Amp is the factory platform we build in-house. It connects every drawing, part, instruction, and inspection from the first quote to the shipped harness. Each harness we build makes it better.
Most manufacturing software records what happened. We built Amp to learn from those records. It breaks every harness into discrete, measurable operations, so each build leaves structured data on how long every step took, where issues came from, and what fixed them. That data flows straight back into how we quote, plan, and automate.
Off-the-shelf tools couldn’t do that for high-mix harness work, so we build the factory and software together. Our software engineers work on the floor beside the technicians who use Amp every shift. What they learn there goes straight into the next release.
Follow a harness through Amp, from the RFQ to the final record. Every clip shows the software our team uses on the floor today.
Send us a drawing and a BOM. Amp pulls the BOM from the drawing and turns it into structured build data: parts, wire lists, and operations. Quotes use that same data, with supplier pricing as it comes in and our library of standard operations, so they stay consistent from one RFQ to the next.
Amp drafts work instructions from our library of standard operations, so each new harness starts with steps we’ve already built and refined on our own floor.
Our engineers review every instruction for manufacturability before releasing it to the floor. That catches issues on paper instead of halfway through a build.
Purchasing, receiving, and kitting live in one system. Every part is barcoded from the dock to the kit to the line, and a job starts only when every part it needs is on hand.
Technicians build from digital instructions at their station, and every operation is recorded against the harness’s serial number. New technicians train on those same instructions and are building on the floor within two weeks.
When a step needs verification, the technician requests it from the station. The request appears on a live callboard the moment it’s made, and an inspector picks it up.
Real-time notifications flag holds, delays, and quality issues the moment they happen. Live KPI dashboards track the factory as it runs. Our team can also ask Nessie, the AI assistant built into Amp, about job status, shortages, and schedules in plain English.
Inspection steps are built into the work instructions, and build and inspection records stay linked to each harness’s serial number. When something is off, we log and disposition it, then track it to closure. These controls help us catch and correct issues before shipment.
Built to scale
We brought our second factory online in 2026 using the same platform as the first. Over the past year, our output roughly tripled while the engineering, purchasing, and kitting teams grew by only a few people.
Built for controlled work
All of Senra’s IT, Amp included, runs in GovCloud (US), built for ITAR-controlled work. We’re CMMC Level 1 and actively implementing NIST SP 800-171 Rev. 2. We’re working toward CMMC Level 2 certification through a C3PAO assessment in Q1 2027.
Amp’s design tool is open to outside engineering teams. It checks your design against our manufacturing rules as you work, so it reaches us ready for the floor.
Bring us your drawings, your first-article requirements, or your next production run, and we’ll put Amp to work on it.