Defense Built Into Your Architecture. Active by Design.
Set the security outcomes you want. Native enforces them through your providers' own controls, simulates the blast radius, and holds them across AWS, Azure, Google Cloud, and OCI.
How It Works
How an Outcome Becomes a Control
Native runs every stage end to end: mapping what's enforced today, turning the outcome you define into provider-native controls, simulating the impact before rollout, deploying, and keeping it aligned as your cloud changes.
Building blocks for secure architecture
Building blocks for secure architecture
Building blocks for secure architecture
Building blocks for secure architecture
Know your full estate before you touch a single control.
A live map of what your cloud providers are actually enforcing today, and where they're doing nothing.
Define what must be true in plain language, across every cloud.
Validate every guardrail against your real cloud activity before it's enforced.
See exactly what changes before anything does. Then deploy in one step.
Your engineering teams know immediately when a guardrail fires, and why.
Your organization changes. Your guardrails adapt to match.
Know your full estate before you touch a single control.
A live map of what your cloud providers are actually enforcing today, and where they're doing nothing.
Define what must be true in plain language, across every cloud.
Validate every guardrail against your real cloud activity before it's enforced.
See exactly what changes before anything does. Then deploy in one step.
Your engineering teams know immediately when a guardrail fires, and why.
Your organization changes. Your guardrails adapt to match.
Solutions
Eight Ways Teams Put Native to Work
The security outcomes teams reach for first, each enforced architecturally through your providers' own controls.

Multi-Cloud Alignment
One security architecture, enforced identically across all four clouds.
Define your security architecture once and Native compiles it into provider-native controls across AWS, Azure, Google Cloud, and OCI. Same intent, same enforcement everywhere, without the per-cloud rewrites or the drift between providers that quietly fragments your posture.
Learn More
Secure Cloud Services Adoption
A governed path to new services, guardrails live upfront.
Engineering teams get a fast, governed path to adopt new cloud services. Native puts provider-native guardrails in place at every stage, so teams move quickly while the boundaries that keep a new service safe are already enforced before the first workload lands.
Learn More
Enable AI for Engineering
Set what AI can reach and run, enforced externally.
Define what AI agents can reach, run on, and train on, then enforce those boundaries from outside the agent. The limits hold regardless of inherited permissions, so your teams ship with AI at full speed inside guardrails no prompt can override.
Learn More
Protect from AI Attacks
Close the exploitable surface before AI-armed attackers arrive.
Attackers now have AI in their hands and probe at machine speed. Native installs active defenses up front, compiling provider-native controls that close the exploitable surface before attackers ever reach it, so the opening is gone rather than caught after the fact.
Learn More
Enforce Data Perimeter
Control who reaches your data, and from where, everywhere.
Lock down who can reach your data and from which networks, across every provider. Native enforces perimeters tuned to the nuance of each service and access pattern, abstracting the complexity of AWS, Azure, Google Cloud, and OCI into one enforced boundary.
Learn More
Compliance Enforcement
Requirements enforced continuously, so you never drift out.
Map each compliance requirement to an enforceable, provider-native control that holds continuously. You stay audit-ready by design and can't drift out of your desired state, which removes the remediation cycles and evidence scrambles that come from checking posture after the fact.
Learn More
Blast Radius Containment
Hard segmentation between zones, so a compromise can't spread.
Native models your cloud into zones and enforces hard segmentation between them at the architecture layer. If one workload is compromised, the attacker can't move laterally across the estate, because the paths that would carry them there aren't there to use.
Learn More
Built-In Prevention
Kill misconfigurations at the source, before they're possible.
Shift from chasing findings to preventing them. Native compiles preventive enforcement into the primitives your providers already ship, eliminating the misconfigurations that generate most alerts, so the risky state is architectural
Learn MoreSolutions
Eight Ways Teams Put Native to Work
The security outcomes teams reach for first, each enforced architecturally through your providers' own controls.








- 1Learn More
One security architecture, enforced identically across all four clouds.
Define your security architecture once and Native compiles it into provider-native controls across AWS, Azure, Google Cloud, and OCI. Same intent, same enforcement everywhere, without the per-cloud rewrites or the drift between providers that quietly fragments your posture.
- 2Learn More
A governed path to new services, guardrails live upfront.
Engineering teams get a fast, governed path to adopt new cloud services. Native puts provider-native guardrails in place at every stage, so teams move quickly while the boundaries that keep a new service safe are already enforced before the first workload lands.
- 3Learn More
Set what AI can reach and run, enforced externally.
Define what AI agents can reach, run on, and train on, then enforce those boundaries from outside the agent. The limits hold regardless of inherited permissions, so your teams ship with AI at full speed inside guardrails no prompt can override.
- 4Learn More
Close the exploitable surface before AI-armed attackers arrive.
Attackers now have AI in their hands and probe at machine speed. Native installs active defenses up front, compiling provider-native controls that close the exploitable surface before attackers ever reach it, so the opening is gone rather than caught after the fact.
- 5Learn More
Control who reaches your data, and from where, everywhere.
Lock down who can reach your data and from which networks, across every provider. Native enforces perimeters tuned to the nuance of each service and access pattern, abstracting the complexity of AWS, Azure, Google Cloud, and OCI into one enforced boundary.
- 6Learn More
Requirements enforced continuously, so you never drift out.
Map each compliance requirement to an enforceable, provider-native control that holds continuously. You stay audit-ready by design and can't drift out of your desired state, which removes the remediation cycles and evidence scrambles that come from checking posture after the fact.
- 7Learn More
Hard segmentation between zones, so a compromise can't spread.
Native models your cloud into zones and enforces hard segmentation between them at the architecture layer. If one workload is compromised, the attacker can't move laterally across the estate, because the paths that would carry them there aren't there to use.
- 8Learn More
Kill misconfigurations at the source, before they're possible.
Shift from chasing findings to preventing them. Native compiles preventive enforcement into the primitives your providers already ship, eliminating the misconfigurations that generate most alerts, so the risky state is architectural
The Return on Active Defense
Active Defense, by the Numbers
Modeled on an enterprise running workloads across all multiple major clouds. Your numbers move with your environment.
$150K
Avoided in breach-related set-aside
Enforcing controls at the architecture layer means fewer expected incidents, so legal and response reserves come down.
~1,450 hrs
redeployed to strategic work
Automated enforcement frees roughly 0.7 FTE of engineering time from manual remediation for architecture and detection.
$97.5K
reclaimed in redundant tooling
One control plane lets overlapping CSPM, CWPP and CIEM licenses consolidate off the budget.
Source
TAG Infosphere, Inc., Quantifying Enterprise ROI for Native Security for Multi-Cloud Control Plane Protection, v2.0 (August 2026).
Bring a Real Intent. Watch It Deploy.
Walk the platform with our team. We'll map what's enforced in your cloud today, then take one real security outcome and show it compiled, simulated, and deployed through the controls your providers already ship.
Active Defense, Answered
How active defense differs from what you already run, how Native fits alongside your stack, and what it means in practice for multi-cloud, AI, and compliance. The questions that come up most.