Speed AI Adoption with Security and Governance Built In.

AI Security for Every Interaction

Visibility, control, and protection for every AI interaction. Humans, agents, and autonomous models, all governed from one platform.

See Capabilities

Browser AI, coding agents, IDEs, desktop AI tools, and autonomous workflows governed from one control plane.

Executive Control Plane

Visibility, policy, and action in one operating surface

Live Product View

One product surface for real-time policy decisions, telemetry, and evidence across browser use and agent-driven workflows.

Governance View - Full visibility and policy control across all AI interactions
Security View - AI-native threat detection and protection including Shadow AI
Observability View - Real-time metrics and usage insights across AI behavior

Governance View: Visibility and Policy

Control Plane Architecture

Control Every AI Interaction. Right Where It Happens.

KonaSense sits in the workflow between employees, agents and AI tools. It gives security and compliance teams visibility, control and protection at the moment of use, across browsers, agents, IDEs, and desktop AI tools. Every interaction flows through the Control Plane where identity, policy and evidence come together.

Speed AI adoption with security and governance built in.

Available Now

Governance

Visibility, policy control, and compliance evidence for every AI interaction.

Get a clear, accountable view of AI usage across your organization. Enforce the policies that guide safe, responsible behavior. Detect shadow AI, classify data, and produce audit-ready evidence.

  • Shadow AI discovery: map every tool, extension, and model in use
  • Policy control aligned with roles, departments, and data classifications
  • Human-in-the-loop approval workflows for sensitive actions
  • Data classification and access mapping across all AI interactions
  • Audit-ready compliance bundles for SOC2, EU AI Act, ISO 27001
Available Now

Security

Real-time protection against data exposure, prompt injection, and unsafe AI behavior.

Continuously safeguard your organization by detecting threats, preventing data leakage, and enforcing safe AI interactions. The platform blocks, redacts, alerts, and responds in real time.

  • Detect and redact PII, secrets, and source code before they reach any model
  • Catch tokens, keys, and credentials in prompts and uploads
  • Block prompt injection attempts from files, webpages, and RAG sources
  • Enforce shadow AI policies: block or redirect users to approved tools
  • Automated incident triage: create tickets, suggest containment, alert your team
Available Now

Observability

Usage analytics, behavioral monitoring, and operational insights across your organization.

Continuous insight into AI usage across every team and tool. Highlight trends and anomalies, surface the signals your teams need to reduce risk, and optimize AI adoption.

  • Adoption analytics and risk scoring by team, tool, and model
  • Measure which controls actually reduce risk
  • Behavioral drift and anomaly detection across users and departments
  • Investigation-grade session replay for incident response
  • Token usage, model usage patterns, and spend tracking

Governance, Security, and Observability run on the same Control Plane: identity, policy, approvals, audit, and telemetry in one console.

Deployment Surfaces

Where KonaSense Connects

Sensors at every point of use. Browser, IDE, desktop, agentic pipelines, and cloud. One Control Plane governs every interaction, human or autonomous.

Available Now

Sensor Surface

Browser Extension

Chrome and Edge sensor for ChatGPT, Gemini, Copilot, and 50+ AI tools

Intercepts prompts, uploads, and AI responses in real time. Block, redact, and coach at the point of use.

  • Real-time block, redact, and coach at the prompt layer
  • Feeds telemetry into the Control Plane
  • Deploy in minutes via managed browser policies
Available Now

Sensor Surface

Kona for Agents

Govern developer-facing agent workflows across CLI and IDE

Capture and govern AI-assisted coding across the interfaces developers use every day. Enforce policy over agent actions, prompts, completions, and tool usage across CLI and IDE environments.

  • Coverage for Claude Code, GitHub Copilot, Cursor, and Gemini CLI
  • Govern prompts, completions, tool calls, and agent-driven actions
  • MCP Governance for sensitive tool calls and agent actions
  • Stream the same telemetry and policy decisions into the KonaSense Control Plane
Demo Mode

Sensor Surface

KonaProxy for Desktop

Local proxy for desktop LLM clients

Routes native AI traffic from ChatGPT Desktop and similar tools through the Control Plane. Full policy enforcement for desktop AI.

  • ChatGPT Desktop, Claude Desktop, and similar tools
  • Local proxy with no cloud dependency for traffic routing
  • Unified telemetry alongside browser and IDE sensors
Coming Soon

Sensor Surface

AWS Bedrock Connector

Connect Bedrock workloads to the Control Plane

Policy enforcement and telemetry for your AWS Bedrock deployments. Extend governance to cloud-hosted model interactions.

  • Policy enforcement for Bedrock model invocations
  • Telemetry and audit trails in the same console
  • No changes to your existing Bedrock integration

All sensors feed into the same Control Plane: identity, policy, approvals, audit, and telemetry in one console.

Kona for Agents

Govern AI coding agents before they touch your development environment

Kona for Agents governs CLI agents, IDE plugins, and agentic pipelines through a real-time policy layer. Your team gets visibility, control, and cryptographically signed evidence for every action an agent takes.

VS CodeClaude CodeGitHub CopilotCursorGemini CLI

Pre-execution governance

Intercept shell, file, web, and tool actions before they execute. Allow, deny, or escalate to a human reviewer in real time.

Universal agent coverage

One runtime for the major coding agents your developers already use, without modifying the agent or changing source code.

Cryptographic integrity

Every event is signed before transmission so security teams get tamper-resistant evidence for investigations and compliance.

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Agent session timeline

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Policy decision console

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Cryptographic event integrity view

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Per-agent coverage dashboard

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Operating Flow

How KonaSense Works

A real-time pipeline that intercepts, analyzes, protects, and reports on every AI interaction

chat.openai.com
ChatGPT
Claude
Gemini

Control Plane Stage

Protection at the Point of Use

Lightweight sensors capture every AI interaction across browsers, IDEs, and desktop tools. They intercept prompts, uploads, and responses in real time, enforcing block, redact, and coach actions before data leaves the user's device.

  • Browser Extension for Chrome and Edge: real-time interception of ChatGPT, Claude, Gemini, Copilot, and 50+ AI tools
  • VS Code and Cursor Plugin: monitor AI-assisted coding, inline completions, and chat interactions
  • KonaProxy for Desktop: route native AI traffic from ChatGPT Desktop and similar tools through the Control Plane
  • All sensors stream identity-bound telemetry to the Control Plane for policy evaluation

Tool Tip

Sensors are your first line of defense. They protect every AI interaction at the point of use and stream signals to the Control Plane for enforcement and evidence.

Use Cases

See how organizations use KonaSense across browser AI interactions and governed coding agents, without slowing innovation.

Browser

Shadow AI Discovery

KonaSense maps every browser-based GenAI tool in use, from popular chatbots to embedded AI in SaaS. See who is using them, how often, and where risk is concentrated.

Sensitive Data Protection

Detect and stop PII, credentials, source code, and regulated data before they reach external AI tools. Policy controls act at the prompt layer, where traditional tools miss context.

Prompt Injection Defense

Identify malicious instructions embedded in webpages, files, and retrieved context before they manipulate user workflows or override safety guardrails.

Compliance and Investigation

Keep replayable evidence, policy logs, and usage reporting for audit, incident response, and governance teams that need to prove how browser AI is controlled.