Product Feasibility & Consulting

TABLE OF CONTENTS

Introduction
Our Expertise: De-Risking the "Million-Dollar Mistake"
The AI Co-Pilot: Our Experience, Codified
Proof in Production: Why Our Platforms are Trusted
Your Project's Starting Point, Our Expertise
The Case Against "Good Enough"
The Roadmap: From Idea to Green-Light
Your Technical Questions, Answered (FAQ)
Take the Next Step

Introduction

In the world of embedded hardware, an idea is cheap. Execution is expensive. The graveyard of failed startups is filled with brilliant concepts that failed not because the technology didn't exist, but because the unit economics were upside down, the component supply chain was broken, or the technical architecture was unscalable. Product Feasibility is the discipline of answering "Should we build this?" before you spend a fortune answering "Can we build this?" Our service is the essential "Gate Zero" for serious hardware innovators. We don't just validate your idea; we engineer the financial and technical roadmap to ensure your embedded product can survive the journey from a napkin sketch to mass production.

Section 1: Our Expertise: De-Risking the "Million-Dollar Mistake"

Our Product Feasibility & Consulting service is a strategic engineering engagement designed to validate your embedded device's viability before you commit to full-scale design. We are not just "consultants" who write reports; we are veteran product architects. Our core competency goes beyond just checking if a chip exists. We analyze:

STechnical Feasibility: Can this hardware be built reliably?
Commercial Viability: Can it be built profitably?
Supply Chain Resilience: Can we source these specific chips at scale?
System & Physical Feasibility: Will the battery fit in your target enclosure size? Can we meet your performance metrics (e.g., "1-second wake-up time") within your power budget?
Backend Compatibility: Is your proposed cloud architecture compatible with the device's data constraints?

We solve the critical business problem of the "Million-Dollar Mistake"—building a hardware product that works in the lab but fails in the market because the Bill of Materials (BoM) is $50 too high, or a critical sensor has a 52-week lead time. We provide this clarity for serious Startups, Enterprise Innovation Teams, and Industrial OEMs in sectors like Medical Devices, Automotive, and Smart Cities.

Feasibility vs. PoC vs. Prototype: What Do You Need?

To help you navigate the early stages, here is how we define the steps:

Feasibility Study (This Service): Analysis & Math. We validate the physics, cost, and supply chain on paper. Result: A "Go/No-Go" decision and a roadmap.
Proof-of-Concept (PoC): Experimental Validation. We build a "messy" benchtop rig to prove a specific risky feature (e.g., "Will this sensor work through 5mm of plastic?").
Prototype: Pre-Production. We build the "looks-like, works-like" unit using custom PCBs and enclosures.

Who Is This Service For? (And Who It Is NOT For)

This Service IS For:

Determined Startups: Founders with disruptive, novel ideas who have a validated market need and the funding to execute a professional engineering roadmap.
Proven Hardware Companies: Established firms with a track record of marketing hardware products who need an expert partner to de-risk a complex new product line.
Enterprise Innovators: R&D teams needing a concrete feasibility analysis before unlocking internal budget for a major project.

This Service IS NOT For:

Hobbyists looking for a weekend project or "quick help" with Arduino code.
Drop-Shippers looking for a generic "white-label" gadget to re-brand without engineering.
Unrealistic Bargain Hunters: If you are looking for "high-quality engineering at Chinese/Taiwanese factory prices" with impossible lead times, we are not the right partner. Quality engineering requires time and realistic budgeting. We work best with clients who understand the value of robust design and take our architectural suggestions seriously.

Section 2: The AI Co-Pilot: Our Experience, Codified

Any consultant can give you an opinion. Our advantage is an AI Co-Pilot trained on our most valuable asset: real-world BoM pricing data, component lead times, and NRE (Non-Recurring Engineering) costs from over 500+ completed hardware projects.

Generative AI (The Creative Partner): Our GenAI partner accelerates the architecture phase. It allows us to quickly estimate technical feasibility against current technology limits. Based on your requirements (e.g., "Battery-powered asset tracker with GPS and LTE-M"), it generates three distinct architectural options (Low Cost, Balanced, High Performance) and provides rapid estimates on component lead times, helping us identify supply chain bottlenecks instantly.
Machine Learning (The Analytical Partner): This is our key differentiator. Our ML model predicts your future unit cost. It analyzes your proposed feature set and cross-references it with live distributor pricing (DigiKey/Mouser) and our historical manufacturing data to generate a probabilistic BoM cost estimate. It will tell you, "Adding that 4K screen will push your unit cost to $180, making your $200 retail price impossible," before you design a single PCB.

The Tangible Payoff:

Superior Performance: By selecting the right architecture early (e.g., choosing a low-power MCU over a Linux MPU), we can reduce power consumption by 90% for battery-critical devices.
Accelerated Timelines: Our "Gate Zero" roadmap prevents mid-project pivots, reducing overall development time by 30-40%.
Increased Efficiency: Our AI-driven cost analysis identifies cost drivers early, helping us reduce the projected Bill of Materials (BoM) cost by an average of 15-20% before the schematic is even drawn.

Section 3: Proof in Production: Why Our Platforms are Trusted

Our metrics are our proof: we have successfully guided over 100+ products from the feasibility stage to mass production. However, our value is sometimes best demonstrated by the projects we didn't build.

Case Study 1: The "No-Go" Success (Saving $50k)

Problem: A client wanted to build a coin-sized, GPS-enabled wearable with a 30-day battery life. They came to us ready to spend $50,000 on design and molds.
The Reality Check: Our Feasibility Study proved that based on current battery density and GPS power consumption physics, their device would last only 4 days.
The Outcome: We advised a "No-Go." The client cancelled the project before spending their capital on a doomed product. We saved them $50,000 and months of effort. We value our professional integrity over billing a design fee.

Case Study 2: The "Rescue Mission" (Feasibility Ignored)

Problem: An industrial client needed a rugged IoT controller. They skipped our Feasibility Study to save money and hired a freelancer who "just started coding" on a Raspberry Pi. Six months later, the prototype worked on a desk but failed instantly in the field (overheating, corrupt SD cards) and cost $150/unit to build.
The Outcome: They came back to us. We performed the Feasibility Study they skipped, re-architected the product on a rugged STM32 MCU with industrial flash memory, reducing the unit cost to $45 and ensuring -40°C to +85°C reliability. Skipping feasibility didn't save money; it cost them 6 months and a double-development cycle.

Case Study 3: The "Impossible Budget" Rejection

Problem: A startup approached us to build a complex, vision-based AI drone. Their budget for NRE (Non-Recurring Engineering) was ₹2 Lakhs ($2,500).
The Outcome: We rejected the project. We explained that a professional outcome—reliable PCB design, complex AI firmware, and flight testing—was impossible at that budget without cutting corners that would make the product unsafe. They went elsewhere, built a prototype that crashed during a demo, and eventually returned to us with a realistic budget for a professional engagement. We do not compromise on quality to win a bid.

Case Study 4: The "Cheap Build" Recall Nightmare

Problem: A consumer electronics client engaged us for a feasibility study. Our report concluded that to meet their reliability goals, they needed a robust budget for automotive-grade components and rigorous testing. The client ignored our report, decided our budget was "too high," and hired a low-cost external agency to build it cheaply.
The Outcome: The external agency delivered a product that worked in the lab but failed in the hands of customers due to thermal issues and cheap component degradation. The customers hated it. The client faced a massive wave of returns and a brand-damaging recall that cost 5x the original engineering budget. They returned to us to redesign it correctly, realizing that expert engineering is an investment, not an expense.

Our Engineering Philosophy: The best engineering decision is often deciding what not to build.

Section 4: Your Project's Starting Point, Our Expertise

When to Choose Feasibility vs. Full Design: This is a critical decision. This Feasibility service is the right choice when you have "Unknowns." If you don't know your target unit cost, don't know if the tech exists, or don't know which regulatory standards apply, start here. If you already have a finalized architecture, a validated BoM, and a clear Product Requirements Document (PRD), you are ready for our

We engage with clients at any stage, providing precisely the value they need:

As a "Concept-to-Prototype" Accelerator:
This is our most popular engagement for startups. You have a vision for an embedded hardware product. We turn it into a Product Requirements Document (PRD), a Preliminary Architecture, and a BoM Cost Estimate. We answer the "Can we build it?" question definitively.
As a "Cost-Down" Re-Architecture Partner:
You have a prototype that works, but it's too expensive to manufacture. We analyze your design to identify cost drivers (e.g., over-spec'd chips, expensive connectors) and propose a Value Engineering roadmap to slash costs without sacrificing quality.

As an Integrated End-to-End Solution:
This is our key advantage. When you engage us for Feasibility, you aren't just getting a report. You are getting the blueprint for our full end-to-end hardware design services. The outcome of this service seamlessly feeds into our System Architecture Design, High-Speed PCB Layout , and Custom Embedded Linux Development teams. We don't just plan the journey; we are the guides who will take you all the way to the finish line.

Section 5: The Case Against "Good Enough"

This is a critical strategic decision. Your primary alternatives are skipping this phase ("Just start building") or hiring a generic business consultant.

The "Internal Tunnel Vision" Trap: You ask your internal engineering team to validate your idea. They will default to what they know (e.g., "Let's use an ESP32 because we have the dev board," even if it's the wrong chip). They lack the broad market visibility of an external firm that works with 50+ chip vendors daily. They also struggle to give unbiased "No-Go" feedback to their bosses. We provide a cold, hard, impartial analysis.
The "AI Hallucination" Trap: You ask ChatGPT or an advanced AI agent to design your product. It gives you a convincing architecture. It is wrong. AI models hallucinate parts that don't exist, suggest chips that are End-of-Life (EOL), and cannot understand the physical constraints of your enclosure or the RF interference in your specific environment. An AI has no liability; we do. We validate every suggestion against real-world supply chains.

The "Just Start Building" Trap: This is the #1 killer of hardware startups. You hire a freelancer to "make the PCB." They build exactly what you asked for, not what you needed. Six months and $20,000 later, you realize the product is too big, the battery lasts 2 hours instead of 2 weeks, and the main chip is End-of-Life. You have wasted your entire budget on a prototype that belongs in the trash.
The "Underfunded Vision" Trap: Hardware is expensive. A typical commercial IoT product requires $20k-$50k for design, $10k for prototyping, and $100k+ for inventory. Skipping the feasibility phase means you enter this expensive tunnel blind. You run out of cash halfway through because you didn't budget for certification (FCC/CE) or tooling (molds).

The Expert Partner Solution: We are Engineering Consultants. We know the price of the chip, the cost of the mold, and the complexity of the driver. We give you a realistic, brutal, and honest assessment of what it will take to win, preventing you from starting a race you can't finish.

Section 6: The Roadmap: From Idea to Green-Light

Phase 1 (No-Cost): Initial Screening. We review your concept to ensure it aligns with our capabilities and your budget expectations. (Please note: We are a premium engineering firm; we do not take on hobbyist or underfunded projects).
Phase 2 (Commercials): Feasibility Study Engagement. We sign a paid engagement contract. This is a rigorous 2-4 week consulting project.
Phase 3 (Execution): Technical & Commercial Analysis. We dive deep. We select key components (MCU, Sensors), creating a Block Diagram. We estimate power consumption. We contact suppliers to verify stock. We perform a Component Lifecycle & Obsolescence (EOL) Analysis to ensure the parts we pick will be available for the next 5-7 years. We estimate the Unit Production Cost (UPC) at scale (e.g., 1k, 10k units).

Phase 4 (Execution): Risk, Regulatory & Manufacturing Assessment. This is where we plan for scale. We identify critical risks (Thermal, RF, Supply Chain) and create a detailed compliance roadmap. We advise on the specific IP Ratings (Ingress Protection) needed for your environment, and the testing required for BIS, WPC, FCC, CE, and RoHS certifications. We also evaluate potential EMS (Electronic Manufacturing Services) partners, analyzing their stocking capabilities and manufacturing lead times to ensure you can actually build what we design.

Phase 5 (Handoff): The Feasibility Report & Proposal. We deliver a comprehensive "Go/No-Go" report. The deliverables include:

System Block Diagram: A visual map of your product's architecture.
Bill of Materials (BoM) with EOL Status: A detailed cost breakdown with lifecycle checks.
Regulatory Compliance Matrix: A list of all required certifications and estimated costs.
Development Roadmap: A timeline for design, prototyping, and production.
Investor-Ready Executive Summary: A concise, validated technical document you can present to investors.

Section 7: Your Technical Questions, Answered (FAQ)

Who actually performs the study? Is it a junior engineer? No. Feasibility Studies are high-level strategic engagements performed exclusively by our Senior Principal Architects, each with 10+ years of experience in bringing products to market. You are paying for veteran judgment, not junior research.

Can I use this report to raise funding? Yes. That is one of its primary purposes. An "Investor-Ready" feasibility report from a reputable engineering firm proves to investors that you have validated your technology, understand your unit economics, and have a clear execution plan. It significantly increases your credibility during due diligence.

If I proceed with the full design, do I get a credit? Yes. If you engage us for the full [System Architecture Design] and development contract within 30 days of the study's completion, we typically offer a credit of 50% of the Feasibility Study fee towards the first phase of the design project.

Do you check for patent infringement? We perform a Technical Prior Art Search to ensure your proposed architecture isn't obviously blocked by major competitor patents. However, we are engineers, not patent attorneys. We provide a technical clearance opinion, but for a full Freedom to Operate (FTO) legal opinion, we recommend consulting a specialized IP lawyer.

How much does a Feasibility Study cost? A professional Feasibility Study typically ranges from ₹50,000 to ₹2 Lakhs ($600 - $2,500), depending on the complexity of the product. This is a small fraction (less than 5%) of the total development cost, but it saves you from wasting the other 95% on a doomed project.

Can you tell me exactly how much my product development will cost? That is the primary output of this service. Before the study, we can only give broad ranges (e.g., "an IoT device typically costs between ₹10L and ₹30L to develop"). After the study, we can give you a precise, fixed-cost quote for the engineering and a highly accurate estimate for the manufacturing unit cost.

I have a limited budget. Can you do the design for equity or a royalty? No. We are a professional services firm, not a venture capital fund. We work on a fee-for-service basis. Our value is in providing unbiased, expert engineering that you own 100% (IP included). If your budget is very tight, we recommend starting with our Rapid Prototyping & Fabrication service to build a simpler "Proof-of-Concept" first to raise funds.

Do I own the Intellectual Property (IP) from this study? Yes. You own 100% of the deliverables, including the architecture, the component selection, and the roadmap. You are free to take this report to investors or even other design firms (though we're confident you'll want to build with us).

What if the feasibility study says "No-Go"? Then we have succeeded. We have saved you tens of thousands of dollars and months of your life by preventing you from building a flawed product. We will always try to propose an alternative path (e.g., "The $50 target is impossible, but a $75 PRO version is viable"), but we will never lie to you just to sell a design project.

How long does the study take? Typically 2 to 4 weeks. This allows us enough time to do deep research, contact suppliers for real quotes, and have our senior architects review the system.

Why can't I just start with the PCB design? Because "designing the PCB" is step 4. Steps 1, 2, and 3 are defining what to build. If you skip Feasibility, you are guessing. You might pick a chip that is out of stock, or design a board that is too big for the enclosure. Fixing these mistakes in the PCB design phase costs 10x more than fixing them on paper during Feasibility.

Does this include the industrial design (the look of the product)? The Feasibility Study includes a preliminary review of the mechanical constraints (size, battery shape, connector placement) to ensure the electronics will fit. Full aesthetic design is a separate phase, covered in our Industrial Design & Enclosure Mechanics service, which typically follows the feasibility phase.

Section 8: Take the Next Step

Ready to Validate Your Vision?

If you have a serious product concept and the budget to execute it professionally, we are ready to be your engineering partners. We don't require a 50-page requirement document to start, but we do need clarity on your goals.

How to Contact Us:

Email: [email protected]
Subject Line: Product Feasibility Inquiry -Your Product Name

Our Engagement Process:

Initial Outreach: You send us a brief summary of your product idea using the template below.
NDA & Protection: If the project looks like a good fit, we will sign a Mutual Non-Disclosure Agreement (NDA) to protect your IP before we discuss any technical details.
Screening Call: We schedule a 30-minute call with a Lead Architect to discuss your timeline, budget, and technical challenges.
Proposal: If we proceed, we will send you a formal proposal for the Feasibility Study.

Sample Request Template (Copy & Paste)

To help us understand your needs quickly, please use this structure when you email us:

Project Name:

e.g., Smart Industrial Vibration Sensor

1. The Problem:

e.g., Motors in our factory are failing unexpectedly. We need to detect vibration anomalies.

2. The Proposed Solution:

e.g., A battery-powered, Wi-Fi-connected sensor that mounts magnetically to motors and sends data to AWS.

3. Key Constraints:

Target Unit Cost: e.g., Must be under \$50 BOM cost at 1k units
Timeline: e.g., Need a working prototype in 3 months
Battery Life: e.g., Must last 1 year on a coin cell
Certifications: e.g., Needs IP67 and CE certification

4. Current Status:

e.g., We have a rough idea and budget, but no technical team.

What You Get in Response (Our Summary)

Even in our initial reply (before you pay anything), we provide value. We will review your request and tell you:

Technical Reality Check: "Is this physics-possible?" (e.g., "A coin cell cannot power Wi-Fi for a year; we recommend BLE or LoRaWAN instead.")
Budget Reality Check: "Is your budget realistic?" (e.g., "Your $50 target is achievable, but NRE for IP67 tooling will be approx $10k.")
Next Steps: A clear "Yes/No" on whether we are the right partner for you.
The Path to Finalization: A high-level sketch of the roadmap required to take this product from a prototype to a mass-manufactured reality.

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Probots offers Electronics Engineering Services to get your product from concept to production. We provide the following services - Circuit Designing, PCB Designing, Embedded Firmware Development, etc. We have successfully designed 100+ products in IoT, AI & ML, Automation, Robotics, Industrial Monitoring, Generic Consumer Devices, and Medical Devices.

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HISTORY OF PROBOTS
Becoming India’s no. 1 electronics destination is not an easy feat. Sincere efforts, digital enhancements and a team of dedicated personnel with an equally loyal customer base have made Proobts the onlie platform that it is today. The original B2C venture for electronics components was conceived in 2009 but transitioned into a full-fledged ecommerce giant within a span of just a few years. By 2012, Probots introduced 350 Indian and international brands to its platform, and this has only grown in number each passing year. Today Probots sits on top of the online electronics field with an astounding social media following, a loyalty program dedicated to its customers, and tempting, hard-to-say-no-to deals.

Probots Techno Solutions offers complete turn-key Embedded Electronics Design & Engineering Services. We can work on Product Specification through Prototyping, Proof of Concept to Production depending on individual client needs.

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