Module 5: Choosing a PAM Platform

Omar has designed the controls, Priya has shown the scale and Layla has the business backing. Now Abby Steel needs technology that can make the design real. Every vendor demo looks good; Sofia wants to know whether it works in Abby Steel's environment, with its old applications, network restrictions, cloud platforms, factories, approval processes and budget.

By the end you won't know which vendor is universally best, because there isn't one. You'll know how to test what your organisation actually needs before assumptions become expensive mistakes.

Omar has designed the controls, Priya has shown the scale and Layla has the business backing. Sofia starts with Abby Steel's problems, not a vendor, and turns them into requirements that belong to the organisation rather than to any product.

• The Evaluator. Omar has designed the controls; now Abby Steel needs technology that can make the design real.
• Start With the Problem. Sofia's first meeting has no vendor in it.

Automation reduces error, saves time, improves auditability and speed, and makes least privilege practical at scale. But it can speed up a bad process, and a single pane of glass can hide a complicated estate of connectors.

• Why Automate PAM?. Why buy anything at all? Automation reduces human error, saves engineers' time, produces an audit trail that shows who requested, approved and did what, and responds at 3am without waiting for a person.
• Scale, Consistency and Least Privilege. Automation matters more as the estate grows: continuous monitoring, scale from fifty accounts to fifty thousand, the same policy in London, Singapore or the control room, and privilege granted for forty minutes rather than forty days.
• The Single Pane of Glass... and What Sits Behind It. One interface for accounts, assets, sessions and alerts is valuable.

On-premises, cloud and hybrid each fit different needs. Sofia asks who runs each one, which responsibilities genuinely disappear, which ones move, and what hybrid connections cost when they fail.

• Deployment Model One: On-Premises. On-premises gives control over infrastructure, data and configuration, which suits regulated or isolated industrial environments.
• Deployment Model Two: Cloud. Cloud removes the hardware purchase and much of the operational work.
• Deployment Model Three: Hybrid. Hybrid lets corporate IT use cloud services while the OT estate keeps local controls.

Sofia tests performance at year-five volumes and looks past 'high availability supported' to what actually fails over and whether it has been tested. Slow PAM gets bypassed; unreliable PAM loses trust.

• Performance: Test Year Five on Day One. A platform that works with fifty accounts tells you little about five thousand.
• Availability: When PAM Becomes the Outage. If PAM fails, it can stop administrators working.

Integration is a chain that follows a business process. 'Supported' can mean six different things with different costs and risks, and legacy systems, pipeline secrets and cloud identities show where easy answers end.

• Integration: Follow the Business Process. Sofia doesn't start with a list of connectors; she starts with a process.
• “Yes, We Integrate With That”. 'Supported' can mean a native connector, an API, a custom script, professional services, a partner or something the customer builds.
• The Deep Estate: Where Easy Answers End. Modern Windows and Linux are the easy part.

The licence price is only the first line. Implementation, infrastructure, recording storage, integrations, training, staff and upgrades turn a purchase price into a total cost of ownership.

• The Cost Nobody Put in the Licence Quote. Under the licence price Sofia writes implementation, services, infrastructure, storage, recording retention, backup, connectors, integrations, migration, training, staff, support and upgrades.

Sofia's RFI turns assumptions into specific questions, including the ones engineers usually inherit later and who will deliver the platform. Then she translates each vendor's language back into Abby Steel's use cases.

• The RFI: Turn Assumptions Into Questions. Only now does Sofia speak to the market.
• Building the RFI: Ask What Engineers Will Need Later. Beyond stability, capability, security, pricing and roadmap, Sofia asks what engineers usually inherit later: extra components, native vs custom integrations, limits, upgrade impact, required skills and extra licences.
• The Vendor Landscape: Ignore the Accent. BeyondTrust, CyberArk, Delinea and One Identity each have their own architecture and language.

The proof of concept tests the awkward systems with Ahmed as a real user. The decision weighs product, delivery and operations. Once the contract is signed, the work passes to Grace for deployment.

• The PoC: Test What You're Worried Won't Work. The team proposes a proof of concept that onboards a Windows server and rotates a password.
• The Decision: Product, Partner and Price. Sofia doesn't choose on features alone.
• Buying It Was the Easy Part. Layla signs.