Virtu Services is a technical consulting practice with end-to-end depth: from RTL in FPGA fabric to cloud infrastructure to AI automation. Whatever layer your system breaks down at, we find it, fix it, and build it properly.
Most engineers specialize in one layer of the stack. Virtu Services works in all of them.
RTL design, high-speed SerDes, and custom digital architectures. Architecture-level work across Xilinx/AMD, Intel/Altera, Lattice, and Microsemi platforms, from system definition to timing closure.
Industrial automation companies, hardware startups, and engineering teams that need an experienced FPGA architect without a full-time hire.
Custom RTL development, high-speed communication protocols, SerDes and backplane design (0.25 to 1.25 Gbps), FPGA bring-up and integration, legacy system modernization.
Full-stack embedded development from bare PCB to production cloud. Custom hardware design, firmware, connectivity, cloud backend, and mobile apps, with the depth to understand how each layer affects the others.
IoT product companies, hardware startups, and engineering teams that need a senior engineer who can own the full system, not just one slice.
PCB design and bring-up, firmware development (MicroPython, C/C++, bare-metal), IoT cloud pipelines (GCP/Firebase), Ionic cross-platform mobile apps.
Practical AI workflows that eliminate manual operations and help teams execute faster. Built with the same engineering rigor as the systems above: documented, reliable, and maintainable without ongoing hand-holding.
Small and mid-size teams (5 to 50 people) drowning in repetitive work that a well-designed system could handle automatically.
Business process automation, AI copilots for internal teams, system integrations and data pipeline engineering.
Most automation shops have a web dev background. Most FPGA consultants have never shipped a mobile app. Most IoT engineers have never written RTL.
Virtu Services has proven depth across all three, which means two things for you: no hand-offs between specialists who don't speak each other's language, and an architecture perspective that actually accounts for what's above and below the layer you're asking about.
We optimize for systems that keep working without us in the room.
20 minutes. We understand your system, your constraints, and what's actually broken.
Scoped assessment of where the problem lives and what the right solution looks like.
Project-based or retainer. Fixed scope per SOW. No scope creep.
Documented, tested, and handed off with context your team can build on.
Virtu Services started in hardware. FPGAs for industrial systems, where a timing error isn't a bug report but a tripped breaker or a blown fuse. Working in the nanosecond domain teaches you something: systems have physics, and the physics don't negotiate.
From there, the practice grew. Custom PCB design. Embedded firmware. IoT sensor networks. Cloud data pipelines. Mobile applications. At each layer, the same principle held: understand the full system before touching any part of it.
That same principle eventually found a new domain: the operational systems inside modern businesses. The manual workflows, the disconnected tools, the data that lives in one place when it needs to be somewhere else. Different medium, same engineering problem.
Today, Virtu Services brings that full-stack discipline to every engagement. Whether the problem is in silicon, firmware, cloud infrastructure, or business operations, the approach is the same: go deep, build it right, and hand off something that works without us in the room.
RTL design across Xilinx/AMD (Vivado/Vitis), Intel/Altera (Quartus), Lattice, and Microsemi/Actel platforms. High-speed SerDes and backplane design (0.25 to 1.25 Gbps, fiber optic isolation). Custom high-speed communication protocols (200 kHz cycle times).
Custom PCB design (schematic through layout through fabrication). MicroPython with custom C extension modules. Sensor integration, data acquisition, signal conditioning. WiFi, Bluetooth LE, TLS. Full-stack IoT: hardware to firmware to cloud to mobile.
Google Cloud Platform (Cloud Functions, Firebase, Firestore). Serverless architecture. REST API design. Real-time data pipelines. Database design for real-time sync and operational data.
Workflow automation, AI copilot development, system integration engineering. Applied AI in production operational systems for existing clients.
iOS and Android application development with Ionic. BLE device pairing and provisioning flows. Real-time data dashboards.
