Top 10 Best Remote Backup Software of 2026

Duplicati runs as an application that schedules backup jobs, manages credentials per destination, and builds restore points based on job settings and retention rules. Each job can be configured with encryption keys, bandwidth throttling, and browser-accessible monitoring via its web UI. Restore operations can retrieve individual files from a backup set without restoring a full machine image.

A key tradeoff is that Duplicati focuses on file-level style recovery paths rather than bare-metal or hypervisor-level image workflows. It fits situations where teams need encrypted backups to cloud object storage and want straightforward restore testing through individual file pulls.

Carbonite works by installing backup agents on protected endpoints and servers, then using a centralized console to manage backup policies and schedules. Admin controls are oriented around grouping, policy assignment, and monitoring of job outcomes such as success, failure, and last run time. Recovery support is built around restoring files and workloads through managed processes, with restore verification features that emphasize operational confidence.

A key tradeoff is limited extensibility compared with products that offer wide API coverage or configuration-as-code workflows. Carbonite fits teams that need consistent backup coverage across many machines with minimal engineering involvement, especially when restore practice is more important than building integrations.

Backblaze targets agent-based file backup workloads where most recovery events require retrieving documents, media, and user data rather than bare-metal reconstruction. The service keeps its management surface small, which makes device onboarding and routine retention adjustments easier than systems that expose complex backup chains. Restore uses the vendor’s web and download flows for files and folders, which helps teams recover data without standing up additional restore infrastructure.

A key tradeoff appears when environments require image-level capture for hypervisors or operating-system state. Backblaze’s file-first model means administrators cannot substitute it for platform-level backup engines during bare-metal recovery planning. It fits teams consolidating endpoint and server file backups into one retention-managed cloud destination, especially when WAN throttling and scheduling options must be kept straightforward.

IDrive positions remote backup around a cross-device workflow that covers PCs, servers, and mobile endpoints under a single management console. It focuses on continuous incremental-style protection with broad restore options, including file-level recovery and full-machine restore paths where supported.

Configuration can be centrally pushed through account-based setup and policy choices, with retention controls that apply per data set. Administration centers on console management plus reporting on backup status and failures.

CrashPlan performs agent-based backups by running a desktop or server client that sends file data to a cloud backup target with continuous change capture. Central capabilities include scheduled retention policies, point-in-time style recovery browsing, and granular restore at the file level without needing full disk imaging workflows.

Administrative control is geared toward managing endpoints within a single account, with an emphasis on recovery operations rather than deep infrastructure integration. Automation and API extensibility are limited for configuration and governance compared with backup products that integrate directly with hypervisors and storage platforms.

Acronis Cyber Protect is a remote backup solution aimed at organizations that need integrated backup, security controls, and centralized management across endpoints and servers. Its core capabilities include agent-based image and file backup with policy-based scheduling, plus point-in-time restore paths that target both individual systems and whole-machine recovery.

Management and governance are handled through a central console that coordinates backup tasks and retention behavior across managed devices. Administrators can also use automation hooks and programmatic control surfaces to standardize deployment and reporting.

Datto SIRIS is a remote backup appliance line focused on fast, agent-based protection with local data handling before replication. It combines continuous backup workflows, point-in-time recovery options, and restore orchestration for endpoints and servers from a single administrative surface.

It also supports encrypted transport and at-rest encryption, plus retention controls that keep restore targets available after failed updates or malware events. For teams managing multiple sites, SIRIS is designed to centralize backup health visibility and scheduling across protected assets.

Arq Backup is a remote backup solution built around agent software on Windows, macOS, and Linux that schedules backups to cloud or S3-compatible storage. It uses a local index and incremental change capture so backups can run repeatedly without full re-uploads.

Restore is designed around granular file recovery and point-in-time browsing of backed data, with encryption handled on the client side. Arq Backup also supports scripting and a clear configuration workflow for repeatable backups across multiple machines.

Kopia is remote backup software that creates deduplicated backups using a content-addressed store and can restore data to points in time. It runs as an agent-based backup for file trees and directories, with a focus on backing up operating system hosts and workloads where file recovery is the primary need.

Kopia also supports encryption for data at rest in the repository and uses incremental backup patterns that avoid resending unchanged content. Administrators can automate backup and retention with its command interface and repository management commands.

Restic is a command-line remote backup tool that centers on encryption and content-based deduplication across backups. It writes backups to local folders or remote repositories such as S3-compatible object storage, and it supports restoring individual files or entire directories from a point in time.

Restic also includes a formal repository integrity model with pruning and snapshot listing, which helps keep long-running backup chains usable. Automation typically happens by running restic commands under scheduled jobs or orchestration systems, with configuration driven through environment variables and command flags.