The four layers of modern automation are usually built by four different vendors who have never met. Petty Technologies exists to close that gap. Our founder has worked both ends of it — calibrating instrumentation loops on energy and oil field plant floors, then architecting and defending enterprise networks as a principal systems engineer and government contractor. That span is the entire premise of the firm.
The capabilities delivered by Petty Technologies are anchored by more than ten years of full-stack systems engineering across government contracting, heavy industrial installations, and enterprise infrastructure — with formal certification in each of the four layers we sell.
The technical core of the firm was forged directly on the plant floor. Serving as an Electronic Technician and Instrumentation & Controls (I&C) specialist within the demanding energy and oil field sectors, our founder gained extensive hands-on experience handling heavy industrial machinery, precise calibration loops, and deterministic data networks. That work is formalised today in a PLC Programming Certification from George Brown College — the control logic underneath the automation we build. It gives Petty Technologies a practical understanding of operational technology realities that traditional IT-only consultancies simply cannot replicate.
Transitioning from physical instrumentation plants to roles as a Principal Systems Engineer and trusted government contractor, our founder dedicated years to architecting expansive network infrastructures, securing classified data streams, and defending high-value networks against advanced persistent threats. That period produced the two credentials that now underwrite our networking and intelligence layers — a Cisco Certified Network Professional qualification, and NVIDIA Certified Associate status in AI Infrastructure and Operations.
This deep exposure to both low-level physical telemetry and advanced, high-level enterprise architectures directly shapes the mission of Petty Technologies. Today, we merge that comprehensive knowledge—combining microcontrollers, robust routing algorithms, localized AI hardware arrays, and precision multi-axis CNC fabrication—to design, build, and secure the highly automated physical systems of tomorrow.
Convergence is an easy thing to claim and a hard thing to prove. Here are the qualifications behind each layer we say we hold.
AI Infrastructure and Operations — the sizing, deployment, and operation of the GPU infrastructure that sovereign AI actually runs on, rather than model theory alone.
George Brown College. The control logic layer between a decision and a moving machine — the discipline most AI vendors never touch and most integrators inherit without owning.
CCNP. Professional-level routing, switching, and high-availability design — the deterministic backbone that industrial telemetry depends on when a dropped packet halts a process.
Credential details available on request.
Ten-plus years of full-stack systems engineering, with formal qualifications behind the stack.
Our operational decisions and design standards are rooted in three foundational rules.
Security is never an add-on; it is baked directly into the initial hardware tracing, the code base, and the routing logic from minute one.
We prioritize local, on-premise compute environments. Your operational intelligence, proprietary data, and internal telemetry belong entirely to your organization.
We eliminate multi-vendor friction by handling the entire engineering continuum in-house—from physical mechanical prototyping and board-level firmware to network backbones and artificial intelligence arrays.
Contact our principal engineer to discuss operational environments and project specifications.
Initiate Discussion