Primary storage
Production volume architecture tailored to performance, availability, capacity and workloads.
RDMC designs, deploys and operates storage and backup architectures that withstand incidents, human error, hardware failures and ransomware attacks. From primary data to immutable vaults, we cover the full protection lifecycle.
Our architecture combines storage capacity, geographic distribution and high-speed connectivity to meet backup, replication and disaster-recovery requirements.
Resilience does not depend on a single product. It relies on a coherent architecture, independent copies, retention policies, integrity checks and regularly tested restores.
Production volume architecture tailored to performance, availability, capacity and workloads.
Protection for VMs, servers, endpoints, databases, applications, containers and cloud workloads.
Non-modifiable copies for a defined period to limit the impact of compromise or ransomware.
Local, remote or cloud replication with failure-domain segmentation and tailored RPO targets.
Long-term retention, tiering, cold storage, lifecycle policies and cost control.
Consistency checks, isolated restores, application validation and documented recovery procedures.
We separate storage layers and responsibilities so that a production incident cannot compromise all copies at once.
Servers, VMs, databases, files, cloud workloads, SaaS and critical endpoints.
Local repository optimized for fast restores and short RTOs.
Replication to a second site or cloud independent from the primary failure domain.
Locked retention with deletion or modification impossible during the defined period.
Integrity validation, restore tests and gap tracking.
The 3‑2‑1 rule aims to prevent a single incident — hardware failure, human error, disaster or ransomware — from making production data and all its backups unavailable at once.
The active copy used by applications, users, databases, VMs or business services.
For example: primary storage on SAN/NAS and backup on a dedicated repository, object storage, tape or another independent medium.
A third copy is kept on a second site or in a distinct cloud so it survives a local disaster.
A backup reachable with the same privileges as production remains vulnerable. We deploy immutability mechanisms designed to prevent premature modification or deletion of protected copies.
We isolate backup access, identities and networks so that compromise of the primary IT estate does not automatically grant access to standby repositories.
We align backup and replication technologies with real service criticality: file restore, VM recovery, full application rebuild or site restart.
RPO measures the maximum acceptable data loss before the incident. RTO measures the maximum acceptable time to restore the service after the incident.
If an incident occurs at 09:00, the goal is to return to a consistent state no older than 08:45.
The service must be restored by 10:00 at the latest, even if full infrastructure remediation continues afterward.
We can engage on a project basis or as a managed service with monitoring, operational maintenance, capacity, security and regular testing.
Inventory of workloads, dependencies, criticality, volume, retention, risks and recovery objectives.
Sizing of repositories, object storage, inter-site links, retention tiers and recovery strategy.
Implementation, migration of existing policies, automation and procedure documentation.
Tracking of jobs, capacity, backup windows, errors, SLAs, alerts and retention drift.
Planned recovery scenarios to validate RPO/RTO and detect unusable backups before an incident.
Patching, hardening, capacity growth, cost analysis and policy adaptation as the IT estate evolves.
On‑premises infrastructure, public cloud, private cloud, hybrid, distributed sites, industrial environments, Microsoft 365, Kubernetes, databases or user endpoints: the protection policy must cover data wherever it resides.
RDMC can audit your current strategy, identify failure points, verify immutability and propose a target architecture aligned with your security, cost and availability constraints.