[~]$ thefaraday.net

Engineered
Beyond Software.

The Faraday builds systems at the intersection of hardware and software. From embedded architecture to full-stack platforms, every layer is designed with precision, performance, and intent. We focus on building reliable, efficient systems from the ground up.

Explore Systems
What We Build

Built for every layer
of the stack.

Full Stack Systems

Building complete software systems from backend to frontend, with a focus on performance, scalability, and maintainability. Every component is designed to work together as a cohesive whole, not assembled from disconnected parts.

Embedded Engineering

Designing low-level systems that interact directly with hardware, prioritizing efficiency and reliability. We write the firmware and drivers that make hardware respond exactly as intended, with no wasted cycles and no abstraction overhead where it matters.

AI & Automation

Creating intelligent systems and automation tools that integrate into real-world workflows and improve operational efficiency. We build systems that make decisions based on real data, with well-defined behavior and observable outputs.

Selected Work

Systems we've shipped.

CAN Bus Gateway Controller hardware

01

Automotive

CAN Bus Gateway Controller

A multi-protocol automotive gateway built around the STM32H7, bridging CAN FD, LIN, and Ethernet buses. Developed firmware in bare-metal C with FreeRTOS scheduling, achieving sub-100µs latency across all protocol bridges while meeting ISO 26262 ASIL-B requirements.

Cellular IoT sensor platform hardware

02

Industrial IoT

Cellular IoT Sensor Platform

A low-power wireless sensor platform built on the Nordic nRF9160 for LTE-M connectivity and integrated GPS tracking. Designed for a 3-year battery life on a single cell in hostile industrial environments. The full software stack — from Zephyr RTOS to cloud ingestion — was built in-house.

Edge AI inference board hardware

03

Edge Computing

Edge AI Inference Board

A custom system-on-module with a dedicated NPU for on-device machine learning inference. Designed to process MIPI camera input and run TensorFlow Lite models under a strict 2W power budget. Custom BSP, camera ISP tuning, and inference runtime were all developed internally.

How We Work

First principles.
Every time.

01

Built from First Principles

We don't start with a framework and work backward. Every system is designed from its fundamental requirements, which means no inherited complexity and no unnecessary dependencies. We understand every component we ship.

02

Performance at Every Layer

Performance is not an optimization pass at the end. It is a design constraint from the start. We consider compute budgets, memory layouts, and latency requirements before the first line of code is written.

03

Precision Over Excess

Smaller systems are easier to reason about, test, and maintain. We resist the impulse to add abstraction where directness will do, and we prefer systems that do one thing correctly over systems that attempt everything adequately.

The Team

Founded by engineers.
Driven by craft.

The Faraday was founded by Tawhid Kabir, in collaboration with Lam Richter — a systems engineering company with deep roots in hardware design and embedded development. Together, they built an organization focused on delivering complete, end-to-end technical solutions.

Rather than relying on prebuilt solutions, the team approaches each project from first principles — designing and implementing systems that are tailored, efficient, and deeply integrated.

TK

Tawhid Kabir

Director of Software Development
LR

Lam Richter

Partner Company
Organization

The Faraday

Founded 2024
Headquarters New York, NY
Focus Systems Engineering
Approach First Principles
Contact tawhid.kabir@thefaraday.net
Contact

Let's build
something precise.

Whether you have a hardware project, a systems integration challenge, or a full-stack build that needs real engineering depth — we want to hear about it.

Phone

718 427 6353

Location

New York, NY

Director, Software Development

Tawhid Kabir

Send a message