The Problem

Infrastructure grows fast. Security teams can't keep track of it.

- A new cloud account is created for a project team.

- A company buys a firm and connects its systems to the main network.

- A developer sets up a cluster to handle a traffic surge and forgets to remove it.

Each event adds assets to the environment. Most of them don't go through a process to update the asset list or alert the security team. Unknown assets may have security vulnerabilities, exposed services, or unnoticed software.

As infrastructure expands, so does the organization's attack surface. Without visibility, security teams make decisions based on information. It's not that growth is careless. Most organizations have tracking processes. The problem is that those processes were built for changing environments.

1. Ticketing system

2. Change management workflows

3. Periodic audits

These work okay when changes happen occasionally. They struggle when: Cloud resources are created quickly, acquisitions add systems overnight, and development teams deploy infrastructure through automated workflows

The Use Case

A software company has grown a lot over the past three years. It grew on its own. Also bought two other companies. The security team keeps track of the company's known infrastructure. They do not have a clear view of the assets they got from the companies they acquired. Some systems still run on the networks and cloud accounts of those acquired companies.

The engineering teams create cloud resources all the time as part of their work. Some of these resources are for production. Others are for testing and are temporary. The security team has trouble telling which systems are being used for production and which are just temporary. They often only find out about infrastructure after it is already set up.

When there is a problem with a used web framework, the security team needs to find every instance of that framework. This includes infrastructure, production systems, and resources created by developers. They do not have an effective way to track all the infrastructure. So they cannot be sure they have found everything. Every hour they spend trying to make a list of all their infrastructure delays, fixing the problem. Makes them more vulnerable.

The security team wants to find and fix problems. They need a better way to track all their infrastructure first.

-They need to know what they have.

-They need to keep track of things added.

-That way they can act fast when there is a problem.

How It's Generally Solved

Most organizations rely on one or more of the following to keep up with infrastructure growth.

• Change management and ticketing processes that require teams to log new infrastructure through a formal request before it gets provisioned.

• Cloud management platforms or infrastructure-as-code pipelines that enforce tagging and registration of new resources at creation time.

• Periodic audits where security or IT staff manually compare the known inventory against what is actually running and reconcile the differences.

• Post-acquisition integration checklists that walk through the steps needed to bring acquired infrastructure into the organization's standard security and inventory processes.

Each of these runs into the same category of problem.

• Change management processes depend on compliance. Resources provisioned outside the formal workflow, whether by developers moving quickly or by teams that simply do not know the process, never enter the system.

• Tagging and registration at creation time only works when the provisioning path enforces it. Resources created through the console, through personal cloud accounts, or through automation that predates the tagging policy are missed entirely.

• Periodic audits are snapshots. Everything that changes between audit cycles is invisible until the next review, which can be weeks or months away in fast-moving environments.

• Acquisition integration checklists are one-time efforts. They account for the assets that exist at the time of acquisition but do not provide ongoing tracking of how that infrastructure continues to change afterward.

The net result is an inventory that is accurate enough to pass a review but incomplete enough to leave meaningful gaps in the organization's real security posture.

How Saner Solves It

Saner CVEM continuously monitors the full environment for new assets as they appear, regardless of how they were provisioned or whether they went through a formal process, and immediately incorporates them into the asset inventory with the context needed to assess and act on them.

Here is how it works in practice.

1. Visibility Into New Assets Across the Environment

Saner monitors on-premises infrastructure, cloud environments, and remote endpoints on an ongoing basis. When a new asset appears, whether it is a cloud instance created by a developer, a server introduced through an acquisition, or a device connected to the network, it can be identified and added to the inventory without relying solely on manual registration, ticket creation, or audit cycles

2. Context for Every Newly Discovered Asset

Newly identified assets are classified using available information such as asset type, operating system, running services, cloud metadata, and observed network activity. Where sufficient context exists, ownership, environment details, and business context can be associated through tagging information, naming conventions, cloud account relationships, and network location data.

This helps security teams understand what an asset is, where it belongs, and how it fits within the broader environment.

3. Vulnerability Assessment From Day One

Newly discovered assets can be evaluated for known vulnerabilities and security misconfigurations as soon as sufficient asset data becomes available. This reduces the delay between asset discovery and risk assessment, helping security teams identify potentially vulnerable systems earlier than traditional inventory reconciliation processes.

Systems running outdated software, missing patches, or insecure configurations can be identified and prioritized for remediation before they become larger security issues.

4. Tracking Changes Across Existing Assets

Infrastructure growth is not limited to new systems. Existing assets continuously change as software versions are updated, new services are deployed, cloud configurations evolve, and network exposure shifts over time. Saner tracks these changes continuously, helping security teams understand how the environment is evolving and how those changes affect overall risk.

5. Unified Visibility Across Acquired and Existing Infrastructure

Acquired infrastructure often remains separate long after an acquisition is completed. Saner helps bring inherited environments into the same inventory and assessment workflow as the rest of the organization. Security teams gain a more consistent view across existing and acquired assets, helping reduce visibility gaps while integration and onboarding efforts continue.

With Saner , security teams gain a current view of how their environment is changing. New assets, inherited infrastructure, and ongoing configuration changes become part of the same inventory and assessment process, helping teams respond to vulnerabilities without first spending hours determining what systems they actually own.

Outcome

We now have real-time visibility into our infrastructure growth. This means our security team does not have to depend on checks, manual reviews, or casual updates to know what assets are in our environment.

When new infrastructure appears, we find it, assess its weaknesses, and add it to our list. This list includes information needed to investigate and fix issues. Assets from acquisitions, development projects, cloud growth, or operational changes are all part of the process.

If a new vulnerability is found, our security team can quickly see where the affected software is and which systems need fixing. We can use the time we save not having to rebuild our lists or check who owns which asset to fix problems and reduce risk.

The result is an accurate list of assets, faster response to vulnerabilities, better coverage of our growing environment, and more confidence that our growth is not creating security gaps.