// recovery_layer

Backups ransomware cannot reach.

Immutable, isolated backup and recovery for SaaS tenants, on-premise estates and everything hybrid in between — deployed, monitored and restored by the same engineers who tune your monitoring platform[cite: 2].

SOC_COVERAGE
24 / 7
STORAGE_MODE
IMMUTABLE
ISOLATION
OFF-PRODUCTION
SAAS_BACKUPS
UP TO 4× / DAY
MGMT_MODEL
FULLY MANAGED / SELF-RUN

Threat model

Encryption, deletion, tenant takeover

Restore scope

Item-level to bare metal

Data efficiency

Deduplication + compression

Essentials residency

Two data centres, Sweden

// service_modules

Three deployments of one principle

Every module writes an immutable copy of your data outside the blast radius of the system that produced it[cite: 2]. Pick by where the workload lives and how much of the operation you want to keep[cite: 2].

MODULE_01

Vault Cloud

Managed backup for SaaS and cloud identity — the tenants you depend on but do not host[cite: 2].

  • Up to four automated backups per day[cite: 2]
  • Immutable, encrypted storage outside the production tenant[cite: 2]
  • End-to-end encryption, GDPR-aligned design[cite: 2]
  • Granular restore of items, sites and configuration[cite: 2]
  • Continuous monitoring, minimal manual handling[cite: 2]
MGMT: FULLY_MANAGED [ OPEN_CLOUD_PAGE → ]

MODULE_02

Vault On-Prem

An isolated recovery environment for the estate in your own racks — kept restore-ready, not just backed up[cite: 2].

  • Always-on recovery readiness[cite: 2]
  • Isolated, secure recovery environment[cite: 2]
  • Immutable storage with ransomware protection[cite: 2]
  • Full-system recovery into a clean environment[cite: 2]
  • Managed onboarding and offboarding[cite: 2]
MGMT: FULLY_MANAGED [ OPEN_ONPREM_PAGE → ]

MODULE_03

Vault Essentials

The same recovery platform, deployed by you, billed on consumption[cite: 2]. Built for lean teams with mixed estates[cite: 2].

  • Deploys from a single configuration file[cite: 2]
  • Secure one-way communication to the backup target[cite: 2]
  • Deduplication and compression on ingest[cite: 2]
  • Bare-metal recovery, physical and virtual[cite: 2]
  • Backup copies held in two Swedish data centres[cite: 2]
MGMT: SELF_RUN + 24/7_SOC [ CURRENT_PAGE ]

// platform_coverage

What we can protect today

If it is on this list, onboarding is configuration rather than a project[cite: 2]. If it is not, tell us what it runs on — most gaps close with an agent or an API connector[cite: 2].

SAAS & CLOUD

Vault Cloud targets

Microsoft 365Entra IDAzurePower Platform DynamicsGoogle WorkspaceSalesforceServiceNow HubSpotOktaJiraConfluence TrelloMonday.comSmartsheetGitHub BitbucketDocuSign

Identity is included deliberately: an Entra ID or Okta rollback is often the first step in recovering from a tenant takeover[cite: 2].

SERVERS & VIRTUAL

Vault On-Prem targets

Windows ServerLinux / UnixVMwareHyper-V SQL ServerOracleSAPExchange IBM Power SystemsAIXHP-UXSolaris macOS

Legacy Unix estates are included on purpose — they are usually the systems with the least tested recovery path[cite: 2].

// deployment_protocol

How an engagement runs

01

Estate scan

Workloads, dependencies and current backup state, mapped against what the business actually needs back first[cite: 2].

02

Design

Module selection, schedules, retention, residency and isolation boundaries — written down before anything is installed[cite: 2].

03

Deploy

Onboarding and first full backup[cite: 2]. Essentials bootstraps from one configuration file, which keeps manual error out of it[cite: 2].

04

Run & restore-test

24/7 SOC monitoring, scheduled restore tests, and a documented result each time — so the first real restore is not the first restore[cite: 2].

// operating_model

Hand it over, or keep the console

Two ways to run this, and the difference is deliberate[cite: 2]. Both sit on the same platform with the same 24/7 monitoring underneath[cite: 2].

OPTION_A

Fully managed — Vault Cloud & Vault On-Prem

  • We own onboarding, configuration and offboarding[cite: 2]
  • We watch the jobs and chase the failures[cite: 2]
  • We drive the restore during an incident[cite: 2]
  • You get reporting and tested recovery evidence[cite: 2]

Best when the team is stretched, or when recovery has to hold up under audit[cite: 2].

OPTION_B

Self-run — Vault Essentials

  • You deploy from the supplied configuration file[cite: 2]
  • You keep full operational control of schedules and restores[cite: 2]
  • Consumption-based cost, scaling with what you protect[cite: 2]
  • 24/7 SOC support stays underneath you[cite: 2]

Best when you have capable hands in-house and want the platform, not the service wrapper[cite: 2].

// engineering_faq

The questions engineers actually ask

What stops an attacker with domain admin from deleting the backups?

Immutability plus isolation[cite: 2]. Copies are written to storage that will not accept a modification or deletion request for the retention period, and that storage does not sit inside the production trust boundary[cite: 2]. Credentials taken from the estate do not carry authority over the recovery environment[cite: 2].

How does traffic reach the backup environment?

Vault Essentials uses secure one-way communication towards the backup target, so there is no inbound path from the backup environment into your network[cite: 2]. That direction matters: it removes the backup service as a lateral-movement route[cite: 2].

What does recovery look like for a full server loss?

Bare-metal recovery for physical and virtual workloads, or full-system recovery into an isolated clean environment when production cannot be trusted yet[cite: 2]. The second path is what you want during an active ransomware incident — rebuilding into a compromised network simply reinfects[cite: 2].

Will this blow up our storage volumes?

Deduplication and compression run on ingest, so repeated blocks across systems and daily cycles are stored once[cite: 2]. Actual ratios depend on your data profile; we size it during the design step rather than quoting a number here[cite: 2].

Where does this sit next to our monitoring platform?

Alongside it, run by the same team[cite: 2]. We already build and maintain SCOM, Azure Monitor and hybrid observability estates — so backup job health, agent state and restore-test results land in the monitoring you already look at, instead of a separate console nobody opens[cite: 2].

Can you take over a backup platform we already have?

Usually, yes — we start with an assessment of what is configured, what is actually completing, and what has never been restore-tested[cite: 2]. Migration path and any parallel-run period come out of that[cite: 2].

// next_step

Send us the estate, get a recovery plan back

A short technical session: what you run, what is protected, what has never been tested[cite: 2]. You leave with a module recommendation and a sizing range — no commitment attached[cite: 2].

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