Acronis backup
The restorable copy of the systems and the data. It includes the files, and also the operating system, the application settings, and the configuration a rebuild needs.
Acronis backup keeps a restorable copy. Acronis BCDR is the plan that keeps essential work moving. Acronis DR runs the workload again when the original server or the original site cannot be used. One Data Asia designs the recovery targets and runs the service with engineers in Indonesia.
What stops the business
The product
People search for these as three products. On this service they are three layers of the same platform. Backup without a recovery plan leaves the files safe and the business stopped. Disaster recovery without a checked backup restores the outage.
The restorable copy of the systems and the data. It includes the files, and also the operating system, the application settings, and the configuration a rebuild needs.
The plan that keeps essential work moving. Detection, containment, an alternate way to work, and a checked restore are written down before the outage, not during it.
Disaster recovery runs the workload again when the original server or the original site cannot be used. The applications come back with the data, in the order they depend on.
Critical services stay available while the affected systems are isolated and restored.
The failure is detected and contained before it spreads across the business.
Data and systems are restored, then checked, before normal work resumes.
Process
Acronis describes business continuity as a sequence the team carries out, starting the moment a disruption is seen. The same sequence covers a cyberattack and a failed server.
Name the disruption as soon as it starts. Which systems are affected, which work is blocked, and how fast the response has to move.
Hold the affected system, region, or dataset so one failure does not travel through the rest of the business.
Move critical work onto a backup system, a cloud recovery environment, or a reduced workflow while the incident is handled.
Restore from a clean backup, then check that the system is intact and usable before it returns to production.
Bring workloads back to the primary systems in a controlled order, then update the plan with what the incident exposed.
This sequence follows the model published by Acronis. Open the original page
Detection and containment change. The outcome is the same: critical work continues, and the system comes back clean.
59%
of organizations were hit by ransomware in 2023. Acronis cites Spacelift, 2025.
24 days
average downtime after a cyberattack, in the same source Acronis publishes.
$9,000
downtime cost per minute at the high end, cited by Acronis from DotSecurity, 2024.
These figures are published by Acronis, not measured by One Data Asia. See the sources on the original page
Each function gets its own numbers. They are agreed before an incident, and they follow the priority of the work.
The target time to make a system usable again. A customer-facing application and an internal report do not share the same target.
The amount of recent work you can afford to lose, measured in time. It decides how often the backup runs.
The longest a function can stay offline before the damage is difficult to undo.
The point at which a specific operation must switch to another way of working.
Acronis disaster recovery runs the workload again after the original site or the original server is no longer usable. Backup, security, and recovery sit in one platform, so the restore is checked before it goes back into production.
Critical workloads can run as virtual machines in a cloud environment, so people can work again without waiting for the original hardware to be rebuilt.
Recovery follows application dependencies. The database comes back before the application that needs it.
Short recovery times are built from verified backups, so every system does not need a second live replica sitting idle.
The copy is checked before it is restored. A failover starts from a point that is not still carrying the attack.
A modern outage is often a cyber incident. Restoring an infected system can spread the attack and cause a second outage. Acronis DR fails over to a clean recovery point, and the backup is verified before that restore. Physical, virtual, and cloud workloads can be protected. The recovery time is agreed per workload.
Copying the databases and the file shares is not enough for disaster recovery. The machine has to come back as a working system.
Acronis describes business continuity as breaking when monitoring, backup, security, and recovery are separate tools. These are the capabilities that turn the five phases into something the team can run.
Endpoints, workloads, and cloud environments stay visible, so a disruption is seen early enough to start the plan.
Frequent copies are verified. Continuity and disaster recovery both depend on a recovery point that is known to be clean.
Standby capacity and a secondary location keep critical services available while the primary system is repaired.
Failover and recovery steps are predefined, so the same order is followed every time and it is faster than a manual scramble.
Identity, segmentation, and least-privilege access keep a disruption from reaching the recovery environment.
Backup, security, and disaster recovery are run together. The gaps usually appear where those tools are separate.
Acronis describes three places to keep the systems that have to come back: a data center you operate, the cloud, or both. The choice follows the recovery time, the residency requirement, and the cost of being ready.
A recovery data center you own gives the most direct control. Acronis describes this path as the slowest and the most expensive: facilities, extra systems, and people, with a restore that can take days or weeks.
The virtual environment is kept ready in the cloud, so a lost server does not wait for new hardware. Acronis describes this as the faster, more scalable option. The recovery time is still agreed per workload.
A broken disk uses the copy nearby. A lost building uses the cloud copy. One Data Asia uses the Acronis data center in Jakarta when that offsite copy has to stay in Indonesia.
Acronis lists disaster recovery as available in its Cyber Cloud data center in Jakarta. One Data Asia places the service on that data center when the company requires the offsite copy to remain in the country.
The data center is chosen when the tenant is created. Geo-redundant storage is not listed for Jakarta, so a second region is designed separately and said so before the contract.
One Data Asia confirms ID01 before the first backup job.
The local copy handles a broken disk. Jakarta handles a lost site.
Acronis lists both as available from the Jakarta data center.
A data center in Indonesia helps after someone has started a system from it.
Tell One Data Asia which systems have to come back, how recent the copy must be, and whether the offsite copy has to stay in Jakarta.
Acronis backup is the restorable copy of systems and data, including the operating system and application settings. Acronis BCDR is the plan that detects a disruption, contains it, keeps essential work moving, and restores from a checked copy. Acronis DR runs the workload again when the original server or site cannot be used, including failover into the cloud. One Data Asia designs the recovery targets for companies in Indonesia and can place the offsite copy in the Acronis data center in Jakarta.