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About Apexia

The team behindthe signal.

An RF, DSP, and FPGA design house in Palm Bay, Florida — five engineers taking demanding signal-processing problems from mathematical model to working hardware.

Apexia engineering workspace

Our Mission

From mathematical model to hardware you can hold

Apexia is a specialized RF and FPGA design house. We take demanding signal-processing problems from mathematical model to working hardware: multi-channel coherent software-defined radio, AESA phased arrays, drone and RF-emitter detection, and custom DSP on FPGA.

We work end to end — algorithm and simulation through firmware, PCB and prototyping to environmental qualification and live demonstration — so a client receives evidence rather than a slide deck: reproducible results, documented code, and working hardware.

Defense

Radar Modernization Programs

Commercial

RF & Telecommunications

Research

Instrument-Scale Acquisition

Consulting

Architecture & Design Reviews

The Team

Five engineers. One bench.
Model to metal.

A multidisciplinary bench covering the full path from algorithm to qualified hardware. Team credentials and full profiles are shared with clients on engagement.

Founder · Principal RF & DSP Engineer

Radar / AESADSPCoherent SDRFPGAArchitecture

Sets the technical direction for every engagement. Leads the firm's radar, DSP, SDR and FPGA work — AESA phased arrays, multi-channel coherent SDR, drone detection, and real-time DSP carried from algorithm to firmware.

Chief Operating Officer

OperationsProgram MgmtBusiness DevContracts

Runs the business side of the bench: day-to-day operations, program schedules and client engagement — scoping work with explicit acceptance gates and keeping engagements on schedule and on budget. From first proposal through final delivery, the client's single point of contact.

Chief Technology Officer · ML & Simulation

AI / MLDeep LearningGPU / HPCRadar Detection

M.S. in Computer Science (AI). Leads the machine-learning and simulation stack: real-time AI for radar and signal detection in noise-dominated regimes — deep-learning architectures backed by GPU and high-performance computing, with experience on a next-generation radar program.

RF & Mixed-Signal Hardware Engineer

RF PCB DesignSignal IntegrityEMI / EMCDO-254 / MIL-STD

B.S. Electrical Engineering; interim Secret clearance. Designs the boards the signal chains live on: multi-layer and RF front-end PCBs, high-speed data acquisition and electromagnetic simulation, with signal-integrity and EMI/EMC validation to DO-254 and MIL-STD. Flight-integrated electronics flown on Blue Origin payload hardware.

Mechanical & Test Engineer

Mechanical DesignGD&TPrototypingMIL-STD-810 / -1540E

B.S. Aerospace Engineering. Owns structure and survival: enclosure and structural design with full GD&T, rapid prototyping across additive and subtractive manufacturing, and environmental qualification to MIL-STD-810 and -1540E. Has matured flight hardware from TRL 4 to TRL 8.

Our Values

Built on principles that
drive results

Precision

Every number we publish carries its methodology. NeuroRF's performance figures come from seed-controlled, held-out test sets — if we state a figure, you can ask how it was measured.

Innovation

We work at the intersection of AI and RF signal processing. New capabilities ship when they clear our own benchmarks, not when the roadmap says they should.

Reliability

Our engineering practice comes from active defense radar modernization programs, where verification harnesses and design reviews are not optional.

Integration

Full-stack thinking across every layer. We understand the complete signal chain from antenna to application, delivering cohesive solutions.

Roadmap

Our path to market

Phase 01

Foundation

Company founded in Palm Bay, Florida with a core focus on radar DSP, FPGA firmware, and AI-based signal processing.

Complete

Phase 02

NeuroRF Development

Active R&D on NeuroRF. The current prototype measures +11.3 dB mean SNR improvement on held-out test data; modulation recovery is the next milestone.

In Progress

Phase 03

Hardware Enclosures

Final-stage development of 1U/2U rackmountable enclosures for ZCU216 and RFSoC 4x2 development boards.

In Progress

Phase 04

Services In Market

Engineering and design services are in market under active contracts across defense and commercial programs.

Complete

Phase 05

Product Launch

NeuroRF licensing and RFSoC enclosure sales follow — launched when they clear the same bar as everything else we ship.

Upcoming