STRATEGY THATSURVIVES FIRSTCONTACT WITH SILICON.
We align market ambition with engineering reality before you spend a dollar on hardware.
Hardware strategy is fundamentally different from software: decisions in the first 10% of a program lock in 80% of the cost, and a wrong technology choice delays a product by 18 months rather than 2 sprints. Ankh's strategists are practicing engineers — they combine PRD authoring, TRL assessment, competitive teardown, and IP freedom-to-operate studies with cost modeling grounded in current component pricing and CM labor rates.
What We Define
Product Requirements Documentation (PRD)
PRDs translating commercial requirements into verifiable engineering specifications — functional requirements, performance parameters with tolerances, environmental ratings, safety classifications, and regulatory targets — each tagged with verification method (test, analysis, inspection, demonstration) and MoSCoW priority tier.
Technology Roadmapping & TRL Assessment
TRL 1–9 assessment for every key subsystem, distinguishing commercially proven (TRL 8–9), integration risk (TRL 5–7), and fundamental feasibility risk (TRL 1–4) — aligned with program funding gates and updated quarterly to drive make/buy and partnership decisions.
NRE & BOM Cost Modeling
Bottom-up NRE covering PCB fabrication, tooling, certification fees, and engineering labor by discipline; BOM cost models at 1K, 10K, and 100K tiers with live distributor pricing identifying top-10 cost drivers and design-for-cost alternatives.
Competitive Teardown Analysis
Physical disassembly and BOM reconstruction of competing products — estimating landed cost, identifying IC suppliers, assessing manufacturing process choices — synthesized into a competitive positioning matrix covering cost, performance, feature set, regulatory status, and supply chain vulnerability.
IP Strategy & Freedom-to-Operate
Patent landscape searches using Espacenet, Google Patents, and Derwent Innovation identifying relevant clusters, competitor portfolios, and expiry timelines; FTO analyses prepared with patent counsel; and provisional applications and claim sets drafted ahead of funding rounds.
Build vs. Buy vs. Partner Analysis
Build-vs-buy-vs-partner evaluation covering total cost of ownership, time-to-market impact, IP control, supply chain risk, and scalability — with a decision matrix quantifying tradeoffs and identified vendors or partners for shortlisted options.
Regulatory Pathway Planning
Complete regulatory pathway mapping for FCC, CE/RED, UKCA, IC Canada, MIC Japan, KC Korea, and CCC China — with certification cost estimates, test timelines, and early design constraints identified; for medical products, applicable standard sets and notified body selection guidance.
Product Risk Register
Living risk register with probability/impact scores, owners, and mitigation plans for technology, supply chain, regulatory, and competitive risks — reviewed at every milestone to drive contingency budget decisions.
How We Work
Discovery & Stakeholder Alignment
Structured stakeholder interviews surface conflicting assumptions before they're baked into a design specification. The outputs synthesize into a problem statement document reviewed and approved by all parties before requirements work begins, establishing a shared baseline.
Requirements Elicitation & PRD Authoring
QFD, jobs-to-be-done, and regulatory gap analysis workshops translate user needs into verifiable technical specifications rated for priority, testability, and risk. The PRD draft goes through multi-disciplinary review — engineering, regulatory, manufacturing, commercial — before baselining for design kick-off.
Technology Assessment & TRL Mapping
Key subsystems are assessed against PRD performance targets; anything at TRL 5 or below is flagged for feasibility sprints before committing to a program timeline. TRL mapping produces a risk-adjusted schedule that separates technology de-risking from product development milestones.
Cost Modeling & DFC Analysis
A parametric BOM cost model uses should-cost analysis, PCB area-based assembly estimates, and tooling amortization at multiple volume scenarios. Design-for-cost analysis surfaces the highest-leverage reductions — sensor consolidation, standard-footprint magnetics — each rated for feasibility and impact on BOM cost, NRE, and time-to-market.
IP & Competitive Landscape Analysis
A structured patent search across US, EU, China, Japan, and Korea maps patent families to product features and identifies whitespace for novel protection. Competitive teardown findings integrate with patent analysis to produce an IP strategy memo covering FTO risk and defensive claim scope recommendations.
Strategy Report & Investment Readiness Package
The engagement closes with a strategy report covering product definition, technology choices, cost targets, regulatory pathway, IP strategy, and program risk. An investment readiness package translates the technical strategy into the format expected by hardware-focused VCs, with principals available for investor technical diligence.
Strategy Grounded in Engineering Reality
TRL Assessment Methodology for Hardware Products
Hardware TRL must be evaluated across three dimensions separately — technology, integration, and manufacturing readiness — because a subsystem can be TRL 7 on technology but TRL 4 on manufacturing when the fabrication process is unqualified. Results are presented as radar-chart visualizations showing multi-dimensional gaps to non-technical stakeholders.
Technical Due DiligenceShould-Cost Modeling & BOM Cost Architecture
Named-component BOM models at 1K/10K/100K tiers use live distributor quotes, PCB fabrication by layer count, and tooling amortized over lifetime volumes. The BOM cost Pareto (3–5 items, 60–70% of cost) drives design alternatives — SoC integration, module vs. custom antenna — with documented assumptions your team can maintain.
Manufacturing ReadinessFreedom-to-Operate & Patent Strategy
FTO analysis is most valuable at concept stage — structured claim-charting maps each independent claim of a blocking patent against product features with a three-level risk rating, and non-infringement positions are documented for patent counsel. Novel architectural and algorithmic aspects are identified and technical disclosures drafted for attorney preparation.
Reverse Engineering
We align market ambition with engineering reality before you spend a dollar on hardware.
Product Strategy Across Ankh's Product Range
Every product category carries its own strategic constraints — our strategy work is always grounded in the specific commercial and technical reality of your domain.
Medical Devices
510(k) vs. De Novo vs. PMA pathway selection, predicate device analysis, and ISO 13485 QMS readiness roadmap
View ProductWearable Electronics
Sub-$30 landed cost targeting, battery life vs. feature trade-off modeling, and IPX certification pathway
View ProductAI Vision Systems
Edge vs. cloud inference decision, SoC selection (Hailo, NXP, Qualcomm, NVIDIA), and ML model licensing strategy
View ProductIndustrial Equipment Monitoring
ATEX/IECEx regulatory pathway, make/buy for protocol gateways, and 10-year component availability planning
View ProductCold-Chain Monitoring
Connectivity selection (NB-IoT vs. BLE vs. UWB), WHO PQS pre-qualification pathway, and calibration traceability strategy
View ProductWireless Communication
Spectrum strategy (licensed vs. unlicensed), carrier certification planning (PTCRB, GCF), and antenna IP landscape assessment
View ProductPOS & Kiosk Hardware
PCI-PTS version roadmap alignment, EMV Level 1/2 certification strategy, and payment network acquirer approval planning
View ProductRuggedized Devices
MIL-SPEC vs. commercial-rugged positioning, IP rating vs. cost trade-off analysis, and defense procurement compliance roadmap
View ProductPower Monitoring
Metrology accuracy class target setting, ANSI vs. IEC standards selection for target markets, and utility approval program planning
View ProductData Loggers
Data integrity certification (21 CFR Part 11, EU GMP Annex 11) pathway analysis and cloud platform build-vs-buy decision
View ProductSmart Home Automation
Matter/Thread vs. proprietary protocol strategy, Works With program prioritization, and retail channel technical requirement alignment
View ProductStructural Monitoring
ASCE 7 and Eurocode sensor accuracy derivation, data retention architecture, and civil engineering channel strategy
View ProductStrategy Built by Engineers Who Ship Hardware
Business consultants produce requirements that can't be built and roadmaps that miss manufacturing constraints. PRDs with real tolerances, cost models using live distributor pricing, and roadmaps accounting for silicon lead times and tooling cycles require engineers who have designed PCBs, written firmware, and navigated certification.
NRE and BOM Cost Models With Named-Component Precision
Named-component BOM models use Octopart, DigiKey, and Mouser APIs supplemented by direct manufacturer quotes — not industry-average templates. Volume sensitivity is presented as waterfall charts showing the design and volume levers that move prototype cost to production target, ready for investor financial models.
IP Analysis Tied to Specific Design Decisions
IP analysis tied to specific circuit topologies, algorithm implementations, and mechanical structures — not generic categories — produces actionable design decisions. Concrete design-arounds are evaluated for each blocking patent, and a patent watch list alerts clients when new applications affect freedom to operate.
Deliverables
Product Requirements Document (PRD)
Functional and performance requirements with verification methods, priority tiers, and regulatory linkages — reviewed and baselined before design kick-off.
Technology Readiness Assessment
TRL ratings per subsystem across technology, integration, and manufacturing readiness — with risk-adjusted schedule and de-risking milestones.
NRE & BOM Cost Model
Named-component BOM at 1K/10K/100K tiers with live pricing; NRE model covering tooling, certification, and fixtures; and sensitivity analysis identifying top cost reduction levers.
Competitive Teardown Report
Physical teardown of 2–4 competitors with BOM reconstruction, cost estimate, and positioning matrix covering cost, features, and regulatory status.
IP Landscape & FTO Summary
Patent landscape with relevant families, expiry timelines, and whitespace; FTO summary with claim-level risk ratings and design-around alternatives for blocking patents.
Regulatory Pathway Plan
Market-by-market regulatory requirements, certification costs and timelines, design constraints from applicable standards, and recommended notified body or TCB partners.
Product Risk Register
Risk register with probability/impact ratings, owners, mitigation plans, and triggers for technology, supply chain, regulatory, and competitive risks.
Investment Readiness Package
Technical narrative covering risk mitigation, IP defensibility, manufacturing scalability, and regulatory timeline — formatted for VC technical diligence.
All strategy deliverables are formatted for both engineering team use and investor due-diligence review, with executive summary sections and full technical appendices.
Often Paired With Product Strategy
Rapid Prototyping
TRL gaps identified in strategy are closed with targeted proof-of-concept prototypes before committing the full program budget.
ExploreTechnical Due Diligence
PRD, TRL assessment, cost model, and IP landscape from the strategy phase form the primary evidence base for investor technical diligence.
ExploreRegulatory & Certification
Regulatory pathway plans from the strategy engagement are executed by Ankh's certification team with full institutional continuity.
ExploreElectronics Design
PRD and technology selection outputs feed directly into electronics design kick-off, eliminating translation overhead and rework.
ExploreWork That Demonstrates the Standard
MedTech Startup: 510(k) Pathway Decision & Series A Technical Package
A two-week sprint produced a baselined PRD, a 510(k) pathway analysis confirming predicate feasibility, and a BOM cost model showing a path to $34 landed cost at 50K units. Three VC technical diligence teams reviewed the package and proceeded without additional clarification; the $12M round closed on schedule.
Read the Case StudyIndustrial IoT Platform: Build-vs-Buy Analysis Saves 14 Months
Our make/buy analysis for a manufacturer connecting 40,000 legacy machines showed a commercial IoT module would meet connectivity, environmental rating, and 10-year availability requirements at 40% lower NRE and 14 months faster than a fully custom design — and surfaced a 52-week MCU lead time on the custom path. The client shipped to pilot customers in month 11.
Read the Case StudyReady to Build a Strategy That Survives Engineering?Commercial ambition and technical reality—aligned from day one.
Ankh's strategy engagements produce actionable outputs in 4–8 weeks — deliverables designed to be maintained by your engineers after the engagement closes.