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Give Engineering a Safe Path to Adopt New Cloud Services

Native helps security get ahead of new cloud service adoption with recommended, provider-native guardrails for AWS, Azure, Google Cloud, and OCI. Teams can review the controls before rollout, deploy them with confidence, and keep them enforced as usage grows.

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New Services Shouldn’t Mean New Exposure

Engineering teams want to use new cloud services as soon as they are useful. Security teams want the right guardrails in place before risky patterns become normal.

Native gives both sides a better path: recommended, provider-native controls for each service, ready to review and deploy, so teams can adopt new capabilities without creating months of findings, reviews, and cleanup work later.

The Problem

New Services Move Faster Than Security Reviews.

New services get adopted faster than security can write policy for them. Each one ships its own permissions model, its own defaults, and its own ways to leak data. By the time a review catches up, the service is already in production. Most teams end up choosing between slowing engineering down and accepting risk they can't see.

Native Policy Management

The Enforcement

Give Teams the Guardrails Before They Ship

Pick the service you're adopting and Native generates the recommended controls for it, compiled into provider-native primitives, with a guided rollout and a Get Started path. Engineering moves on a governed track: the guardrails are already defined and ready to deploy, so adoption doesn't wait on a security review cycle.

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Confidence

Know the Impact Before the Service Goes Live.

Native replays historical activity against the proposed guardrails, so you know what they'd block and who they'd affect before rollout. After deployment, Native tracks provider changes and surfaces drift, so the guardrails hold as the service, and your usage of it, grows.

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Go Deeper: Architecture for Active Defense in the Cloud

This solution is one layer of a larger architecture. The ebook maps the whole thing: actors and zones, boundaries and baselines, and how perimeter, segmentation, and baseline controls compile into provider-native enforcement across AWS, Azure, Google Cloud, and OCI.

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Active Defense, Answered

Secure cloud services adoption means getting the right guardrails in place before engineering starts using a new cloud service, not after. Every new service ships its own permissions model, defaults, and data-access patterns, so adopting it without controls quietly expands your attack surface. Done right, adoption gives engineering a governed path: the recommended controls for that service are defined, simulated, and ready to deploy, so teams move fast on a track that's already safe.

Native helps security create a governed path for cloud adoption before new services turn into new exposure. Recommended provider-native controls give teams a paved road for using each service safely across AWS, Azure, Google Cloud, and OCI. Engineering can move fast, while security keeps the right guardrails in place from the start.

Pipeline checks are useful, and Native works alongside them. But guardrails wired only into CI/CD cover the path through the pipeline and miss everything else: direct console changes, credential use, and services stood up outside the pipeline entirely. Native enforces centrally at the cloud control plane, so the guardrails apply no matter how the service gets adopted, and it simulates the real-world impact before anything goes live.

Hand-writing provider-native controls is possible. The challenge is doing it correctly for every service, in every cloud, as the environment changes. A single security outcome can require different combinations of identity, network, resource, and service controls depending on the provider. Each service also brings its own actions, attributes, edge cases, and safe exceptions. Native translates the outcome into the right provider-native controls, guides rollout, and gives teams a rollback path, so enforcement happens at the cloud control plane without turning every guardrail into a custom policy project.

Turn Security Intent Into Enforced Architecture

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