Deenez vs DNSControl

Deenez and DNSControl both solve the problem of managing DNS consistently across multiple providers.

But they approach that problem in fundamentally different ways.

DNSControl treats DNS as code. Deenez treats DNS as structured infrastructure that your team can manage through a central application.

DNSControl is a great fit for engineering teams that want DNS changes to live in Git, go through pull requests, and deploy through CI/CD.

Deenez is designed for teams that want many of the benefits of structured DNS management without requiring every DNS change to become a code change.

Deenez vs DNSControl at a glance

Feature availability is based on publicly available product information and may change over time.

What is DNSControl?

DNSControl is an open-source DNS management platform that lets you define DNS configuration using code.

Instead of editing records through the dashboard of Cloudflare, Route 53, or another provider, DNS zones are defined using DNSControl’s configuration language.

Those configurations can then be pushed to supported DNS providers.

DNSControl supports more than 35 DNS providers and registrars and includes powerful functionality such as:

• macros and variables;
• Git-based version control;
• pull request workflows;
• CI/CD deployment;
• DNS configuration testing;
• managing zones across multiple providers;
• SPF optimization and flattening;
• reusable configuration;
• provider-independent DNS definitions.

For engineering teams that already manage infrastructure as code, DNSControl can fit naturally into an existing development workflow.

What is Deenez?

Deenez also provides a provider-independent layer for managing DNS.

Instead of defining that layer in code, Deenez provides a web application where DNS records can be managed, organized, documented, and connected to infrastructure.

That distinction changes who can work with DNS and how DNS changes happen.

With Deenez, creating a DNS record doesn’t require editing a configuration file, committing it to Git, opening a pull request, and running a deployment pipeline.

You manage the DNS record directly while still benefiting from structure, normalization, history, and provider integrations.

The biggest difference: DNS as Code vs DNS as a Workspace

DNSControl follows the Infrastructure as Code philosophy.

Your DNS configuration becomes code.

That gives engineering teams some powerful benefits:

• configuration can be reviewed in pull requests;
• changes are version controlled;
• DNS can be tested before deployment;
• deployments can be automated;
• configuration can be generated using variables and macros;
• similar zones can share configuration.

For teams already working heavily with Git and CI/CD, that’s a very natural model.

Deenez takes a different approach.

Instead of making DNS part of your source code, Deenez provides a dedicated workspace for DNS.

The structure lives in the application rather than in configuration files.

This makes DNS easier to manage for teams where DNS isn’t exclusively owned by developers.

You don’t need to turn every DNS change into a deployment

Infrastructure as Code can be extremely powerful.

But not every DNS workflow needs a code review and deployment pipeline.

Sometimes you simply need to:

• add a verification TXT record;
• point a subdomain to another server;
• prepare a migration;
• add a mail provider;
• temporarily create a record;
• update an application endpoint.

With DNSControl, these changes typically become changes to your DNS configuration code.

With Deenez, they’re DNS changes.

You can make them through the application while Deenez handles communication with the underlying provider.

This can reduce the operational overhead for routine DNS management.

Make DNS understandable beyond the engineering team

A Git repository works very well when everyone managing DNS is comfortable working with Git.

That isn’t always the case.

DNS might also be touched by:

• system administrators;
• support engineers;
• hosting teams;
• agencies;
• project managers;
• technical account managers;
• other operational teams.

Deenez gives those teams a visual interface without requiring direct access to provider dashboards or a DNS configuration repository.

At the same time, DNS remains centrally managed.

Organize DNS records around what they belong to

DNSControl can use code structure, variables, macros, and comments to organize configuration.

Deenez makes organization an explicit part of the DNS data model.

Related records can be grouped together.

For example, an application might use:

• app.example.com
• api.example.com
• assets.example.com
• a verification TXT record
• DKIM records

Instead of those simply being five independent records inside a zone, Deenez can group them around the application they belong to.

That structure is visible directly in the interface.

Add human context directly to DNS records

Code can contain comments.

But Deenez treats context as part of the DNS record itself.

A TXT record such as:

google-site-verification=...

can include a comment explaining:

Required for Google Search Console — requested by marketing

That context remains available wherever the record is managed inside Deenez.

This makes documentation part of the DNS workflow rather than something that depends on how configuration files happen to be structured.

Resources vs variables

DNSControl has a powerful variable system.

For example, an IP address can be assigned to a constant and referenced throughout the DNS configuration.

Instead of repeating:

203.0.113.10

throughout the configuration, you could define the value once and reuse it.

Deenez solves a similar problem with resources, but models the concept differently.

Instead of thinking in terms of a variable:

PRODUCTION_SERVER_IP

Deenez lets you think in terms of the actual resource:

Production Web Server

DNS records can reference that resource.

The resource contains the IP address.

This means the relationship between DNS and infrastructure becomes explicit rather than simply being a reusable configuration value.

For engineering teams, variables may be exactly what they want.

For broader operational teams, resources can provide a more understandable model.

Schedule DNS changes without building automation

DNSControl is designed to work very well with automation.

Because DNS configuration is code, external tools such as CI/CD systems or scheduled jobs can be used to deploy changes at specific times.

Deenez makes scheduled DNS changes a native feature.

You can prepare a DNS change in advance and specify when it should happen.

For example:

Change app.example.com to Production Server B at 22:00

The scheduling is part of the DNS workflow itself.

You don’t need to create a scheduled CI/CD pipeline or another external automation to make the change happen.

Give DNS records an expiration date

Some DNS records should not live forever.

Verification records, migration records, test environments, temporary subdomains, and short-lived integrations can easily remain in a zone long after they’re needed.

Deenez allows DNS records to have an expiration date.

That makes temporary DNS explicit.

Instead of creating a ticket or reminder to remove the record later, its intended lifecycle is attached directly to the DNS record.

Two different approaches to DNS history

DNSControl gets one of its biggest strengths from Git.

When your DNS configuration lives in a Git repository, you automatically gain:

• commit history;
• diffs;
• authorship;
• pull requests;
• code review;
• rollback capabilities.

For engineering teams, this is an excellent audit trail.

Deenez provides an audit trail inside the DNS management application.

That means you can inspect DNS changes without needing to interpret Git history or configuration diffs.

Again, neither approach is inherently better.

They are designed for different workflows.

SPF management and flattening

SPF is one area where DNSControl and Deenez overlap significantly.

DNSControl includes an SPF optimizer that can detect excessive DNS lookups and flatten SPF includes.

Deenez also provides dedicated SPF tooling and SPF flattening.

The difference is primarily how you interact with it.

DNSControl integrates SPF optimization into a code-based DNS configuration.

Deenez integrates SPF composition and flattening into the DNS management interface.

If your DNS already lives in code, DNSControl’s approach can be very powerful.

If you want to build and maintain SPF configurations visually alongside the rest of your DNS, Deenez provides that workflow without requiring code.

Where DNSControl stands out

DNSControl is particularly powerful for engineering teams that want DNS to behave like software.

Its Git and CI/CD workflow gives you mature engineering practices around DNS configuration.

DNSControl also supports:

• more than 35 DNS providers;
• macros and reusable configuration;
• variables;
• automated deployment;
• DNS configuration testing;
• pull request workflows;
• keeping similar domains synchronized;
• dual-provider DNS configurations;
• an extensible provider architecture.

It’s also open source.

For organizations that already manage most of their infrastructure as code, DNSControl can be an excellent fit.

Where Deenez stands out

Deenez is designed for teams that want structured DNS management without making DNS configuration part of their codebase.

Consider Deenez if you want to:

• manage DNS through a visual interface;
• allow non-developers to safely work with DNS;
• group related DNS records;
• attach comments and context to records;
• connect DNS records to infrastructure resources;
• schedule DNS changes natively;
• give temporary DNS records an expiration date;
• compose SPF configurations;
• use SPF flattening;
• keep an application-level audit trail;
• manage multiple providers from one place.

The goal isn’t to recreate Infrastructure as Code inside a browser.

It’s to give DNS its own structured management environment.

When should you choose DNSControl?

DNSControl is a strong choice if:

• your DNS is owned primarily by developers or DevOps engineers;
• your team already works heavily with Git;
• you want every DNS change reviewed through pull requests;
• you want DNS deployments inside CI/CD;
• you want to test DNS configuration as code;
• you manage many similar zones using reusable configuration;
• you want an open-source solution;
• Infrastructure as Code is already central to your operations.

In that environment, treating DNS as code can be a major advantage.

When should you choose Deenez?

Deenez is a strong fit if you want structured DNS management but don’t want every DNS change to become a software deployment.

Especially when DNS is managed by a broader technical team.

Choose Deenez if you want to open a DNS record and immediately understand:

• what it belongs to;
• why it exists;
• which infrastructure it references;
• who changed it;
• whether it is temporary;
• when a future change is scheduled.

You get structure around DNS without requiring your team to maintain a DNS codebase.

DNS as Code or DNS as a Workspace?

DNSControl and Deenez ultimately represent two different philosophies.

DNSControl makes DNS part of your codebase.

Configuration lives in files, changes go through Git, and CI/CD can deploy those changes to your DNS providers.

Deenez gives DNS its own workspace.

Records can be grouped, documented, connected to infrastructure, scheduled, expired, and managed through a dedicated interface.

If DNS is infrastructure code in your organization, DNSControl may be exactly what you’re looking for.

If DNS is something your team needs to actively understand and manage every day, Deenez provides a different approach.

Keep your DNS provider. Make your DNS easier to manage.

Get started with Deenez