Ghost Writing
What is ghost writing?
Ghost writing is a collaborative process where a professional writer produces high-quality content, including articles, white papers, op-eds, or thought leadership pieces, published under your name or your company’s name.
At NanoHertz Communications, ghostwriting is technical in nature. Rather than assigning standard copywriters who can’t understand the market or your technology, NanoHertz writers are all professional engineers-turned-communicators. We interview you and your team, then draft, structure, and polish each piece to keep your insights, technical accuracy, and strategic voice front and center.
What are the benefits of ghost writing?
- Saves Valuable Engineering & Executive Time: Founders, CTOs, and principal engineers are building technology, not writing articles. NanoHertz maintains their public voice without consuming their valuable time.
- Connects Deep Tech and Engagement: Many engineers struggle to translate dense technical architecture into a narrative-driven read. NanoHertz translates complex ideas into engaging content that resonates with industry audiences.
- Establishes Thought Leadership: When founders and engineers publish consistent, deeply technical insights under their names, they build industry trust, shape market perception, and position their brand as a leading innovator.
- Secures Technical Credibility: Because NanoHertz ghostwriters are actual engineers, holding advanced degrees and industry design experience, clients spend no time correcting basic technical errors or rewriting inaccurate copy.
What will your service supply?
NanoHertz Communications provides an end-to-end, four-step content process built to take a rough idea and turn it into a published industry piece:
- Discovery & Ideation: NanoHertz sets up detailed sourcing calls with subject matter experts, engineers, and technologists to extract expert knowledge and establish the exact messaging each piece needs to convey.
- Outline & Strategy Creation: NanoHertz delivers a thorough blueprint covering the organization, technical scope, and structure of the piece before drafting begins. For pieces targeting external publication, this stage is also when writers identify and pitch target industry outlets.
- First Draft & Refined Revisions: NanoHertz delivers a fully written draft complete with relevant technical diagrams and images, accurate citations, and internal edits. NanoHertz includes full review and revision cycles to ensure the final piece matches the intended voice.
- Publication & Industry Reach: NanoHertz delivers the final polished piece ready for your website or places it in leading third-party engineering publications, such as EDN, EETimes, Electronic Design, or Design News, to maximize its reach.
Featured Technical Ghost-Writing Portfolio
- Renesas – Soaring Temperatures Demand RealityCheck™ HVAC
- Renesas – 16-Bit MCUs are Alive and Well
- Renesas – Solving EV System Design Challenges in Today’s Evolving Market
- NXP – How The MR-VMU-RT1176 Solution Simplifies Design and Boosts Performance for Mobile Robotics
- NXP – Conversations at the Edge: Tech Talks Reimagined
- NXP – Smaller, Smarter Biosensing Starts with a Breakthrough Analog Front End
- NXP – How NXP Is Raising the Bar for Cybersecurity in Connected Healthcare
- NXP – Building Safer, Smarter Industrial Systems with the New MCX E31 Family
- Empower Semiconductor – Why power delivery is becoming the limiting factor for AI
- Synopsys – Introducing ARC VPX6 Digital Signal Processor (DSP)
- Synopsys – Faster, More Collaborative SoC and Chiplet Architecture Exploration: Introducing Synopsys Platform Architect Development Kit (PADK)
- Synopsys – Software-Defined Vehicles: Agile Development with Cloud-Based Virtual Prototypes
- Synopsys – Hybrid Cloud for Chip Design: Agility, Cost Efficiency, and Data Continuity
- Vicor – 8 EV challenges of converting high voltage to SELV
- Vicor – Current Multipliers: The Obvious Choice for Powering AI Processors and Other Demanding Applications
- Vicor – Future-Proof Automotive High-Voltage-to-SELV Conversion
- Alif Semiconductor – Advancing Spatial Computing, Augmented Reality, and Virtual Reality (SC/AR/VR) Experiences
- Qorvo – Power Amplifier Modules and Their Role in 5G Design
- Empower Semiconductor in Power Systems Design – Rethinking Power Delivery for the AI Era
- GaN Systems in Data Center Dynamics – Beating the heat: How GaN keeps the data center cool
- GaN Systems in Data Center Dynamics – Five key reasons to switch to GaN
- Molex – Taking the Heat: How OCP Is Approaching Thermal Design Challenges in Next-Generation Data Centers
- Achronix – Achronix Takes on Conversational AI
- Achronix – Why Embedded FPGA (eFPGA) IP is Ideal for ADAS Applications
- Achronix – Achronix FPGAs Help Power Industry 4.0 and 5.0 Innovation
- Apterra in EETimes – Self-Charging Cars to Become the EVs of the Future
- Preformed Line Products in EETimes – Where Solar Might Fit Into EV Charging Equation
- Cummins Inc. in EETimes – What We Can Learn About EV and Charging Challenges
- Cummins Inc. in EETimes – EV Connectivity: Present and Future of EV Technology
- Toyota Research Institute in EETimes – Designing Humanoid Robots? Steer Clear of Uncanny Valley
- OnRobot in EETimes – How Cobot Applications Are Democratizing Automation
- Omron Industrial Automation in EETimes – Robots as Quality-Control Specialists
- Aspinity in EETimes – Achieving Unprecedented Power Savings with Analog ML
- Teradyne in Semiconductor Digest – Keeping the Pace of Moore’s Law through Industry Collaboration
- LitePoint in RCR Wireless – The 5G and Wi-Fi symbiosis
- IONA Tech in EETimes – How Aerospace Firms Are Addressing the ESD Problem
- IONA Tech in Smart Manufacturing – ESD Protection, a Lean Manufacturing Approach
- Weebit Nano in Electronic Specifier – Scale your Edge AI hardware past flash with ReRAM
- Solidigm – Solidigm™ High-Density SSDs Enable Edge AI in Boon to Astrophotography
- Mouser Electronics – Edge Impulse Use Case: Wildfire Detection
- Mouser Electronics – Edge Impulse Use Case: Healthcare and Cancer Detection
- Mouser Electronics – Solving the Extinction Crisis with Edge AI
- Mouser Electronics – Matter Use Case: The Human Interface
- Mouser Electronics – Matter Use Case: Energy Efficient Homes
- Mouser Electronics – Matter Use Case: Commercial Facilities Automation
- Mouser Electronics – Sensors and Analytics in Industrial Automation
- Mouser Electronics – Prioritizing Sustainability with Industry 5.0
- Mouser Electronics – Using Technology for Resilience
- Mouser Electronics – Safety in Industry 5.0
- Mouser Electronics – AR, Robotics, Exoskeletons, and Drones
- Mouser Electronics – The Evolution from Industry 4.0 to Industry 5.0
Frequently Asked Questions
How long does the process take from brief to published piece?
The timeline depends on the article type and whether the piece targets an owned channel or a third-party publication. Most articles move from sourcing call to polished draft within five to seven business days. Third-party placements add editorial lead time on the outlet’s end, which NanoHertz accounts for during the outline and pitching stage.
What do you need from me to get started?
A sourcing call is the starting point. Most clients come in with a topic direction or a product they want to spotlight. From there, NanoHertz asks the right questions to extract the technical depth and strategic framing the piece needs. The goal is to take as little of your time as possible while capturing enough to write with authority.
Can you match a voice or writing style I’ve already established?
Yes. If you have existing published content, share it before the sourcing call. NanoHertz writers use it to calibrate structure, technical depth, and tone before drafting begins. The closer the match needs to be, the more existing material helps. Even a handful of reference pieces gives writers plenty to work from!
Let’s turn your engineering into industry-leading content
NanoHertz pairs deep technical expertise with high-authority media placement, built for hardware, semiconductor, and deep-tech teams.