HomeAboutProductsServicesResourcesGet in Touch

What We Do

Full-Stack
Engineering

RFSoC bring-up, coherent multi-channel architectures, radar DSP, and GPU post-processing — owned end-to-end by a senior engineer who has shipped on active defense modernization programs.

Program Experience

Where the work has lived.

Apexia's principal has contributed to active modernization scopes across strategic, tactical, and surveillance radar domains. Program names withheld; engagements are described at the program-class level appropriate for public discussion.

Strategic Domain

Strategic early-warning ground-based radar

Direct-RF digitization architecture studies for legacy strategic radar systems — evaluating per-element digitization and digital-back-end approaches for replacing analog IF subsystems.

Tactical Domain

Tactical air-defense radar — DSP modernization

Receiver and signal-processor modernization on tactical air-defense radar: pulse compression, matched filtering, and clutter rejection on RFSoC-class platforms.

Surveillance

Multi-band ground-based surveillance radar family

S-band receiver front-end, signal-chain modernization, and downstream tracking pipelines across a multi-band ground-based surveillance radar family.

Next-Generation

Next-generation RFSoC signal processor

Architecture, multi-beam ingest pipeline, and switch-fabric design for a direct-sampling RFSoC-based radar signal processor — including NLFM chirp design for clutter rejection and improved range/RCS resolution.

AESA

AESA digital beamforming subsystem reference architectures

Co-developed reference architectures for AESA radar systems targeting modernization programs — ready-to-integrate digital beamforming subsystems on RFSoC and VPX platforms.

Specific program identification available under NDA.

Our Services

Click to explore

01

RFSoC Bring-Up & Board-Spin Support

02

Direct-RF Sampling Architecture Trade Studies

03

Coherent Multi-Channel Sync Design Reviews

04

Radar Beamforming & DSP Development

05

GPU Radar Post-Processing

06

CASPER Toolflow Integration

Our Process

From concept to deployment

STEP 01

Discovery

We begin by deeply understanding your technical requirements, existing infrastructure, and operational constraints.

STEP 02

Architecture

Our team designs a comprehensive solution architecture, identifying the optimal approach across all system layers.

STEP 03

Development

Iterative development with regular milestones, ensuring every component meets performance specifications.

STEP 04

Delivery

Thorough testing, documentation, and deployment support to ensure successful integration into your workflow.

Start Your Project

Let's build something extraordinary.

Tell us about your project requirements and our engineering team will craft a tailored approach to deliver the results you need.