IoT Development Company in Edmonton

Site count is the multiplier on an Edmonton IoT programme; the sensors are the cheap part. An Edmonton IoT proof of concept (one site, ten to fifty sensors, edge gateway, cloud pipeline, basic dashboard) is a six to eight week engagement. A production deployment at a single refinery unit or one AHS facility adds ruggedised hardware, SCADA integration, redundancy, and PIPA documentation. Fleet-wide rollouts across Suncor's Edmonton Refinery or EPCOR's distribution network sit far above that once you include device procurement, field commissioning across multiple sites, change management with operations, and twelve months of managed service. Hardware is roughly 30 percent of total project cost. We give fixed-fee quotes per phase, not open T and M, so finance has a clean number for the capital request.

Yes. Suncor, Imperial Oil, and Pembina all run AVEVA PI as the system of record. We use the PI Web API, PI AF SDK, and PI Connectors to read tags, federate selected subsets into AWS IoT SiteWise or Azure IoT Hub for analytics, and write back curated insights when the use case warrants. On the SCADA side we work with Honeywell Experion, Emerson DeltaV, Rockwell ControlLogix, and Schneider Modicon, always through a documented OT-IT boundary with a Stratix or Tofino industrial firewall and a one-way data diode when the operator requires it. We do not touch control loops. We carry the same network segmentation hygiene through PIPA and OSFI cyber expectations, so internal audit and the operator's process safety lead can sign off without rework.

AER Directive 060 governs upstream petroleum industry venting, flaring, and incinerating, and operators must report measured emissions on a defined cadence. Our IoT pipelines tag every relevant sensor (flare gas composition, GPS-stamped Coriolis flow, methane detection) with the AER reference, retain raw and processed values for the required retention period, and produce export files in the format AER accepts. Directive 017 covers measurement requirements for upstream oil and gas, and we structure our data lake to align uncertainty calculations, calibration history, and validation events with that directive. For methane specifically we map to the federal Methane Regulations under SOR/2018-66. We have shipped these pipelines for two upstream operators headquartered near Edmonton.

Yes. Our healthcare IoT work covers asset tracking (infusion pumps, beds, wheelchairs across the University of Alberta Hospital and the Royal Alexandra), cold-chain monitoring for pharmacy and laboratory specimens, indoor air quality and HVAC integration with the existing Johnson Controls Metasys BMS, and RTLS for patient flow at the Stollery Children's Hospital. Every project signs an AHS Information Manager Agreement, follows the Health Information Act (HIA) for personal health information, runs through AHS Cybersecurity (formerly IT&S Cyber) review, and lands inside ca-west-1 Calgary or ca-central-1 Montreal AWS regions with the keys held by the AHS information custodian. We supply data flow diagrams, threat models, and a Privacy Impact Assessment template the OIPC will accept.

Coverage along Highway 63 to Fort McMurray, Highway 43 to Grande Prairie, and into the Duvernay and Montney basins varies by carrier. TELUS LTE-M is generally the most reliable for low-bandwidth telemetry given their rural infrastructure investment, with Bell IoT Smart Hub a close second. Rogers serves the corridors but thins out off-highway. We do a coverage and signal strength survey before specifying a connectivity module, and we design fallback to a private LoRaWAN gateway plus satellite (Starlink Roam, Iridium SBD, or Inmarsat IsatData Pro) for sites where carrier signal is intermittent. Public LoRaWAN networks like The Things Network have negligible Alberta upstream coverage, so we always plan for private gateways. Connectivity cost projections feed the project P&L during discovery.

Alberta's Personal Information Protection Act (PIPA) governs private sector handling of personal information in the province, and the federal PIPEDA governs commercial activities crossing provincial borders. Most refinery and energy IoT data is not personal information, but RTLS tracking of contractor badges, security camera ingest, and any system that ties readings to named operators triggers PIPA. We default to ca-west-1 (Calgary) or ca-central-1 (Montreal) data residency, document collection, use, and disclosure in a PIPA-aligned privacy notice, and route any disclosure outside Canada through a formal cross-border data transfer assessment. The Office of the Information and Privacy Commissioner of Alberta has published guidance on workplace surveillance that we map every relevant project against before deployment.

Yes, and several of our Edmonton projects do this by design. We expose the time-series stream through a documented API (typically a Snowflake share, an Athena workgroup, or an InfluxDB read-only token) with row-level filters that mask anything sensitive. AltaML has shipped condition-based monitoring and predictive maintenance models for Alberta energy clients, and AMII (the Alberta Machine Intelligence Institute, founded with Rich Sutton's reinforcement learning group and one of three Canadian CIFAR AI institutes) runs applied research that benefits from real industrial signal. We have set up data access patterns that satisfy the operator's NDA, the researcher's publication needs, and PIPA's purpose limitation principle in the same document.

Single-site deployment with off-the-shelf hardware and an existing PI historian or SCADA integration runs ten to sixteen weeks: two weeks discovery and HAZOP delta, four weeks build and factory acceptance test, two weeks field commissioning across a planned outage or maintenance window, and the remainder for stabilisation and managed service handover. A multi-site rollout across an upstream operator's wellpad fleet or AHS regional facilities runs six to twelve months, gated by procurement of ruggedised hardware (lead times on Moxa and Advantech routinely run eight to fourteen weeks) and field crew availability around Alberta winter conditions. We sequence sites by criticality and freeze upstream changes during commissioning weeks so operations does not chase a moving target.