Rippling vs Firstbase for MSSPs and Full-Disk Encryption

Neither Rippling nor Firstbase enforces full-disk encryption on its own, that setting comes from whatever mobile device management policy is applied during enrollment, but both can enforce a standard image at the ordering and provisioning stage that includes encryption as a default rather than an opt-in a busy analyst might skip. The security requirement has to be written into the enrollment policy either way; the platform just determines how consistently that policy actually gets applied across every new device.

The same logic extends past encryption to whatever endpoint detection agent the MSSP standardizes on: if enrollment doesn't force that agent onto every new device before it's handed to an analyst, a single laptop shipped outside the normal process is enough to create a monitoring blind spot on the one team whose job is finding exactly that kind of gap for clients.

Some MSSPs keep dedicated incident response laptops, pre-configured kits pulled off a shelf and handed to whichever analyst is on call, rather than using an analyst's everyday machine for live incident work. That kit needs the same tracking discipline as any other asset, who currently has it checked out, when it was last patched, and whether its forensic tooling licenses are current, and it's exactly the kind of device that falls outside a standard employee-onboarding workflow because it doesn't belong to one person.

A kit that sits unused between incidents is also easy to forget during routine patch cycles, since patching runs typically target devices tied to an active employee record, not a shelf item, which means the kit an analyst grabs during a live incident can end up being the least current device in the whole fleet at exactly the wrong moment.

When a client runs a vendor security review before signing or renewing a contract, one of the questions that comes up is whether the MSSP can quickly produce a current list of every device with access to client environments and confirm each one meets the stated security baseline. An MSSP that can pull that list in minutes because device records live in one system answers that question very differently than one that has to manually check several analysts' laptops before responding.

Rippling's advantage for an MSSP is exactly this audit trail: one system recording who has which device, when it was enrolled, and what security policies applied to it, which turns a client's security review from a scramble into an export. That matters more for an MSSP than for most other businesses in this comparison, because the MSSP's own security posture is itself part of what it's selling.

Firstbase's advantage shows up for an MSSP with analysts spread across multiple regions or time zones rather than concentrated in one office, since getting a properly configured device to an analyst quickly, wherever they are, matters when incident response coverage depends on having enough staffed hours around the clock. The tradeoff is that Firstbase doesn't own security policy enforcement itself, so the audit trail a client review asks for still has to come from wherever SSO and MDM policy actually live.

The MSSPs that handle a client's security review calmly are the ones that already wrote down their device baseline before any client asked for it, not the ones scrambling to reconstruct it from memory once a prospective client's procurement team sends over a questionnaire. That baseline should state, in writing, what every device is required to run, encryption, endpoint detection, a maximum patch age, and which role signs off that a new device meets it before it's allowed anywhere near client systems.

Having that document ready turns a client's security review into a five-minute conversation instead of a multi-day audit of every analyst's laptop, and it also gives new analysts a concrete standard to be enrolled against on day one rather than whatever configuration happened to be convenient at the time.

Write your device baseline before a client asks for it, and include these items:

• Full-disk encryption is set through the MDM policy applied at enrollment, since neither platform enforces it on its own.
• You can produce a current list of every device with access to client environments whenever a security review asks.
• Endpoint protection and patching are confirmed current, with a record of when the policy was last verified.
• Incident response kits have their own checkout log and their own patch and tooling license review.
• Analysts in other regions or time zones receive a properly configured device quickly, wherever they are.