10 On-Call Best Practices to Reduce Burnout

1. Structure Rotation Schedules Based on Team Size

For most teams, weekly rotations are the most effective. They are lengthy enough to give engineers enough time to recover between shifts while still being frequent enough to keep them up to date on systems.

According to Google SRE research, each site requires 8-9 engineers to provide sustained 24/7 coverage.

Teams with fewer than three members cannot operate around the clock without experiencing burnout. Error rates are significantly increased by shifts longer than 12 hours.

For teams of 3-5 engineers: Use a primary-plus-backup strategy with weekly swaps.
For teams of 6-15 engineers: Establish weekly rotations with precise handoff protocols.
For teams of 15+ engineers: Implement cross-time zone follow-the-sun coverage.

Never assign fewer than three personnel to provide round-the-clock coverage.

The scheduling system of TaskCall intelligently balances rotating workloads and finds coverage gaps before they become issues. To try automated scheduling with up to ten people, start your free trial.

2. Build Multi-Layer Escalation Paths

First response is handled by the primary. Without tying engineers to their laptops, secondary offers backup.

Layer 1: Junior engineers rotating mostly to improve their skills
Layer 2: Senior engineers as a fallback for complicated problems
Layer 3: Critical escalation management

After five to ten minutes without a response, set up automatic escalation.

Single points of failure are avoided- and anxiety is decreased ("I'm not alone if something breaks"). Junior engineers don't have to worry about learning.

Intercom found that this structure improved mean time to resolution while reducing burnout complaints by 60%. Without the need for human participation, TaskCall's automated escalation policies guarantee that the appropriate person is notified.

3. Protect Development Time During On-Call Rotations

Context-switching between incident response and development work reduces productivity and raises stress levels.

Set aside 30-40% of the on-call engineer's bandwidth for on-call tasks. On-call engineers should not be relied upon to commit to sprints throughout their rotation. Permit engineers who are on call to postpone non-urgent development activities.

Atlassian discovered that when engineers are continuously interrupted by notifications, development performance drastically decreases. Separation enhances code quality and incident response while lowering burnout.

Predictable capacity planning is preferable to disgruntled stakeholders when incidents eat up development time.

4. Cut Alert Volume

The primary cause of on-call burnout is alert weariness. Real issues are hidden when engineers are inundated with hundreds of pages every shift.

Establish alert severity tiers (P0/P1/P2/P3) with distinct thresholds for business and non-business hours. Fixing a service becomes the top priority if it is continuously alerting. TaskCall automatically groups similar alerts into a single incident and minimizes white noise so you can focus on the resolution.

Google SRE principle: An alert should not wake someone up unless it requires immediate action.

5. Compensate After-Hours Work Appropriately

Financial compensation acknowledges the sacrifice and boosts engagement, but it doesn't make 2 AM pages easier.

Compensation models that work:

• Pay for overtime for any problem that is resolved after hours
• Extra PTO days to cover the weekends
• Stipends for on-call work (fixed monthly payout)
• Time-off-in-lieu (TOIL): Take Monday off if you work on Saturday

Compared to rapid restarts, engineers are more likely to correctly fix problems. Management gains insight into what warrants a warning. This makes expectations clear during the employment process and lowers dissatisfaction and turnover.

6. Distribute Coverage Across Time Zones

Engineers only work during regular business hours thanks to follow-the-sun coverage, which divides up on-call responsibilities across international teams.

Requirements:

• For sustainability, a minimum of five to six engineers per time zone
• Clearly defined handoff protocols with overlaps of 30 minutes
• All regions have access to standardized runbooks

Example schedule:

• US West Coast: 10 am-6 pm PST
• India/Singapore: 9 am-5 pm IST (overlap for handoff)
• Europe: 9 am-5 pm GMT

There are no night shifts; coverage is continuous. The catch: needs a large enough staff and geographic dispersion. For tiny startups with three to five engineers overall, it is not feasible.

TaskCall has built-in automated handoff notifications and multi-region scheduling functionality.

7. Document Everything Engineers Need at 3 AM

Engineers shouldn't rely on institutional knowledge or recollection while making important judgments at three in the morning.

What you need:

→ Runbooks: Detailed protocols for typical occurrences

→ Architecture diagrams: Data flows and system dependencies

→ History of recent incidents: What transpired during the previous week or month

→ Contacts for escalation: Who to contact for specific problems

Documentation practices:

Runbooks should be updated following each significant incident. Incorporate real orders rather than simply ideas. Link to pertinent monitoring tools and dashboards. Check for accuracy every three months.

During their initial on-call rotation, new engineers are able to confidently manage situations. This lessens the need for "heroic knowledge" from senior engineers.

During current occurrences, TaskCall offers post-mortem templates and unified incident documentation.

8. Run Blameless Incident Reviews

When it comes to production problems, engineers shouldn't be afraid of criticism. Psychological safety is therefore established.

Post-mortem framework:

• What happened? (timeline of events)
• Why did it happen? (root cause, not person)
• How do we prevent recurrence? (action items)
• What went well? (celebrate good response)

Never place the blame on specific people. Pay attention to gaps in documentation, processes, and systems.

For instance: "The deployment process allowed untested code to reach production" rather than "Engineer X deployed bad code."

Engineers feel comfortable reporting problems as soon as they arise, discussing occurrences as teaching moments, and acknowledging when they require assistance.

9. Prepare Engineers Before Their First Rotation

Without enough preparation, no engineer should go on call.

Training program components:

→ Technical ramping: Access credentials, monitoring tools, and system architecture.

→ Shadowing: Before going solo, new engineers watch two to three on-call rotations.

→ Wheel of Misfortune: Act out current events in a secure setting.

→ Mockup pages: Practice the entire incident response process.

Google SRE approach: Junior engineers don't go primary on-call until they've successfully resolved 5+ incidents while shadowing.

This reduces anticipatory anxiety (80% of on-call stress), builds confidence through practice, and creates muscle memory for high-pressure situations.

Investment: 2-3 weeks of training prevents months of burnout and poor incident response.

10. Create Feedback Loops with On-Call Teams

The people doing on-call know what's broken better than anyone.

How to listen:

• On-call retrospectives every month (different from event post-mortems)
• Surveys of anonymous contentment with useful metrics
• Monitor SLIs: quantity of notifications, disruptions, and unforeseen events
• Give engineers the authority to suggest timetable modifications

Instead of using top-down directives, create a bottom-up culture with management support. Establish clear feedback loops with observable modifications. Honor on-call victories rather than just development features.

Red flags to watch:

• High attrition among members in the on-call rotation
• Regular grievances regarding particular services or alerts
• Engineers regularly switch shifts to avoid specific times

Start Reducing Burnout Today

Being on call doesn't have to lead to burnout. The first step in preventing burnout is to view being on call as a real engineering task that requires careful planning rather than just getting paged.

Start by using an anonymous poll to gauge your current level of on-call satisfaction. Determine your top two to three problems, then gradually address them.

TaskCall simplifies alert management, escalation, and scheduling so you can concentrate on the human factors that actually stop burnout. Every plan on the site, including the free tier for up to ten users, has round-the-clock support. No credit cards are required to begin your free trial now.

So start reducing burnout today with TaskCall.

FAQs