Everything you need, nothing you don't
Automated Backup Solutions
Fully automated backup systems that protect your critical data across servers, workstations, and cloud environments. Every backup is verified, encrypted, and monitored, because a backup you cannot restore is no backup at all.
Disaster Recovery Planning & Testing
We develop comprehensive DR plans with defined RTO and RPO targets, then conduct regular testing to validate that your business can actually recover quickly. Plans that are not tested are hopes, not plans.
Ransomware Recovery
Our recovery strategies include immutable backups and isolated restoration environments that let you bounce back from ransomware without paying a cent. When an attack happens, you will be prepared.
Cloud Replication & Redundancy
We replicate your most critical systems to secure cloud environments for geographic redundancy and near-instant failover. If your primary systems go down, your business keeps running.
How It Works
Data Audit
We catalog every data source in your environment: servers, databases, SaaS applications, endpoints, and classify them by criticality and recovery priority.
Strategy Design
Based on your business requirements, we design a 3-2-1 backup strategy with defined RTO/RPO targets, retention policies, and compliance considerations.
Deployment & Verification
We deploy backup agents, configure replication schedules, and run initial full backups with restoration verification to confirm everything works end-to-end.
Ongoing Protection & Testing
Continuous monitoring, daily verification reports, and scheduled DR tests ensure your backups are always current, always functional, and always ready when you need them.
Backup and Disaster Recovery That Actually Restores
Backup and disaster recovery from Secure Techies protects the data and systems your business cannot replace casually. Customer records, financial systems, project files, email, and line-of-business applications are not abstract assets. They are the operating memory of the company. When that memory is encrypted, deleted, or destroyed, revenue and trust leave with it.
Many organizations believe they are protected because a backup job exists somewhere. Existence is not recovery. Recovery requires verified copies, defined timelines, known ownership, and rehearsed steps. Secure Techies builds that full capability so a bad day does not become a permanent setback.
For a practical overview of program design, read our backup and disaster recovery guide and ransomware protection playbook.
What Backup and Disaster Recovery Really Means
Backup is the act of creating recoverable copies of data and systems. Disaster recovery is the broader plan and infrastructure that restore business operations after a disruptive event.
Those events include:
- Ransomware and destructive malware
- Hardware failure and storage corruption
- Accidental deletion and insider mistakes
- Facility issues such as fire, flood, or extended power loss
- Cloud tenant misconfiguration or SaaS data loss
- Regional outages affecting a primary site
A complete program defines two numbers leadership can understand:
- RPO (Recovery Point Objective): how much data you can afford to lose, measured in time
- RTO (Recovery Time Objective): how quickly systems must be usable again
If those numbers are undefined, your real strategy is hope. Hope does not survive ransomware.
CISA publishes clear recovery-focused recommendations for organizations facing ransomware and disruptive cyber incidents, including practical steps in its Stop Ransomware guidance. We align technical design with that kind of authoritative baseline.
Who Needs Backup and Disaster Recovery Services
Any business that cannot operate without its systems
If email, files, CRM, billing, or production systems going dark would stop work within hours, you need a formal recovery program.
Companies targeted by ransomware risk
Small and mid-size businesses are frequent targets because attackers expect weaker defenses and weaker backups. Immutable copies and isolated recovery paths change the economics of an attack.
Organizations with compliance or contractual obligations
HIPAA, SOC 2, PCI, CMMC, and many customer contracts expect recoverable data and documented continuity practices. Backup is often an audit topic, not only an IT preference. Pair recovery work with compliance and security audits when frameworks are in scope.
Multi-site and cloud-first firms
Geographic and platform diversity can improve resilience or create blind spots. Microsoft 365 and Google Workspace data still need protection. Cloud does not mean “someone else is backing it up for free in a way that meets your RPO.”
Leadership teams that want insurance and customer confidence
Cyber insurance questionnaires and enterprise security reviews increasingly ask about backup immutability, restore testing, and recovery timelines. Weak answers raise premiums and slow deals.
If you operate in our service regions, see managed IT services in Los Angeles and our areas we serve for coverage context. Planning storage arrays or camera retention first? Try our free RAID calculator and surveillance storage calculator.
Problems a Strong BDR Program Solves
“We thought it was backed up”
Jobs fail silently. Credentials expire. Disks fill. Agents stop reporting. Without monitoring and verification, backup systems decay.
Ransomware that encrypts primary systems and connected backups
If backups are reachable with the same credentials as production, attackers treat them as part of the prize. Immutability, isolation, and least privilege protect the recovery path.
SaaS blind spots
Microsoft 365, Google Workspace, and other SaaS platforms have retention and recycle features, but those are not a full business recovery strategy. Accidental purge, malicious insider actions, and retention gaps still cause real loss.
Slow, chaotic recovery
During an incident, nobody wants to invent a runbook. Documented priorities, tested restore paths, and clear ownership determine whether recovery takes hours or weeks.
Compliance evidence gaps
Auditors and assessors ask for retention policies, restore tests, and control descriptions. Untested backup products rarely produce clean evidence.
What Is Included in Our Backup and Disaster Recovery Services
Automated backup across critical systems
We protect data where it lives:
- Physical and virtual servers (Windows, Linux, VMware, Hyper-V)
- Employee workstations and laptops when business risk requires it
- Microsoft 365 (Exchange, SharePoint, OneDrive, Teams)
- Google Workspace (Gmail, Drive, Shared Drives)
- SQL databases and line-of-business applications
- Selected SaaS application data based on criticality
Automation matters because manual backups fail under stress and forgetfulness. Monitoring matters because automation still fails without eyes on outcomes.
The 3-2-1 strategy, implemented for real environments
Every strategy we implement is grounded in the proven 3-2-1 model:
- 3 copies of critical data
- 2 different storage media or platforms
- 1 offsite or otherwise isolated copy
This pattern ensures no single failure mode, from fire to ransomware, can erase every recoverable copy.
Ransomware-resistant recovery design
Ransomware is the top reason many companies finally care about recovery quality. Our approach includes:
- Immutable backup copies that cannot be altered or deleted by attackers on a normal admin path
- Offsite and isolated retention layers
- Clean recovery environments that reduce reinfection risk
- Restore prioritization so critical systems return first
Technical controls work best when combined with broader cybersecurity defenses and user awareness. Prevention reduces frequency. Recovery reduces impact.
Disaster Recovery as a Service (DRaaS)
For workloads that cannot wait on traditional restore windows, we design replication and failover options:
- Cloud replication for priority systems
- Documented failover and failback procedures
- Regular test events with recorded results
- Recovery priorities aligned to business processes, not just server names
Planning, documentation, and testing
A plan nobody can execute is shelfware. We define roles, contacts, system priorities, dependencies, and communication steps. Then we test. Testing is where assumptions die early, which is exactly when you want them to die.
NIST materials such as the NIST Cybersecurity Framework emphasize recoverability as a core function of cyber readiness, not a side project. We treat it that way in delivery.
How Engagement Works
Data audit
We inventory systems and data sources, then classify by business criticality. Not every file share needs the same RPO as a production database. Classification prevents both under-protection and wasteful over-engineering.
Strategy design
We set RTO and RPO targets with leadership input, choose platforms, define retention, and map compliance needs. Budget is part of design, not an awkward afterthought.
Deployment and verification
Agents, policies, repositories, encryption, and access controls are implemented carefully. Initial restores prove the chain works before anyone depends on it in anger.
Ongoing protection and scheduled tests
Daily success monitoring, exception handling, restore drills, and plan updates keep the program honest as systems change.
This lifecycle is also where managed infrastructure and managed help desk matter. New servers, new SaaS apps, and new user data locations must enter the protection scope automatically through process, not memory.
What Good Recovery Capability Looks Like
| Capability | Weak state | Strong state |
|---|---|---|
| Backup monitoring | Unknown job status | Daily verification and alerts |
| Ransomware readiness | Backups on the same network identity plane | Immutable and isolated copies |
| SaaS protection | Recycle bin only | Dedicated backup for M365/Google data |
| Recovery objectives | Undefined | Written RTO/RPO by system class |
| Testing | Never or years ago | Scheduled restore and DR tests |
| Documentation | Tribal knowledge | Current runbooks and contacts |
If leadership cannot answer “What would we restore first, and how long would it take?” in one minute, the program is not ready.
Risks of Weak or Untested Backups
Paying ransom because recovery is impossible
Immutable, tested backups are one of the few reliable ways to refuse ransom pressure. Without them, negotiation becomes the business continuity plan.
Extended downtime and permanent data loss
Even when some data can be reconstructed, the time cost can exceed the technology cost by orders of magnitude. Customer deadlines, payroll, and regulatory reporting do not wait politely.
Legal, contractual, and insurance consequences
Missed notification timelines, lost records, and weak continuity evidence create second-order damage after the technical incident. Recovery quality is part of legal and insurance readiness.
False confidence
The most dangerous backup system is the one that appears green until restore day. Verification is the control that converts backup products into recovery capability.
Microsoft documents shared responsibility and data protection considerations for cloud services in resources such as its Azure shared responsibility model. The short version for executives: the cloud provider secures the platform, while your organization remains responsible for protecting and recovering much of its data and configuration.
Industries and Scenarios We See Often
Professional services and law firms
Matter files, email, and document systems are the business. Recovery must be fast and precise. See law firm IT support for adjacent operational context.
Healthcare and privacy-sensitive organizations
Availability of systems and integrity of records are both critical. Recovery planning should align with HIPAA-oriented operational needs and broader security controls.
Construction, field services, and multi-office operators
Shared drives, project systems, and distributed staff create many points of failure. Centralized, monitored backup prevents each site from inventing its own fragile process.
SaaS-heavy and hybrid cloud companies
Identity, collaboration data, and cloud servers all need a coherent recovery map. Hybrid complexity is not an excuse for missing coverage; it is a reason to demand better design.
How BDR Connects to the Rest of Your Security and IT Stack
Backup and disaster recovery is the last line of defense and the first line of continuity.
- Cybersecurity reduces the chance of destructive incidents
- Network security limits spread and preserves management paths during incidents
- Infrastructure keeps systems healthy and documented so recovery is possible
- Incident response planning connects technical recovery to people and communication
- Compliance audits validate that recovery controls meet external expectations
A mature organization treats prevention, detection, response, and recovery as one program. Secure Techies builds BDR as part of that program, not as an orphaned appliance.
Decision Framework for Leaders
When evaluating backup and DR partners, ask:
- What is immutable, and how is immutability enforced?
- How often are restores tested, and can we see reports?
- What are realistic RTO and RPO values for our critical systems?
- How is Microsoft 365 or Google Workspace covered?
- Who owns the runbook during a weekend ransomware event?
- How are new servers and data sources added to scope?
- What does a full DR test look like in practice?
Vague answers predict vague recoveries.
For related reading on threat context and resilience, see top cybersecurity threats and managed IT vs break-fix. Break-fix culture is especially dangerous for recovery because testing and monitoring are rarely billable priorities until after failure.
Why Secure Techies
We do not sell backup as a checkbox. We build recovery as an operational capability:
- Automated protection with verification
- Ransomware-aware architecture
- Business-aligned RTO and RPO targets
- Documented plans and scheduled tests
- Integration with broader infrastructure and security services
Your data is worth protecting because your continuity is worth protecting. Every minute of major downtime costs money, focus, and trust.
Protect Your Data Before You Need the Restore
If you have never tested a restore, if Microsoft 365 is unprotected beyond native retention, if backup alerts go to a shared inbox nobody checks, or if ransomware would force impossible choices, now is the time to fix the foundation.
Protect your data today and get a clear assessment of what is covered, what is exposed, and how quickly your business could actually recover.