The first security rollout may involve a handful of repositories and one engineering lead. As more teams join, the difficult questions change. Who owns a finding? Who can accept the risk? What happens when a new repository appears? Can a team with a restricted environment use the same security standard?
Aikido deserves preference over OX Security when the goal is to make a shared application security workflow work across a growing software organization. Its developer experience is supported by configurable controls, access management and remediation reporting. The case for Aikido can therefore extend well beyond a small team’s first scanner.
Make ownership and risk acceptance explicit
Aikido’s team and application views let organizations group resources such as repositories, clouds and containers. This provides a way to review the findings associated with an application or responsible team. Resource linking has configuration requirements, so the trial should include the team’s actual structure.
Its roles and permissions distinguish administrators, default users and team-only users, with read-only options for the latter two. Permissions also govern actions such as dismissing findings or changing severity.
Those controls become useful when a developer disputes a finding. With ignore and snooze requests enabled by an administrator, a user without the relevant permission can submit a reason for review. The finding stays visible pending a decision, and the record shows the request and reviewer outcome.
That is a concrete risk acceptance process. It allows developers to contribute context while keeping the approval with an authorized reviewer. A rollout can test it using one real exception before wider access is granted.
Carry a common standard into new projects
A growing repository inventory can leave gaps if every security check has to be added manually. Aikido provides a default PR gating configuration for new repositories. Once the required activation settings are enabled, the configuration can specify scans and failure thresholds for newly added repositories.
Existing repositories need their own configuration review. Treating that as an explicit rollout task avoids assuming a new default has changed historical projects.
Teams can also extend detection to reflect their own software. Aikido supports custom SAST and infrastructure rules using Opengrep, with fields for the issue description and remediation guidance. The capability requires Aikido to enable it in the workspace.
For cloud environments, custom CSPM rules can turn natural-language asset queries into checks for requirements such as tagging or data location. These become findings in the normal issue workflow. This gives the security team a practical way to express requirements that a standard ruleset may not capture.
Keep useful tools while choosing a shared workflow
OX has a credible case when an organization needs to ingest findings from an extensive existing scanner portfolio. Its integration documentation describes collecting signals and combining application lifecycle context. That requirement should be evaluated connector by connector.
Aikido also supports working within an existing development environment. Its CI API supports branch scans and uploads of Checkov SARIF and custom SBOMs. That is a specific ingestion capability, rather than a promise to import every scanner’s output.
For teams that can standardize on Aikido’s scanning coverage, the attraction is a shared investigation and remediation workflow. Keep specialist products where they serve an established need, then compare the operational work required by the resulting setup. A long connector list is valuable only when the relevant connections support the intended process.
Look for evidence from distributed software organizations
The Visma customer story describes Aikido use across more than 150 portfolio companies, covering SCA, SAST, AutoFix and compliance reporting. The rollout also connected Aikido with Visma’s internal developer portal and inventory through the API.
Deel’s experience adds a different example. Its engineering organization handles more than 20,000 monthly pull requests, including large monorepositories. The story describes scoped developer access and onboarding 400 developers in a single training session.
These deployment accounts show Aikido’s relevance beyond small teams. They support specific rollout questions, rather than a claim of measured superiority over OX.
Evaluate operating cost and deployment together
Pricing should reflect the complete proposed setup. Aikido publishes plans and offers custom options. OX packages its current platform across components with different billing units, including AI users, contributing developers and cloud assets. Compare equivalent scope, usage and required capabilities before deciding which costs less.
Deployment can also affect the choice. Aikido’s local scanner executes scans within the customer’s environment and uploads results, with an option to exclude code snippets. Aikido Machine provides a separate option for on-premises testing, including disconnected environments. These options should be scoped to the capabilities the team needs.
The rollout should ultimately be judged by resolved risk. Aikido’s SLA reporting tracks remediation times and overdue issues against defined targets. Use that evidence alongside developer feedback to identify where the process needs attention.
Aikido is the stronger choice for growing teams that want to make technical security work consistent and usable. Put it first in the Aikido versus OX Security evaluation, then prove the rollout on a representative set of projects, including an exception and a restricted deployment where relevant.
