02 9188 1577

INTERNET
TECHNICIAN
WOOLLAHRA

FTTN & FTTB.
PADDINGTON TO DOUBLE BAY.

An internet technician from SECURE A COM diagnoses NBN faults across Woollahra — Paddington, Double Bay, Edgecliff, Darling Point, Rose Bay, Bellevue Hill, Point Piper, and Vaucluse. We specialise in FTTN bridge tap diagnosis in Paddington's Victorian terrace houses, where 19th-century telephone extension wiring degrades VDSL2 sync speed below plan rate, and FTTB building wiring diagnosis in Edgecliff and Double Bay apartments. 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 · FTTB · 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 WOOLLAHRA INTERNET FAULTS GO UNFIXED

Woollahra LGA contains some of Sydney's oldest and most architecturally distinctive residential stock — Victorian terrace houses in Paddington built before Federation, post-war apartment blocks in Edgecliff and Double Bay, and waterfront properties exposed to harbour conditions in Rose Bay, Vaucluse, and Watsons Bay. The telecommunications infrastructure inside these properties ranges from 19th-century telephone extension wiring to ageing building comms room cabling that was never replaced during the NBN rollout. Here's why so many Woollahra internet faults remain unresolved.

// PROBLEM 01

FTTN Bridge Taps in Paddington's Victorian Terrace Houses — Multiple Telephone Extension Sockets Never Removed

Paddington's terrace houses were constructed between the 1860s and 1890s, forming one of the most intact Victorian-era streetscapes in Australia. Telephone services were installed in these properties during the 20th century — and as telephone usage grew, extension sockets were added in each room. A typical three-bedroom Paddington terrace might have three to six telephone extension sockets connecting front room, rear bedroom, hallway, kitchen, and any added study or second bathroom. Under FTTN (Fibre to the Node) NBN, the modem connects to the original copper pair at a single wall socket, but all other extension sockets remain electrically connected to that same pair in parallel. Each connected extension socket acts as a bridge tap — an unterminated stub that creates impedance variation and signal reflection on the VDSL2 copper pair. The cumulative effect of three or more bridge taps in a single Paddington terrace can reduce achievable download speed by 60–80% compared to the plan rate. ISPs cannot detect bridge taps through remote line testing and routinely close these faults as unresolvable.

// PROBLEM 02

ISP Scope Ends at the FTTN Node — Customer-Side Copper Pair and Extension Wiring Outside Their Remit

For FTTN connections — the dominant NBN technology in Paddington and across most of Woollahra's terrace house and residential precincts — NBN Co's and ISPs' contractual responsibility ends at the FTTN node cabinet on the street. The copper pair from the node to your property boundary, the lead-in cable, the connection block inside your home, and every extension socket throughout the property is classified as customer-side infrastructure. ISPs will perform a remote line attenuation test when you report a fault. If attenuation falls within their acceptable threshold band — which it frequently does even when bridge taps are present — the ticket is closed with "no fault found." The ISP has not physically visited the property, has not tested the premises-side copper, and has no mechanism to detect bridge tap impedance through remote testing. The systematic gap between what the ISP tests and what actually affects your internet speed is the primary reason FTTN faults in Paddington and across Woollahra LGA remain unresolved for months despite repeated ISP contact.

// PROBLEM 03

FTTB Apartments in Edgecliff, Double Bay, and Darling Point — Ageing Internal Building Wiring in Post-War Blocks

The eastern side of Woollahra LGA — Edgecliff, Double Bay, and Darling Point — contains significant post-war apartment building stock from the 1950s through the 1970s. These medium-rise blocks were built during a period of concentrated residential development along the harbour foreshore and near transport corridors. Under FTTB (Fibre to the Building), the NBN fibre terminates in the building's comms room or basement distribution point, and the connection to each apartment uses the building's existing internal cabling infrastructure. In Edgecliff and Double Bay buildings constructed through the 1950s and 1960s, this internal cabling is frequently original telephone-grade copper pairs — wiring that was never designed to carry modern broadband speeds. ISPs terminate responsibility at the building NTD and will not test, diagnose, or repair any cabling inside the building. The building owner or strata corporation owns this infrastructure but is typically unaware of the fault, because no party has ever tested the cable run to each specific apartment.

// PROBLEM 04

Heritage-Listed Properties — Complex Wiring Histories and Access Restrictions Across Multiple Renovation Eras

A substantial proportion of Paddington and the Woollahra village precinct falls within heritage conservation areas subject to the Woollahra Local Environmental Plan. Heritage listing constrains external modifications and structural alterations — meaning that cable rerouting, new wall penetrations, and conduit installation require careful consideration of heritage-compliant methods. Victorian terrace houses in Paddington typically have wiring that reflects multiple renovation eras: original 20th-century telephone pairs, extension sockets added in the 1970s, cable runs added during kitchen or bathroom extensions, and in some cases modern Cat 5e or coaxial cable installed by a previous owner but never fully documented. Tracing the actual active pair to the modem through this wiring history — and identifying which extension sockets are genuinely active versus dormant on the copper pair — requires physical on-site testing with a TDR, not remote diagnosis. Heritage requirements also affect how bridge taps are isolated: capping sockets at the wall plate is generally preferable to removing wall plates and rerunning cable through heritage fabric.

// PROBLEM 05

HFC Coaxial Signal Faults — Former Optus Cable Zones in Paddington and Double Bay

Parts of Paddington and Double Bay within Woollahra LGA are served by HFC (Hybrid Fibre Coaxial) connections from the former Optus cable network that was incorporated into the NBN rollout. HFC uses coaxial cable from a distribution node on the street to a cable outlet inside your premises. HFC faults in these areas typically involve corroded or loosened coaxial connectors at the external entry point where the cable transitions from the street network into the premises, a degraded signal splitter that feeds multiple television and internet points from a single coaxial entry, aged RG-6 cable with compromised shielding from years of UV and weather exposure, or physical damage to the external cable run. ISPs can remotely monitor HFC signal levels at the node but cannot detect connector corrosion, splitter degradation, or cable damage inside or at the premises boundary. Paddington's dense terrace streetscapes mean external cable runs are often routed through narrow laneways and along shared boundary walls, creating elevated risk of physical damage during neighbouring renovation works.

// PROBLEM 06

Coastal and Waterfront Exposure — Moisture Ingress at Rose Bay, Point Piper, Vaucluse, and Watsons Bay

The eastern and harbour-facing suburbs of Woollahra LGA — Rose Bay, Point Piper, Vaucluse, and Watsons Bay — sit directly on or adjacent to Sydney Harbour and the Pacific Ocean. Properties in these areas face sustained salt air exposure, elevated humidity, and in some cases direct spray or flooding during east coast lows. For FTTN connections in these suburbs, the most common fault category is moisture and salt ingress at the lead-in cable entry point: the conduit seal where the copper pair enters the property from the street is a chronic failure point for harbour-exposed properties, as expansion and contraction cycles crack sealant over years. Once moisture enters the conduit, it progressively degrades cable insulation and increases line attenuation over time — initially causing marginal speed reduction, then sync instability, then complete dropouts during wet weather. ISPs do not test insulation resistance remotely. We measure insulation resistance and line attenuation at the socket and at the entry point to identify moisture-related faults on the same visit.

The Solution

YOUR INDEPENDENT INTERNET TECHNICIAN —
SERVICING ALL WOOLLAHRA

SECURE A COM is an independent, Open Registered Cabler (A10089) based in Miranda, Sutherland Shire — approximately 35–45 minutes from Woollahra LGA depending on suburb. We attend on-site with professional test equipment: TDR for FTTN bridge tap tracing in Paddington Victorian terraces, VDSL2 analysers, cable testers for FTTB building wiring in Edgecliff and Double Bay apartments, HFC signal meters, and insulation resistance testers for waterfront and coastal properties. We work within heritage constraints, pre-coordinate strata access for apartment buildings, and fix the physical fault the ISP cannot reach — on the same visit in 90% of cases.

Book a Woollahra Technician
FTTN bridge tap tracing and isolation — Paddington Victorian terrace houses
FTTB building comms room access and Cat 5e wiring replacement — Edgecliff, Double Bay, Darling Point
Heritage-compliant repair methods for listed Paddington and Woollahra properties
HFC coaxial cable and splitter fault diagnosis — Paddington and Double Bay HFC zones
Insulation resistance and moisture ingress testing — Rose Bay, Vaucluse, Watsons Bay
90% of Woollahra 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 Woollahra

INTERNET & TELECOM SERVICES

From FTTN bridge tap removal in Paddington's Victorian terrace houses and FTTB building wiring replacement in Edgecliff and Double Bay apartment blocks, to HFC coaxial fault diagnosis in Paddington and Double Bay, and insulation resistance testing for coastal Rose Bay and Vaucluse properties — SECURE A COM provides licensed, on-site internet technician services across all of Woollahra LGA. Paddington, Woollahra, Double Bay, Edgecliff, Darling Point, Rose Bay, Bellevue Hill, Point Piper, Vaucluse, and Watsons Bay all 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. FTTN bridge tap removal in Paddington terraces, FTTB building wiring diagnosis, and on-site NBN repairs wherever you are in New South Wales.

View NSW internet technician service
MDF Services

MDF Jumpering for Apartments

Post-war apartment buildings in Edgecliff, Double Bay, and Darling Point frequently have MDF (Main Distribution Frame) infrastructure in their comms rooms that dates to the original building construction. Incorrect pair assignments, corroded Krone IDC blocks, and mislabelled jumpering are common alongside FTTB wiring faults. We access comms rooms, test and repair MDF pair assignments on the same visit.

MDF jumpering for apartments
Fault Repair — ISP Disputes

Private NBN Technician

ISP says the FTTN line is within spec — but your Paddington terrace internet is running at 20% of plan speed. Our independent private NBN technicians investigate what ISPs cannot: bridge taps from Victorian telephone extension wiring, FTTB apartment cable runs in Edgecliff and Double Bay, HFC coax faults in Paddington, and moisture damage in coastal Rose Bay and Vaucluse properties.

Hire a private NBN technician
Fault Repair

Internet Fault Finding Woollahra

Dropouts, slow speeds, intermittent connection, or internet below plan speed across Paddington, Woollahra, Double Bay, Edgecliff, Darling Point, Rose Bay, Bellevue Hill, Point Piper, Vaucluse, or Watsons Bay. Our fault finding service identifies the physical cause using professional test equipment — FTTN, FTTB, HFC, and FTTC connections all tested on-site.

Internet fault finding services
Fault Repair

NBN Fault Repair Woollahra

Bridge tap isolation and extension socket termination for FTTN terrace houses; Cat 5e cable replacement in apartment comms rooms for FTTB; HFC coaxial connector repair and splitter replacement; insulation resistance and lead-in repair for coastal properties — we carry out repairs on-site within the same service call across all Woollahra connection types and suburbs.

NBN fault repair services
Installation

Data Cabling Woollahra

Once bridge taps are removed from a Paddington terrace's telephone extension wiring, many owners choose to convert unused extension points to Cat 6 Ethernet outlets — eliminating the fault source permanently and adding hardwired internet points throughout the property. We install Cat 6 data outlets in Victorian terraces, post-war apartments, and waterfront homes across all Woollahra suburbs.

Data cabling installation
WiFi & Networking

WiFi Solutions Woollahra

After fixing the physical line fault, Wi-Fi dead zones are a separate issue — particularly in Paddington's Victorian terraces with thick sandstone or brick party walls that absorb signal, and in large Double Bay and Rose Bay homes. We assess, plan, and implement wireless coverage solutions — mesh Wi-Fi or wired access points — across Woollahra properties of all sizes and heritage construction types.

Fix WiFi coverage problems
Fault Repair

Phone Line Repair Woollahra

Crackling landline, no dial tone, or VoIP faults on your NBN phone service. We diagnose and repair copper phone line faults at Woollahra homes and apartment premises — Paddington, Woollahra, Double Bay, Edgecliff, Darling Point, Rose Bay, Bellevue Hill, Point Piper, Vaucluse, and Watsons Bay all serviced.

Phone line repair services
How It Works

FROM YOUR FIRST CALL TO FIXED — ACROSS WOOLLAHRA

Here's exactly what happens when you book an internet technician with SECURE A COM in Woollahra. We travel from our Miranda base — approximately 35–45 minutes depending on your suburb — arrive on-site with professional test equipment, and diagnose FTTN, FTTB, HFC, and FTTC faults across all Woollahra suburbs. Most faults resolved on the same visit.

01
Step 01

Book Online — Tell Us Your Connection Type, Whether You're in a Terrace or Apartment, and the Suburb

Call us on 02 9188 1577 or use the online booking form. Tell us your NBN connection type if you know it (FTTN for most Paddington terrace houses, FTTB for Edgecliff and Double Bay apartments, HFC for parts of Paddington and Double Bay), your Woollahra suburb, and what's happening — slow speeds in a Paddington terrace, dropouts in a Double Bay apartment, or intermittent connection in a Rose Bay house. For Paddington heritage terrace houses, let us know if the property has had significant renovations — extension sockets added during kitchen or bathroom extensions in different decades can create a more complex bridge tap profile than a typical 1970s extension wiring job. For apartments, advise whether strata or building management access to the comms room is required, so we can pre-coordinate before the visit. You don't need technical knowledge — describe what's happening and we'll assess the most likely fault before we arrive.

Book online or by phone FTTN terrace or FTTB apartment Heritage property access noted No tech jargon needed
02
Step 02

We Confirm Your Appointment — Heritage Access and Strata Comms Room Pre-Arranged Where Needed

We confirm a specific arrival window — not a half-day block. Woollahra varies in travel time from our Miranda base: Paddington is approximately 35 minutes; Double Bay and Edgecliff approximately 38 minutes; Rose Bay and Bellevue Hill approximately 40 minutes; Vaucluse and Watsons Bay approximately 42–45 minutes. For Paddington terrace houses with heritage-listed comms entry points or shared party wall cable routes, we advise on any access requirements before the visit. For Edgecliff and Double Bay apartment buildings, we advise on strata comms room key arrangements — post-war blocks in these suburbs typically have basement or ground-floor comms rooms that require a strata manager key, and we guide you through that process so the access is confirmed before we arrive. We confirm the appointment with a specific time, not a window, and advise if any preparation is needed from your side.

Specific arrival window confirmed Paddington ~35 min from base Double Bay / Edgecliff ~38 min Strata access pre-coordinated
03
Step 03

On-Site Fault Diagnosis — TDR Bridge Tap Tracing for FTTN, FTTB Comms Room, HFC Signal Testing

We arrive with professional test equipment — TDR for bridge tap tracing, VDSL2 analysers, cable testers, HFC signal meters, and insulation resistance testers — and carry out a systematic diagnosis. For FTTN Paddington terrace houses, we connect the TDR at the modem wall socket and scan the copper pair: the TDR identifies the precise distance along the copper pair to each bridge tap junction, telling us exactly which extension socket is causing the fault and where it is in the property. This allows targeted isolation of individual extension sockets rather than guesswork. For FTTB apartments in Edgecliff and Double Bay, we access the building comms room, confirm the NTD is syncing at full rate, then trace and test the cable run from the comms room to your specific apartment, measuring cable type and speed at your wall socket. For HFC connections in Paddington or Double Bay, we test signal levels from the external coaxial entry point through any splitters to the modem socket. For coastal Rose Bay, Bellevue Hill, and Vaucluse FTTN properties, we add insulation resistance testing at the lead-in entry point to check for moisture ingress. This is the on-site physical investigation your ISP has never performed.

TDR bridge tap tracing — FTTN Paddington FTTB comms room → apartment trace HFC signal level testing Insulation resistance — coastal properties
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 Paddington terrace houses, bridge tap repair typically means isolating the extension socket's connection to the copper pair at the IDC block — either by removing the extension socket's wire pair from the IDC terminal or by capping the socket at the wall plate in a way that is reversible and heritage-compliant. In most cases we leave the socket physically in place (no wall damage) but electrically disconnected from the copper pair. For FTTB apartments in Edgecliff and Double Bay, repair means replacing the old internal cable run from the comms room patch panel to the apartment wall socket with Cat 5e, or re-terminating a corroded connection. For HFC, we replace faulty splitters, repair corroded coaxial connectors, or replace a degraded external cable section. For moisture-affected coastal properties, we reseal the lead-in entry conduit and repair the affected cable section. Where the fault is network-side — an FTTN node issue or building NTD failure — we provide written documentation the ISP cannot dismiss.

Bridge tap isolation — extension sockets Cat 5e cable replacement — FTTB HFC splitter and connector repair Lead-in reseal — moisture ingress
05
Step 05

Speed Verified, Guarantee Issued, and Documentation for Heritage or Strata Properties

Before we leave, we re-test your connection speed at the wall socket and confirm the fault is resolved. We walk you through what we found and what was done — the TDR bridge tap results, the before and after speeds, what was changed. 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 heritage-listed Paddington terrace houses or Woollahra conservation area properties, we provide written documentation of the work carried out, the method used, and confirmation that no heritage fabric was permanently altered — useful for body corporate or council records. For strata apartment buildings in Edgecliff and Double Bay, we provide documentation for the building manager identifying the repaired cable run and noting any other units in the building on similar-vintage wiring that may benefit from a proactive inspection. Full terms at secureacom.com.au/terms-conditions

Post-repair speed test verified 12-month guarantee Heritage property documentation Strata building report on request
// Travel & Coverage Note

Based in Sutherland Shire — We Travel to Woollahra Regularly

SECURE A COM is headquartered in Miranda, Sutherland Shire. Woollahra LGA is approximately 35–45 minutes from our base depending on suburb — Paddington is typically around 35 minutes; Double Bay and Edgecliff approximately 38 minutes; Rose Bay and Bellevue Hill approximately 40 minutes; Vaucluse and Watsons Bay approximately 42–45 minutes. We created this page because we service Woollahra regularly — FTTN bridge tap diagnosis in Paddington's Victorian terrace houses is a fault category we attend to frequently, FTTB building wiring diagnosis in the post-war apartment blocks of Edgecliff and Double Bay, HFC coaxial faults in Paddington and Double Bay, and moisture-related faults in coastal and harbour-front properties across Rose Bay, Point Piper, Vaucluse, and Watsons Bay. Woollahra LGA is within our standard Greater Sydney service area — no travel surcharge applies for any suburb listed on this page. The FTTN bridge tap fault type is particularly underserved in Woollahra because ISPs routinely clear these as "no fault found" — which is precisely why an independent on-site technician with a TDR is the only way to resolve them. See our Terms & Conditions for full service area and travel charge details.

Based in Miranda, Sutherland Shire Woollahra — 35–45 min from base No travel surcharge — all Woollahra Est. 2008

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

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

ONE PRICE. NO SURPRISES.

A single fixed fee covers your on-site diagnosis and repair across Woollahra. FTTN terrace houses in Paddington and across Woollahra; FTTB apartments in Edgecliff, Double Bay, and Darling Point; HFC connections in Paddington and Double Bay; and coastal properties in Rose Bay, Vaucluse, and Watsons Bay — no additional charge for connection type, suburb, or heritage property complexity.

// Service Call Fee
$ 250
inc. GST  |  Per service call

GST inclusive. Includes one hour on-site with an Open Registered Cabler and travel within Greater Sydney — Woollahra LGA is within our standard service area, no additional travel surcharge. See full Terms & Conditions →

// Everything included
1 hour on-site with an Open Registered Cabler
Travel within Greater Sydney — all Woollahra suburbs included
Full internet diagnostic & fault location testing
TDR bridge tap tracing for FTTN Paddington terrace houses
FTTB comms room access and apartment cable testing
HFC signal testing, insulation resistance — coastal properties
On-site repair where possible (same visit)
ISP escalation report if network fault found
12-month workmanship guarantee on all repairs
+Full video/photo report — +1hr additional charge
12-Month Workmanship Guarantee — all Woollahra repairs are covered.
// Common Questions

PRICING FAQ

The $250 (GST inclusive) covers one hour on-site with an Open Registered Cabler, travel within Greater Sydney (Woollahra LGA is within our standard service area — no additional travel surcharge), a full internet diagnostic including FTTN bridge tap tracing with a TDR for Paddington terrace houses, FTTB building comms room access and internal Ethernet cable testing for Edgecliff and Double Bay apartments, or HFC coaxial signal path inspection depending on your connection type, fault location, and a basic written report. The majority of Woollahra faults — particularly FTTN bridge tap issues in Paddington Victorian terraces — are diagnosed and repaired within this first hour.
No additional travel surcharge applies for any Woollahra suburb. Paddington, Woollahra, Double Bay, Edgecliff, Darling Point, Point Piper, Rose Bay, Bellevue Hill, Vaucluse, Watsons Bay, and all surrounding areas are within our standard Greater Sydney service area. The $250 covers travel from our Miranda, Sutherland Shire base — approximately 35–45 minutes depending on suburb and traffic.
If your fault requires more than an hour — for example tracing bridge taps through multiple telephone extension points in a large Paddington Victorian terrace that has been extended and renovated across multiple eras, or replacing an internal cable run in an Edgecliff apartment building where the comms room patch panel is complex — we continue at our standard hourly rate. We'll always advise before additional time is billed. The vast majority of Woollahra residential faults 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 Cat 5e patch cable lengths are included in the service call. If the fault requires additional materials — a full Cat 5e cable run from comms room to apartment, conduit, or coaxial cable — 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 fault, a building NTD failure requiring NBN Co replacement, or an HFC node problem — you'll leave with a complete fault report and ISP escalation pack. For heritage-listed properties or strata buildings where repairs require heritage council consent, building manager approval, or an owners corporation resolution before work can proceed, we provide a written scope of works report with photographic documentation to support the approval process.
Yes — we service Paddington, Woollahra, Double Bay, Edgecliff, Darling Point, Point Piper, Rose Bay, Bellevue Hill, Vaucluse, Watsons Bay, and all surrounding areas within the Woollahra LGA. All are within our standard Greater Sydney service area with no additional travel surcharge.
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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WHAT SYDNEY CUSTOMERS SAY

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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
Frequently Asked Questions

COMMON QUESTIONS ABOUT OUR WOOLLAHRA SERVICE

Answers to the most common questions we receive about NBN fault diagnosis and internet technician services across Woollahra — FTTN bridge tap faults in Paddington Victorian terrace houses, FTTB apartments in Edgecliff and Double Bay, HFC connections in Paddington and Double Bay, and coastal moisture faults across Rose Bay, Vaucluse, and Watsons Bay.

When an ISP says the FTTN line is fine for a Paddington terrace house, they mean the line attenuation reading at the FTTN node falls within their acceptable threshold band. What their remote test does not detect is bridge tap interference — and Paddington's Victorian terrace houses, built between the 1860s and 1890s, were subsequently wired with multiple telephone extension sockets as telephone services were installed and expanded during the 20th century. Each of these extension sockets, whether plugged in or empty, remains connected in parallel on the copper pair feeding your VDSL2 modem. Each connection point creates an impedance discontinuity — a signal reflection point that degrades VDSL2 sync speed. A Paddington terrace with three to six telephone extension points can achieve as little as 20–30% of its theoretical FTTN plan speed as a direct result, while the ISP's remote attenuation check shows "within normal parameters." We use a TDR (Time Domain Reflectometer) on-site to locate each bridge tap's precise position on the copper pair, then physically isolate or remove the extension socket. Speed typically jumps to 80–95% of plan rate after removal.
Woollahra LGA has a mixed NBN technology profile that varies substantially by suburb and property type. FTTN (Fibre to the Node) is the dominant technology in Paddington, where the dense Victorian terrace streetscape is served by copper pairs running from FTTN node cabinets on the street. The same FTTN technology serves the more residential areas of Woollahra village, Rose Bay, Bellevue Hill, Vaucluse, and Watsons Bay. FTTB (Fibre to the Building) serves the post-war apartment blocks concentrated in Edgecliff, Double Bay, and Darling Point — buildings where NBN fibre runs to a comms room and the final connection to each apartment uses the building's internal cabling infrastructure. HFC (Hybrid Fibre Coaxial) is present in parts of Paddington and Double Bay from the former Optus cable network incorporated into the NBN rollout. We confirm the specific technology at your address before attendance and carry diagnostic equipment for all types.
Paddington's terrace houses were built between the 1860s and 1890s — before telephone services existed in Australia. Telephone infrastructure was installed in these properties from the early 20th century onwards, and as usage grew, additional extension sockets were added in each room — front parlour, bedrooms, kitchen, and eventually bathrooms — over subsequent decades. By the time NBN was rolled out to Paddington, the typical Victorian terrace had accumulated three to six telephone extension sockets installed across multiple renovation periods, often by different tradespeople using different wiring methods. Under FTTN, the modem connects to the copper pair at one socket, but all other sockets remain electrically connected to the same pair. Newer properties built from the 1990s onwards were wired for data from the outset — typically with a single telephone point at the modem location and data cabling elsewhere — so the bridge tap problem simply doesn't arise. The solution for a Paddington terrace is the same regardless of age: identify each bridge tap with a TDR, isolate the extension sockets from the copper pair, and restore the VDSL2 sync rate to near-plan speed.
Rose Bay and Bellevue Hill are predominantly served by FTTN, with detached residential housing built from the 1930s through the 1970s. Two main fault categories affect these suburbs. The first is bridge taps from telephone extension wiring installed in the property during construction or subsequent renovations — homes from this era were typically wired with two to four extension points. Each connected extension on the copper pair reduces VDSL2 sync speed. The second — and more significant for harbour-exposed Rose Bay — is moisture and salt air ingress at the lead-in cable entry point. The external conduit seal where the copper pair enters your property from the street is a chronic failure point for coastal properties. Salt air and rainfall progressively degrade the seal, moisture enters the conduit, and cable insulation resistance falls over time, increasing attenuation and causing variable performance or sync drops during and after rain. ISPs cannot detect either fault type remotely. We use TDR testing for bridge taps and insulation resistance measurement for moisture ingress — identifying and fixing both on the same visit in most cases.
The copper pair from the FTTN node to your property boundary is NBN Co's infrastructure. The lead-in cable and all wiring inside your property — including every telephone extension socket, every internal cable run, and all connection blocks — is classified as customer-side infrastructure and is your responsibility. NBN Co is responsible only for the FTTN node itself. Your ISP has no obligation to test or repair any wiring inside your property. This means the bridge tap interference from extension sockets in your Paddington terrace or Woollahra property is entirely yours to resolve — it will not be fixed by NBN Co or your ISP through any complaint or escalation process, because it is not their infrastructure. A private Open Registered Cabler like SECURE A COM is licensed to diagnose and repair this customer-side infrastructure. For heritage-listed properties, we advise on repair methods that comply with heritage conservation area requirements before any work proceeds.
ISP technicians are restricted to verifying that the network equipment is operating at the designated network boundary — the FTTN node for FTTN connections, the building NTD in the comms room for FTTB, or the HFC tap for HFC. Their scope ends there. They cannot enter your Paddington terrace and test the telephone extension wiring with a TDR, measure insulation resistance at the lead-in entry point, trace the cable run from a building comms room to your Edgecliff or Double Bay apartment, test coaxial signal levels through HFC splitters, or carry out any repair to customer-side telecommunications infrastructure. If the network boundary device reports a sync, the ISP closes the ticket — regardless of what speed you're actually receiving at your device. A private internet technician from SECURE A COM works exclusively for you. We investigate the fault wherever it sits — inside the terrace walls, at the lead-in entry, in the building comms room — and fix it on the same visit where possible. We are a fully licensed Open Registered Cabler (A10089) authorised to work on all customer-side telecommunications cabling across Woollahra LGA.
Woollahra LGA is approximately 35–45 minutes from our Miranda base in Sutherland Shire depending on suburb and traffic — Paddington is typically around 35 minutes; Double Bay and Edgecliff approximately 38 minutes; Rose Bay and Bellevue Hill approximately 40 minutes; Vaucluse and Watsons Bay approximately 42–45 minutes. We typically have appointments available within one to three business days. We confirm a specific arrival window rather than a half-day block. For Paddington heritage terrace houses, we advise on any access considerations before the visit — if the telephone connection block is in an area with restricted access or if the property requires any special preparation for a heritage-compliant repair. For Edgecliff and Double Bay apartment buildings, we advise on confirming strata comms room access before the visit. Call 02 9188 1577 or book online.
Yes. Heritage listing in Paddington and the Woollahra conservation area controls external alterations and structural changes to heritage fabric — it does not prohibit telecommunications cabling repair or upgrade inside the property. Isolating bridge taps at existing telephone extension socket locations is generally achieved by disconnecting the extension socket's cable pair at the IDC connection block, which leaves the socket physically intact and the wall plate in position — no heritage fabric is altered. Replacing an internal cable run within an existing conduit or cable route is similarly heritage-neutral in most cases. Where a new cable penetration through heritage masonry or heritage joinery is genuinely required, we discuss heritage-compliant methods with you before any work proceeds — surface-mount conduit along existing cable paths, reversible cable fixings, and routes that avoid character-defining fabric. We carry out cabling work in heritage-listed Paddington terrace houses and Woollahra conservation area properties regularly and are familiar with the constraints and documentation requirements that apply.
Still have questions about your Woollahra fault?
Call us on 02 9188 1577 — we'll advise on your specific connection type and fault symptoms before you book. Paddington terrace houses, Edgecliff and Double Bay apartments, and coastal properties across Woollahra all serviced.
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Book an independent, Open Registered Cabler internet technician for your Woollahra home or apartment. We attend on-site with professional test equipment, diagnose FTTN bridge taps in Paddington's Victorian terrace houses, FTTB building wiring in Edgecliff and Double Bay apartments, HFC faults in Paddington and Double Bay, and moisture-related issues across Rose Bay, Vaucluse, and Watsons Bay — 90% resolved in a single visit.

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