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Industries

Same engineering. Different thing that will kill you.

A medical device and an industrial controller may share a microcontroller and share almost nothing else. The regulatory path, the qualification burden, the service life and the consequence of failure are what shape a design — so each sector below is listed with the constraint that actually binds in it.

What binds in each sector — and it is rarely the same thing
RELATIVE WEIGHT ON THE DESIGNSemiconductor — mask costno affordable second spinAerospace — obsolescencecomponents die before the productMedical — regulatory pathshapes the architectureAutomotive — timing coherence12 ms = 18 cm at 15 m/sRail — false-alarm costequals a missed detectionIndustrial — downtime per hoursets the cycle budgetUtilities — site visit costexceeds the deviceInfrastructure — provisioningfleets fail on operationsTiming closure is timing closure. Regulatory paths and failure consequence are what differ.
IP, design capacity and conversion

Semiconductor

Fabless companies, IP vendors and system builders taking silicon from architecture to production.

Binding constraintMask cost makes a second spin unaffordable
O-RAN, digital front end, network timing

Telecommunications

Operators, RAN vendors and equipment builders where amplifier efficiency is an operating cost.

Binding constraintEnergy per site, across the network life
Inspection, maintenance, gateways

Industrial & Manufacturing

Plants where a decision must land inside a cycle time and the controls were installed years ago.

Binding constraintDowntime cost per hour
Telematics, ADAS, automotive Ethernet

Automotive & Mobility

Vehicle electronics facing load dump, vibration, temperature range and timing coherence across sensors.

Binding constraintA 12 ms timing error is 18 cm at 15 m/s
LiDAR track safety and rugged hardware

Transportation & Rail

Corridor monitoring and rolling stock systems where a false alarm costs as much as a missed detection.

Binding constraintFalse-alarm rate decides adoption
Connected devices under design controls

Healthcare & Medical

Devices where the regulatory path shapes the architecture rather than following it.

Binding constraintDesign controls from day one
Distributed asset monitoring

Energy & Utilities

Assets with no mains power, no easy access and a ten-year expected service life.

Binding constraintA site visit costs more than the device
SDR, secure hardware, long lifecycles

Aerospace & Defence

Programmes measured in decades, where obsolescence management is a design requirement.

Binding constraintComponents go end of life before the product does
Hazardous area, remote and unattended

Oil & Gas

Upstream and midstream sites with no mains supply, no network and nobody present for weeks at a time.

Binding constraintCertification decides the enclosure
Estate scale, not store scale

Retail

Hundreds of sites, one network link each, and no technical staff on any of them.

Binding constraintA pilot store proves nothing about store 400
Certification, cost and volume ramp

Consumer Electronics

Products decided by cost, approval and ramp rather than capability, against a launch window that will not move.

Binding constraintRadio certification is on the critical path
Latency, timing and broadcast RF

Media & Entertainment

Video that cannot be late, cannot drift and cannot be re-sent, across a fixed delay budget.

Binding constraintSynchronisation before features
City, building and fleet systems

Smart Infrastructure & IoT

Large fleets that fail on operations — provisioning, update, support — rather than on technology.

Binding constraintFleets fail at provisioning, not at prototype
WHAT TRANSFERS

Sector experience matters less than people claim.

What transfers between sectors is method. What does not transfer is the regulatory path and the failure consequence — and those are learned by asking, not by having a logo in the right vertical.

Timing closure is timing closure A link budget does not care about your sector Reset architecture is universal Regulatory paths are not Nor is failure consequence
COMMON QUESTIONS

What engineers ask before they call.

01

Does Faststream have experience in my industry?

Faststream works across semiconductor, telecommunications, industrial manufacturing, automotive, rail, healthcare, energy and utilities, aerospace and defence, and smart infrastructure. Where a sector's specific regulatory path is outside our experience, we say so at enquiry.

02

How much does sector experience actually matter?

Less than it is usually claimed to. Timing closure, link budgets and reset architecture do not care about the vertical. What genuinely differs is the regulatory path, the qualification burden and the consequence of failure — and those are established by asking, early.

03

Can Faststream work under sector-specific quality frameworks?

Capability against ISO 26262, IEC 61508, IEC 62304, AEC-Q100, DO-254 and EN 50128 is described on the Quality and Compliance page. Which certifications are currently held is confirmed at enquiry.

KEEP READING

Related work.

BUILD WITH FASTSTREAM

Bring us the difficult part.

Tell us the specification, the constraint and the deadline. Programmes that cross silicon, radio, embedded and AI are where Faststream is strongest.