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Next-Generation Bag: Technology Product Development

SYmphonia Bags

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Next-Generation Bag: Technology Product Development
Konstantin Dolgan

Written by Konstantin Dolgan, Ph.D., NPDP

Founder & CEO, Product Development Engineer

Published August 10, 2026

Technology product development means industrial design, mechanical engineering, electronics, firmware, app and cloud — under one roof, because a connected product fails at the seams between those disciplines.

For SYmphonia's smart bags — wireless charging, GPS tracking — we turned a few owner sketches into a high-tech product design with renderings, working prototypes, and marketing materials ready for a Kickstarter campaign. Shown at an inventor conference, the concept resonated with the public before a single unit shipped.

Project at a glance

Client
SYmphonia
Industry
Connected consumer products
Starting point
A few sketches of bags with wireless charging and GPS tracking
What we delivered
High-tech product design, renderings of a handbag and backpack, three functional prototypes, electronics design, campaign marketing materials
Validation
Renderings shown at an inventor conference, where the concept resonated with the public
Outcome
An idea that existed only on paper is now ready for a crowdfunding campaign

The client

SYmphonia, a company introducing a new generation of bags. SYmphonia bags feature wireless charging and GPS tracking.

The challenge

SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
This was a technology product development project. Our challenge was to create a high tech product design, build the prototypes, and prepare the marking materials for a kickstarter campaign.

Our solution

The project started with just a few sketches that the owner of SYmphonia showed to us. That was the beginning of a snowball…Our team has turned the sketches into a high tech product design and produced renderings of a handbag and a backpack. The renderings helped to convey the product concept. The SYmphonia team demonstrated the renderings at an inventor conference. The idea resonated with the public. This encouraged the founders to build a functional prototype. LA NPDT ended up producing three prototypes of different types of bags. To make the prototypes we had to design the electronics, compile a BOM, develop an app, and assemble all the electronic components with the bags. We even hired a professional dressmaker to help us. After the prototypes have been done, LA NPDT started to work on the marketing materials, producing a promo video was the first step. Then we designed a logo and built a website.

The result

Our technology product development team has turned an idea that only existed on paper into functional prototypes and designed all the essential marketing materials. The SYmphonia is now ready for a crowdfunding campaign
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA
SYmphonia Bags. Product Design, Prototype, Video, Website Design by LA NPDT, Shreveport, LA

Technology product development at a glance

ScopeIndustrial design, mechanical, electronics, firmware, app and cloud
Product typeConnected and electronic consumer or industrial devices
DeliverablesCAD, schematics and layout, firmware, prototypes, DFM package
Typical timeline6-12 months concept to manufacturing-ready

Connected products fail at the seams

Hardware, electronics, firmware and app are usually built by four different vendors, and the product breaks wherever two of them meet: an antenna smothered by the enclosure, a battery sized for a duty cycle the firmware ignores, an app that assumes connectivity the radio cannot deliver. Keeping all four disciplines on one team is the entire point.

What an integrated program looks like

  • Architecture set jointly by mechanical, electrical and software before CAD
  • Power budget measured on hardware, not estimated from datasheets
  • Enclosure designed around antenna and thermal reality
  • Firmware and app developed against real prototypes throughout
  • Certification and manufacturing planned from the start, not retrofitted

Frequently asked questions

What does a connected product cost to develop?

Full hardware-plus-software programs generally run $60,000-$250,000 depending on radio, certification and app scope.

Do you handle FCC certification?

We design for compliance and manage testing with accredited labs.

Can you take over a stalled project from another vendor?

Yes - we regularly audit inherited designs and pick up from wherever the files actually are.

Founder Stanley Bolden explains how market research shaped the next-generation bag before engineering started.
Video page ↗

Capabilities used on this project

  • Rapid prototyping services

    3D printing, CNC machining, urethane casting and functional prototype builds with published materials, tolerances and lead times.

  • Electronic design and PCB engineering

    Schematic capture, PCB layout, firmware and electromechanical integration for connected hardware.

  • Concept design

    Sketch exploration, form studies and CAD concepts that turn an idea into a buildable direction.

The connected product playbook

  1. Sketches to a coherent product

    SYmphonia arrived with sketches, not specs. Our team shaped them into a handbag and a backpack where wireless charging and GPS tracking are integrated into the bag's architecture, not glued onto it.

  2. Renderings that raise interest

    Photoreal renderings of both bags let the founders demo the concept at an inventor conference. The public response validated the idea before engineering money was committed.

  3. Prototype the technology, not just the bag

    A smart bag prototype must actually charge a phone and report its location. We built functional prototypes so the crowdfunding campaign would stand on working hardware.

  4. Campaign-ready means complete

    Functional prototypes plus essential marketing materials left SYmphonia ready for crowdfunding. A campaign is a deadline that forces every discipline to finish together.

Smart bag development: disciplines involved
DisciplineContributionFailure if skipped
Industrial designBag forms people want to carryTech that looks like a gadget, not a bag
ElectronicsWireless charging and GPS integrationFeatures that overheat or never pair
PrototypingFunctional working unitsA campaign with nothing to show
MarketingRenderings and campaign materialsA working product nobody hears about

Questions about this project

Straight answers from the engineers who ran the build. Have a different question? Ask us directly.

Talk to an engineer
What does technology product development cost?

Connected consumer products typically run $40,000 to $150,000 through working prototypes and a DFM package, depending on electronics and app scope. Concept and rendering phases start much lower.

Can I validate an idea before building prototypes?

Yes — SYmphonia's renderings were shown at an inventor conference first. Public reaction told the founders the idea was worth engineering.

Do I need separate firms for design, electronics, and app?

Not with a team that covers them together. Connected products fail at handoffs between disciplines; keeping them in one shop removes those seams.

What do I need for a Kickstarter-ready product?

Functional prototypes, renderings or photography, and campaign materials — exactly the package delivered for SYmphonia's smart bags.

Industries this project belongs to

See how we approach development in each of these categories, and the other products we have taken from sketch to production there.

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