Top 10 Best Server Data Backup Software of 2026

Datto Backup’s core workflow revolves around creating protected snapshots of server volumes and then restoring by mapping those images to either bare-metal style targets or virtual environments. The platform emphasizes recovery orchestration through console-driven restore selection, which helps admins avoid manual backup media handling. Central configuration supports consistent schedules, retention policies, and target behavior across multiple protected devices.

A practical tradeoff is that organizations with highly heterogeneous storage and hypervisor estates may need more upfront standardization to keep restore paths predictable. Datto Backup fits best in environments where application-consistent restores for Windows servers matter and where administrators want restore planning and reporting in a single interface.

Arcserve UDP fits admin teams managing mixed Windows server estates where VM restores need tighter operational control than file-only recovery. The product supports image-level backup and granular recovery for virtual machines, and it can orchestrate restore tasks so applications and guest workloads can be recovered within defined RTO expectations. Centralized console management helps standardize backup jobs and review run status across multiple agents.

A practical tradeoff is that deeper recovery granularity and protected storage behaviors require deliberate configuration of agents, repository targets, and retention settings across environments. Arcserve UDP is a strong match when ransomware-resistant storage and predictable restore testing are part of governance, and when teams want repeatable restore runbooks for key VMs rather than only bare-metal recovery.

Nakivo Backup & Replication provides VM backup jobs with incremental change tracking, plus full restore paths for both VM disks and restored VM bootability. The console groups protection policies by workload and target, and it can run replication to keep secondary sites current. Recovery workflows include instant VM recovery for running workloads, plus granular restore for specific objects when the workload integration supports it.

The tradeoff is that deeper app-consistency coverage depends on workload integrations rather than a single universal consistency mechanism, which can narrow expectations for complex databases. Nakivo fits best when a single tool must cover mixed virtual machine estates and recurring disaster recovery drills with repeatable restore steps.

BorgBackup delivers server backup with a content-defined deduplication approach that stores data as compressed, hash-addressed chunks rather than volume-style images. It supports incremental backups with repository-managed change tracking, plus restore workflows for both archives and individual files.

The tooling includes command-line automation for scheduling, integrity checks, and retention pruning so unattended runs can be governed by scripts. BorgBackup also supports encrypted repositories for protecting stored chunks at rest.

Restic performs server data backups by encrypting and deduplicating files into content-addressed repositories, then supports repeatable snapshots over time. It runs as a command-line backup tool with broad filesystem coverage and agent-based deployment on hosts, including options for object storage targets.

Recovery is centered on restoring files and directory trees, with archive metadata that supports point-in-time views. Restic can be automated through scripts and its documented CLI flags, but it does not provide enterprise-style centralized backup orchestration.

NovaBACKUP Server targets server and virtual machine backup with image-level capture and restore workflows managed from a central console. It focuses on practical recovery paths such as bare-metal restore support and granular restore options for systems and data.

Administration centers on job scheduling, retention rules, and policy-style configuration for repeatable backups across hosts. For automation and integration, NovaBACKUP Server’s value is tied to its manageable operational surface rather than custom application-level orchestration.

IDrive 360 Endpoint Backup combines endpoint-focused agent backup with server-oriented central management and restore tooling. The product supports scheduled backups for desktops and laptops and can restore files, folders, and system images from prior backup sets.

It also provides console features for monitoring job status, reviewing backup history, and managing retention policies for endpoint data. For server data backup use, the key value is using the same endpoint agents and admin console to centralize backup coverage across mixed host fleets.

IBM Storage Protect is an enterprise backup product built around a client-server model with IBM’s data protection engine and long-term retention workflows. It supports image-level server backup for virtual and physical environments, and it integrates with hypervisor and snapshot mechanisms to reduce restore friction.

Governance features include role-based access for administration, audit visibility for backup operations, and policy-driven retention. Automation is centered on repeatable job scheduling and scripted control via APIs and command-line interfaces.

Cove Data Protection performs server backup and restore workflows from a central management console, targeting ransomware recovery and file and system recovery use cases. The product integrates with n-able’s broader management ecosystem through its Cove management plane and supports common Windows and Linux server scenarios with agent-based protection and policy-driven retention.

Cove emphasizes operational recovery with granular browse and restore options and recovery plans designed around faster point-in-time recovery. Administration centers on managing backup policies, monitoring backup health, and tracking restore activity across protected servers.

SEP sesam is a backup and recovery product used to coordinate enterprise workloads with granular control over schedules, media, and restores. SEP sesam’s core strength is its job-driven workflow for imaging, file backup, and recovery across many server types, with retention rules tied to those jobs.

The system includes automation hooks for repeatable operations and supports integration points such as cataloging and restore orchestration to reduce manual steps. Administrators also get governance through centrally managed configurations and role-separated operation of backup and restore tasks.