Azure· Business Continuity · Disaster Recovery

Ransomware Takes Everything Down on a Tuesday.

We Make Sure You’re Back Up By Wednesday.

Most mid-market companies have backups. Very few have a tested recovery architecture. When your board, your auditors, and your cyber insurer are all asking the same question: “We have backups” is not the answer they’re looking for. TechWise designs and implements the Azure DR infrastructure that gives you a real, documented answer before anyone needs to ask.

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No commitment · Scoped per environment

● Azure Site Recovery, configured before an incident

● RTO/RPO defined in writing

● DR documentation for auditors and cyber insurers

● MMicrosoft Solutions Partner. Infrastructure & Azure

Who’s Asking the Question

Three Conversations That All
Lead to the Same Architecture Gap.

The board, the auditors, and the cyber insurer are asking the same question from different angles. The answer is the same in all three cases: a documented, tested DR architecture that can prove recovery capability before it’s needed.

The Board

“What happens if ransomware takes everything down?”

The CEO needs a factual answer, not a verbal reassurance. TechWise produces the documentation that answers the question with specifics: what systems recover, in what order, in how much time.

The Auditors

“Show us your disaster recovery plan and your RTO/RPO commitments.”

CMMC, HIPAA, PCI-DSS, and SOC II all require documented DR capability. TechWise produces the technical DR architecture documentation that satisfies auditor evidence requests.

The Cyber Insurer

“What are your tested recovery procedures? What is your RTO?”

Cyber insurers are tightening questionnaires at every renewal. Documented RTO/RPO and evidence of Azure Site Recovery configuration directly impacts coverage eligibility and premium.

Understanding the Basics

RTO and RPO. Defined in Writing
for Your Auditors and Insurers.

Your auditors and insurer will ask for both. TechWise defines them in writing, based on what your specific workloads can technically achieve in Azure, not generic defaults.

RTO

Recovery Time Objective

How long can your business be down before the damage becomes unacceptable?

RTO is the maximum acceptable time from failure to restored operations. A manufacturing company might tolerate four hours. A financial services firm might need to be back in thirty minutes. TechWise designs the Azure failover architecture around your actual RTO requirement, then documents it for auditors and insurers.

RPO

Recovery Point Objective

How much data can your business afford to lose?

RPO is the maximum acceptable amount of data loss, measured in time. An RPO of four hours means the business can tolerate losing up to four hours of transactions. TechWise configures replication frequency and geo-redundant storage to meet your RPO commitment, and documents what Azure can technically achieve for each workload.

What TechWise Delivers

The Infrastructure That Makes a Real
Recovery Possible. Not Just Documented.

Most DR engagements produce documentation. TechWise produces working infrastructure: replication configured and running, recovery plans written and tested, RTO and RPO defined for each workload and verified against what Azure can actually achieve. The documentation is the output. The architecture is the work.

Technical Architecture

Azure Site Recovery & Geo-Redundant Replication

Azure Site Recovery configured for your specific workloads: replication to a secondary Azure region, automated failover design, and recovery plan documentation. Geo-redundant storage ensures data is replicated across geographically separated data centers.

→ Azure Site Recovery configuration and replication setup

→ Secondary region selection and geo-redundant architecture

→ Automated failover design and testing procedures

→ Recovery plan documentation: what recovers, in what order

Analysis & Documentation

RTO/RPO Definition & DR Gap Analysis

RTO and RPO defined in writing based on what your specific workloads can technically achieve in Azure, not generic defaults. DR gap analysis documents the delta between your current recovery capability and your stated requirements.

→ RTO/RPO technical definition per workload

→ DR gap analysis: current state vs. requirements

→ DR architecture documentation for auditors and insurers

→ Backup policy, scheduling, retention, and test restore documentation

RTO, RPO, and BCDR

Backup Recovers Data. Business Continuity Recovers Operations. They Are Not the Same.

Most mid-market companies have backups configured. Very few have designed and tested an architecture that can restore operations within a timeframe their board, auditors, and insurer would accept. The gap between those two things is where TechWise works.

Recovery Time Objective (RTO)

How Long Can the Business Be Down?

RTO is the maximum acceptable time between a disruption and the restoration of normal operations. A business with an RTO of four hours needs its systems back within four hours of a failure. An RTO of 24 hours means the business can tolerate a day of downtime. RTO is a business decision. The technical architecture has to be designed to meet it. Most organizations have never defined their RTO, which means nobody knows whether the current recovery capability is adequate.

Recovery Point Objective (RPO)

How Much Data Can the Business Lose?

RPO is the maximum acceptable data loss measured in time, how many hours of transactions, records, or changes can the business afford to recreate if a failure occurs. An RPO of one hour means the business can tolerate losing one hour of data. An RPO of 24 hours means backups that run nightly are sufficient. RPO determines backup frequency, replication frequency, and the architecture needed to meet the requirement.

Azure Site Recovery

Automated Failover for Critical Workloads.

Azure Site Recovery (ASR) replicates on-premise and Azure virtual machines to a secondary Azure region continuously. When a primary system fails, ASR can fail over to the replica in minutes. Not hours. Failover can be planned or unplanned. Recovery plans automate the sequence of failover actions. TechWise configures ASR for critical workloads as part of every BCDR engagement and tests failover on a documented schedule.

Common Questions

Questions About Azure BCDR and Disaster Recovery.

Business continuity is the ability to keep operating during a disruption. Disaster recovery is the process of restoring systems after a failure. Most organizations have backup configured and call that BCDR. It is not. A complete BCDR engagement defines RTO and RPO per workload in writing, designs the Azure architecture to meet those requirements, implements the technical layer, and tests recovery before anyone needs to ask whether it works. TechWise designs, implements, and tests all of it.

Backup means copies of your data exist. Disaster recovery means you can restore operations within a timeframe the business can tolerate, using those copies or using replicated infrastructure that fails over automatically. An organization can have years of backup data and still take a week to recover from a ransomware event. TechWise designs and tests the recovery architecture, not just the backup policy.

Azure Site Recovery replicates your virtual machines to a secondary Azure region. If your primary environment fails, ASR fails over to the replica in minutes. We configure ASR for your specific workloads, write the recovery plans that automate the failover sequence, and test failover on a documented schedule. Every test produces a written result that confirms actual recovery capability against your stated RTO.

RTO is the maximum time your business can be down after a failure before the damage becomes unacceptable. A manufacturing company might tolerate four hours. A financial services firm might need 30 minutes. RTO is a business decision, but the technical architecture has to be designed to meet it. We define RTO per workload as the first step of every BCDR engagement, then design the Azure failover architecture around those specific requirements and verify what Azure can technically achieve.

RPO is the maximum data loss your business can tolerate, measured in time. An RPO of one hour means you need replication running every hour. An RPO of 24 hours means nightly backups are sufficient. RPO determines backup frequency, replication frequency, and the storage architecture required. We define RPO per workload in writing and configure Azure to meet it. Both RTO and RPO are documented in a format your auditors and cyber insurer can use.

A DR test validates that recovery actually works within your defined RTO, in practice, not on paper. Most organizations have DR documentation that has never been tested. When a real failure occurs, untested processes fail in ways nobody anticipated. TechWise runs scheduled DR tests, documents the results, and provides written evidence of actual recovery capability. Cyber insurers and compliance frameworks require this documentation increasingly at renewal. We produce it as a standard deliverable.

Azure Backup stores point-in-time copies of data that can be restored after data loss: deleted files, corrupted databases, failed virtual machines. Azure Site Recovery replicates entire workloads to a secondary region so they can fail over and continue running with minimal downtime. Backup addresses data loss scenarios. Site Recovery addresses availability scenarios. A complete BCDR architecture uses both. TechWise designs and manages both as part of every BCDR engagement.

A recovery plan is an automated sequence that defines exactly what happens during a failover: which VMs restart first, what scripts run, what manual steps are required, and in what order. Without a recovery plan, failover requires someone to execute a manual runbook correctly under the pressure of an actual incident. That is not reliable. TechWise writes and tests recovery plans for every Azure Site Recovery implementation. The plan is what makes the RTO achievable.

Tell Us What’s Broken.
We’ll Tell You How to Fix It.

Every managed engagement starts with a free assessment of your environment: no scope surprises. Tell us what’s broken, what’s keeping you up at night, or what you’re trying to build. We’ll tell you exactly what it takes and which model fits.

  • Free environment assessment, before any scope is finalized

  • 30-minute call with a senior engineer, not a sales rep

  • Six engagement models, from project to enterprise SOC

  • Chicago · Philadelphia · Los Angeles

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