Product1 distinct publisher2 min readPublished
Add-ons install, upgrade and scope Helm-deployed tools from inside the Portainer UI. The catalog currently holds one, Portainer-Run, and nothing installed that way lives in Git.
The Product Desk · Product desk

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Installing a chart yourself leaves you owning the parts nobody demos: where the values live, who notices when the upstream chart moves, how the tool gets a login. Add-ons hand that to the component already holding cluster credentials and already knowing who your operators are, since an add-on runs beside Portainer in the same cluster and Portainer-Run reuses Portainer's own authentication and access control [4][7]. For a two-person platform team that is real work removed. It is also a dependency swap: the tool's upgrade cadence becomes the catalog's cadence, and Portainer says the catalog is how it intends to extend the product from here [8].
That makes the size of the catalog the number worth quoting, and it is one [14]. Portainer-Run is the first add-on and the only one named in the release [7], so anyone reading Add-ons as a general route to installing cluster tooling from a UI is reading a roadmap rather than a feature.
The awkward fit is with the rest of the same release. GitOps gained a Workflows dashboard covering every Docker, Edge and Kubernetes workload deployed from a Git repository, plus a Sources view for the connected Git sources themselves [9], and workflow creation is now a single guided flow that ends with the stack created and deploying, batching rollouts and pausing or rolling back on failure [10]. That is a push toward Git as the record of what is running. Add-ons are installed by clicking. A team that keeps a declarative record will have cluster tooling sitting outside it, which is manageable for one tool and becomes an exception list after that.
There is a governance answer in the release, though it points elsewhere. The new Banner and Custom Change Confirmation policy paints a group of environments in a color of your choosing and can force a confirmation prompt before any change lands there, extending the Fleet Governance Policies line that began in 2.39 LTS [11][12]. It reduces careless changes made by humans in the console. It does not change where Portainer-Run's workloads are scheduled, which is the cluster running Portainer [4].
For cautious shops, the thing that changed is eligibility. The add-on mechanism has already been through an STS cycle and now arrives with the hardening and long-term support commitment Portainer attaches to LTS builds [2][15]. The post also opens a section on new Kubernetes Security Policies, which the copy supplied to us cuts off mid-sentence [13].
Ranked by verification strength, evidence, and original report placement.
The release post also begins a section stating that a set of new Kubernetes Security Policies has been added; the supplied text is truncated at that point.
Portainer 2.45 LTS is now available and brings the changes from the preceding Short-Term Support releases into the LTS stream.
Portainer describes LTS releases as production-ready, stable versions intended for mission-critical infrastructure, containing all functionality and fixes from the preceding STS releases plus additional hardening for long-term use.
Portainer says the biggest change since its last LTS release is the introduction of Portainer Add-ons.
Add-ons are installable applications that extend Portainer and run directly alongside it in the local Kubernetes cluster; each is deployed as a Helm release from the Portainer UI and appears as its own tool in the Portainer sidebar switcher.
Admins install, upgrade, restart and uninstall add-ons from a central catalog and can monitor their health through dedicated Resources, Events and Logs tabs.
Follow any of these and your For You feed starts watching them — no settings page required.
Evidence-backed comparisons of source perspectives and observed adoption signals. Read the methodology
Which Builder, Operator, and Investor concerns the observed source mix emphasized—not a truth score.
Evidence, demonstrated adoption, hype gap, incentives, and confidence are assessed independently, each on its own current evidence. How these are measured.
Detailed primary vendor documentation, no external verification
The single source is the vendor's own release post, which is specific and checkable at the feature level (Helm-based add-ons, catalog lifecycle actions, health tabs, team scoping, guided GitOps flow, RBAC/PSS/network/SSRF policies). That supports existence claims well, but nothing in the cluster independently tests behaviour, performance or upgrade safety, and the ledger recorded the security-policy section as truncated, so evidence quality is capped.
Shipped and production-labelled, no usage evidence
Adoption evidence stops at availability: the LTS build is out and one add-on exists in the catalog. There are no install counts, customer references, deployment disclosures or third-party reports in the supplied material, and the add-on catalog holding a single item limits how much of the new extension surface can be in use.
Platform framing ahead of shipped surface
The post calls add-ons probably the biggest change since the last LTS and the way Portainer will extend itself going forward, language that implies an ecosystem, while exactly one add-on has shipped and no third-party or user-authored add-ons are described. The concrete feature work (GitOps flow, governance and Kubernetes security policies) is stated plainly and is not overstated, which keeps the gap moderate rather than large.
Vendor announcing and promoting its own release
The only publisher is Portainer describing its own commercial product launch, including a positioning pitch about giving business users a governed place to run self-built apps. There is a direct commercial interest in emphasising breadth and readiness, and no counter-incentivised or independent voice in the cluster; notably absent is any statement of which features require a paid edition.
High on what shipped, low on effect and uptake
Single-publisher, first-party sourcing with a truncated body supports confident statements about what the release contains and how the add-on mechanism is designed, but supports almost nothing about operational behaviour, edition boundaries or real deployment. Assessment confidence is therefore moderate and would move materially on any independent report.
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1 article · August 26, 2026