Embedded hardware
Schematic capture, multilayer board layout, power and battery design, wireless bring-up, sensor integration, and production-intent revisions.
- eCAD
- Low power
- Wireless
- Bring-up
TekTile is a product design and engineering studio for teams whose next thing spans hardware, firmware, software, and the brand around it. One senior team, from blank page to a prototype you can hand to a manufacturer — or a platform you can put in front of customers.
Eight practices, one team, no handoffs between them.
Schematic capture, multilayer board layout, power and battery design, wireless bring-up, sensor integration, and production-intent revisions.
On-device signal processing, detection and classification in tight memory budgets, amplification and DAC chains, deep-sleep power behaviour.
Closed-loop motion, odometry, obstacle sensing, on-board mapping and planning, and multi-unit coordination that runs without a server.
Parametric enclosures, mechanisms, mounting, and finishing — then design-for-manufacture files a supplier can quote from.
Product APIs, data pipelines, streaming and always-on services, telemetry, and the operational monitoring that keeps them up.
Model-assisted pipelines, structured extraction and enrichment, retrieval and search, and assistant interfaces with real guardrails.
Printed and cast prototypes, electronics integration, props and fixtures, small-run assembly — built in-house, fast.
Positioning, identity systems, product naming and voice, interface design, and the site or app that has to carry all of it.
Programs we've taken from brief to working product.

01 · Embedded hardware
A three-model listening device family had to share one compute and audio platform while hitting different price points, enclosure sizes, and battery lives.

02 · Audio & DSP
Identify a specific airborne acoustic signature in a noisy outdoor environment, on a low-cost microcontroller, with no cloud round trip.

03 · Embedded hardware
A child-safe player that reads stories in a familiar voice, with content that matures as the child grows — and no screen anywhere in the experience.

04 · Robotics & autonomy
Produce an accurate interior floor plan of an unknown building using small robots with no external compute, beacons, or operator.

05 · Robotics & autonomy
A music-driven kinetic installation with many synchronized joints that had to be authored, rehearsed, and revised without the physical rig present.

06 · Platforms & backends
Run a continuous audio channel that embedded players could join mid-stream without buffering, with programming assembled automatically.

07 · Audio & DSP
Cancel steady-state ambient noise in a small enclosure using inexpensive parts and a real-time control loop.

08 · Embedded hardware
Establish how long a battery-powered wireless audio-sensing node can run, and which architecture to standardize on.

09 · Platforms & backends
Turn raw road-speed feeds into a glanceable answer to one question: when should I leave?

10 · Platforms & backends
Watch a sparse class of aircraft across a wide region and turn a sighting into a physical cue on a small worn device.

11 · Platforms & backends
Pull circuit-level electrical data out of proprietary equipment and make it usable for load analysis.

12 · Brand & product design
Present a discreet, senior-level advisory practice credibly online while tracking engagement without exposing client identities.

13 · Prototyping & fabrication
Take electronics assemblies from bare boards to housings that survive handling and are ready for production tooling.

14 · Platforms & backends
Deliver enormous nightly compute for visual production under fixed release dates, with no tolerance for downtime.

15 · Brand & product design
Stand up new connected-hardware and software businesses inside a large corporate, fast enough to test them in market.

16 · AI systems
Hundreds of loose technical write-ups needed to become a searchable, consistently structured catalog without manual re-entry.
Risk first, demos weekly, everything handed over.
One working session to pin down the real constraint — cost, physics, timeline, or the thing nobody has said out loud yet. You leave with a written problem statement.
Architecture, bill of materials, interfaces, and risks, with the unknowns ranked. Fixed-fee, and useful even if you stop here.
The riskiest part first, built for real: board, firmware, enclosure, or service. Weekly demos, not status decks.
Revisions toward manufacture or launch — DFM files, test procedures, monitoring, and documentation your team can own.
Sources, models, and runbooks transferred to your team, with an optional retainer while it settles.
Three ways in. All of them start with a written brief.
1–2 weeks · fixed fee
Architecture, feasibility, bill of materials, and a ranked risk list for a product you are considering.
6–12 weeks · fixed scope
One working prototype that proves the hardest part of the product, demoed weekly.
Monthly · retained
We sit inside your roadmap as the senior design-and-build capacity you do not have on staff.
Tell us the hard part. We'll tell you how we'd approach it.
A few lines is enough. You'll get a considered reply from someone senior within two business days — not a sales sequence.