Teams running production on a build-and-deploy platform like Vercel have the deploy pipeline sorted. The workflow around the deploy, the shipping checklist, the release note draft, the cross-team handoff, the on-call rotation, the incident postmortem, usually lives in a scattered mix of Google Docs, Slack channels, and screenshot threads. Strkr Projects is the deployment-adjacent workflow layer: the human process around the pipeline the pipeline does not run.
The deploy platform runs the deploy. The pull request merges, the build runs, the preview URL spins up, the production deployment ships. That part is solved. The human workflow that wraps the deploy, the review, the sign-off, the release note, the handoff to support, the on-call escalation, is not solved by the deploy platform. It is spread across chat threads, Google Docs, and the engineer's memory.
Smoke test the staging URL. Confirm the migration ran. Verify the feature flag is wired. Notify customer success. Update the status page. The list is the same every ship and lives in a Google Doc that nobody opens. Strkr Projects runs the list as a task template with assignees and timestamps.
The customer-facing release note needs to land on the help center, the in-app changelog, and the newsletter. Someone drafts it in a Google Doc, three people review it in comments, nobody owns the publish step. Strkr Docs holds the template, Flows routes the review, the publish is a one-click action.
A new feature ships, support needs to know about the help article, marketing wants to run a campaign, customer success needs talking points. The chat-channel announcement reaches half the audience and the other half finds out from a customer. Strkr Projects routes the handoff with named owners.
The on-call rotation lives in PagerDuty or a chat-channel pin. The engineer going on call does not know what shipped in the last 24 hours. Strkr Projects wires the deploy events to the on-call engineer's dashboard so the first responder has context on what might break.
A production incident needs an incident commander, a scribe, a comms lead, a status page update, and a customer notice. The first ten minutes decide the next hour. Strkr Projects runs an incident template that creates the roles, opens the comms channel, and starts the status-page draft.
The incident resolves and the team goes back to feature work. The postmortem gets scheduled, then slips, then quietly drops. Strkr Projects uses the incident template to generate the postmortem skeleton with timeline, decisions, and action items, so the write-up is 30 minutes of edit, not three hours of reconstruction.
Strkr Projects runs the workflow around the deploy as a project type with its own template, status workflow, and automations. The pattern below shows the shape teams adopt when they move the shipping workflow out of scattered docs and chat into a system of record.
A release is a Strkr Project with a type template that includes the pre-ship checklist, the release-note draft task, the handoff tasks, and the postmortem placeholder. The project opens when the release is scoped and closes when the postmortem lands.
The first-party GitHub integration posts pull request status, review status, and merge events to the project. The project page shows which PRs are open, in review, and merged, with a direct link to the GitHub surface. The deployment platform event triggers the next step in the workflow.
The pre-ship checklist is a Flows template. When the release project moves to Ready-to-Ship, Flow creates the checklist tasks, assigns them to the right owners, and times out to escalation if a task misses its SLA. The list that used to get skipped under pressure runs itself.
The release note draft lives in Strkr Docs, pulls data from the release project record, routes through legal and marketing review, and publishes to the help center on approval. The publish step is a Flows action, so the human steps are review and approve, not copy and paste.
An incident is a Strkr Project with the incident type template. Creating the project assigns the commander, opens the comms channel through the Slack or Microsoft Teams integration, drafts the status-page update, and starts the timeline log. The first ten minutes have a scaffold.
The incident project rolls forward into a postmortem artifact in Strkr Docs. The timeline from the incident surfaces as the chronology, the comms log becomes the stakeholder-communication section, the action items become tasks on the project. The write-up is 30 minutes of edit.
Strkr Projects does not run the deploy pipeline. The deploy platform does. The clear boundary below shows where each tool lives so teams do not try to replace the build or push steps with a project task.
The deploy platform owns the build, the preview URL spin-up, the environment variable injection, and the asset upload. Strkr Projects references the preview URL and the build status but does not run them.
The deploy platform owns the production deployment, the rollback button, and the traffic routing. Strkr Projects references the deployment event and triggers the post-deploy workflow but does not run the deploy itself.
Monitoring, log aggregation, error tracking, and uptime checks live in the observability stack: Datadog, Sentry, Honeycomb, the platform's own analytics. Strkr Projects receives alerts through webhooks and opens incidents, but does not own the signal.
Feature flags live in a flag platform like LaunchDarkly or Statsig. Strkr Projects references the flag state as part of the pre-ship checklist and tracks the rollout plan, but the actual flag toggle happens in the flag platform.
Pull requests, code review, and merge gates live in GitHub or GitLab. Strkr Projects shows the PR status on the project but does not run the review. The code review discipline stays in the repository where it belongs.
API keys, database credentials, and signing keys live in the secrets platform of record: AWS Secrets Manager, Vault, Doppler. Strkr Projects references the rotation schedule as a project task but does not store the secret.
The teams that move the shipping workflow out of scattered docs and chat into Strkr Projects report a consistent set of improvements. The pattern below is the one that shows up most often in post-migration retrospectives.
The pre-ship checklist that used to get skipped under pressure runs as a Flows-created task set with assignees and SLA. Completion rate climbs from the 60 to 70 percent that teams admit to on a Google Doc list, into the 95 percent-plus range once the list is enforced.
The release note that used to take a week of chasing goes out the day of the deploy. The template pulls release-project data, the review routes through the approvals queue, and the publish is a one-click action to the help center.
The handoff tasks for support, marketing, and customer success run on the release project with named owners. The pattern of support finding out about a feature from a customer ticket goes away.
The first ten minutes of an incident have a scaffold. The commander, scribe, comms lead, and status page update are opened by the incident template, not improvised. Teams report mean time to coordination dropping into the sub-ten-minute range.
The postmortem that used to be scheduled and then slip ships because the skeleton is half-written. The team edits the chronology and fills in the five whys, which takes 30 minutes rather than three hours.
The release project page replaces the four Slack channels that used to hold the shipping conversation. The project is the record. The chat remains for real-time discussion but is not the record anymore, which closes the where-did-we-discuss-that question.
A tool that holds release artifacts, incident response, and postmortems touches sensitive internal data: production incidents, security advisories, customer-impact records. The governance layer below is the standard set of controls.
Strkr is HIPAA compliant and signs a BAA. Teams running regulated SaaS run the release and incident workflow under BAA scope with the same safeguards as the record store. The security review that already covers the CRM extends to the project module.
The SOC 2 Type II audit is in progress through 2026-Q4. GDPR and CCPA compliance are in place today. The project module inherits the organization-wide posture, so the shipping workflow does not require a separate control review.
Field-level permission on the incident project surface controls who sees the full timeline, who sees the customer-impact section, and who sees the postmortem action items. Executives and auditors get the appropriate view from the same project object.
Every project edit, every status change, and every assignment lands in the admin audit log. Compliance reviews on incident response and release discipline run on the audit log rather than a sidecar chat export.
The deploy platform and the observability stack feed Strkr Projects through the open API. Deploy events, incident alerts, and monitoring signals all post to Strkr webhooks and trigger the project workflow. The connection is first-party-maintained for the common tools and open-API for the long tail.
Internal release surfaces, status page previews, and shared project links render on the Strkr surface with the tenant's branding. The customer-facing status page and release note publish to the brand-owned domain, so the end user sees the product's brand, not a vendor's.
The pre-ship checklist, the release note, the handoff, the incident response, the postmortem. One project surface, one audit trail, one place to look.
No. Strkr Projects is the workflow around the deploy, not the deploy itself. The deploy platform owns the build, the preview URL, the production push, and the rollback. Strkr Projects runs the pre-ship checklist, release notes, handoff tasks, on-call context, incident response, and postmortems. The two tools cover different jobs.
Through webhooks and the open API. Deploy events, PR events from GitHub or GitLab, and alerts from the observability stack post to Strkr webhooks and trigger the project workflow. First-party GitHub, GitLab, Slack, and Teams integrations handle the common path; the Strkr open API covers the custom integrations.
Yes, with the right template. The incident template opens roles, drafts the comms, starts the timeline, and generates the postmortem skeleton. Teams report sub-ten-minute mean time to coordination once the template is in place. Specialized incident tools like Incident.io or FireHydrant remain useful for very large organizations; for most mid-market teams the Strkr project template covers the pattern.
When the checklist is a Flows-created task set with assignees and SLA, completion rate lands in the 95 percent range. The pattern that fails is a checklist in a Google Doc that nobody opens. The pattern that works is a checklist that opens itself with named owners and expires if ignored.
The release note draft lives in Strkr Docs, pulls data from the release project record, routes through legal and marketing review in the approvals queue, and publishes to the help center or in-app changelog on approval. The publish step is a Flows action, so the human workflow is review and approve, not copy and paste.
Named tasks for support (help article updated), marketing (campaign scheduled), customer success (talking points shared), and documentation (API reference updated). Each task has an owner and a due date relative to the ship date. The chat-channel announcement remains for real-time awareness but is not the record anymore.
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