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Organizations depend on incident management platforms to keep critical services available, coordinate responders, and minimize downtime during outages. When the incident management platform itself becomes a source of friction, teams often begin evaluating alternatives that better support modern reliability practices.
For many engineering, SRE, and operations teams, that evaluation leads to a migration from Opsgenie to Rootly.
A successful migration involves much more than moving schedules and integrations. Teams must preserve on-call coverage, maintain escalation paths, train responders, and ensure incidents continue to be managed effectively throughout the transition.
Whether you're replacing Opsgenie due to changing operational requirements, workflow complexity, or a desire for more modern incident response capabilities, a structured migration process can help reduce risk and ensure a smooth transition. Careful planning, thorough testing, and gradual rollout strategies can help teams maintain reliability while adopting new workflows and tools.
Why teams are moving from Opsgenie to Rootly
The changing incident management landscape
Incident management has evolved significantly over the past decade.
Organizations are increasingly looking for platforms that combine on-call management, incident response, communication, automation, postmortems, and reliability workflows into a unified experience. Instead of managing multiple disconnected tools, teams want a centralized system that supports the entire incident lifecycle.
Common reasons teams leave Opsgenie
Rising operational complexity
As organizations scale, maintaining large numbers of schedules, escalation policies, routing rules, and integrations can become increasingly difficult.
Alert fatigue
Many teams struggle with excessive alert volume. When responders receive too many notifications, important alerts can be overlooked, increasing response times and operational risk.
Fragmented incident workflows
Modern incidents often require coordination across engineering, security, support, product, communications, and leadership teams. Fragmented tooling can make collaboration slower and less efficient.
Growing demand for automation
Organizations increasingly expect automation to assist with incident creation, responder coordination, stakeholder communications, and post-incident reviews.
Why teams choose Rrootly
Slack-native Incident Response
Rootly enables teams to coordinate incidents directly within Slack, allowing responders to work where collaboration already happens.
AI-powered automation
AI-assisted workflows help reduce manual effort throughout the incident lifecycle, from incident declaration to postmortem generation.
Integrated incident lifecycle management
Rather than relying on multiple tools, organizations can manage on-call schedules, incidents, communications, status updates, and postmortems from a single platform.
Faster coordination during critical incidents
Automated workflows reduce delays and help ensure the right responders are engaged quickly.
Signs it's time to migrate from Opsgenie
Your organization may be ready for migration if you experience:
- Slow incident response times
- Alert overload
- Excessive manual coordination
- Limited visibility during incidents
- Difficulty scaling on-call programs
- Fragmented communication workflows
- Challenges conducting post-incident reviews
Opsgenie vs. Rootly: What changes after migration?
Major workflow differences
Opsgenie's alert-centric approach
Opsgenie primarily focuses on alerts and notifications. Incidents often require coordination across multiple tools.
Rootly's incident-centric approach
Rootly organizes workflows around the incident itself, helping teams manage response, collaboration, communication, and resolution from a centralized command center.
What your team will need to relearn
Migration typically requires teams to adapt to:
- Incident declaration workflows
- Slack-based coordination
- Incident ownership models
- Stakeholder communication processes
- Automated response workflows
- Postmortem generation procedures
Planning your Opsgenie migration strategy
A successful migration starts long before any schedules, integrations, or escalation policies are moved. Organizations that invest time in planning are more likely to avoid service disruptions, maintain responder confidence, and achieve their desired operational improvements.
Before configuring Rootly, teams should determine how the migration will be executed, who will be responsible for key decisions, and how the transition will be communicated across the organization.
Choosing the right migration approach
There is no single migration strategy that works for every organization. The right approach depends on team size, operational complexity, risk tolerance, and the number of critical services involved.
1. Big bang migration
A big bang migration moves all teams, schedules, integrations, and workflows to Rootly at the same time.
This approach can shorten the overall migration timeline and reduce the need to manage two platforms simultaneously. However, it also carries greater risk because any configuration issues, integration failures, or workflow gaps can affect the entire organization immediately.
Big bang migrations are typically better suited for smaller teams with relatively simple incident management environments.
2. Phased migration
A phased migration gradually moves teams and services to Rootly over a defined period.
Many organizations start with a pilot team before expanding adoption to additional engineering groups. This allows teams to validate configurations, gather feedback, refine workflows, and address issues before broader deployment.
For most mid-sized and enterprise organizations, a phased approach provides the safest path to migration.
3. Hybrid migration
A hybrid migration combines elements of both approaches.
Some critical services remain on Opsgenie temporarily while lower-risk services migrate first. This strategy helps organizations reduce risk while maintaining confidence that mission-critical systems remain protected throughout the transition.
Hybrid migrations are often used by organizations with complex environments, strict uptime requirements, or regulatory obligations.
Building a migration team
Migration projects are most successful when ownership is clearly defined from the beginning.
Because incident management affects multiple departments, organizations should involve representatives from all teams that participate in incident response. This helps ensure that operational requirements are captured and that new workflows support both technical and business needs.
Successful migrations typically involve:
- SRE leaders
- Platform engineers
- Incident managers
- Engineering leadership
- Security teams
- Operations stakeholders
Assigning clear responsibilities for planning, implementation, testing, training, and rollout can help prevent confusion and keep the migration on schedule.
Communicating the migration internally
Even well-designed migrations can struggle if responders are not prepared for new workflows.
Clear communication helps teams understand why the migration is happening, what changes to expect, and how incident response processes will evolve after deployment.
Organizations should establish:
- Migration timelines
- Training schedules
- Support channels
- Escalation contacts
- Go-live expectations
Regular updates throughout the project can improve adoption, reduce uncertainty, and ensure responders are comfortable using Rootly before the final cutover occurs.
Pre-migration checklist: What to audit before leaving Opsgenie
What data can and cannot be migrated from Opsgenie?
One of the most important parts of an Opsgenie migration is understanding which data, workflows, and configurations can be moved directly and which ones may need to be rebuilt manually.
Not every Opsgenie setup maps perfectly into a new incident management platform. Some components can be migrated with minimal changes, while others should be reviewed, simplified, or redesigned before being recreated in Rootly.
Users and teams
Users, team structures, and ownership models can be migrated with no disruption.
Before migration, teams should review user lists to remove inactive accounts, confirm current team ownership, and make sure every service has the right responders assigned. This is also a good time to clean up outdated roles, permissions, and team structures that may no longer reflect how the organization operates.
On-call schedules
On-call schedules can be recreated in Rootly, but they will be carefully reviewed before launch.
Teams should confirm rotation frequency, shift start times, time zones, holiday coverage, backup responders, and handoff rules. Even small schedule errors can create coverage gaps, so every schedule should be tested before the final cutover.
Escalation Policies
Escalation policies can be recreated within Rootly, but migration is a good opportunity to simplify unnecessary complexity.
Many Opsgenie environments accumulate outdated rules over time. Before rebuilding escalation policies, teams should confirm who owns each service, when escalations should trigger, and which responders should be notified at each stage.
Historical incidents
Historical incident data may need to remain archived for compliance, reporting, or internal review purposes.
Before decommissioning Opsgenie, organizations should determine whether past incident records need to be exported, stored, or referenced in future postmortems and reliability reviews.
Alert history
Alert history is useful for understanding incident trends, noisy services, recurring failures, and alert fatigue.
Organizations should review retention requirements before migration and decide which alert data should be preserved. This can help teams compare pre-migration and post-migration performance once Rootly is fully adopted.
Runbooks and documentation
Existing runbooks and documentation should be reviewed before they are moved or linked into the new workflow.
Outdated documentation can create confusion during incidents. Teams should update escalation instructions, service ownership details, troubleshooting steps, communication templates, and post-incident review processes before go-live.
What may require manual recreation
Some custom workflows, integrations, routing rules, and notification logic may require manual configuration and validation.
This is especially common for organizations with complex routing logic, custom monitoring integrations, unusual escalation rules, or workflows built around legacy processes. These items should be documented early, rebuilt carefully, and tested through incident simulations before launch.
How to migrate from Opsgenie to Rootly: Step-by-step
Common Opsgenie migration challenges and how to avoid them
Opsgenie migrations can become risky when teams rush the process, skip testing, or copy old workflows without reviewing them first. The most common issues usually involve broken escalations, missed dependencies, poor documentation, and limited team adoption.
Broken Escalation Policies
Incorrect escalation policies can prevent alerts from reaching the right responders. Document each escalation chain before migration, confirm current service owners, and test every path before launch.
Alert routing errors
Routing errors can send incidents to the wrong team or cause alerts to be missed. Test monitoring integrations, alert rules, notification paths, and failover logic before go-live.
On-call schedule conflicts
Schedule issues often involve time zones, holidays, handoffs, or overlapping shifts. Review each schedule carefully to avoid coverage gaps during and after migration.
Missing integrations and dependencies
Overlooked tools can create visibility gaps after migration. Before launch, map monitoring tools, services, escalation rules, communication channels, ticketing systems, and ownership relationships.
Slack workflow adoption issues
Teams may need time to adjust to Slack-native incident response. Train responders on how to declare incidents, acknowledge alerts, escalate issues, and update stakeholders in Rootly.
Documentation gaps
Outdated documentation can slow response during incidents. Update runbooks, severity definitions, escalation instructions, ownership records, and communication workflows before launch.
Moving everything at once
Large-scale migrations increase risk unnecessarily. A phased rollout gives teams time to identify issues, collect feedback, and improve workflows before full adoption.
Team resistance to change
Responders may be hesitant to change familiar workflows. Involve stakeholders early, explain the benefits, communicate timelines clearly, and use a pilot rollout to build confidence.
Best practices for a smooth Opsgenie to Rootly migration
A smooth migration depends on careful planning, testing, and team preparation. The goal is to reduce risk while making sure responders are ready to use the new workflows confidently. That's why Rootly works hand-in-hand with you every step of the way.
Avoid big-bang migrations
Moving everything at once can increase the risk of missed alerts, broken escalations, and team confusion. A gradual migration gives teams more time to test workflows and fix issues before full rollout.
Start with a pilot team
Begin with one team or service before expanding across the organization. A pilot helps identify configuration issues, training gaps, and workflow improvements early.
Document existing workflows first
Before rebuilding anything, document schedules, escalation policies, integrations, routing rules, and service ownership. Strong documentation helps prevent missed configurations.
Train teams before launch
Responders should know how to declare incidents, acknowledge alerts, escalate issues, and communicate updates in Rootly before go-live.
Run parallel systems temporarily
Keeping Opsgenie and Rootly active for a short period can reduce risk during transition. This gives teams time to confirm that alerts and escalations work correctly.
Test every escalation path
Do not assume configurations are correct. Test each escalation path, notification rule, and integration before fully switching over.
Keep stakeholders updated
Regular updates help reduce uncertainty and improve adoption. Communicate timelines, training plans, go-live dates, and support channels throughout the migration.
Migration timeline: How long does an Opsgenie migration take?
Small teams (1–25 engineers)
Typically one week.
Mid-market organizations
Typically two to four weeks.
Enterprise organizations
Often six to twelve weeks or longer depending on complexity.
Factors that affect timeline
- Number of integrations
- Team size
- Workflow complexity
- Compliance requirements
- Number of services
- Documentation maturity
How to measure migration success
MTTR improvements
Measure whether mean time to resolution decreases after migration.
Alert reduction
Track whether noise and unnecessary notifications decrease.
Incident participation
Evaluate responder engagement and collaboration.
Escalation effectiveness
Monitor whether incidents reach the correct owners more quickly.
Team satisfaction
Collect feedback from responders and stakeholders.
Reliability metrics
Monitor:
- MTTR
- MTTA
- Incident volume
- Escalation success rates
- Service availability
Opsgenie to Rootly migration checklist
Before migration
- Audit existing configurations
- Inventory integrations
- Review schedules
- Document escalation policies
- Define migration goals
During migration
- Configure Rootly environment
- Rebuild schedules
- Migrate integrations
- Configure incident workflows
- Conduct testing
After migration
- Complete incident simulations
- Train teams
- Validate reporting
- Review performance metrics
- Decommission Opsgenie
Real-world example: What a good Opsgenie migration looks like
Example migration scenario
A growing engineering organization struggled with alert fatigue, fragmented incident communication, and increasing operational complexity.
The migration project began with a comprehensive audit of schedules, integrations, and escalation paths.
A pilot engineering team migrated first, allowing the organization to refine workflows before broader adoption.
After full rollout, the organization achieved faster incident coordination, improved collaboration, and reduced operational overhead.
Lessons learned from successful migrations
Common lessons include:
- Document everything before migration
- Test more than expected
- Train teams early
- Avoid rushing the rollout
- Keep stakeholders informed
How Rootly improves incident response after Opsgenie
Case study: How Motive moved from Opsgenie to Rootly
Motive powers the physical economy by offering a full range of products to support fleets ranging from a couple of vans to tens of thousands of light and heavy vehicles.
Even before Atlassian’s sunset notice, Motive had already moved from Opsgenie to Rootly because the features were simply better. On-call scheduling in Slack used to mean custom bots and manual hacks. Now, it’s seamless. The team handles shifts, escalations, and incidents right inside Slack, no duct tape required.
Frequently asked questions
Can you migrate from Opsgenie to Rootly?
Yes. Organizations commonly migrate schedules, escalation policies, integrations, incident workflows, and operational processes from Opsgenie to Rootly.
Why are companies moving away from Opsgenie?
Common reasons include operational complexity, alert fatigue, fragmented tooling, and the desire for more integrated incident management workflows.
How long does an Opsgenie migration take?
Timelines vary from a few weeks for smaller teams to several months for large enterprise environments.
Does Rootly replace Opsgenie?
For many organizations, Rootly serves as a comprehensive replacement for on-call management and incident response workflows.
Can Rootly handle on-call scheduling?
Yes. Rootly supports on-call schedules, rotations, escalation paths, and responder management.
Will we lose historical Opsgenie data?
Historical data retention depends on organizational requirements and migration strategy. Many teams archive historical information before decommissioning Opsgenie.
Should we run Rootly and Opsgenie in parallel?
Many organizations temporarily run both platforms during migration to reduce risk.
What integrations should be migrated first?
Critical monitoring, communication, and ticketing integrations should typically be prioritized.
How do you test a migration before launch?
Organizations should conduct paging tests, escalation simulations, workflow validation, and incident exercises before cutover.
What is the biggest migration mistake to avoid?
Skipping documentation and testing are among the most common causes of migration problems.
Making the move from Opsgenie to Rootly successfully
Most migration failures are not caused by technology. They happen because teams rush implementation, skip testing, overlook documentation, or fail to prepare responders for new workflows.
A successful Opsgenie migration requires careful planning, clear ownership, comprehensive testing, and gradual adoption. Organizations that take a structured approach can minimize disruption while improving incident response capabilities.
As incident management continues to evolve, many teams are looking for platforms that bring together on-call operations, incident response, automation, collaboration, postmortems, and reliability workflows into a unified experience.
At Rootly, we help teams modernize incident management with faster coordination, automated workflows, and a more connected approach to reliability operations. Book a demo to see how Rootly can help your team make the move from Opsgenie with confidence.
