Endpoint backup and recovery

The backup matters when you need it back.

Plan endpoint and server recovery around the workload, destination and checks that prove a restore is usable.

Book a walkthrough Read the restore drill guide

Target scope · verify support before purchase ↗

Illustrative workflow

From a backup status to a recovery check.

01 / The problem

A completed job is only a starting point.

The client needs data back. A backup status alone does not establish recoverability.

Recovery request: Restore requested
Point + destination: Destination to check
Restore checks: Result unverified

Connect the recovery point, destination and verification plan before calling a restore usable.

Book a walkthrough Concept example. Check current scope.

Start with the recovery decision

What needs to come back?

Connect policy, snapshots, verification, restore selection, approval, execution, and evidence.

Supported Windows endpoint and server workloads

Supported Linux endpoint and server workloads

macOS file and device recovery subject to platform capability

Vultr regional object storage

Endpoint and server backup

A backup becomes useful when recovery is verified

Recovery path ready

Recovery timelineIllustrative device

Managed server

Policy, restore points, and verification remain connected.

Protected

Latest verified pointIntegrity check attached
Verified
Earlier recovery pointChange window retained
Available
Bare-metal recoveryBoot and target preflight
Review

Illustrative Endpoint and server backup concept—not a live product screenshot.

Illustrative restore workflow

See restore verification move from a failed check to reviewable evidence.

Step through the existing backup-assurance example to evaluate policy, ownership, approval, alternate-target validation, and evidence handoff.

This illustrative workflow does not run a restore or prove current endpoint, image, or bare-metal recovery support for a specific environment.

Read the restore drill guide

Dayrook · illustrative workflow preview

See this backup assurance signal move all the way to proof.

Follow the policy, ownership, action, and verification for this focused workflow.

Backup → service operations

A restore verification needs attention.

01
SignalCheck fails
The affected workload and restore point remain visible.
Done
02
PolicyImpact classified
Protection policy, retention, and client priority set the response.
Done
03
OwnerTicket assigned
Service operations receive the workload, evidence, and response target.
Done
04
ActionRestore tested
An approved alternate-target restore validates the recovery path.
Done
05
ProofAssurance updated
The test result and unresolved exceptions enter the client report.
Now

Prove the restore path before an outage makes the decision for you.

Exercise item, volume, image, and supported bare-metal recovery paths before an incident.

Inside the workflow

The work this connects.

File-level protection: Back up selected endpoint and server files with policy-based schedules and retention.
Image and bare-metal recovery: Support full-image workflows and verified Windows or Linux recovery media.
Virtual machine backup: Protect guest files and full VM state where the connected platform supports it.
Restore-point verification: Use integrity checks, samples, mount or boot checks, and drills before relying on a recovery point.
Regional archival storage: Keep payloads, indexes, reports, and evidence in the selected Vultr storage region.
Retention and legal hold: Coordinate backup lifecycle with customer policy, hold state, and approved deletion.

Try one useful scenario

A recovery drill with acceptance evidence

Fictional drill: select a test restore point and an isolated destination. Obtain overwrite authorization, retrieve the data, check a known file and application behavior, then remove temporary access.

Illustrative evaluation scenario, not a recorded product result.

What a useful result must show

Record requested and observed RPO/RTO, start/end times, retrieval waits, key custody, failed objects, reviewer and cleanup sign-off. Integrity checks, boot tests and application checks are separate results.

Get the evaluation worksheet →

Check the support boundaries

Files, images, VM and bare-metal recovery
SaaS content, metadata and excluded objects
Export, original and alternate restore destinations
Keys, overwrite approval, region and retrieval timing

No workload-by-mode production matrix is established by this illustration. Protected-user and retained-storage charges can apply; retrieval/egress treatment and archive timing need written confirmation.

Check public evidence and availability →

Scope, availability and evaluation details

Bare-metal and full-device recovery depend on operating system, hardware, drivers, media, storage readiness, and the applicable release.

Archive retrieval can require a queued restore or prewarm before download.

The proposed $99 monthly model includes the target product scope for evaluation, unlimited technicians, unlimited customers, and the first 50 managed devices. Final terms require confirmation. See transparent pricing →

Review full environment and integration scope

Agent and Restic data path

Endpoint and server protection uses the Dayrook agent with Restic repository controls and selected-region Vultr Archival Object Storage for payloads, indexes, and evidence.

VM and recovery compatibility

VM backup connectors feed the same snapshot and restore ledger; BMR validates target hardware, drivers, storage, networking, authorization, and recovery evidence before completion.

Backup state connects to endpoints, tickets, incidents, reporting, retention, storage, and audit owners.

Questions, answered

Before you choose your next step.

What workloads can Dayrook protect?

Coverage includes Windows, macOS, and Linux endpoints, physical servers, supported virtual machines, and separate SaaS workloads.

Does Dayrook support bare-metal recovery?

Yes for supported Windows, Linux, and physical-server workflows, using recovery media bound to one operator-selected verified image.

What about full-device macOS recovery?

macOS file and device recovery follows available platform capabilities. Exact supported behavior must be presented for the applicable release and device.

Where is backup data stored?

Backup payloads and evidence use the selected US or EU Vultr object-storage path with policy-driven encryption, retention, and access.

Your next step

Plan a restore you can judge.

Choose a representative workload and recovery destination. Agree on the keys, media, recovery targets and checks that will prove the restored data is usable.