Manufacturing-ready engineering • Controlled assembly • QA discipline

Capabilities

Overview

We build security and networking systems that are designed to scale: clear specifications, controlled BOMs, repeatable assembly processes, and disciplined QA. Our background is field-driven—licensed alarm contracting since 1995, led by a Master Electrician—so the engineering reflects real deployment constraints.

Field-proven
Deployment reality first
Cabling, power, environment, and serviceability are designed in.
Manufacturing-first
Repeatable build
Revision control, QA gates, and pilot-to-scale workflow.
Operational
Monitoring + lifecycle
Systems designed for support and long-term uptime.

Design & Engineering

We maintain design ownership and engineering discipline so product lines remain consistent as they scale.

Product Architecture
Camera, edge, Wi-Fi, access, alarm
  • Camera platforms and enclosure integration
  • Edge appliances (DVR/NVR/gateways)
  • Wi-Fi access points and site networking
  • Access control and alarm pathways
Documentation
Specs that factories can build
  • Controlled BOM and revision tracking
  • Assembly notes and work instructions
  • Acceptance criteria and QA gates
  • Change control (pilot → production)

Manufacturing & Assembly

A practical model: source proven modules/components, then control final assembly, validation, and traceability.

Assembly Model
Modular, serviceable builds
  • OEM/ODM component sourcing with qualification
  • Final assembly with repeatable steps
  • Thermal planning + enclosure standards
  • Labeling, packaging, and deployment kits
Pilot to Scale
Samples → pilot → volume
  • Sample builds for validation and tuning
  • Pilot runs with QA gates and feedback loop
  • Production scheduling and lead-time planning
  • Alternate sourcing strategy for resilience

Quality & Test

We design QA to protect uptime. Testing is tied to measurable acceptance criteria, not guesswork.

Incoming + Assembly QA
Catch issues early
  • Incoming inspection (sampling and functional checks)
  • Assembly verification checklist per product family
  • Configuration baselines (known-good builds)
  • Traceable lot notes and revisions
Burn-in + Validation
Prove stability
  • Burn-in for edge appliances and recorders
  • Network stress checks and recovery behavior
  • Storage health / recording integrity validation
  • Pass/fail criteria logged per unit
Traceability mindset
We maintain build notes and service history so field issues become engineering improvements instead of recurring surprises.

Compliance Path

We plan for regulatory needs early so product lines can scale without costly redesign.

EMI / FCC
Design with Part 15 in mind
Component selection, shielding, and grounding assumptions support smoother compliance testing.
Safety Pathway
UL / ETL planning
We align product design and documentation to support safety certification where required.

Supply Chain

We’re building relationships with factories and suppliers for consistent quality, predictable lead times, and clear communication.

Sourcing Strategy
Qualified suppliers
  • Primary and alternate sources for critical components
  • MOQ/lead-time awareness from day one
  • Sample qualification before pilot runs
  • NDA-ready partnership approach
Factory Fit
OEM/ODM aligned
  • Factories comfortable with customization
  • Documentation-driven build process
  • QA gates and reporting expectations
  • Long-term volume path (not one-off)

Deployment & Support

We design with support in mind: monitoring workflows, serviceability, and lifecycle replacement strategies.

  • Monitoring-ready: health checks and alerting tied to real operational impact
  • Serviceability: standard parts, predictable swaps, clean documentation
  • Field feedback loop: issues become engineering improvements
Partner Intake Manufacturing Overview