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TechAssist, 1579 Burwood Highway, Suite 3, Melbourne (2026)

Name: TechAssist
Address: 1579 Burwood Highway, Suite 3, Melbourne, VIC, 3160, AU
Telephone: +611300028324
Price range: Not Applicable

TechAssist Services is a Melbourne managed IT provider delivering hands-on support to small and medium businesses across greater Melbourne and Victoria. We offer IT helpdesk support, Microsoft 365 management, network infrastructure, proactive monitoring, cloud solutions, and on-site technical assistance — tailored to your business, not sold from a template. TechAssist has been implementing the ACS

C Essential Eight since its inception — helping businesses meet compliance and stay ahead of real threats. Call 1300 028 324

15/06/2026

Break-Fix vs Managed IT: The True Cost Comparison for Australian Businesses

Break-fix IT support looks cheaper but usually costs more when you factor in downtime, security gaps, and emergency callouts. Compare the true costs of break-fix vs managed IT for Australian businesses.

https://techassist.au/break-fix-vs-managed-it-the-true-cost-comparison-for-australian-businesses/

Break-fix vs managed IT cost comparison for Australian businesses. Why break-fix actually costs more once downtime and security risk are factored in.

15/06/2026

Signs Your Business Has Outgrown DIY IT Support

Every growing Australian business reaches a point where DIY IT support cannot keep up. Recognise the signs and understand when it is time to move to professional managed IT services.

https://techassist.au/signs-your-business-has-outgrown-diy-it-support/

Australian businesses often reach a point where DIY IT cannot keep up. Learn the clear signs it's time for professional managed services.

15/06/2026

Managed IT Pricing in Australia: What SMBs Actually Pay in 2026

Managed IT Pricing in Australia: What SMBs Actually Pay in 2026
If you’ve asked a managed IT services provider for a quote and they’ve come back with “we’ll need to schedule a discovery call”, you already know the problem. There’s no transparency in managed IT pricing, especially in Australia. Every MSP quotes differently, includes different things, and — most importantly — charges different amounts for the same service.

This makes it genuinely difficult to know if you’re overpaying, underpaying, or about to sign a contract that’ll lock you in at a premium rate for three years while your business changes.

We’re going to walk through exactly what Australian SMBs are paying for managed IT in 2026, what pricing models actually mean, and how to spot contracts that are overpriced on their face.

The Three Main Managed IT Pricing Models in Australia
Most MSPs use one of these three approaches. Some use a hybrid.

Per-User Pricing (Per Seat)
This is the most common model in Australia right now. You pay a fixed amount per user per month, typically between AUD $100–$200 depending on service level and what’s included.

What you’re usually getting:

Desktop support (help desk, remote access, troubleshooting)

Email support during business hours

Basic device management and monitoring

Antivirus and basic security

Monthly patching

The catch: “Per user” often means per device. If you have 20 staff and 5 of them have a laptop and desktop, you might be paying for 25 seats. Some MSPs are clearer about this than others.

When it makes sense: Growing businesses with stable headcount, or firms where most staff use just one device. If your team size and device count fluctuate frequently, per-user pricing can become messy.

Per-Device Pricing (Per Workstation/Server)
Less common these days, but still around. You pay a flat rate per computer or server on your network, regardless of how many users sit in front of it. Expect AUD $80–$150 per device per month.

What’s typically included:

Monitoring and alerting

Basic patching and updates

Remote support

Antivirus

When it makes sense: Businesses with shared devices or hot-desking arrangements. Also works if you have high device count but low user count.

All-Inclusive or Tiered Pricing
You pay one monthly fee for everything up to a certain size: all monitoring, all support, all security, patching, backup, the lot. Usually AUD $3,000–$8,000+ per month depending on scope.

What you’re getting:

24/7 or extended hours support

Network monitoring and management

Server management (if you have servers)

Backup and disaster recovery

Advanced security (MFA, endpoint detection, etc.)

Compliance support

Proactive maintenance

Often includes cloud services like Microsoft 365 management

When it makes sense: Most Australian SMBs. Once you factor in backups, security, compliance, and proper support hours, all-inclusive pricing is often cheaper and simpler to budget.

What’s Included vs What Costs Extra
This is where MSP contracts get expensive fast. Two MSPs might quote AUD $150/user/month, but what they include is completely different.

Usually included: Help desk support, monitoring, patching, antivirus, email support.

Usually extra: Backup and disaster recovery, advanced security tools, compliance auditing, on-site visits, cloud infrastructure, project work, password management, MFA deployment.

Before you sign anything, ask your MSP what’s included and what costs extra. Get it in writing.

What’s Reasonable to Pay in Australia Right Now
Tier 1 (Basic support, business hours only): AUD $100–$130/user/month.

Tier 2 (Standard support, extended hours, basic security): AUD $150–$180/user/month.

Tier 3 (Premium support, 24/7, advanced security and compliance): AUD $200–$250/user/month.

All-inclusive for small teams (5–15 staff): AUD $3,500–$5,500/month.

All-inclusive for mid-size (15–50 staff): AUD $6,000–$12,000/month.

Red Flags in Managed IT Contracts
Vague inclusions. If the contract says “support includes troubleshooting” but doesn’t define what that means, that’s a problem.

No SLA on response time. Your MSP should commit to response times for different priority levels.

Excessive setup or implementation fees. Some MSPs charge AUD $500–$2,000 to get you on their platform.

No price lock. Always negotiate a fixed price for the contract term.

Auto-renewal without escalation clause. Your contract auto-renews at current rates, then they increase it 10–15% next year.

Bundled services you don’t want. Some MSPs force you to buy backup, security, and phone support as a bundle.

No exit clause or excessive exit fees. You should be able to leave with 60–90 days notice.

How to Compare Quotes Properly
When you get quotes from different MSPs, use a detailed scope of work. Ask each MSP to provide a written breakdown of what’s included. Get support hours, response times, and SLAs in writing.

How to Get Better Pricing
Commit to a longer term. Most MSPs will discount if you sign a two or three-year contract.

Negotiate out unnecessary services. You might save money by not buying 24/7 support if 9–5 is enough.

Go all-in with one provider. Buying multiple services from the same MSP is cheaper than piecemeal.

Get ahead on compliance. If you already have Essential Eight implemented, you might not need their compliance support package.

For a detailed breakdown of what’s included at each price point, see our managed IT services page — we publish our inclusions so you can compare apples to apples.

Related reading: service offerings | cost comparison | provider selection

Be transparent about your infrastructure. Tell your MSP exactly what you have so they price accurately.

A Final Note on Australian Pricing
Australian MSP pricing is generally higher than overseas pricing. We have longer SLAs due to geography, higher wages, and stronger compliance requirements. That’s real. But it also means you should get Australian-based support with local expertise.

If a quote seems cheap, ask where the support is coming from. There’s nothing wrong with offshore support for after-hours, but your local support should be Australian-based.

Next Steps
Know exactly what you need before you start getting quotes. Once you know your baseline, you can compare fairly. If you want help evaluating your current spend or working out what reasonable pricing looks like for your business, we’re happy to talk it through.

https://techassist.au/managed-it-pricing-australia/

What does managed IT cost in Australia? Real pricing for SMBs in 2026. Per-user, per-device, and all-inclusive models compared with typical monthly costs.

15/06/2026

Cyber Insurance Requirements Australia: What Your Policy Actually Needs

Cyber Insurance Requirements Australia: What Your Policy Actually Needs
A few years ago, cyber insurance was optional. In 2026, it’s increasingly mandatory not just from insurers, but from customers, partners, and regulators who want to know you’re covered when something goes wrong.

But here’s what most Australian SMBs don’t realise: getting a cyber insurance policy is one thing. Having one that actually pays out when you need it is another entirely.

Insurance companies are getting smart about claims denials. They’ll write a policy, collect your premiums for three years, then deny your claim because you didn’t meet a control requirement buried in the fine print. The controls insurance companies require have changed dramatically. They’re no longer asking “do you have antivirus?” They’re asking “do you have multi-factor authentication? What’s your patch cadence? How frequently do you test your backups?”

Understanding what insurers actually require protects you twice. First, you’ll know what to implement to actually get coverage. Second, you won’t waste money on controls that don’t matter to insurers.
What Insurance Companies Now Require
Most cyber insurance providers in Australia now require some version of the following before they’ll issue a policy or at least before they’ll cover a claim.
Multi-Factor Authentication (MFA)
This is no longer optional. Every insurer requires MFA on email accounts, administrative accounts, and increasingly on all user accounts.

What they want: Not just MFA enabled, but enforced. You need to prove you’ve rolled it out to users, tracked adoption, and enforced it rather than making it optional.

Why it matters: Most breaches happen because credentials are compromised. Stolen password plus no MFA equals breach. Stolen password plus MFA equals nothing.

What counts: Authenticator apps, hardware keys, or SMS. Pushing notifications are also acceptable. Anything that requires a second factor beyond password.
Regular Patching and Vulnerability Management
You need a documented patch schedule and evidence you’re following it. Monthly is the baseline. Critical patches should go out within 14 days, often within 7.

What they want: A written policy on patch schedules, automated patching where possible, and a log showing what was patched and when.

The catch: If you get breached and insurers find unpatched systems that the vulnerability was known for, they will deny your claim.
Backups and Disaster Recovery Testing
You need to prove you’re taking backups and, critically, that you’ve tested them. “We back up every night” means nothing if you’ve never tested a restore.

What they want: Backups of all critical systems and data, off-site or cloud-based copies, evidence of regular restore tests (at least quarterly, ideally monthly), documented Recovery Time Objective (RTO) and Recovery Point Objective (RPO), and a backup policy in writing.

The catch: If you get hit with ransomware and have to pay the ransom because your backups failed to restore, your claim gets denied because you didn’t test them.
Access Control and Admin Privilege Management
You need to control who has admin access and log when it’s used.

What they want: Most users should not have local admin rights, admin access should require approval and logging, service accounts should not have full admin rights, Privileged Access Workstations (PAWs) for domain admins, and quarterly reviews of who has access to what.

The catch: If you get breached and investigators find the attacker had unnecessary admin rights, insurers will argue the breach was preventable through basic access controls.
Endpoint Detection and Response (EDR) or Equivalent
This is becoming standard for more comprehensive policies. You need tooling that can detect and respond to suspicious activity on endpoints.

What they want: Not just antivirus. Actual threat detection that logs suspicious behaviour, file executions, network connections, etc.
Network Segmentation (For Larger Businesses or Higher Payouts)
If you want comprehensive ransomware or breach coverage, insurers increasingly want to see network segmentation.

What they want: Critical data and systems should be on different network segments from general user machines. This slows the spread of ransomware.
How Essential Eight Maps to Insurance Requirements
If you’ve already started implementing Essential Eight, most controls directly map to what insurers want. MFA, patching, backup testing, access control, and monitoring are all on both lists.
Common Cyber Insurance Claim Denials
Ransomware claim denied because backups were never tested. Breach claim denied because there was weak passwords, no MFA, and no EDR. Business interruption claim denied because the company couldn’t recover after an outage because they’d never tested their disaster recovery plan.

The pattern is clear: insurers are denying claims based on control failures, not because the incident was unpredictable, but because it was preventable with documented, reasonable security practices.
How to Reduce Your Insurance Premiums
Implement MFA across all critical accounts. Every insurer will give you a discount for this — typically 5–15%.

Show a documented patch schedule and compliance. Your premium goes down if you can prove you patch on a regular cadence.

Implement endpoint detection. Some insurers give 10–20% discounts for EDR or equivalent threat detection.

Complete a security audit or assessment. If you’ve had an external assessment and addressed findings, insurers often discount 5–10%.

Implement network segmentation. For larger businesses, this can mean a 5–15% discount.

Regular security training. Documented training (especially on phishing, social engineering) can reduce premiums by 5–10%.

Get Essential Eight certification. If you’ve achieved Essential Eight Level 2 or higher, many Australian insurers will reduce premiums.

In practice, Australian SMBs can reduce their cyber insurance premiums by 20–35% just by implementing the controls above and showing the insurer the evidence.
What to Look for in a Cyber Insurance Policy
Clear coverage limits. What’s the maximum payout for ransomware? For breach? For business interruption? Make sure the limits match your risk.

Explicit control requirements. Your policy should explicitly list what controls are required for coverage.

Clear exclusions. What isn’t covered? Know this upfront.

Ransomware response coverage. Does the policy include incident response? Forensics? Legal?

Crisis communication coverage. If you get breached, does the insurer cover the cost of legal review, notification, credit monitoring?

Extortion coverage. If someone demands money under threat, is that covered?

Meeting these insurance requirements is significantly easier with a structured approach. Our cybersecurity solutions are designed to satisfy insurer checklists while actually protecting your business.

Related reading: compliance obligations | cyber threats | incident response

Cyber legal liability. If you get sued after a breach, will the insurer cover defence costs?
Getting Insurance-Ready This Quarter
If you’re currently underinsured or uninsured, here’s what to prioritise: Week 1: Get MFA implemented on email and admin accounts. Week 2–3: Document your backup schedule and test at least one critical backup restore. Week 3–4: Document your patch schedule. Month 2: Review admin access. Month 2–3: Get a security assessment done. Month 3: Get quotes from Australian cyber insurers with your controls documented.
Next Steps
Cyber insurance is no longer a luxury in Australia. It’s essential. But it’s only valuable if you can actually claim on it. The businesses getting paid out on claims are the ones that documented their controls.

Related — The controls insurers want to see — MFA, EDR, immutable backups, IR plan — are exactly what our cybersecurity services aligned to Essential Eight deliver. Cyber-insurance renewals go through smoothly.

https://techassist.au/cyber-insurance-requirements-australia/

What Australian cyber insurers actually require before issuing policies. MFA, patch cadence, backup testing explained.

15/06/2026

IT Support Response Times: What SLAs Should Australian Businesses Expect?

IT Support Response Times: What SLAs Should Australian Businesses Expect?
When you call your MSP’s help desk because your email is down, you want to know when someone’s going to pick up the phone. You don’t want to hear “we’ll get back to you when we can”. You want an SLA — a Service Level Agreement that commits to a specific response time.

But here’s the problem: MSPs use SLAs differently, and the language is inconsistent. When an MSP says “1-hour response time”, do they mean someone will start working on your issue in 1 hour, or that they’ll actually have it fixed in 1 hour? The difference matters.

We’re going to walk through what reasonable SLAs actually look like in Australia right now, what the priority levels mean, why response time and resolution time are not the same thing, and what to look for when an MSP promises you an SLA.

Priority Levels: P1, P2, P3, P4
Most MSPs use a four-tier priority system. Understanding what each means will help you figure out if the SLA you’re looking at is actually useful.

P1: Critical / Down
Your business can’t operate. Email is down. All servers are offline. Core application is unavailable. Multiple users can’t work.

Typical response time: 30 minutes to 1 hour for Australian MSPs. 24/7 support.

Typical resolution time: 4 hours. This is a target, not a guarantee. Some issues take longer.

Who works on it: Senior technician immediately. Escalated within 15 minutes if not resolved.

What you should expect: Phone call or text within 30 minutes. Someone working on the issue actively. Regular updates. If they can’t fix it, they escalate or engage a vendor.

Red flag: If your MSP doesn’t have 24/7 support or if they charge extra for P1 support, that’s a problem. P1 is not negotiable.

P2: High / Severely Degraded
Multiple users are affected, but not everyone. A shared drive is slow. A team’s printer is down. A subset of users can’t access a service.

Typical response time: 1–2 hours during business hours. 2–4 hours outside business hours.

Typical resolution time: 4–8 hours.

Who works on it: Mid-level technician. Escalated within 1 hour if not resolved.

What you should expect: Email confirmation within 30 minutes. Assigned technician within 1 hour. Regular updates every 1–2 hours.

P3: Medium / Minor Impact
A single user is affected, or there’s a workaround. One person can’t print. A non-critical service is running slow. Something’s not working as expected but the business can operate.

Typical response time: 4–8 hours during business hours. 12–24 hours outside business hours.

Typical resolution time: 24–48 hours.

Who works on it: Junior technician or support queue.

P4: Low / Cosmetic / Enhancement Request
Nice-to-have fixes. Software request. User preference issue. Doesn’t affect operations.

Typical response time: No committed SLA. Best effort. Could be handled within a week or month.

Typical resolution time: No committed timeline. Addressed when capacity allows.

Response Time vs Resolution Time
This is critical. Most people don’t understand the difference, and MSPs count on that confusion.

Response time: How long until someone from your MSP acknowledges the issue. Usually this means a phone call, email, or ticket assignment. The technician has your ticket and knows about it.

Resolution time: How long until the issue is actually fixed.

A good SLA commits to both. A bad one commits only to response. Example: “1-hour response, 4-hour resolution” for P1 issues means: someone will contact you within 1 hour, and the issue will be fixed within 4 hours.

Red flag example: “1-hour response for P1” with no resolution time mentioned. Technically they could respond, say “we’re looking into it”, then leave you hanging for 12 hours.

On-Site vs Remote Support
MSPs handle most issues remotely now (remote access tools, VPN, phone support). On-site visits happen for hardware failures, network problems, or when remote troubleshooting fails.

What you should know: Remote support is faster. On-site is not guaranteed same-day in Australia. If you’re in a major city (Sydney, Melbourne, Brisbane), expect same-day or next-day on-site. Regional areas might be 2–3 days. Get this in writing.

On-site calls typically get their own SLA. Example: “P1 on-site response: 4 hours in metro areas, 24 hours in regional areas.”

On-site hours are usually business hours only. Unless you pay extra for after-hours, don’t expect an on-site technician at 10 PM.

What Reasonable SLAs Actually Look Like
Here’s an example of a solid, realistic MSP SLA for Australian small businesses.

Priority
Response Time
Resolution Target
Support Hours

P1
30 min
4 hours
24/7

P2
1 hour
8 hours
24/7 (response), business hours (resolution)

P3
4 hours
24 hours
Business hours (9am–5pm AEST)

P4
Best effort
Best effort
Business hours

This is reasonable. It commits to real response and resolution times for critical issues, realistic times for medium issues, and best-effort for non-urgent work.

Red Flags in MSP SLAs
Response time only, no resolution target. If they only commit to “we’ll call you”, that’s not good enough. Push for resolution times too.

P1 response time over 2 hours. That’s too slow. By the time they call, you’ve already lost two hours of productivity.

No 24/7 support for P1 issues. If your business operates 9–5 and you never have downtime outside those hours, that’s fine. But if there’s any risk of after-hours issues, you need 24/7 P1 support.

Different SLA tiers depending on contract level. Some MSPs have “Tier 1” customers with 1-hour response and “Tier 2” with 4-hour response. That’s okay, but know which tier you’re on.

No SLA for P2 outside business hours. If you operate outside 9–5, your P2 issues don’t disappear at 5 PM.

SLA has lots of exclusions. Some MSPs say the SLA doesn’t apply if it’s a vendor issue, or your internet is down, or the issue is due to user error. Reasonable exclusions are fine. Overly broad exclusions are a red flag.

How to Choose an SLA That Matches Your Needs
Not every business needs the same SLA. A consultancy where everyone works from home needs different support than a manufacturing plant with machines on the floor.

Small office, 9–5 operation: You don’t need 24/7 support. A reasonable SLA is 2-hour response for P1 during business hours, next-business-day for after-hours P1. P2 can be 4 hours. P3 can be next business day.

Always-on operation (retail, hospitality, customer service): You need 24/7 support and aggressive SLAs. P1 should be 30-minute response, 1–2 hour resolution target. P2 should be 1-hour response, 4-hour resolution target.

Professional services (accounting, legal, consulting): You probably need business-hours plus some after-hours coverage. A good compromise is 24/7 P1 response (they call you after hours but may not resolve until business hours), and 1-hour response for P2 during business hours.

Response times are only meaningful if they’re backed by SLAs with teeth. TechAssist’s IT support services include guaranteed response times with financial penalties if we miss them.

Related reading: support levels | SLA comparison | proactive services

Regional business: Adjust for on-site travel time. A 4-hour response target might mean “4 hours to start remote troubleshooting” and “same-day on-site response in metro, next-business-day in regional.”

Next Steps
Before you sign any MSP contract, get the SLA in writing. Make sure you understand what response and resolution times actually mean. And make sure the SLA matches your actual needs — not the MSP’s standard offering.

https://techassist.au/it-support-response-times-sla/

IT support response times and SLAs in Australia. P1-P4 priorities explained, response vs resolution times, and what to look for in an MSP SLA.

15/06/2026

Ransomware Protection for Australian Businesses: What Actually Works

Ransomware Protection for Australian Businesses: What Actually Works
In 2024, the ACSC reported that ransomware was the most commonly reported cyber crime affecting Australian businesses. It’s not just large corporations either—SMBs are increasingly targeted because they’re seen as easier targets and more likely to pay quickly.

The approach most SMBs take is backwards. They buy expensive antivirus, install fancy security tools, and hope for the best. Then when ransomware hits, they realise those tools didn’t prevent it. The attacker knew exactly which files to encrypt and had admin access.

The Australian Ransomware Landscape: What You’re Up Against
Commodity ransomware: The attacker compromises a server or access point using a vulnerability or stolen password, installs ransomware, and encrypts everything. This is the most common type affecting SMBs.

Targeted ransomware: The attacker spends weeks inside your network, finding valuable data and understanding your business. Then they encrypt everything and threaten to sell your data publicly.

Supply chain ransomware: The attacker compromises a vendor you use and gets access to all their customers at once. This is especially hard to defend against because the vulnerability isn’t in your systems.

Most Australian SMBs are hit by commodity ransomware—the fastest type to prevent, thankfully.

Why Antivirus Isn’t Enough
Modern ransomware often arrives through a compromised user account or a vulnerability in internet-facing software. It runs with the permissions of that account, encrypts files they can access, and the antivirus never sees malicious code (it’s using legitimate Windows commands).

The Controls That Actually Stop Ransomware
1. Application Control — Ransomware is usually delivered as an executable file. Application control blocks anything not on your approved list from running, regardless of how it arrives or what user runs it.

2. Admin Privileges — Ransomware spreads through a network by escalating privileges. If your users don’t have admin access, ransomware can only encrypt files that user can access.

3. Patching — Many ransomware attacks exploit known vulnerabilities. If you patch your systems within 48 hours of critical patches being released, most ransomware can’t get in the door.

4. Backups — If ransomware encrypts your data but you have backups that aren’t connected to your main systems, you restore from the backup and move on. Backups need to be truly separate.

5. Multi-Factor Authentication — If a user’s password is stolen and MFA is enabled, the attacker can’t log in without the user’s phone or security key.

6. Monitoring and Logging — Monitoring doesn’t prevent ransomware, but it lets you detect it early. If you notice that someone just bulk-modified 10,000 files, that’s ransomware.

7. Email Security — Most ransomware arrives by email. Email filtering and phishing detection reduce the number of malicious emails that reach users.

The Specific Configuration That Works Best for SMBs

MFA: Mandatory for all cloud accounts and all remote access

Patching: Critical patches within 48 hours, other patches monthly

Backups: Cloud backups (separate from your main infrastructure), tested monthly

Admin privileges: Removed from regular staff, limited to IT staff and service accounts

Application control: Prevent users from installing software

Email security: Basic filtering + phishing detection

Monitoring: Alert on unusual activity

What to Do If You’re Hit: The Response Plan
Minute 1: If you detect ransomware (lots of files changing, ransom note appearing), isolate the affected systems immediately.

Minute 2: Don’t panic. Ransom notes are designed to pressure you into quick decisions. You have time to think.

Minutes 5–15: Contact your IT provider or IT staff. If you don’t have one, contact the ACSC for guidance.

Hour 1: Preserve evidence. Don’t touch infected systems more than necessary. Document what happened and when.

Hour 1–2: Assess the damage. How many systems are affected? Which files are encrypted? Do your backups work?

Hour 2–4: If backups work, restore from them. Disconnect restored systems from the network until they’re confirmed clean.

Should You Pay the Ransom?
A layered defence is the only approach that works. TechAssist’s ransomware protection services combine endpoint detection, network segmentation, immutable backups, and staff training into a single managed package.

Related reading: Essential Eight controls | endpoint protection | keep systems updated

Reasons not to pay:

Paying doesn’t guarantee you get a working decryption key.

Paying funds criminal operations and makes you a target for future attacks.

Paying is often illegal. Some attackers are sanctioned.

Your insurance may not cover losses if you paid without authorization.

The attacker has exfiltrated your data. Paying doesn’t delete it.

You’re negotiating with criminals.

The real prevention is having backups so solid that ransom is irrelevant. If you can restore in 4 hours, the attacker’s threat has no teeth.

Reporting to Authorities and Insurance Implications
You should report ransomware to: the ACSC, your state police cyber crime unit, and your cyber insurance company (if you have one).

Cyber insurance can cover ransomware losses. Coverage typically includes ransom payments, data recovery costs, business interruption losses, and legal/forensic costs. But cyber insurance is increasingly expensive and selective. Check your policy and know what’s covered.

More importantly: insurance doesn’t prevent ransomware. It softens the financial blow if prevention fails. Your primary focus should be prevention.

Ransomware and Essential Eight Maturity
Implementation of Essential Eight controls prevents the vast majority of ransomware attacks. You don’t need to be at Level 4 (optimised) on every control. Level 2 (managed) across all eight controls is enough to stop most commodity ransomware.

The Hard Truth About Ransomware
Ransomware isn’t going away. The economics are too good for attackers. Your job isn’t to reach zero risk. It’s to be a harder target than your competitors, to detect attacks early, and to have backups solid enough that the attacker’s threat means nothing.

https://techassist.au/ransomware-protection-australia-what-works/

Ransomware is the top cyber threat to Australian businesses. What protection actually works: backups, EDR, staff training, and incident response.

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