Bench Instruments
PCB Validation
Data Infrastructure
Embedded Systems
Hardware Test & Automation Specialists
WebTekOS delivers cutting-edge hardware test engineering and intelligent automation solutions — accelerating validation cycles, eliminating bottlenecks, and building the infrastructure your products deserve.
// What We Do
From small functional pcb test to full automated test frameworks, WebTekOS covers every layer of the test and validation process.
Design and execution of functional, stress, and compliance test plans for embedded systems, PCBs, and complex hardware platforms. From ICT to boundary scan to functional validation.
Custom automation architectures built for scale — Python, C/C++, C#, ASP.net, and database integration.
Purpose-built automated test equipment and pogo-pin bed-of-nails fixtures engineered for repeatability, throughput, and operator safety on the factory floor.
Bring-up, debug, and integration of embedded firmware with test harnesses. JTAG, UART, I²C, SPI, CAN — deep protocol-level coverage across the board.
Real-time data acquisition, yield analytics dashboards, and traceability systems that turn raw test data into actionable engineering intelligence.
Audit existing test strategies, identify coverage gaps and false failures, and re-architect processes for maximum efficiency and first-pass yield improvement.
// Board-Level Coverage
From DFT schematic review to production-ready bed-of-nails fixtures, we cover the full physical layer of hardware validation with precision engineering and process rigour.
Our fixtures are built for operator safety, long-term probe reliability, and maximum throughput — because a great test system is only as good as its mechanical interface.
// Data & Telemetry
Raw pass/fail counts aren't enough. WebTekOS builds the full telemetry pipeline: real-time acquisition from instruments, parametric storage in time-series and relational databases, and dashboards that surface yield trends and failure signatures before they become production escapes.
Every test result becomes traceable, queryable, and actionable engineering intelligence.
// How We Work
Deep-dive into your hardware architecture, existing test coverage, production volumes, and engineering pain points.
Design a test strategy aligned with your DFT requirements, production targets, and long-term maintainability goals.
Develop fixtures, write automation code, and stand up the full infrastructure — hardware and software in lockstep.
Rigorous verification of the test system itself — gauge R&R, false-call analysis, and coverage metrics before handoff.
Production deployment, operator training, and ongoing support to keep your test systems healthy as your product evolves.
// Technology Stack
Hardware-aware software engineering across the full validation stack.