02 9188 1577

INTERNET
TECHNICIAN
HAWKESBURY

FTTN, FIXED WIRELESS & HFC.
WINDSOR TO RICHMOND.

An internet technician from SECURE A COM diagnoses NBN faults across the Hawkesbury — Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, Pitt Town, Wilberforce, and surrounding suburbs and rural areas. We specialise in FTTN bridge tap removal in Hawkesbury's post-war and 1960s–70s housing stock, where long copper runs from FTTN nodes compound bridge tap attenuation to produce internet speeds well below plan rate — a fault pattern ISPs in this area consistently misdiagnose as "acceptable for your connection distance." An Open Registered Cabler (A10089) attends on-site, with 90% of faults resolved in a single visit.

5-Star Google Rated
Open Registered Cabler · A10089 FTTN · Fixed Wireless · HFC · FTTC 90% Fixed Same Visit Trading Since 2008
Open Registered Cabler A10089
Registered Cabler ASIAL · ICAA Member
Since 2008 Sydney & Sutherland Shire
12-Month Guarantee All workmanship warranted
Video Evidence Watch on YouTube ↗
The Problem

WHY HAWKESBURY INTERNET FAULTS GO UNFIXED

The Hawkesbury is one of the oldest settled areas in Australia, and its telephone infrastructure reflects that history. Windsor and Richmond were wired for telephone service decades before any other technology was considered — and that original wiring, designed for voice calls, now carries VDSL2 NBN signals it was never designed to handle. Compounding this, the Hawkesbury's semi-rural geography means longer copper runs from FTTN nodes than anywhere else in Greater Sydney, and its rural properties use Fixed Wireless NBN that ISPs rarely know how to properly diagnose. Here's why so many Hawkesbury internet faults go unresolved for months.

// PROBLEM 01

FTTN Bridge Taps Combined with Long Copper Runs — The Double Penalty in Windsor and Richmond Post-War Housing

Windsor and Richmond house owners on FTTN NBN face a fault combination that ISPs systematically misattribute entirely to node distance. The Hawkesbury's semi-rural geography means FTTN nodes typically serve larger coverage areas than inner-city installations, resulting in node-to-premises copper run distances of 600–1100 metres for many Windsor and Richmond houses. At these distances, VDSL2 attenuation from copper length alone significantly reduces your available plan speed — this is the component ISPs describe as "normal for your connection distance." However, the post-war and 1960s–70s housing stock throughout Windsor, South Windsor, Richmond, and McGraths Hill is wired with three, four, or five telephone extension sockets per property: bedrooms, hallways, lounges, and kitchens. Each inactive socket wired in parallel on the copper pair is a bridge tap — an additional impedance load that compounds the distance attenuation. The ISP uses node distance as a complete explanation, when bridge tap attenuation is an entirely avoidable additional component that we remove on-site with TDR testing and junction isolation. A Windsor house with three bridge taps and an 800m copper run may gain 10–14 Mbps on a 25 Mbps plan after bridge tap isolation alone.

// PROBLEM 02

ISP Scope Ends at the FTTN Node — Premises Copper Pair in Hawkesbury is Entirely Outside Their Remit

For FTTN connections — which serve the majority of Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, and Pitt Town houses — the ISP's contractual responsibility ends at the FTTN node on your street. The copper pair running from that node through your lead-in cable to your wall socket is classified as the customer's infrastructure and sits entirely outside ISP scope. ISP technicians confirm the node is syncing, check modem connection status at the wall, and close the ticket if the NTD status looks acceptable from the network side. They will not carry TDR equipment, will not measure insulation resistance on the lead-in cable, and cannot locate or isolate bridge taps on the copper pair. For Hawkesbury customers specifically, the ISP frequently closes the ticket with "operating within parameters for your node distance" — using distance as the explanation for all speed degradation, when bridge tap attenuation is an additional avoidable component they have never tested for. This is the most common reason Hawkesbury FTTN faults remain unresolved: the ISP provides a partial explanation (distance) and considers the case closed, while the primary fixable cause (bridge taps) goes undetected.

// PROBLEM 03

Fixed Wireless NBN Faults on Rural Properties — Vegetation Growth and Tower Line-of-Sight Issues

The Hawkesbury's outer rural areas — Kurrajong, Kurmond, Glossodia, Wilberforce, Agnes Banks, Oakville, Londonderry, and the ranges above — are predominantly served by Fixed Wireless NBN rather than FTTN. Fixed Wireless relies on a clear line-of-sight radio path between the outdoor antenna on your roof and the NBN Fixed Wireless tower. This technology works well when first installed — but the Hawkesbury's vegetation grows. Trees that were below the antenna height at installation time grow to obscure the path over months or years. Eucalyptus, angophora, and broad-leaved species in the Hawkesbury ranges can add 2–4 metres per year. A signal path that was clear in 2020 may now have a tree crown intersecting it. Signal degradation from vegetation is gradual and intermittent — it often gets worse in wet weather as leaves hold moisture, recovers partially in dry periods, and progressively worsens over time. ISPs cannot assess line-of-sight from their systems — they see the NTD signal level without knowing whether it has degraded from its original installation baseline. We attend on-site with signal strength meters, assess the current path, identify obstructions, and advise whether antenna repositioning or tower diversity is the solution.

// PROBLEM 04

Overhead Dropwire Faults — Exposed Aerial Cable Runs Throughout Semi-Rural Hawkesbury

Much of the Hawkesbury's telephone infrastructure runs on overhead dropwire — the aerial cable strung between poles from the street to a house entry point — rather than underground conduit. Overhead dropwire installations are common in the semi-rural areas around Windsor, Wilberforce, Pitt Town, Oakville, and the outer townships. Overhead cable is exposed to UV degradation, mechanical stress from wind and temperature cycling, branch contact from overhanging trees, bird activity, and water ingress at the house entry point where the dropwire connects to the internal pair. UV degradation of the cable jacket reduces insulation resistance progressively over years, with symptoms that worsen in wet weather as water tracks along the degraded insulation. Physical contact from overhanging branches puts mechanical stress on the copper pair, which can introduce intermittent contacts that are difficult to reproduce during a remote diagnostic from the ISP. For FTTN connections delivered via overhead dropwire, these faults produce insulation resistance values that degrade VDSL2 sync margins and compound with any bridge taps already present. ISPs never assess overhead dropwire condition. We test insulation resistance at the entry point, identify the degraded cable section, and carry out the repair on-site.

// PROBLEM 05

Old Telephone Infrastructure in Windsor Town Centre — Legacy Wiring from Some of NSW's Oldest Telephone Installations

Windsor is one of Australia's oldest towns, established in 1810, and its telephone infrastructure reflects a history of incremental installation and extension over more than a century. The Windsor town centre and older residential streets around Thompson Square, Fitzgerald Street, Baker Street, and the surrounding precincts have telephone wiring that in some cases predates the NBN rollout by decades. Multiple generations of wiring modifications — extensions added, junction boxes installed, cable sections replaced piecemeal — have produced wiring that is technically functional for voice calls but introduces significant attenuation when the same pair is used for VDSL2 data. This can include: multiple unintentional bridge taps from abandoned junction modifications; high-resistance connections at corroded screw terminals in older junction boxes; cable sections with degraded insulation from age; and impedance mismatches where different-gauge copper sections have been joined at various points along the pair. No ISP technician has ever traced the full cable path in a Windsor heritage property back to the street entry. We attend on-site with professional test equipment and locate the specific fault, not just the symptom.

// PROBLEM 06

Rural Property Internal Cable Faults — Long Driveway Runs and Acreage Internet Wiring Across Hawkesbury Hobby Farms

The Hawkesbury has a high concentration of acreage and hobby farm properties — rural residential allotments typically ranging from 1–10 hectares with houses set 50–300 metres back from the road. For FTTN connections on these properties, the telephone lead-in cable runs from the street entry point — often at a gate or boundary post — along the driveway or property boundary to the house. These extended internal cable runs introduce specific fault types: UV degradation of cable buried in shallow trenches or clipped to fence lines rather than properly conduit-protected; water ingress at unprotected cable entry points; corrosion at outdoor junction boxes where driveway runs are joined; and impedance mismatches where temporary or inappropriately rated cable has been used for sections of the run. For Fixed Wireless properties on acreage, the cable run from the outdoor antenna on the roof to the NTD inside the house may be incorrectly installed, too long, or degraded. ISPs assign fault to the network boundary — which for a rural property is typically at the road — and will not investigate internal property wiring. We trace the full cable path from the street connection to the wall socket, locate the fault, and repair it on-site.

The Solution

YOUR INDEPENDENT INTERNET TECHNICIAN —
SERVICING ALL HAWKESBURY

SECURE A COM is an independent, Open Registered Cabler (A10089) based in Miranda, Sutherland Shire — approximately 70–80 minutes from Windsor and Richmond. We attend on-site with professional test equipment: TDR for bridge tap location, VDSL2 analysers, insulation resistance testers, Fixed Wireless signal strength meters, and cable testers. FTTN bridge tap isolation in Windsor and Richmond post-war houses; lead-in cable and overhead dropwire fault diagnosis in semi-rural Hawkesbury properties; Fixed Wireless NBN antenna assessment and signal path diagnosis on outer Hawkesbury rural properties; and rural acreage cable path tracing and repair. We arrive on-site, find the physical fault the ISP has never tested for, and fix it.

Book a Hawkesbury Technician
FTTN bridge tap location and isolation using TDR — Windsor, Richmond, South Windsor, McGraths Hill
Overhead dropwire and lead-in cable insulation resistance testing and repair — semi-rural Hawkesbury properties
Fixed Wireless NBN signal path assessment — Kurrajong, Kurmond, Wilberforce, Agnes Banks, outer Hawkesbury
Rural acreage property full cable path trace — driveway runs, fence-line cable, hobby farm internet wiring
Legacy wiring fault diagnosis — Windsor heritage properties with multi-generation telephone wiring modifications
90% of Hawkesbury faults resolved on-site in a single visit
Real Jobs · Real Faults · Real Evidence

WATCH US EXPOSE THE REAL FAULT

These aren't staged demos. Every video is a real Sydney job where we were called in after the ISP said nothing was wrong — and found exactly what they missed. Watch the full diagnostic process, on camera.

18+ Years Experience
5.0★ Google Rated
90% Fixed Same Visit
12M Workmanship Guarantee
NBN technician exposing faulty socket installed by ISP contractor — customer wrongly blamed for slow speeds
NBN Socket Fault · ISP Accountability

They Blamed the Customer's Cabling — But the Real Fault Was on Their Side

Faulty socket installed by NBN, incorrect termination causing speed loss, and cross-talk at the MDF — all blamed on the customer's internal wiring. After our fix: 10 Mbps from the router jumped to over 100 Mbps directly from the socket.

Corroded HFC street tap causing NBN dropouts in rain — Penshurst NSW infrastructure fault
NBN HFC Fault · Penshurst NSW

NBN HFC Drops Out When It Rains? This 10-Year Fault Finally Makes Sense

Ten years of intermittent dropouts during rain and hot weather — NBN kept closing the job as "resolved." On site we found severe corrosion on the street HFC tap, rusted pit hardware, and water ingress confirmed as the cause. Now escalating to force infrastructure replacement.

Seen enough? Experiencing something similar? Book a Technician See all our videos on YouTube
Services Available in Hawkesbury

INTERNET & TELECOM SERVICES

From FTTN bridge tap isolation in Windsor and Richmond post-war houses to Fixed Wireless NBN signal path diagnosis on outer Hawkesbury rural properties and overhead dropwire fault repair in semi-rural Hawkesbury — SECURE A COM provides licensed, on-site internet technician services across the Hawkesbury LGA. Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, Pitt Town, Wilberforce, Kurrajong, and all surrounding areas serviced.

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Internet Technician — NSW Coverage

Internet Technician NSW (All Locations)

View the full NSW internet technician page — covering Greater Sydney and state-wide locations. Fault diagnosis, FTTN bridge tap removal, Fixed Wireless NBN signal assessment, and on-site internet repairs wherever you are in New South Wales.

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Fault Repair

NBN Fault Repair Hawkesbury

FTTN bridge tap isolation in Windsor and Richmond post-war houses; overhead dropwire fault diagnosis in semi-rural Hawkesbury; Fixed Wireless signal path assessment in Kurrajong, Wilberforce, and outer areas; lead-in cable repair and rural acreage cable path tracing. All faults diagnosed and repaired on-site within the same service call.

NBN fault repair services
Fault Repair

Internet Fault Finding Hawkesbury

Slow internet, dropouts, intermittent connection, or speeds consistently below plan rate across Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, Pitt Town, Wilberforce, Kurrajong, and surrounding areas. Our fault finding service identifies the physical cause — FTTN, Fixed Wireless, HFC, and FTTC connections all tested on-site with professional equipment.

Internet fault finding services
Fault Repair — ISP Disputes

Private NBN Technician

ISP tells you slow speeds in Windsor or Richmond are "normal for your connection distance" — but your Hawkesbury internet is still well below plan rate. Our independent private NBN technicians investigate what ISPs cannot: FTTN bridge taps in post-war Hawkesbury houses, overhead dropwire degradation, Fixed Wireless signal path obstruction on rural properties, and rural acreage cable faults across all Hawkesbury.

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Fault Repair

Phone Line Repair Hawkesbury

Crackling landline, no dial tone, or VoIP faults on your NBN phone service across Hawkesbury. We diagnose and repair copper phone line faults at Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, Pitt Town, Wilberforce, and surrounding properties. Legacy telephone wiring in Windsor heritage properties presents specific fault patterns we test for on-site.

Phone line repair services
WiFi & Networking

WiFi Solutions Hawkesbury

After fixing the physical line fault, Wi-Fi dead zones in larger Hawkesbury homes and on rural properties are a separate problem. Brick and weatherboard Hawkesbury houses with multiple rooms, and acreage properties with outbuildings, often need wired access points rather than a single modem in one location. We assess and implement wireless coverage solutions — mesh Wi-Fi or wired access points — across all Hawkesbury property types.

Fix WiFi coverage problems
Installation

Data Cabling Hawkesbury

Once a line fault is resolved, many Hawkesbury homes benefit from a Cat 6 data cabling installation — hardwired Ethernet points throughout the house rather than relying on Wi-Fi from a single modem. Particularly useful in larger Hawkesbury weatherboard and brick homes with multiple rooms, and in rural properties where a properly terminated cable run to a shed or secondary building is preferable to wireless. We install Cat 6 data outlets across all Hawkesbury.

Data cabling installation
MDF Services

MDF Jumpering Hawkesbury

Apartment buildings in the Hawkesbury area, particularly in Richmond and Windsor town centres, may have MDF infrastructure in their comms rooms where incorrect pair assignments or corroded Krone IDC blocks cause unexplained internet faults. We access building comms rooms, test and repair MDF pair assignments, and trace faults from the building MDF through to the affected unit — all within the same service call.

MDF jumpering services
How It Works

FROM YOUR FIRST CALL TO FIXED — ACROSS HAWKESBURY

Here's exactly what happens when you book an internet technician with SECURE A COM in the Hawkesbury. We travel from our Miranda base — approximately 70–80 minutes to Windsor and Richmond — arrive on-site with professional test equipment, and diagnose FTTN, Fixed Wireless, HFC, and FTTC faults across all Hawkesbury locations. Most faults resolved on the same visit.

01
Step 01

Book Online — Tell Us Your Connection Type, Suburb, and Whether Your Property Is on Acreage or Has Overhead Dropwire

Call us on 02 9188 1577 or use the online booking form. Tell us your NBN type if you know it (FTTN, Fixed Wireless, HFC, or FTTC), your Hawkesbury suburb, and what's happening — slow speeds, dropouts, or intermittent connection. A few pieces of information help us prepare the right equipment: if you're on acreage and the modem point is some distance from your road boundary, we may need to trace a longer internal cable path. If you've noticed the fault worsens in wet weather, this is a strong indicator of insulation resistance degradation in an overhead dropwire or lead-in cable. If you're on Fixed Wireless and speeds have gradually worsened over the past year, vegetation obstruction is the most likely cause. The Hawkesbury has very distinctive fault profiles: FTTN bridge tap + long copper run faults dominate Windsor and Richmond post-war houses, while Fixed Wireless faults are common in the outer townships and ranges. You don't need technical knowledge — describe what's happening and your suburb and we'll advise likely causes before arrival.

Book online or by phone FTTN, Fixed Wireless, HFC, FTTC Houses, acreage, rural properties No tech jargon needed
02
Step 02

We Confirm Your Appointment — Specific Arrival Window for Hawkesbury

We confirm a specific arrival window — not a vague half-day block. Hawkesbury is our most northwesterly service area from our Miranda base, and travel times reflect this: Windsor and South Windsor are approximately 70–75 minutes, Richmond and North Richmond approximately 75–80 minutes, McGraths Hill and Bligh Park approximately 65–70 minutes, Pitt Town and Wilberforce approximately 75–85 minutes, and outer areas including Kurrajong approximately 85–95 minutes. We factor in Hawkesbury traffic patterns — the Windsor Road and Richmond Road corridors from Baulkham Hills have predictable congestion that we account for when scheduling morning appointments. We'll advise what access arrangements to have ready: for acreage properties, access to the driveway entry and the path the cable follows from the road; for Fixed Wireless properties, access to the roof space or the antenna mounting point; for overhead dropwire properties, access to the external entry point where the dropwire connects to the house.

Specific arrival window Mon–Fri service calls Pre-visit access advice All Hawkesbury areas serviced
03
Step 03

On-Site Fault Diagnosis — TDR Bridge Tap Scan, Insulation Resistance Testing, Fixed Wireless Signal Assessment

We arrive with a full set of professional test equipment and carry out a systematic on-site diagnosis tailored to Hawkesbury's specific fault profile. For FTTN connections in Windsor and Richmond houses — the most common scenario — we start with a line speed and attenuation measurement at the wall socket, then use TDR scanning to locate every bridge tap on the copper pair. In Hawkesbury houses, the combination of long node distance and bridge taps is the defining feature: we measure both the distance attenuation component (fixed — determined by geography) and the bridge tap attenuation component (removable — determined by how many extension sockets are wired in parallel). We provide an exact distance reading for each bridge tap location so we can isolate them precisely. For overhead dropwire or lead-in cable faults — common on semi-rural Hawkesbury properties — we test insulation resistance at the external entry point and along the cable path to identify where degradation has occurred. For Fixed Wireless NBN on outer Hawkesbury rural properties, we use a signal strength meter to measure the current received power level from the tower and compare this to what should be achievable from your tower and antenna type, identifying signal degradation from vegetation or antenna misalignment. For acreage properties, we trace the full cable path from the road boundary through any driveway run to the house entry. This is on-site physical testing your ISP has never performed.

TDR bridge tap location scan Distance vs. bridge tap attenuation separated Overhead dropwire insulation resistance testing Fixed Wireless signal strength assessment
04
Step 04

Repair Carried Out On-Site — Same Visit

In 90% of cases we carry out the repair on the same visit. For FTTN houses in Windsor, Richmond, South Windsor, McGraths Hill, and Bligh Park, bridge tap isolation means disconnecting each inactive phone extension socket from the copper pair at the wiring junction point inside the wall — the socket remains in place, it is simply disconnected from the copper pair and the junction correctly terminated. For overhead dropwire faults on semi-rural Hawkesbury properties where the cable jacket has UV-degraded at the entry point, we repair or replace the entry conduit seal and test insulation resistance to confirm the degraded section has been eliminated. For acreage properties with a long driveway cable run that has developed a fault at a poorly made outdoor junction or at an entry gland, we repair the junction or replace the damaged section with properly rated outdoor cable correctly terminated at both ends. For Fixed Wireless NBN properties where the antenna alignment has drifted or vegetation has grown into the signal path, we assess and advise on antenna repositioning or the optimal solution — and where antenna repositioning is within our scope we carry it out on the same visit. Where the fault is confirmed as a network-side issue, we provide written documentation for an ISP escalation that they cannot ignore.

Bridge tap isolation at junction points Overhead dropwire entry repair Acreage cable junction repair/replacement Fixed Wireless antenna assessment and advice
05
Step 05

Speed Verified, Results Explained, 12-Month Guarantee Issued

Before we leave, we re-test your connection speed at the wall socket or modem and confirm the fault is resolved. We walk you through what we found and what was done — in plain language, no jargon. For FTTN bridge tap faults in Windsor or Richmond houses, we show you the before-and-after speed readings and explain clearly what the bridge tap component was versus the unavoidable distance component. You receive a 12-month workmanship guarantee on all repairs. If the same fault recurs within 12 months due to our workmanship, we return at no additional charge. For acreage and rural properties we confirm speed at the modem location and, where relevant, at the point of use if the property has an extended internal cable run to an outbuilding. Full terms at secureacom.com.au/terms-conditions

Post-repair speed test at wall socket Distance vs. bridge tap speed improvement explained Plain-English debrief 12-month guarantee
// Travel & Coverage Note

Based in Sutherland Shire — We Travel to Hawkesbury Regularly

SECURE A COM is headquartered in Miranda, Sutherland Shire. Hawkesbury is approximately 70–80 minutes from our base depending on suburb and traffic — McGraths Hill and Bligh Park are typically 65–70 minutes, Windsor and South Windsor approximately 70–75 minutes, Richmond and North Richmond approximately 75–80 minutes, Pitt Town and Wilberforce approximately 75–85 minutes, and outer rural areas including Kurrajong and Kurmond approximately 85–95 minutes. We created this page because we service Hawkesbury regularly — the combination of FTTN bridge tap faults and long copper runs in Windsor and Richmond post-war housing is a fault pattern we see frequently across Greater Sydney's semi-rural fringe, and very few independent licensed technicians travel to this area. Windsor and Richmond suburbs are within our standard Greater Sydney service area — no travel surcharge applies for these locations. Outer rural Hawkesbury areas beyond the standard service boundary may incur a small travel surcharge — see our Terms & Conditions for full service area and travel charge details.

Based in Miranda, Sutherland Shire Windsor/Richmond — approx 70–80 min from base No surcharge for Windsor/Richmond suburbs Est. 2008

// Ready to book your on-site Hawkesbury diagnosis?

Book a Hawkesbury Internet Technician Mon–Fri · FTTN, Fixed Wireless, HFC & FTTC Serviced · 90% Fixed Same Visit
Pricing

ONE PRICE. NO SURPRISES.

One fixed rate covers your full on-site diagnostic and repair across Hawkesbury — Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, Pitt Town, and surrounding areas. No travel surcharge for Windsor and Richmond suburbs within our standard Greater Sydney service area.

Fixed Rate — No Hidden Charges
$ 250
inc. GST · Hawkesbury service call

One hour on-site with a licensed Open Registered Cabler. Full fault diagnosis and on-site repair where possible. No travel surcharge for Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, and Pitt Town suburbs.

What's included
One hour on-site with an Open Registered Cabler (A10089)
Travel from Miranda — no surcharge for Windsor/Richmond and surrounding Hawkesbury suburbs
Full fault diagnosis — TDR bridge tap scan, insulation resistance test, VDSL2 attenuation measurement, Fixed Wireless signal assessment, or overhead dropwire testing depending on your connection type
On-site repair where possible — bridge tap isolation, overhead dropwire entry repair, acreage cable junction repair, re-termination
Minor consumables included — wall plates, cable clips, patch leads, short cable lengths
ISP fault report and escalation pack if the fault is confirmed as network-side
Book a Hawkesbury Technician
12-month workmanship guarantee on all repairs
Pricing FAQs

COMMON PRICING QUESTIONS

The $250 (GST inclusive) covers one hour on-site with an Open Registered Cabler, travel from our Miranda base (no additional travel surcharge for Windsor, Richmond, South Windsor, McGraths Hill, Bligh Park, North Richmond, and Pitt Town — these are within our standard Greater Sydney service area), and a full internet diagnostic tailored to your connection type. For FTTN connections in Windsor and Richmond houses, this includes TDR bridge tap scanning and insulation resistance testing. For overhead dropwire connections common in semi-rural Hawkesbury, this includes insulation resistance testing at the entry point and along the cable path. For Fixed Wireless NBN on outer Hawkesbury rural properties, this includes a signal strength assessment against the expected tower level. Most Windsor and Richmond FTTN bridge tap faults are diagnosed and repaired within the included first hour.
No additional travel surcharge applies for Windsor, South Windsor, Richmond, North Richmond, McGraths Hill, Bligh Park, Pitt Town, and Wilberforce — these suburbs are within our standard Greater Sydney service area and the $250 covers travel from our Miranda base. Outer rural Hawkesbury areas — including Kurrajong, Kurmond, Glossodia, Agnes Banks, Londonderry, Oakville, and the Hawkesbury ranges — are at or beyond our standard service boundary and may incur a small travel surcharge depending on the specific location. We'll confirm any travel charge when you book. See our Terms & Conditions for full service area and travel charge details.
If your fault requires more than an hour — for example an acreage property where we need to trace a long driveway cable run from the road boundary to the house and identify a fault at an outdoor junction, or a Windsor heritage property with multi-generation telephone wiring modifications requiring more extensive cable path tracing — we continue at our standard hourly rate. We'll always advise before additional time is billed. The vast majority of standard Hawkesbury residential faults — FTTN bridge tap isolation in Windsor and Richmond houses, and overhead dropwire entry repair on semi-rural properties — are diagnosed and repaired within the first included hour.
Minor consumables like wall plates, cable clips, patch leads, Krone IDC punch-down blocks, and short patch cable lengths are included in the service call. If the fault requires additional materials — a replacement section of outdoor-rated cable for an acreage driveway run, new conduit or conduit entry fittings at the external entry point of the house, or UV-rated cable to replace a section of degraded overhead dropwire — these are quoted separately before any work proceeds. You'll never be billed for materials without prior agreement.
The $250 fee covers the full on-site diagnostic and documentation regardless of outcome. If the fault is a network-side issue — an FTTN node-side problem or an NTD failure — you'll leave with a complete fault report and ISP escalation documentation. For Fixed Wireless properties where the fault is determined to be a tower-side issue rather than the premises antenna or cabling, we provide written documentation of our signal measurements that the ISP and NBN Co cannot ignore. For heritage properties in Windsor where the fault requires specialist cable replacement or conduit work beyond the scope of the first visit, we provide a detailed written scope of works for the follow-up.
Yes — we service Windsor, South Windsor, Richmond, North Richmond, McGraths Hill, Bligh Park, Pitt Town, Wilberforce, and all surrounding Hawkesbury suburbs within our standard service area (no travel surcharge). We also service outer Hawkesbury rural areas including Kurrajong, Kurmond, Glossodia, Agnes Banks, Londonderry, Oakville, Clarendon, and the Hawkesbury ranges — though these locations are at or beyond our standard service boundary and a small travel surcharge may apply depending on the specific property address. Call us on 02 9188 1577 or book online and we'll confirm coverage and any travel charge at the time of booking.
Licences & Credentials

LICENSED. CERTIFIED. ACCOUNTABLE.

Secure A Com holds every licence and certification required to legally work on NBN and telecommunications infrastructure in Australia. Our master technicians are fully registered with ASIAL, an official national cabling registrar accredited by the Australian Communications and Media Authority (ACMA). When you book with us, you're engaging a properly registered cabler — not an unlicensed contractor. Click any certificate to view it in full.

Open Registered Cabler — A10089 Australian Communications Authority — Licence 16598 Telstra Contractor — CID 90024185 Telstra Install & Maintenance — DC0051 Electrical Craft Certificate — 8915293 Data Cabling — AS3080 ABN 78 130 056 987
Jason Kearney — Founder & Master Technician, SECURE A COM
// Founder & Master Technician

JASON KEARNEY

Founder Jason Kearney is an Open Registered Cabler with 29 years of industry experience. In 1997, he was a manager for one of the first private contracting companies to work in the Telstra network following privatisation, leading the landmark CAN 2000 Project. Since establishing SECURE A COM in 2008, Jason has provided Sydney with independent, expert fault diagnosis and telecommunications solutions.

Jason Kearney signature Read my full profile →
Open Cabler Registration Licence A10089
Open Cabler Registration
ASIAL (ACMA-accredited registrar) — A10089
Cabler Registration Certificate
Australian Cabler Registration
ASIAL Member
Australian Communications Authority Licence 16598
Australian Communications Authority
Licence 16598
Regulatory Framework Licence
Regulatory Framework Licence
Milcom
Telstra Install and Maintenance Certificate DC0051
Telstra Install & Maintenance
Certificate DC0051
Telstra Copper Jointing Certificate
Telstra Copper Jointing
Certificate
Telstra Contractor Accreditation CID 90024185
Telstra Contractor Accreditation
CID 90024185
Telstra Lines Manager Certificate
Telstra Lines Manager
Certificate
Electrical Craft Certificate 8915293
Electrical Craft Certificate
Licence 8915293
Data Cabling Certification AS3080
Data Cabling Certification
AS3080
Bonded Asbestos Removal Certificate
Bonded Asbestos Removal
Certificate
Sydney Tunnel Induction
Sydney Tunnel Induction
Certificate
// Registered Australian Business
ABN 78 130 056 987
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COMPANIES WE'VE WORKED FOR

From national banks to fast food chains — Sydney's biggest organisations trust us with their telecommunications infrastructure.

NBN · Data Cabling · Fibre · WiFi · Network Infrastructure

We diagnose faults across all Australian ISPs
FAQ

COMMON QUESTIONS ABOUT OUR HAWKESBURY SERVICE

Questions from Hawkesbury residents about internet fault diagnosis, FTTN bridge tap faults in Windsor and Richmond houses, Fixed Wireless NBN on rural properties, and how an independent internet technician differs from what your ISP provides.

Node distance is a real factor — VDSL2 speed does decrease with copper run length, and many Windsor and Richmond FTTN connections are 600–1000 metres from the nearest FTTN node, which does reduce your maximum achievable speed. However, node distance is only one component of attenuation. The other component — bridge taps from the telephone extension sockets wired throughout the house since original construction — is entirely removable and is something ISPs will never test for. Post-war and 1960s–70s houses throughout Windsor, South Windsor, and Richmond were built with telephone sockets in each bedroom, the hallway, and often the lounge or kitchen. Each of these sockets, even if unused, is wired in parallel on the copper pair and adds attenuation that compounds the distance attenuation. ISPs use node distance as a complete explanation and close the ticket. We separate the two components — the fixed distance attenuation and the removable bridge tap attenuation — and eliminate the part that can be fixed. Windsor and Richmond FTTN properties with 3–4 bridge taps commonly gain 8–14 Mbps on a 25 Mbps plan after bridge tap isolation alone, even with a long copper run.
Hawkesbury has a mix of NBN technology types reflecting its semi-rural and rural character. FTTN (Fibre to the Node) is the dominant technology for the established townships — Windsor, South Windsor, Richmond, North Richmond, McGraths Hill, Bligh Park, and Pitt Town — where the NBN uses the existing copper telephone pair from a street-based node to each house. FTTC (Fibre to the Curb) has been deployed in some more recently developed residential areas including parts of Bligh Park. FTTP (Fibre to the Premises) serves some newer greenfield subdivision areas. Fixed Wireless NBN serves the outer rural and semi-rural areas — Kurrajong, Kurmond, Glossodia, Wilberforce, Agnes Banks, Oakville, Londonderry, Clarendon, and rural residential properties outside the wired network coverage footprint. Sky Muster satellite NBN serves the most remote properties beyond Fixed Wireless tower coverage. We confirm which technology applies to your specific address when you book and carry diagnostic equipment for all of these connection types.
Yes — we service Fixed Wireless NBN properties in Kurrajong, Kurmond, Glossodia, Wilberforce, Agnes Banks, Oakville, Londonderry, Clarendon, and other outer Hawkesbury rural areas. Note that these locations are at or beyond our standard service boundary and a small travel surcharge may apply — we confirm this at the time of booking. For Fixed Wireless properties, the most common fault we encounter is signal level degradation from vegetation growth: trees that were below the antenna at time of installation have grown to partially obstruct the signal path. We measure current signal levels on-site with a signal strength meter and compare them to expected levels for the tower distance and antenna type. Where the obstruction is identifiable and antenna repositioning is a viable solution, we advise accordingly. We also check the NTD-to-modem cable run inside the house, as incorrectly rated cable or excessive cable length between the NTD and the modem can also degrade Fixed Wireless performance.
A fault that worsens in wet weather and partially recovers when it dries out is a classic indicator of insulation resistance degradation — water is tracking into the cable and degrading the insulation between the copper conductors. In the Hawkesbury, the most common locations for this fault are: the overhead dropwire where the cable connects from the pole to your house entry — aerial cable exposed to UV and mechanical stress develops microcracks in the jacket that admit moisture; the external conduit entry point where the cable enters the house — if the conduit seal has degraded, water runs down the conduit and pools at the junction inside; and in rural properties, sections of cable buried in shallow trenches or clipped to fence lines without proper UV-rated jacketing that have degraded over years of sun and rain exposure. Intermittent wet-weather faults are among the most difficult for ISPs to diagnose remotely — from their systems, the connection appears acceptable in dry conditions and then fails unpredictably. We test insulation resistance at the external entry point and along the cable path to locate exactly where water ingress is occurring, and repair or replace the affected section on-site.
Yes — tracing and diagnosing cable faults on acreage properties is something we do regularly across the Hawkesbury. For FTTN connections on rural residential properties, the telephone cable typically runs from a termination point at or near the road boundary — a pillar, pedestal, or overhead dropwire connection at the gate — then along the driveway, fence line, or property boundary to the house. This extended internal cable run is entirely on the customer's side of the network boundary and is therefore completely outside ISP scope. Common faults on these runs include: corroded or water-ingressed outdoor junction boxes where the cable was joined during installation or modification; UV-degraded cable jacket where the cable was clipped to a fence and exposed to direct sun; water pooling at the house entry conduit; and failed or corroded connectors at the wall plate inside the house. We trace the full cable path from the road boundary, test insulation resistance at each junction point, and locate the degraded section for on-site repair. When you book, let us know if the cable run is long — we may need to allow additional time.
Windsor's heritage housing stock — particularly the older homes around the town centre and along the Windsor and Macquarie streets — presents a specific fault profile that results from the accumulation of telephone wiring modifications over many decades. A house that was first connected to the telephone network in the 1940s, extended with additional sockets in the 1960s and 1970s, and had its internal wiring modified again during a renovation in the 1990s, may have cable sections of multiple different gauges joined at various points, junction boxes with corroded screw terminals installed at different periods, and extension sockets wired through intermediate junction points rather than directly from the main pair. Each of these historical modifications introduced potential fault points. Under VDSL2, which is far more sensitive to impedance variations than the analogue telephone signals the original wiring was designed for, these modifications produce attenuation and reflection that can significantly degrade connection speed. ISPs cannot trace the history of modifications through remote diagnostics — they see attenuation values without knowing why they're high. We attend on-site and trace the actual cable path to identify each fault point, whether it's a bridge tap, a corroded junction, or a gauge mismatch.
ISP technicians are limited by their scope: for FTTN connections they confirm the node is syncing and may check the NTD status, but their investigation ends at the network boundary. The copper pair from the FTTN node to your wall socket — including the lead-in cable, the overhead dropwire if applicable, all internal wiring, and any extension sockets — is customer infrastructure and outside their scope. In practice, Hawkesbury ISP technicians frequently use node distance as an explanation for all speed issues and close the ticket without ever attending your property. An independent internet technician from SECURE A COM works exclusively for you. We carry TDR equipment to locate bridge taps, insulation resistance meters to test cable degradation, VDSL2 analysers to measure attenuation, and Fixed Wireless signal strength meters for rural properties. We investigate the physical cable path from the street entry to the wall socket — including overhead dropwire condition, the external conduit entry point, the full driveway cable run on acreage properties, and each extension socket junction. We find what the ISP has never tested and repair it on-site. We are a fully licensed Open Registered Cabler (A10089) authorised to work on all customer-side telecommunications cabling.
We travel to Hawkesbury from our Miranda base in Sutherland Shire — McGraths Hill and Bligh Park are approximately 65–70 minutes, Windsor and South Windsor approximately 70–75 minutes, Richmond and North Richmond approximately 75–80 minutes, Pitt Town and Wilberforce approximately 75–85 minutes, and outer rural areas including Kurrajong approximately 85–95 minutes. We typically have appointments available within one to three business days and confirm a specific arrival window rather than a vague half-day block. We service Windsor, South Windsor, Richmond, North Richmond, McGraths Hill, Bligh Park, Pitt Town, Wilberforce, and surrounding Hawkesbury suburbs with no travel surcharge. Outer rural Hawkesbury including Kurrajong, Kurmond, Glossodia, Agnes Banks, Oakville, Londonderry, and the Hawkesbury ranges are also serviced — a small travel surcharge may apply for these locations. Call 02 9188 1577 or book online and we'll confirm coverage and availability.
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Bridge taps in your Windsor or Richmond house compounding a long copper run. An overhead dropwire fault on your semi-rural Hawkesbury property. Fixed Wireless signal degradation from vegetation on your outer Hawkesbury rural block. An acreage cable fault the ISP will never touch. We attend on-site across all Hawkesbury — $250 fixed, 90% resolved same visit, 12-month workmanship guarantee.

Open Registered Cabler · A10089 90% Fixed Same Visit 12-Month Guarantee Trading Since 2008

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