Industrial and transport connectivity
Connectivity for industrial sites that nobody visits every day.
Industrial IoT gateways, remote monitoring, public transport and metro systems, and edge connectivity all depend on wireless links that keep reporting from unattended, distributed locations long after the installation team has left site.
The problem
Uptime is decided at the node nobody visits.
Industrial and transport networks are judged on uptime at the node nobody is standing next to. A gateway that drops out for an hour a month is a rounding error in a lab and a maintenance callout in the field. The wireless layer has to be planned, not assumed.
Where this applies
Services that apply to industrial and transport connectivity.
01
RF survey, path and link planning
Path profiling, LOS verification, link budgets, coverage prediction, frequency planning, PTA/regulator coordination support.
02
Spectrum monitoring and interference resolution
Occupancy surveys, interference hunting, emitter characterisation, regulatory case support.
04
Wireless architecture for harsh and remote environments
Offshore and mobile-asset connectivity, redundant path design, SCADA and telemetry transport, private LTE/5G.
06
Supply, integration and commissioning
Vendor-agnostic equipment selection, procurement routing, staging, installation supervision, FAT/SAT, handover documentation and training.
Past performance
Relevant work.
Founder's track record
Before founding Criticom, Hassan worked on the same underlying problem — wireless connectivity for distributed, unattended infrastructure — in an energy setting.
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Petroleum Development Oman
Nationwide SCADA and telemetry transport across 8,800+ wellheads and 250+ drilling rigs.
Get in touch
Talk to someone who has sat on the other side of the table.
Tell us about the project and we will get back to you.