Commissioning is where the work becomes the institution’s. Up to this point, the install is the integrator’s responsibility: the cable plant, the hardware, the configuration, the test results. After acceptance, the system is the institution’s: the cardholders, the recordings, the audit logs, the operational practice. The handover happens through a documented commissioning process that confirms every system performs against the design intent, every integration works, every record is in place, and the institutional staff can operate the system without the integrator on call. Get the commissioning right and the project closes cleanly; skip it and the institution holds the integrator on the project for months past substantial completion.
Pre-commissioning verification
When the verification applies
Before any system testing begins. The pre-commissioning checks confirm that the install is physically ready for testing: as-built drawings match the install, cable plant is certified, panel directories are complete, and the test instruments are calibrated.
The spec
// PRE-COMMISSIONING CHECKLIST As-built drawings updated to reflect the install: every device, every cable route, every panel, every conduit Cable certification reports complete and submitted (chapter 10): every link PASS without asterisk, manufacturer warranty registered within 30 days of cable plant completion Panel directories complete (chapter 06): every breaker entry identifies the served device, every circuit type identified with the institutional convention Identification and labelling complete (chapter 06): every cable labelled both ends, every conduit colour-banded at terminations and transitions, every device with lamacoid plate Firestop documentation complete (chapter 05): every penetration identified on the firestop drawing with ULC system number, hour rating, installer, date Grounding measurements complete (chapter 04): every TGB and TMGB measured at less than 5 ohm to building ground reference, every rack measured at less than 1 ohm to TGB Test instruments calibrated and certified (chapter 21): every certifier, every multimeter, every ground tester with current calibration certificate Institutional team present: institutional security manager, institutional IT representative (where applicable), institutional facility management representative Commissioning agenda distributed in advance with the test sequence, the responsible parties, and the expected duration
Field note
// PRE-COMMISSIONING IS A REAL CHECKPOINT Pre-commissioning is not a formality; it is the checkpoint that catches defects before the full commissioning. A failed pre-commissioning check (incomplete certifications, missing labels, drawings out of date) means commissioning gets postponed and rescheduled. Schedule pre-commissioning two weeks before the planned commissioning date to give time for any remediation. Walk the pre-commissioning checklist with the project manager and the institutional representative; do not self-certify the pre-commissioning state.
CAN/ULC-S1001 integrated systems testing
When the standard applies
Every project where the security system interfaces with life-safety systems: fire alarm, voice evacuation, smoke control, sprinkler, elevator recall, magnetic lock release, access control release. CAN/ULC-S1001 governs the integrated test that confirms all systems work together during a fire event.
The spec
// CAN/ULC-S1001 INTEGRATED TEST Integrated test conducted with the fire alarm contractor, the security integrator, the elevator contractor, the sprinkler contractor, and the institutional life-safety coordinator Test scenarios per the project’s life-safety design narrative:: General alarm: building-wide release of fail-safe locks and maglocks per the institutional release strategy Smoke compartment alarm: locks in the affected compartment release; others remain controlled (healthcare and high-rise) Sprinkler waterflow: same release as general alarm or per the design Manual pull station: same release as general alarm Elevator recall: elevator cars return to ground floor; access control elevator interface verifies floor access is restricted post-recall Voice evacuation: PA system delivers the institutional evacuation message; mass notification platform delivers complementary messages Each scenario tested in real-time with the building’s actual systems, not in simulation Reset sequence tested: fire alarm reset returns all systems to normal state without manual intervention at each system Test results documented: timestamp of each event, system response, witnesses present, any deficiencies noted Re-test of any failed scenario after remediation Final report signed by all participating contractors and the institutional life-safety coordinator
Field note
// THE S1001 IS THE GATE TO OCCUPANCY CAN/ULC-S1001 integrated systems testing is the gate to occupancy permit on most institutional Canadian projects. The AHJ reviews the S1001 report before issuing the occupancy permit. The security integrator is one of several trades that participates; the fire alarm contractor typically leads the test, but every trade’s interfaces are tested. Schedule the S1001 with at least four weeks of lead time; coordinating five or six contractors plus the AHJ takes that long.
Per-system commissioning
When the checklist applies
Every security system on the project. The per-system commissioning verifies each system’s performance against design intent before the integrated systems testing and the institutional acceptance walkdown.
Cabling commissioning
Cable certification reports complete and submitted to manufacturer for warranty registration (chapter 10) Permanent link test PASS without asterisk on every Cat 6A and Cat 6 link Fibre Tier 1 OLTS PASS on every link, both directions, at both wavelengths Fibre Tier 2 OTDR where required, with event table and overall loss within budget Labels match the as-built cable schedule at both ends of every cable Patch cords installed and labelled per the design Service slack present at every termination per the design
Power and grounding commissioning
// POWER AND GROUNDING COMMISSIONING Every security circuit traced from breaker to receptacle, with the receptacle labelled per the panel directory Receptacle voltage measured under load: within +/-5% of nominal Receptacle polarity, neutral, and ground continuity verified with receptacle tester UPS runtime tested at actual installed load: discharge UPS to a representative test load and measure runtime against the design target (chapter 03) Generator transfer tested where the building has emergency power: simulate utility loss, observe ATS transfer, verify every security device rides through, verify UPS does not exhaust, verify return transfer when utility restores Surge protection alarm contacts verified: SPD alarm output reaches the head-end and triggers an event Grounding measurements: TMGB to building ground less than 5 ohm, TGB to TMGB less than 1 ohm, rack to TGB less than 1 ohm (chapter 04) Bonding measurements at every paint-piercing washer, every cable tray splice, every equipment chassis bonding point
Access control commissioning
// ACCESS CONTROL COMMISSIONING Every door tested with valid credential: card present, door unlocks, door opens, door closes, door re-locks, event logged Every door tested with invalid credential: card present, door does not unlock, denial event logged Every door tested with REX (request-to-exit): REX activates, door unlocks for fail-secure or releases hold for fail-safe, door-forced alarm shunts Every door tested with DPS (door position switch): door open, alarm reports; door closed, alarm clears Every door tested for door-held-open alarm: door open beyond programmed time, alarm reports Every door tested for door-forced alarm: door opened without REX or valid credential, alarm reports Every door tested for fire alarm release per the institutional release strategy (covered in S1001 above) Cardholder enrollment workflow tested: add cardholder, assign access group, present credential at trained door, verify access De-provisioning workflow tested: remove cardholder, present credential at door, verify denial Audit log verified: every event captured with correct timestamp, correct location, correct cardholder identifier Where two-factor is implemented: card-plus-PIN flow tested at every two-factor door, including PIN lockout after failed attempts and PIN reset workflow Where infant abduction or elopement prevention is installed: every transmitter, every reader antenna, every elevator integration, every stairwell integration tested with a transmitter at the device Where sallyport interlock is installed: interlock tested in every state with the institutional security team witnessing (chapter 16)
Video commissioning
Every camera live-viewable from the institutional security operations workstation Every camera recording: verified by reviewing 24 hours of recording from each camera post-commissioning PPF measurement at each camera’s design target location: tape measure or pixel-counting tool confirms the design PPF is achieved Camera focus, aim, and field of view verified at the design location Low-light performance verified after dark for cameras in areas with night-time activity IR illumination verified for cameras with IR; image quality at full darkness verified Camera tamper alarm tested: physical tamper of the camera generates a tamper event at the head-end VMS storage verified: storage volume matches design, recording retention matches institutional policy VMS user accounts created per institutional access policy; password complexity and account expiry verified Camera time sync verified: timestamp on every recording within 1 second of the institutional time source VMS health monitoring: alarm threshold tested for camera offline, storage full, server CPU high
Intrusion commissioning
// INTRUSION COMMISSIONING Every zone tested in normal state: zone shows “normal” at the panel Every zone tested in alarm state: trigger the sensor, verify alarm at the panel, verify report to the central station Every zone tested for tamper: open the sensor housing or the junction box, verify tamper at the panel Every zone tested for fault: short the loop, verify fault at the panel; cut the loop, verify open fault at the panel EOL resistor supervision verified by measurement at the sensor end of every loop Arm/disarm workflow tested with valid user credential Entry/exit delay verified at programmed time Panel reports to central station: every event type tested with central station confirming receipt Panel battery backup tested: AC removed, verify panel runs on battery for the design hold time, verify “AC fail” event reports to central station Panel tamper tested: open the cabinet, verify panel tamper alarm and central station report Communication path failure tested: disable primary IP communication, verify failover to cellular within the supervised interval
Final acceptance walkdown
When the walkdown applies
After per-system commissioning is complete and the S1001 integrated test has been signed off. The acceptance walkdown is the institutional representatives’ physical walk of the entire install, confirming visual, functional, and operational standards are met.
The spec
Institutional team participates: security manager, IT representative, facility management representative, privacy officer where applicable, clinical lead where applicable (healthcare), accessibility consultant where applicable Integrator team participates: project manager, lead technician, system commissioner Walkdown sequence: pre-walk the route with the institutional team, present the as-built drawings and the commissioning documentation, walk the install systematically (perimeter, public areas, controlled areas, secure areas, equipment rooms) At each location: confirm device installed per design, labelled per identification standard, mounted per height standard, operational per functional test Deficiencies recorded in real-time on the deficiency list, with location, description, photo, and target resolution date Minor deficiencies (labels, cosmetic, non-functional) get a follow-up date; functional deficiencies (failed operational test) require immediate remediation and re-test before acceptance Final acceptance form signed by the institutional security manager and the integrator project manager when the deficiency list is closed or contains only documented future-work items
Field note
// THE DEFICIENCY LIST IS THE GATE The deficiency list is the official record of what is not yet done. Every item gets an action owner, a target resolution date, and a verification path. Open items prevent final acceptance and prevent the final payment milestone. Close the deficiency list cleanly: rework completed, re-tested, and signed off, not just claimed-as-done. Build the deficiency list workflow into the commissioning plan and assign a dedicated person on the integrator’s team to track it.
Training delivery
When the training applies
At commissioning or shortly after, before the system goes into operational use by the institutional staff. Training is the handover that gives the institution the knowledge to operate the system independently.
The spec
Operator training: for security operations staff, covering daily operational tasks (monitoring, responding to alarms, retrieving recordings, processing cardholder requests) Administrator training: for security technical staff, covering system administration (adding/removing cardholders, modifying access groups, configuring schedules, managing reports) Facility maintenance training: for facility management staff, covering basic troubleshooting, replacement of consumable items (UPS batteries, sensor batteries on wireless systems), and escalation procedures Training delivered as a combination of classroom (concepts and overview) and on-system (hands-on practice with the actual installed system) Training materials: institutional-branded operator manuals, administrator references, quick-reference cards for the common workflows Training records: each trainee signs an attendance record retained in the institutional training documentation Follow-up training: scheduled at 30 days, 90 days, and 1 year post-acceptance to refresh and to address questions arising from operational experience
Field note
// TRAIN THE INSTITUTIONAL TRAINER Most institutional environments have their own training infrastructure: an LMS, an internal trainer team, an ongoing-education programme. Rather than delivering all training directly, train the institutional trainer to deliver the institution’s standard course. The integrator’s role becomes the master content source and the technical reference; the institutional trainer carries the recurring delivery. This pattern scales better than direct training at every refresh.
Documentation handover
When the handover applies
At final acceptance. The documentation package is the institution’s reference for the system’s operational life: how it was designed, how it was installed, what it tested at, how it gets serviced.
The spec
As-built drawings: every device, every cable route, every panel, every conduit, in the institutional drafting standard Cable certification reports: PDF and native certifier format files, archived for manufacturer warranty audit Manufacturer warranty certificates: cable plant warranty, equipment warranty for each major component Firestop documentation: firestop drawing with every penetration identified, ULC system numbers, installer details, dates Configuration backups: switch configurations, access control panel configurations, intrusion panel configurations, VMS configuration, head-end server backup Panel directories: every electrical panel feeding security loads Key control records: every credential issued at commissioning, every physical key cut, every electronic credential created CMMS asset registration: every major component registered in the institutional CMMS (chapter 06) Operator manuals and administrator references Training records Test and commissioning reports: per-system commissioning, S1001 report, acceptance walkdown sign-off Spare parts inventory at handover: what spare parts are on site, where they are stored, who is responsible for the inventory Service contact list: integrator service number, manufacturer support contacts, central station contact
Post-substantial-completion follow-up
When the follow-up applies
30 days, 90 days, and 1 year after substantial completion. The follow-up walkdowns address issues that emerge in operation but did not appear during commissioning.
The spec
// POST-COMPLETION FOLLOW-UP 30-day walkdown: visit the site with the institutional security manager, walk the install, address any operational issues that have arisen in the first month 30-day review topics: false alarm rate, user feedback on workflow, any service tickets logged, any items from the deficiency list still outstanding 90-day walkdown: same scope as 30-day, plus review of audit logs, recording retention, and capacity utilisation 90-day review topics: storage utilisation trending, PoE budget consumption, switch resource utilisation, false alarm trends 1-year walkdown: full inspection of the install per CAN/ULC-S302 for monitored intrusion, plus operational review with the institutional team 1-year review topics: warranty status of every component, lifecycle planning for the upcoming year, scheduled preventive maintenance plan All walkdowns documented with attendees, findings, action items, and follow-up dates Action items from walkdowns tracked in the institutional service ticket system
Field note
// THE FIRST YEAR REVEALS WHAT COMMISSIONING DOES NOT Commissioning verifies that the system performs as designed at install. The first year of operation reveals what was not foreseen: user workflows that the design did not anticipate, environmental factors that produce false alarms, integration edge cases that come up in actual use. Build the follow-up walkdowns into the project; they are the difference between an install that gets fine-tuned over the first year and one that accumulates frustration and service calls for years afterward.
// THE PRACTITIONER POSITION Commissioning is where the work becomes the institution’s. Pre-commissioning checkpoint two weeks before commissioning to catch missing items. CAN/ULC-S1001 integrated systems testing is the gate to occupancy; coordinate with fire alarm, elevator, sprinkler, and life-safety trades four weeks ahead. Per-system commissioning covers cabling, power, grounding, access control, video, and intrusion with documented test results. Final acceptance walkdown with the institutional team produces a deficiency list that gets closed before sign-off. Training delivered to operators, administrators, and facility maintenance; train the institutional trainer where the LMS supports it. Documentation handover includes as-builts, certifications, warranties, configurations, panel directories, key control records, CMMS registrations, manuals, and training records. 30-day, 90-day, and 1-year follow-up walkdowns close the install lifecycle. Get this right and the institution operates the system independently; get it wrong and the integrator is on the project months past substantial completion.