Access Control Systems Toronto
Card, fob, keypad, mobile and biometric entry for commercial buildings. Designed at the door, not just at the reader — fail-safe versus fail-secure, free egress, fire alarm release and cabling done properly.
Velocity Cabling installs commercial access control across Toronto and the GTA as part of our low voltage scope. Most quotes for this work describe readers and credentials, which is the easy part. What actually determines whether a system is safe, compliant and reliable is decided at the door: which way the lock fails, how people get out, what happens when the fire alarm sounds, and whether the credential can be copied in a parking lot. That is what this page covers.
What Access Control Really Involves
A working door needs five things coordinated, and a system is only as good as the weakest one:
Card, fob, keypad code, phone or biometric. Determines how easily someone can present as somebody else.
Mounted, wired and communicating with the controller — ideally over OSDP rather than legacy Wiegand.
Strike, mag lock or electrified lever. Chosen per door based on the leaf, frame, fire rating and egress role.
Request-to-exit and door position switch, so the system knows whether the door was released, forced or left ajar.
Correctly sized supply, battery backup, and lock power kept separate from controller power.
Fire alarm release where required, verified at commissioning rather than assumed to work.
Fail-Safe vs Fail-Secure
This is the single most consequential choice on an access control project, it is decided per door, and it is the one we most often find wrong on systems we inherit.
| Fail-safe | Fail-secure | |
|---|---|---|
| On power loss | Unlocks | Stays locked |
| Typical hardware | Mag lock, fail-safe strike | Fail-secure strike, electrified mortise |
| Suits | Egress doors, stairwells, main entrances | Server rooms, stockrooms, records, cash offices |
| Risk if chosen wrongly | Building unsecured during an outage | People unable to exit — a life safety failure |
| Power draw | Continuous — the lock is held by power | Only when releasing |
| Fire alarm | Must release on alarm | Egress still required by other means |
The rule of thumb we work to. Ask what must be true during a power failure. If the answer is "people must be able to get out", the door is fail-safe. If it is "this must stay locked and there is another exit route", it is fail-secure. Then confirm it against the fire plan rather than the preference of whoever is paying. The authority having jurisdiction rules on any specific door.
Free Egress And Fire Alarm Release
Access control restricts who comes in. It should almost never restrict who gets out.
Doors on a means of egress generally have to be openable from the inside without a credential, a key, special knowledge or tools. That is why request-to-exit sensors and panic hardware exist: someone pushes the bar or trips the sensor, the door releases and the system logs a legitimate exit rather than a forced-door alarm. The door still reports everything; it just never stands in the way.
Magnetic locks need particular care. A mag lock holds by power, so it must be wired to drop on fire alarm activation as well as on power loss. That interface between the access system and the fire alarm panel is a design item, and we verify it at commissioning with your fire alarm contractor present rather than assuming it works.
Delayed egress and similar arrangements exist for specific situations, but they need approval from the authority having jurisdiction. They are not something an installer should decide on site.
Inherited a system and unsure whether it is compliant?
We audit each door — hardware, fail state, egress path and fire alarm interface — and give you a written list of what needs attention.
Credentials And The Prox Card Problem
If your building still runs 125 kHz proximity fobs, this section matters more than anything else on the page.
| Credential | Security | Notes |
|---|---|---|
| 125 kHz proximity | Very low | Transmits a fixed number, unencrypted. Copyable in seconds with an inexpensive handheld cloner. Still extremely common in GTA buildings. |
| Keypad code only | Low | Shared, shoulder-surfed and rarely changed. Fine as a second factor, weak on its own. |
| 13.56 MHz smart card | Strong | Encrypted with mutual authentication. The sensible current baseline for new systems. |
| Mobile credential | Strong | Phone over Bluetooth or NFC. Nothing to reissue when someone leaves, and no plastic to lose. |
| Biometric | Strong, situational | Cannot be lent or lost, but slower at busy doors and raises privacy considerations worth thinking through. |
Two related points. First, the connection between reader and controller matters too: legacy Wiegand wiring is unencrypted and can be tapped at the reader, while OSDP supports encrypted, supervised communication. Second, upgrading credentials is usually far less disruptive than people expect — many readers support both old and new formats during a transition, so you can migrate users gradually instead of reissuing everything in one weekend.
Door Hardware Options
Electric strike
Replaces the strike plate in the frame. Neat, widely applicable, available fail-safe or fail-secure. Usually the first option we assess.
Magnetic lock
Strong holding force and tolerant of poorly aligned doors, but inherently fail-safe and always requires a fire alarm release interface.
Electrified mortise or lever
Power routed through the door via an electrified hinge or loop. Cleanest look, retains mechanical key override, more work to install.
REX and door position
Request-to-exit plus a door contact. Without these you cannot tell a legitimate exit from a forced door, and every alarm becomes noise.
Door condition decides a lot of this. A dropped leaf, a failing closer or a warped frame will defeat good hardware, so we assess the door itself at survey — occasionally the honest recommendation is fixing the door before securing it.
Cloud Or On-Premise?
Cloud suits multi-site organisations and teams without dedicated IT: no server to maintain, administration from anywhere, updates handled for you, in exchange for an ongoing subscription. On-premise suits organisations with policy reasons to keep credential data internal, or who prefer a capital purchase with no recurring fee.
Whichever you choose, insist on one thing: doors must keep working when the network or internet drops. A properly designed controller holds its credential database locally and syncs when the connection returns. If a vendor cannot answer that question clearly, that is informative in itself.
Where Access Control Meets Everything Else
Access control is rarely installed alone, and the value goes up sharply when it talks to the systems around it.
Cameras. Tying door events to video turns an alarm into evidence. Instead of "door 4 forced at 02:14" and a hunt through footage, you get the clip of that door at that moment. Because we install commercial CCTV as well, the integration is designed in rather than bolted on by two vendors blaming each other.
Intercom and entry. Visitor entry, delivery doors and after-hours access usually need an intercom or paging path alongside the credential reader, so reception can see and release without walking to the door.
The network underneath. Controllers, IP readers and cloud connectivity all sit on your network, and they belong on a managed, segmented one. We design that alongside the structured cabling rather than assuming a spare office port will do.
What Every Install Includes
Per-door survey
Leaf and frame, fire rating, closer condition, egress role, power routing and fail state, documented before quoting.
Proper cabling
Composite door cable and pathway installed to the same standard as our low voltage work, not run loose above tiles.
Commissioning and testing
Every door tested: valid credential, invalid credential, REX, forced door, held-open and fire alarm release where applicable.
Documentation and training
Door schedule, credential list, controller configuration and as-builts, plus training so your team can add and revoke users confidently.
Access Control: Common Questions
Fail-safe hardware unlocks when power is removed. Fail-secure stays locked when power is removed. It is decided per door by what happens in a fire or a power cut: a door in a means of egress generally must allow people out without power, while a server room or stockroom usually should stay locked. Electromagnetic locks are inherently fail-safe. Electric strikes come in both. Getting this backwards is the most consequential mistake on an access control job.
No, and on most doors they must not. Egress generally has to be possible without a credential, special knowledge or tools. That is why request-to-exit devices, panic hardware and door position monitoring exist: the door reports what happened without ever preventing someone leaving. Any arrangement that restricts exit needs approval from the authority having jurisdiction, not just a decision by the installer.
On egress doors, yes. Mag locks are held by power, so they are wired to drop on fire alarm activation and on power failure. That interface between the access control system and the fire alarm panel is part of the design and gets verified at commissioning, not assumed. Where we install mag locks we coordinate that interface with your fire alarm contractor.
Not really. Legacy 125 kHz proximity credentials, still very common in GTA buildings, transmit a fixed number with no encryption and can be copied with an inexpensive handheld device in seconds. If your fobs are 125 kHz prox, treat the system as controlling convenience rather than security. Modern 13.56 MHz smart credentials and mobile credentials use encryption and mutual authentication, and are a straightforward upgrade path.
Cloud suits multi-site estates and teams without IT staff: no server to maintain, remote administration, automatic updates, in exchange for a subscription. On-premise suits organisations with policy reasons to keep data internal or who prefer a capital purchase. Either way, insist that doors keep working when the connection drops — a good controller holds its credential database locally and syncs later.
Yes, and it is worth doing. Tying door events to video means an alarm gives you the clip of that door at that moment rather than a timestamp to hunt through. We install both, so the integration is planned rather than retrofitted instead of being handed between two vendors.
Usually. We survey each door: leaf and frame material, existing closer, hinge condition, whether it is fire-rated, and whether power can be routed to it. Some doors take an electric strike easily, some need an electrified hinge and a mortise lock, and occasionally the honest answer is that the door needs replacing before it can be secured properly.
A four to eight door system is typically two to four days including door hardware, cabling, controller mounting, programming and testing. Doors needing new pathway or hardware modification take longer. You get a firm schedule in the written proposal after the onsite survey.
Last reviewed 12 August 2026 by the Velocity Cabling install team. Code statements describe general Ontario practice; the authority having jurisdiction rules on any specific door.
From First Call To Certified Handover.
Five steps, same order, every job. You always know what happens next and who is on site.
Free Onsite Survey
We walk your space, document cable routes and flag every constraint. No cost, no obligation.
Written Proposal
Itemized quote covering materials, labour, timeline and compliance standard.
Pre-Install Planning
We coordinate with your PM, GC or IT team. Rack layouts and phasing locked before day one.
Expert Installation
Licensed technicians pull, dress, terminate and label every run to commercial spec.
Test & Certify
Every run Fluke tested. We don't leave until every port passes.
Toronto, The GTA & Southern Ontario.
Crews dispatch from our Toronto base and reach most GTA sites within an hour.
Access Control That Lets People Out.
Free per-door survey within 48 hours. Fail states, egress and fire alarm interfaces designed in, then tested at commissioning.
Mon–Fri 8am–10pm · Evening & weekend installs available · Toronto, GTA & Southern Ontario