On-Call Security: Learn How to Manage Contractor Access to PagerDuty Safely

Learning how to manage contractor access to pagerduty safely requires combining granular, least-privilege role assignments with temporary schedule overrides and strict offboarding workflows. By restricting external responders to specific incident services and using time-bound access lifecycles, engineering teams can maintain rapid incident response without exposing production configurations or leaving behind orphaned accounts.

Why Knowing How to Manage Contractor Access to PagerDuty Matters for On-Call Reliability

Granting third-party contractors, external site reliability engineers (SREs), or managed service security providers (MSSPs) access to your on-call management system is frequently necessary during system migrations, critical coverage gaps, or specialized infrastructure overhauls. However, over-provisioning permissions in PagerDuty introduces severe operational vulnerabilities. Unlike internal engineers who operate under long-term employment governance, contractors often require targeted, project-specific access that must terminate the moment their work is done.

When external personnel retain lingering incident response contractor access, several high-stakes operational risks emerge:

• Accidental Triggering and Escalation Disruptions: A contractor with excessive permissions can inadvertently modify escalation policies, direct critical production alerts to inactive schedules, or suppress pages during an active outage.
• Unauthorized API and Integration Exposure: PagerDuty acts as a nexus connecting monitoring tools (Datadog, AWS CloudWatch, Prometheus) to communication platforms (Slack, Microsoft Teams, Jira). Over-privileged contractor accounts can create or view REST API keys that leak telemetry data or webhook endpoints.
• Orphaned On-Call Rotations: If a contractor remains assigned to an active escalation policy after their contract ends, missed pages can result in unacknowledged incidents, breaches of service level agreements (SLAs), and extended downtime.
• Audit and Compliance Failure: Untracked account changes and unverified access grants make it difficult to determine who acknowledged an incident, modified a routing rule, or altered a service dependency during a post-incident retro.

Balancing quick incident triage with strict zero-trust access control requires operations managers to define exact operational boundaries. External responders need sufficient visibility to inspect service health and acknowledge alerts without possessing administrative controls over your broader incident management architecture.

Understanding PagerDuty User Roles and Granular Permissions

To safely structure access, you must understand the distinction between Account-Level roles and Object-Level permissions within PagerDuty's authorization hierarchy. According to the PagerDuty Knowledge Base, PagerDuty structures user access across administrative boundaries and specific operational objects.

Account-Level Roles

Account-Level roles dictate what a user can see and perform across the global PagerDuty organization. These roles fall into standard tiers:

• Observer: The lowest baseline account level. Observers can view incidents, services, schedules, and escalation policies across the account, but cannot acknowledge, resolve, or assign incidents unless granted object-level responder permissions.
• Responder: Users can acknowledge, resolve, reassign, and annotate incidents. Responders can also manage their own user settings, notification rules, and schedule overrides.
• Manager: Managers can create and edit services, teams, escalation policies, and schedules across the account or within their assigned teams.
• Admin and Global Admin: Administrators can manage user provisionings, team structures, account settings, SSO configurations, and global REST API keys.
• Account Owner: A single entity that maintains overall ownership, billing settings, and account deletion permissions.

Object-Level Permissions

Object-Level permissions refine access control by overriding account defaults for specific objects, such as Services, Escalation Policies, Teams, and Schedules. For instance, an account configured with an Account-Level Observer role can be explicitly granted Responder rights on a single specific Service while remaining strictly read-only for all other production services.

External contractors should almost rarely receive Account-Level Manager or Admin roles. Elevating a short-term consultant to a Manager or Admin role permits them to delete service definitions, alter global integration webhooks, or invite external users. Restricting contractors to an Account-Level Observer role—augmented by selective Object-Level Responder rights—ensures they only interact with the precise infrastructure components under their contractual scope.

Step-by-Step Blueprint: How to Manage Contractor Access to PagerDuty via Scoped Roles and Overrides

Implementing a safe workflow for temporary on-call contractors requires systematic configuration. Follow this step-by-step process to grant minimum viable access while maintaining complete control over your incident response infrastructure.

Step 1: Onboard Contractors with Minimum Viable Account Roles

When inviting an external engineer to PagerDuty, set their base Account-Level role to Observer or Limited Responder. This ensures that upon initial log-in, the contractor cannot modify any global settings, add integrations, or edit non-assigned services.

1. Navigate to People > Users in the PagerDuty console and click Add Users.
2. Enter the contractor's email address and set the initial base role to Observer.
3. If your organization utilizes Team-based object scoping, assign the contractor strictly to the designated project team rather than adding them to the global organization space.

Once the base user is created, navigate to the specific Service or Team the contractor is supporting. Under the object permissions tab, grant them Responder permissions exclusively for that individual resource. This permits them to acknowledge and resolve pages generated by that service without granting write permissions across unrelated infrastructure.

Step 2: Assign Temporary Schedule Overrides Instead of Permanent Rotations

Adding a contractor directly to a primary escalation policy layer creates long-term risk. If the contract expires or the consultant shifts hours, removing them requires reconfiguring the primary schedule layer, which can easily introduce errors into team rotations.

Instead, leverage PagerDuty's Schedule Overrides feature, as detailed in the PagerDuty Schedule Documentation:

• Keep your standard internal employees on the main schedule layers (e.g., Layer 1 Primary On-Call).
• When a contractor needs to cover a shift, open the target Schedule, select Create an Override, and select the contractor's name.
• Specify the exact start timestamp and end timestamp for the coverage period (e.g., Friday 18:00 UTC to Sunday 18:00 UTC).

Using schedule overrides guarantees that when the specified timeframe elapses, the schedule automatically reverts to your internal team without manual editing or risk of missing incident pages.

Step 3: Restrict Visibility and Scoped Team Boundaries

To keep external personnel focused on relevant systems, organize your PagerDuty environment into distinct Teams. By assigning services, escalation policies, and users to specific teams, you limit visibility and access boundaries.

Assign the contractor only to the relevant team (e.g., Database-Migration-Contractors). This prevents external responders from seeing unrelated internal incidents, access keys, or internal operational notes attached to other business units.

Isolating Incident Workflows and Protecting Sensitive API Keys

A frequent compliance vulnerability occurs when external contractors create or use administrative API tokens to automate incident management workflows. PagerDuty supports two distinct types of REST API credentials, as detailed in the PagerDuty Developer Documentation: General Access REST API Keys (which hold account-wide administrative privileges) and User Token API Keys (which inherit the individual user's restricted access rights).

Contractors should rarely be permitted to generate global REST API keys. If a contractor requires API access to build scripts, query incident status, or trigger events, enforce the following technical controls:

• Enforce User-Scoped API Tokens: Require contractors to generate personal API tokens from their own user profiles. These tokens strictly inherit the user's base role and object-level permissions, preventing them from performing administrative actions via the API.
• Restrict Webhook Management: Prevent external contractors from modifying webhooks on critical services. Malicious or misconfigured webhooks can leak incident payload metadata—including server hostnames, error traces, and sensitive internal IP addresses—to unauthorized HTTP endpoints.
• Mask Payload Data and Secrets: Ensure monitoring alerts forwarded to PagerDuty do not expose database credentials, token strings, or customer personally identifiable information (PII) inside incident notes or alert details. External contractors responding to incidents will have full access to these detail logs.
• Audit App Connections Regularly: Periodically review Integrations > Developer Settings and connected OAuth applications to ensure contractor accounts have not authorized unauthorized third-party integrations.

Automating On-Call Offboarding and Access Revocation Logs

Manual offboarding is one of the primary drivers of orphaned access in SaaS tooling. When a short-term contract ends, ops managers must remember to remove the user from PagerDuty, revoke schedule overrides, delete API keys, and terminate identity privileges. A single missed step leaves an entry point into your incident pipeline.

To eliminate manual gaps, implement structured lifecycles for offboarding pagerduty users:

1. Tie Access to Contract End Dates: Set a strict expiration date for every temporary access request upon initial onboarding.
2. Schedule Automated Expiration: Rely on automated orchestration rather than calendar reminders to revoke access when time runs out.
3. Audit Escalation Policies for Ghost References: Before deactivating a contractor's PagerDuty profile, verify that their user ID is not explicitly hardcoded into escalation policy rules, fallback notifications, or alert routing trees.
4. Export Audit Records: Maintain exportable records detailing who granted access, the duration of the grant, schedule overrides performed, and verification that revocation occurred successfully.

Automating these lifecycles across multiple platforms reduces administrative overhead and ensures your team stays audit-ready.

How Tempkey Centralizes Temporary Contractor Grants Across Your Tech Stack

Managing temporary permissions natively inside PagerDuty addresses incident management security, but most contractors also require temporary access to surrounding infrastructure, repositories, and communication channels. Coordinating offboarding across Slack, AWS, GitHub, and identity providers manually creates operational drag and consistency gaps.

Tempkey addresses this complexity by acting as a centralized contractor access manager that automates temporary access grants, time-bound lifecycle expiration, and revocation verification across your toolchain. You can explore how it works on the Tempkey product page.

Tempkey natively enforces access on 10 providers — Slack, Google Workspace, Microsoft 365, GitHub, GitLab, Zoom, AWS IAM, Figma, Dropbox, and Asana. Notion and Trello are limited-native (tracked, not fully enforced) and Zapier/Make are best-effort webhook bridges without automated verification. You can review all supported tools on our integrations directory.

When managing temporary grants, security controls and platform specifics include:

• Append-Only Audit Trail: Tempkey keeps an append-only audit trail you can export to CSV or PDF. Tempkey gives you an exportable, append-only audit trail to support your own compliance and offboarding records. Tempkey does not hold SOC 2, ISO 27001, HIPAA, or PCI certification.
• Secure Credential Handling: Provider admin tokens are write-only in the browser and encrypted at rest using AWS KMS in production; they are rarely displayed again after submission.
• Public REST API: Tempkey provides a public REST API covering grants, extension, revocation with read-back verification, integrations, the audit trail, and API-key management. Keys are bearer tokens with read/write scopes; an OpenAPI 3 spec is published at api.tempkey.io/openapi.json and human docs are available at tempkey.io/docs/api.
• Passwordless Authentication: Sign-in is passwordless — magic links plus WebAuthn/passkeys. Tempkey does not offer SSO/SAML today.
• Hosted Cloud Infrastructure: Tempkey is a hosted cloud service; there is no self-hosted or on-premise deployment option.
• Verified Revocation Execution: Tempkey executes revocation and reads provider state back to confirm it. Because revocation depends on third-party provider APIs, Tempkey does not guarantee removal within any specific time and surfaces failed or unenforceable revokes in the audit log.
• Transparent Grant-Based Pricing: Plans are month-to-month (Free / $39 Team / $99 Business) with active-grant limits of 2 / 10 / 30. Business includes extended audit-history retention. Enterprise IT suites (e.g. Rippling, Okta, JumpCloud) bundle contractor offboarding inside larger, per-employee-priced products; their pricing changes often and is frequently quote-gated. Tempkey prices per active contractor grant. Learn more on our pricing page.

Best Practices for Maintaining Zero-Trust Incident Response Operations

Managing temporary incident management access effectively requires coupling automated tooling with disciplined operational habits. Incorporate these best practices into your engineering organization's standard operating procedures (SOPs):

1. Conduct Periodic Access Audits

Even with automated expiration tools in place, conduct monthly or quarterly reviews of all active users in PagerDuty. Filter for external domains, temporary emails, and contractor accounts to verify that active grants correspond to active statements of work (SOWs).

2. Enforce Passwordless and Multi-Factor Authentication

Require every user logging into PagerDuty—especially third-party contractors—to authenticate using robust multi-factor authentication (MFA), aligned with recommendations from the CISA Multi-Factor Authentication Guidance. Encourage hardware passkeys or WebAuthn mechanics over SMS-based multi-factor options to protect against phishing and session hijacking.

3. Document Escalation and Triage SOPs

External contractors operating under temporary schedule overrides should have explicit, written instructions regarding how and when to escalate incidents internally. Provide clear guidelines on:

• Which severity levels (e.g., SEV-1, SEV-2) require immediate internal team page overrides.
• Which Slack or Teams channels to join during an active bridge call.
• Where post-incident logs and triage notes should be published.

Clear documentation minimizes confusion during an outage and ensures external responders act predictably within your established security boundaries.

Comparing Contractor Access Management Approaches

When deciding how to manage temporary access grants for incident response and surrounding operational tools, teams generally evaluate manual management, enterprise IT identity suites, and grant-focused automation platforms. The table below outlines key operational trade-offs across common management methods:

Frequently Asked Questions

Which PagerDuty user role is recommended for external contractors?

The recommended baseline Account-Level role for external contractors is Observer or Limited Responder. This prevents contractors from globally configuring account settings, modifying integrations, or editing unrelated services. Operations managers can then grant Object-Level Responder permissions specifically for the individual services or teams the contractor is hired to support.

Can I add a contractor to an on-call schedule without granting full service editing rights?

Yes. Instead of placing a contractor directly into a permanent schedule layer, use PagerDuty's Schedule Overrides feature. Overrides allow you to assign a contractor to cover specific time-bound shifts. When the override period ends, the schedule automatically reverts to the primary team rotation without requiring you to grant Manager or Admin permissions to edit the schedule structure.

How do I prevent orphaned contractor accounts in PagerDuty after project completion?

Preventing orphaned accounts requires combining automated lifecycle management with explicit offboarding checklists. Establish fixed expiration dates for temporary access requests, review active users regularly, and use automated tool integrations to schedule time-bound access revocation. Before deactivating a user, verify that their account ID is not hardcoded into escalation policies or active schedule layers.

Does Tempkey keep compliance and audit logs for temporary access grants?

Tempkey keeps an append-only audit trail you can export to CSV or PDF to support your own compliance and offboarding records. Tempkey gives you an exportable, append-only audit trail detailing access requests, grant durations, extensions, and revocation execution logs. Tempkey does not hold SOC 2, ISO 27001, HIPAA, or PCI certification.

Ready to streamline contractor access? Try Tempkey today to manage temporary grants with automated expiration and exportable audit trails. Visit Tempkey to get started for free.