01
Embedded Linux & Rust
Robust software that keeps custom hardware reliable over long service lives.
- Linux on ARM
- Kernels & bootloaders
- Rust / C / C++ / Go
Embedded Linux · Rust · RF
Built to endure.
We make complex systems work from first signal to field-proven operation.
What sets us apart
From raw signal to secure service. One systems view across hardware, networks, software, and data.
Core capabilities
Deep systems expertise.
We solve cross-layer problems that conventional team boundaries leave behind.
02
RF & signal processing
Real-time pipelines for radio, sensing, detection, and control.
- SDR & IQ pipelines
- Detection & tracking
- Low latency
03
Networked systems
Resilient distributed systems across devices, telecom networks, and multi-tenant platforms.
- Decentralized & self-healing services
- Telecom data paths
- Cryptographic security & isolation
04
Verification & delivery
Validation and delivery infrastructure that makes fast, reliable execution repeatable.
- Simulation & validation
- CI / CD & security gates
- Reproducible developer tooling
Across the stack
Trace the whole path.
Complex failures ignore team boundaries. We follow the system from physical input to production operation.
Sense
SDR control, IQ capture, filtering, real-time signal processing, detection, and tracking.
Control
ARM and IoT platforms, embedded Linux, kernels and bootloaders, drivers, and recovery.
Connect
5G radio access networks, RTP, gRPC, WebSockets, OpenTelemetry, and pub-sub protocols.
Protect
Distributed services, multi-tenant boundaries, authorization, data integrity, traceable change, and cloud operations.
Prove
Automated tests, validation architecture, physics-backed simulation, reproducible builds, CI, and field evidence.
Engineering in context
Reality is part of the system.
Changing conditions. Hard constraints. Software built for both.
Bench validation
Test against the signal.
Control the variables, exercise physical interfaces, and make performance visible before field conditions amplify every flaw.
Evidence over optimism
Field proven.
- Sub-millisecond telecom paths and real-time processing
- Validated communications and embedded Linux proven in institutional systems and military field tests
- Real-time signal processing under demanding field conditions
- Concurrent, decentralized, self-healing services and secure multi-tenant data platforms
- Validation, CI/CD, security gates, observability, and reproducible environments
Built for consequence
The environment sets the standard.
The work changes by domain. The expectation does not: know the system, expose risk early, and produce evidence that it works.
Aviation
Flight-tested communications where timing and failure behavior are operational facts.
Defense
Fielded systems designed around unreliable links, changing conditions, and recovery.
Telecom & sensing
Strict latency budgets across radio, packet, voice, and distributed processing.
Legal data
Secure multi-tenant platforms with strong isolation, validation, traceability, and operational control.
Engineering flow
Prove as you build.
Make evidence automatic
Tests, tooling, and observability are production infrastructure.
Integrate early
Use hardware, field data, and realistic simulation from the start.
Improve the system
Fix the process that creates defects, not only the defects.
Work with Zenicraft