Oracle Red Bull Racing shows how trusted access supports speed

At a glance

What this is: This is a partner case study about how identity and access controls support fast-moving work at Oracle Red Bull Racing, with the key finding that trusted access has to preserve speed as well as security.

Why it matters: It matters because IAM teams across human, machine, and NHI programmes face the same tension: controls that slow work get bypassed, while controls that are invisible create audit and trust gaps.

By the numbers:

• With 1Password Enterprise Password Manager, Oracle Red Bull Racing manages credentials and access for over 1,800 employees across ten global sites, ensuring operations are fast, auditable, and secure.
• Only 5.7% of organisations have full visibility into their service accounts.
• 92% of organisations expose NHIs to third parties, raising concerns about supply chain security.

👉 Read 1Password's case study on trusted access at Oracle Red Bull Racing

Context

Trusted access is the control point that lets a fast-moving organisation operate without turning every login into a delay. In identity terms, the question is whether people can reach the right system at the right time without creating standing access, hidden credentials, or audit blind spots.

This article uses Formula 1 as a performance metaphor, but the governance problem is familiar to IAM, PAM, and NHI teams. Distributed teams, shared systems, and time-sensitive work all depend on access that is both usable and provable, which is exactly where many identity programmes struggle.

Key questions

Q: How should security teams balance fast access with identity governance?

A: They should design access workflows that are quick for legitimate users but still produce clear ownership, audit trails, and review points. The goal is not to slow work down. The goal is to remove informal shortcuts that create hidden privilege, unmanaged credentials, and offboarding gaps.

Q: Why does credential sprawl create governance risk in distributed organisations?

A: Credential sprawl increases the number of places where access can drift away from its intended purpose. As accounts, tokens, and passwords multiply, it becomes harder to know which identities are still needed, which are duplicated, and which can be removed without disrupting work.

Q: What breaks when access is designed for convenience but not lifecycle control?

A: What breaks is accountability. Access may work in the moment, but without review, rotation, and offboarding, the organisation keeps carrying entitlements that no longer match the job, the project, or the system state.

Q: Who should own trusted access governance in a complex operation?

A: Ownership should sit with the teams that control identity policy, operational access, and audit evidence together. When access spans people, systems, and credentials, governance fails if no one owns the full lifecycle from provisioning to removal.

Technical breakdown

Trusted access as a performance control

Trusted access is not just authentication. It is the combination of identity proof, entitlement scope, and auditability that lets an organisation move quickly without losing control. In a distributed environment, the real challenge is reducing friction without creating hidden privilege or unmanaged credentials. That is why modern IAM design has to treat speed and governance as the same problem, not separate objectives. If access is too rigid, people route around it. If it is too loose, security loses visibility and accountability.

Practical implication: measure whether access workflows are fast enough for real operations while still producing an auditable entitlement trail.

Why credential sprawl undermines operational trust

Credential sprawl happens when teams accumulate too many passwords, tokens, and account paths across systems and sites. The result is not just more secrets to manage. It is more places where access can drift away from its intended owner, making it harder to verify who can reach what. In NHI and human IAM programmes alike, sprawl usually appears first as convenience and later as governance debt. Once it grows, even strong policy design becomes difficult to enforce consistently.

Practical implication: map where credentials live, who can use them, and which ones still need to exist at all.

Lifecycle governance matters even in high-speed environments

Lifecycle governance covers provisioning, review, rotation, and offboarding across identities. In a performance-driven setting, the mistake is assuming governance must be slow to be safe. The better model is lifecycle control embedded into workflows so access changes stay aligned to role, task, and departure. That applies to employees, contractors, service accounts, and any other identity type that can outlive its purpose. When lifecycle steps are missing, the organisation inherits access it no longer needs.

Practical implication: tie access reviews and offboarding to operational events, not only to periodic calendar cycles.

NHI Mgmt Group analysis

Trusted access is a business performance control, not a back-office hygiene function. The article shows that speed only holds when access can be used quickly, verified clearly, and audited after the fact. That is the same requirement IAM teams face in every distributed environment, from engineering pipelines to shared operational systems. The practitioner conclusion is simple: if access design cannot survive time pressure, it will fail in production.

Credential sprawl is the hidden cost of velocity. The more teams optimise for frictionless work across sites and systems, the more pressure they create for ad hoc credentials and informal access paths. That turns convenience into governance debt, because visibility declines as the number of identities grows. The practitioner conclusion is to treat unused or duplicated credentials as a control failure, not an inventory issue.

NHI governance depends on making speed and accountability compatible. The post indirectly reinforces a broader identity lesson: modern organisations do not choose between operational pace and access control, they choose whether their controls are designed for both. NHI programmes that cannot prove who had access, when, and why will not scale cleanly into distributed operations. The practitioner conclusion is to align access policy, audit evidence, and workflow design before the next pressure event.

Lifecycle discipline is what prevents trusted access from becoming persistent access. The article’s emphasis on auditable access maps directly to joiner-mover-leaver governance across people and machine identities. If access is granted for speed but never revisited, the organisation keeps carrying privileges long after the need has passed. The practitioner conclusion is to treat offboarding and entitlement review as part of operational resilience, not as a separate compliance task.

From our research:

• 92% of organisations expose NHIs to third parties, raising concerns about supply chain security, according to the Ultimate Guide to NHIs.
• Only 5.7% of organisations have full visibility into their service accounts, which means most teams cannot reliably prove where machine access exists.
• That visibility gap makes a useful forward resource the NHI Lifecycle Management Guide, which focuses on provisioning, rotation, and offboarding discipline.

What this signals

Identity programmes are being judged on operational fit as much as control design. Teams that make access painful will see exceptions proliferate, while teams that simplify access without ownership will lose auditability. The practical test is whether users can move quickly without creating hidden credentials or untracked privilege.

Credential ownership will become a resilience metric, not just an admin task. As environments spread across sites and platforms, the first sign of governance weakness is usually duplicate or orphaned access. For practitioners, the next step is to connect entitlement review with operational change events so access does not drift away from the work.

The programme signal is that speed-centric environments expose a named control gap we can call trusted access debt: the accumulation of convenient access paths that remain after the original business need has changed. The longer that debt is left unmeasured, the harder it becomes to reconcile access, audit evidence, and operational continuity.

For practitioners

• Review access paths for operational friction Identify where users still bypass controls because the approved path is too slow or too hard to use. Replace manual exceptions with workflows that preserve auditability and keep the business moving.
• Map credential ownership across sites and teams Create a current inventory of passwords, tokens, and shared access paths, then assign a clear owner for each one. Remove duplicates and decide which credentials should be retired.
• Embed lifecycle checks into routine work Trigger access review, rotation, and offboarding from role changes, project completion, and system transitions so privileges do not linger after the work is done.
• Separate performance access from standing privilege Use task-scoped access for short-duration work and reserve persistent entitlements only for roles that genuinely need them. That reduces the chance that speed becomes long-term exposure.

Key takeaways

• The post frames trusted access as a performance requirement, not a separate security layer.
• The practical risk is credential and entitlement sprawl, which makes accountability harder as operations scale.
• Teams should tie access review, rotation, and offboarding to real workflow changes so speed does not create standing privilege.

Key terms

• Trusted Access: Trusted access is the ability to reach systems quickly without losing confidence in who is connecting, what they can do, and whether the action is logged. In practice, it combines authentication, entitlement scope, and auditability so operational speed does not come at the cost of control.
• Credential Sprawl: Credential sprawl is the uncontrolled growth of passwords, tokens, keys, and other access artefacts across teams and systems. It weakens governance because ownership becomes unclear, review becomes slower, and the same access can exist in multiple places without a single source of truth.
• Lifecycle Governance: Lifecycle governance is the discipline of provisioning, reviewing, rotating, and removing access at the right time for the right identity type. It applies to humans, service accounts, and other non-human identities, and its value comes from keeping privilege aligned to current need rather than historical convenience.

Deepen your knowledge

NHI governance, agentic AI identity, and machine identity lifecycle are core topics in our NHI Foundation Level course, the industry's only accredited NHI security programme. If you are responsible for identity security strategy or NHI governance in your organisation, it is worth exploring.

This post draws on content published by 1Password: Oracle Red Bull Racing, identity security, and performance under pressure. Read the original.