Results

What a project looks like.

Client work in this industry is confidential, so these are illustrative scenarios: composites of typical problems and how we'd approach them. Anonymised client stories will be added here as projects complete.

Illustrative scenario · Last-mile communications

Keeping remote facilities on the network

The situation

A producer runs a dozen batteries and compressor sites across the Montney. Some have cellular routers inside steel buildings, a few have Starlink, and one relies on a radio link nobody has looked at in years. Operations finds out a site is down when the SCADA screen goes stale.

What we'd do

  1. Survey every site: current link, signal, power and monthly cost.
  2. Pick a primary and backup link per site, including a radio hop where a tower is in reach.
  3. Move antennas outside and add dual-WAN routers with automatic failover.
  4. Put every site on monitoring with alerts to the control room.

What success looks like: Every site has two paths out, link failures alert before operations notices, and connectivity cost is known per site.

Illustrative scenario · Outdoor & camp Wi-Fi

Fixing evening slowdowns at a work camp

The situation

A 250-bed camp has consumer access points in the hallways and one internet link. Wi-Fi is fine during the day and unusable from 7 pm, when crews come off shift and start streaming. Complaints go to the camp manager, who has no way to see what is happening.

What we'd do

  1. Survey coverage room by room and measure the link under evening load.
  2. Replace hallway units with access points sized for room density.
  3. Separate crew, staff and camp systems onto their own networks.
  4. Add per-user bandwidth limits and a guest portal staff can manage.

What success looks like: Evening speeds stay usable for everyone, camp systems are unaffected by crew traffic, and the manager can see usage at a glance.

Illustrative scenario · Cameras & surveillance

Covering an equipment yard with no power at the fence line

The situation

An oilfield service company keeps rental equipment in a large laydown yard outside town. After a theft, they find the two existing cameras face the shop door, record to a box in the office, and keep three days of footage.

What we'd do

  1. Walk the yard and mark gates, high-value equipment and blind spots.
  2. Add solar-powered cameras on the far fence line, linked back by radio.
  3. Put cameras on their own network and recorder, with remote viewing tuned to the link.
  4. Set retention to 30 days and alerts for motion at the gate after hours.

What success looks like: The whole yard is covered day and night, footage is kept long enough to matter, and the owner gets an alert when the gate opens at 2 am.

Illustrative scenario · Switching & routing

Separating control traffic at a gas facility

The situation

A gas facility network grew over fifteen years. PLCs, cameras, office PCs and contractor laptops all sit on one subnet behind unmanaged switches. A contractor plugs in an infected laptop and the HMI slows to a crawl.

What we'd do

  1. Map every device and switch, and build the first accurate diagram.
  2. Replace unmanaged switches in panels with managed, industrial-rated ones.
  3. Split control, camera, business and contractor traffic into separate VLANs behind a firewall.
  4. Document configs, back them up, and hand the credentials to the operator.

What success looks like: Control traffic is isolated from everything else, a bad laptop can no longer touch the HMI, and the next technician has a diagram to work from.

Illustrative scenarios are composite examples of typical projects, not results for a specific client.

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