors for Directors

Australian‑based support

Australian-Based IT Support

How KMTech's Web Filtering Service Works

Our solution transforms the browser into a secure gateway, replacing the outdated choice between “block everything” or “ignore the risk” with a govern and enable model that protects your organisation while empowering your workforce.

Core Capabilities

  1. Shadow AI Discovery and Visibility

Gain immediate insight into:

  • Which AI tools your workforce is using (ChatGPT, Claude, Copilot, Gemini, Perplexity, and hundreds more)
  • How frequently employees access these platforms
  • Whether files or sensitive data are being uploaded
  • Time-based usage patterns and high-risk behaviours

Visibility is delivered through an AI Insights Dashboard that turns dangerous assumptions into data-driven security decisions.

  1. AI Guardrails and Safe Enablement

Rather than blocking AI entirely, enforce secure usage policies:

  • Mandatory corporate login: Require users to authenticate with organisational accounts before accessing AI platforms
  • Disable public model training: Automatically lock settings such as “Improve the Model” to OFF, preventing user prompts from training public AI models
  • Block desktop AI applications: Force AI tool usage into the browser where security policies can be applied consistently

These controls enable your teams to leverage the productivity benefits of generative AI while ensuring intellectual property and customer data remain protected.

  1. Real-Time Data Loss Prevention (DLP)

Protect sensitive information at the browser level before it leaves your control:

  • PII masking: Automatically detect and remove personally identifiable information (names, addresses, tax file numbers, Medicare numbers, financial data) before submission to AI platforms or external websites
  • Content redaction: Sensitive data is masked in real time. AI tools still process the formatting request, but the actual data never reaches the cloud
  • Obfuscation controls: Blur sensitive on-screen data unless the user actively hovers over it, protecting against visual shoulder-surfing

Custom data patterns can be defined using regex or keyword lists tailored to your organisation’s unique risk profile (e.g., client names, project code names, internal classification labels).

  1. SaaS Application Control

Govern access to cloud platforms beyond AI tools:

  • Allow download, block upload: Permit employees to retrieve files from platforms such as Dropbox or Google Drive while preventing data exfiltration
  • Enforce corporate login: Ensure users access only organisation-approved SaaS accounts, blocking personal account usage on company devices
  • Application-level policies: Apply different access levels based on user roles, departments, or risk classifications
  1. Advanced Insider Risk Controls

Prevent data leakage through visual and physical channels:

  • Screenshot blocking: Prevent users from capturing screen images of sensitive pages or applications
  • Print protection: Block print-to-PDF or physical printing of controlled web content
  • Forensic watermarking: Apply invisible, user-specific watermarks to on-screen content. If a photograph of sensitive data is taken and later uploaded or shared, the watermark identifies the individual responsible
  1. Microsoft 365 and Copilot Security

Enhance Microsoft Copilot deployment with tenant-level protections:

  • Commercial data protections applied at the organisational (tenant) level, not per-user configuration
  • Security extends beyond the web browser to cover Copilot usage in Outlook, Word, Excel, and other Microsoft 365 applications
  • Prevent data sharing and public model training across the entire Microsoft ecosystem
  1. Compliance and Audit Transparency

For highly regulated industries, advanced logging delivers:

  • Full audit trails of user activity, including AI prompts submitted (without capturing AI responses)
  • PII-blocked event logs showing when policies prevented risky data exposure
  • Executive-ready dashboards and reports aligned to ISO 27001, Essential Eight Maturity Model, and board governance requirements

Who This Solution Protects

For Chief Information Officers (CIOs) and IT Leaders

  • Deploy once, govern everywhere: Browser-based protection that works across Windows, macOS, remote users, BYOD, and office environments
  • Unified policy enforcement: Apply consistent web filtering, AI governance, and DLP rules without managing per-device configurations
  • Integration-ready: Works alongside existing Microsoft 365, Google Workspace, and endpoint security tooling

For Compliance and Risk Leaders

  • Audit-ready evidence: Demonstrate compliance with data protection, privacy, and acceptable use obligations
  • Regulatory alignment: Address APRA CPS 234, Privacy Act, Essential Eight, and ISO 27001 controls
  • Board reporting: Executive dashboards translate technical controls into business risk language

For C-Suite and Executive Decision-Makers

  • Reduce business risk: Protect intellectual property, customer trust, and brand reputation from preventable data exposure
  • Enable innovation safely: Allow workforce adoption of productivity-enhancing AI tools without creating compliance or security gaps
  • Governance assurance: Provide the board with confidence that AI usage is visible, governed, and aligned to organisational risk appetite

Why KMTech for Enterprise Web Filtering

KMTech is trusted by mid-sized to enterprise Australian organisations across financial services, healthcare, professional services, government, and education sectors. Our Cyber-First MSP model ensures web filtering is deployed as part of a holistic security strategy aligned to the Essential Eight Maturity Model and your organisation’s broader risk management framework.

🇦🇺 Australian-Based Expertise

Local support, Australian data residency options, and deep knowledge of ACSC Essential Eight and local compliance frameworks

📋 Governance-Led Approach

Built by directors for directors. We speak the language of risk, compliance, and board accountability, not just technology

⚡ Rapid Deployment

Browser extension-based deployment with no hardware, no VPN complexity, and no user disruption

📋 Flexible Deployment Models

Fully managed, co-managed, or advisory-only. We fit the engagement to how much control your team wants to retain.

Common Use Cases

Secure AI Adoption in Financial Services

A wealth management firm needed to allow advisers to use AI tools for research and content generation without exposing client financial data or breaching APRA CPS 234 obligations.

Solution deployed:

  • AI tools permitted via browser only (desktop applications blocked)
  • Real-time PII masking for client names, account numbers, and financial figures
  • Mandatory corporate login with “Improve the Model” disabled across ChatGPT, Claude, and Copilot
  • Full prompt logging for audit and compliance review

Outcome: Advisers gained productivity benefits of AI while the compliance team achieved audit transparency and data protection assurance.

Healthcare Provider: Protecting Patient Information

A multi-site healthcare provider needed to prevent staff from inadvertently uploading patient records, medical images, or consultation notes to AI platforms or personal cloud storage.

Solution deployed:

  • Screenshot and print blocking on electronic medical record (EMR) systems
  • PII detection for Medicare numbers, patient names, and health identifiers
  • Upload blocking to non-approved cloud services
  • Forensic watermarking to deter and trace unauthorised photography of patient data

Outcome: Risk of HIPAA-equivalent breaches reduced, patient privacy protected, and staff education supported by visibility dashboards.

Professional Services Firm: Shadow IT and Client Confidentiality

A legal and consulting firm discovered through visibility reporting that 68% of staff were using unapproved AI and file-sharing tools, creating client confidentiality and privilege risks.

Solution deployed:

  • AI Insights Dashboard to quantify adoption and risk
  • Approved AI tools governed with corporate login and data masking
  • File upload blocking to Dropbox, Google Drive, and WeTransfer
  • Policy-based exceptions for authorised client collaboration platforms

Outcome: Client data leakage risk eliminated while maintaining workforce productivity and competitive edge.

Legacy Web Filtering vs Modern Web Filtering

Understanding the difference is critical for risk owners and decision‑makers.

CapabilityLegacy Web FilteringModern Web Filtering
VisibilityKnown websites onlyKnown, unknown & emerging services
Cloud app awarenessLimited or noneBuilt-in SaaS & AI discovery
Shadow IT detectionNot supportedAutomatic & continuous
AI tool governanceDomain block onlyUsage & risk-based control
EnforcementNetwork perimeterUser, device & identity-aware
ReportingTechnical logsExecutive & board-ready insights

Modern web filtering focuses not just on restriction, but on risk‑informed enablement.

Integration with Essential Eight and ISO 27001

KMTech’s web filtering service directly supports compliance with:

  • Essential Eight Maturity Level 2 and 3 controls, specifically:
    • Restricting administrative privileges (enforce approved application usage)
    • Application control (govern browser-based and desktop AI tools)
    • User application hardening (block risky browser extensions and uploads)
  • ISO 27001:2022 controls including:
    • A.8.23 Web filtering
    • A.8.24 Use of cryptography (HTTPS inspection where required)
    • A.5.10 Acceptable use of information and assets
    • A.5.33 Protection of records (audit logging and data protection)

Our implementation includes documentation, policy templates, and evidence collection to support your Information Security Management System (ISMS) and audit processes.

Web Filtering
Web Filtering

Deployment Models

Cloud-Delivered, Browser-Based Protection

No hardware appliances. No complex network reconfiguration. Protection follows the user across:

  • Corporate office networks
  • Home and remote work locations
  • Public Wi-Fi and mobile connectivity
  • BYOD and contractor devices

Deployment occurs via lightweight browser extension with centralised policy management through a cloud-based console.

Cloud-Delivered, Browser-Based Protection

  • Fully managed: KMTech handles deployment, policy configuration, monitoring, reporting, and ongoing optimisation
  • Co-managed: Your IT team retains day-to-day control while KMTech provides architecture, training, policy development, and escalation support
  • Advisory and implementation: We design and deploy the solution, then hand over operational control to your internal team

How Much Does Modern Web Filtering Cost?

Pricing varies by organisation size, risk profile, and capability requirements.

Key cost drivers include:

  • Encrypted traffic inspection
  • SaaS and AI visibility depth
  • Data loss prevention controls
  • Executive‑level reporting and compliance alignment

In many cases, the cost of modern web filtering is significantly lower than the financial and reputational impact of a data or AI‑related incident.

Web Filtering
Web Filtering

Pricing Tailored to Your Organisation

Licensing is structured per user per month with tiered feature sets:

  • Core: Web filtering, application control, basic reporting
  • Core Plus: Adds Shadow AI protections, real-time DLP, screenshot/print blocking, watermarking, SaaS controls
  • Premium: Includes AI prompt logging for highly regulated environments requiring full audit trails

Volume pricing is available for organisations with 100+ users. Australian-dollar pricing and flexible contract terms (annual or multi-year) align to your budget and procurement cycles.

Optional add-on:

  • AI-Powered Analytics and Reporting (Agentic AI): Self-service executive dashboards with natural language querying (“Who is using AI most frequently?” “Show me PII-blocked events this month”). Single-license model provides organisation-wide visibility.

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We are proud to be trained and recognised in a number of accreditations and partner with the world’s leading technology companies. The most secure & efficient workplace experiences are created with KMTech.

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Frequently asked questions about web filtering

What is web filtering?

Web filtering is a cybersecurity control that governs user access to websites, cloud services, and online applications to reduce risk, prevent data loss, and enforce security and acceptable use policies.

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How does web filtering prevent Shadow AI risks?

Modern web filtering provides real-time visibility into which AI tools employees use, enforces secure usage policies (such as mandatory login and disabling public model training), and prevents sensitive data from being uploaded to generative AI platforms through browser-level data loss prevention.

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Does web filtering work for remote and hybrid workers?

Yes. Cloud-delivered, browser-based web filtering protects users regardless of location or network. Protection applies whether employees work from the office, home, or public Wi-Fi.

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What reporting is available for executives and the board?

Executive dashboards provide high-level summaries of AI adoption, data protection events, policy violations, and risk trends in business language. Detailed technical logs support IT and compliance teams. Customised board reports can be configured to align with your governance cadence.

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Can I allow some AI tools but block others?

Absolutely. Policies are fully customisable. You can permit approved tools (e.g., Microsoft Copilot with tenant-level protections) while blocking unapproved platforms, or allow browser-based access while blocking desktop applications.

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How quickly can this be deployed?

Initial deployment for pilot users can occur within one to two weeks. Full organisational rollout timelines depend on user count, policy complexity, and change management requirements, typically completing within 30 to 60 days.

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Is this solution suitable for organisations with 500+ users?

Yes. The platform scales to support enterprise organisations with thousands of users across multiple locations, business units, and geographies. Multi-tenancy and delegated administration support complex organisational structures.

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Take the Next Step: Secure Your Organisation's AI Future

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📅 Request a Personalised Demo

See the platform in action with your organisation’s use cases. Discover Shadow AI activity in real time and explore policy options tailored to your risk profile.

📞 Speak to a Cyber Advisory Specialist

Discuss your organisation’s AI governance challenges, compliance requirements, and deployment options with an experienced KMTech consultant.

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