Capabilities

Explore what we can build together.

From backend systems to embedded innovation, we work the full signal path — turning ideas into real-world hardware, firmware and software.

R1 · Firmware

Embedded & IoT

Design and deploy intelligent embedded systems for automation, sensing and control — built to run reliably on constrained hardware, in the field.

  • Custom IoT solutions (smart agriculture, health monitors)
  • Embedded firmware development in Rust
  • Hardware simulation and bring-up (Wokwi + real boards)
  • Low-power and performance-optimized designs
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R2 · Systems

Backend & Systems

Reliable, blazing-fast backends and system-level tools — the server side of your devices, designed to keep up with them.

  • Rust-based backend APIs (Actix, Shuttle)
  • Custom CLI tools for automation and productivity
  • System-level integrations for edge computing
  • WebAssembly modules for frontend/backend use
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R3 · Prototype

R&D & Prototyping

Turn ideas into reality with research-driven hardware/software prototypes, so the riskiest assumption is tested first.

  • Hardware-software co-design and integration
  • Smart infrastructure prototyping (traffic, sensing)
  • Custom data acquisition systems
  • Grant-ready technical documentation and research
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R4 · Tooling

Developer Tools & OSS

Empower developers through tailored tools and community-driven platforms — the layer that makes everything above it easier to build.

  • Custom Markdown parsers and formatting engines
  • Tooling for Rust-based development workflows
  • Open-source embedded libraries and contributions
  • Developer community platforms (BitCraft)
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R5 · Training

Mentorship & Training

Personalized mentorship and educational programs in modern technologies — so the capability stays with your team, not just with us.

  • Rust and embedded programming training
  • Workshops and bootcamps for institutions
  • Technical curriculum planning and guidance
  • Remote/onsite mentorship on project implementation
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R6 · Review

Firmware Audit

An independent, fixed-scope review of firmware you already run — where the risk is, what it costs to fix, and what to do first.

  • Reliability & fault-tolerance review
  • Power & memory-footprint analysis
  • Security & update-path assessment
  • Prioritized remediation report
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How an engagement runs

Four stages, each one gating the next.

01 · SCOPE

Acquire

We pin the problem, constraints and success signal before anyone touches a schematic.

02 · DESIGN

Route

Architecture, board and protocol are drawn, reviewed against the spec, then priced.

03 · BUILD

Fabricate

Firmware, hardware and services built in demoable slices, with a test rig at every step.

04 · SUSTAIN

Monitor

We instrument, hand over, and keep the system observable long after switch-on.

Not sure which track fits your needs?

Let's figure out how BitPulse can help you build, scale, or solve the challenge in front of you.