Teceze Hybrid Cloud Resilience and Disaster Recovery protects workloads that live across your data centre, private cloud and public cloud under one recovery plan. Failover is orchestrated, rehearsed on a fixed calendar and evidenced in writing, so recovery time stops being an assumption in a policy document and becomes a number your board can rely on.
Book a Resilience Assessment Backup is not recovery. Most enterprises discover the difference during an outage, when the runbook is stale, the dependencies are undocumented and nobody is sure who declares a disaster. This service closes that gap and gives you evidence you can put in front of auditors and insurers.
Every workload is mapped to a business impact tier with an agreed recovery time and recovery point objective. Protection spend follows criticality instead of being spread evenly across an estate where it is not needed.
Runbooks become code. Dependency aware sequencing brings databases, middleware, identity and applications back in the correct order, triggered by one approval rather than forty manual steps under pressure.
Continuous replication across VMware, Azure, AWS, Google Cloud and colocation. The recovery target is chosen to fit the workload and its data residency rules, not to force a migration you did not ask for.
Air gapped, immutable copies with clean room restore and malware scanning before anything returns to production. Built for an encryption event, not only for a failed disk or a flooded rack.
Scheduled failover rehearsals that do not disrupt production, plus crisis simulations with your own teams. Every run ends in a written report with measured recovery times and the gaps we will close next.
Test results, recovery objectives, drift alerts and unprotected workload alerts in one dashboard. The format your auditors, regulators and cyber insurers ask for, produced continuously rather than the week before review.
These are the ranges our enterprise clients typically reach within the first two testing cycles. We baseline your real recovery position during the assessment, then commit to targets in the contract.
For tier one applications, measured from disaster declaration to verified user availability.
Recovery point objective for tier one workloads under continuous replication.
Across protected workloads, measured annually and reported to you every month.
Against a duplicate standby site, by consuming cloud capacity only when it is needed.
Onboarding runs in six weeks with no production downtime: discovery and tiering, replication build, first live failover rehearsal, then steady state operation with a published testing calendar.
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A backup contract guarantees that copies exist. It says nothing about how long it takes to bring a business service back, in what order, or who is authorised to start. That gap is where outages turn into headlines. This service is built around recovery, tested and measured. Every tier one application has an orchestrated runbook, a rehearsal schedule and a recorded recovery time. If a test misses the agreed objective, closing that gap becomes our action, not a note in your risk register.
No. The service is designed for estates that are genuinely mixed: VMware on premises, workloads in Azure or AWS, some in colocation, and a few applications nobody wants to touch. We replicate each workload to the target that fits its performance, licensing and data residency needs. If consolidation would clearly reduce cost or risk, we will say so and show the numbers. It stays a decision you make later, never a precondition for being protected now.
Tier one workloads are rehearsed quarterly and the wider estate at least annually, on a calendar agreed with you at onboarding. Tests run in an isolated network so users and production data are untouched. Each rehearsal produces a report with the measured recovery time, the recovery point achieved, anything that failed and the remediation owner. That report is the artefact your auditors and insurers usually ask for and rarely receive.
Pricing is per protected workload per month, banded by tier, so a critical database and a departmental file server are not charged at the same rate. Cloud recovery capacity is consumed only during tests and real events, which is where most of the saving against a standby site comes from. During the assessment we model your current cost of protection, including licences, standby infrastructure and internal effort, against this model so you compare total cost rather than line items.
Declaration authority sits with your named executives, defined in the contract before go live. Our team monitors, alerts, provides the technical assessment and recommends, then executes the moment you approve. From that point there is a single incident bridge, a named recovery lead and a published sequence. Communication runs on a fixed cadence to your stakeholders, so nobody has to chase engineers for status while they are recovering systems.
Recovery copies are immutable and logically air gapped, held in a separate security domain with separate credentials, so an attacker who compromises production cannot reach or alter them. Deletion and retention changes require multiple approvals. Restores run through a clean room: workloads are recovered into an isolated environment, scanned and validated before they rejoin production. That prevents reinfecting the estate with the very data you just recovered.
Yes. We operate Veeam, Zerto, Commvault, Rubrik, Azure Site Recovery, AWS Elastic Disaster Recovery and the native replication built into your storage and database platforms. Your existing investment and licence terms are the starting point. Where a tool cannot meet the recovery objective you need, we will show the evidence from testing before recommending a change, and we will tell you if the honest answer is that the current tooling is sufficient.
The service produces continuous evidence: protection coverage, recovery objectives per application, test results with dates and outcomes, and alerts for any workload that drifts out of protection. It maps to ISO 22301 and ISO 27001 expectations and supports DORA, GDPR and sector specific data residency requirements. Insurers increasingly price on proven recovery capability rather than stated intent. Documented, repeatable test results are the strongest position you can take into that conversation.
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Schedule a 45 minute assessment with our cloud resilience specialists. You will leave knowing what your recovery time actually is today, not what the policy says it should be.