Great Tech, No Roadmap

How a startup uses CompassIP to validate IP, find funding, and build a go-to-market strategy in one afternoon.

A CompassIP Platform Walkthrough for Startups and Small Businesses.

The following scenario illustrates how a startup or small business can use CompassIP to validate technology, identify funding, and build a go-to-market strategy before spending its first dollar on outside counsel. The technology, scores, and funding matches shown are representative examples based on platform capabilities.

The Problem: Great Tech, No Roadmap A two-person startup spins out of a university lab with an exclusive license to a novel sensor technology for detecting structural fatigue in aging infrastructure. The founders are a materials science PhD and a former Army Corps of Engineers officer. They have deep technical knowledge and a provisional patent, but no commercialization plan, no funding strategy, and no idea whether to chase commercial construction, defense, or both.

Their options are expensive. A patent attorney charges $15,000 to $25,000 for a freedom-to-operate analysis. A market research firm wants $30,000 for a landscape study. Grant consultants take $5,000 to $10,000 per proposal with no guarantee of success. An accelerator might help, but the application cycle is months away.

Meanwhile, the clock is ticking. The provisional patent filing expires in 11 months. SBIR solicitations are expected to reopen any week. And two competitors just raised seed rounds in adjacent spaces.

The founders need answers now, not in three months.

The Approach: Get a Structured Picture in One Afternoon The founders run their sensor technology through CompassIP. They enter the invention title, a technical description, and the primary patent class. The platform runs an IP Review and a full Commercialization Assessment.

By the end of the afternoon, they have a structured plan they can act on immediately.

What the IP Review Reveals The IP Review scores the technology across five dimensions:

Claim Breadth: 6.8 / 10. The provisional covers the core sensing mechanism and the signal processing method. CompassIP flags that the claims do not cover the mounting hardware or deployment method, which could be a vulnerability if a competitor develops an alternative installation approach. Recommendation: broaden claims in the non-provisional filing to cover deployment configurations.

Citation Network Strength: 7.4 / 10. The prior art landscape is favorable. The closest prior art is in acoustic emission monitoring, a related but distinct approach. CompassIP identifies a clear differentiation path based on the technology's ability to detect sub-surface fatigue before visible cracking occurs.

Competitive Landscape Density: 6.1 / 10. CompassIP identifies 9 active patent families in structural health monitoring. Two large incumbents dominate the space with vibration-based systems, but neither has filed on embedded sensor approaches. The startup has a window.

Patent Family Coverage: 3.2 / 10. Single provisional, no international filings. CompassIP recommends PCT filing and flags that key markets for infrastructure monitoring include the EU, Japan, and Australia, all of which have aging infrastructure programs.

Estimated Remaining Patent Life: 9.5 / 10. Near-full term remaining, which is critical for licensing value and investor confidence.

Composite IP Score: 6.6 / 10. Strong enough to pursue aggressively, with specific actions to strengthen the position before the non-provisional deadline.

What the Commercialization Assessment Finds Market Sizing. CompassIP estimates a TAM of $4.7 billion for structural health monitoring globally. The SAM for embedded sensor systems in North American bridge and building infrastructure is $620 million. The SOM for initial market entry via pilot deployments with state DOTs and large construction firms is $28 million.

Grant Funding Identification. This is where the assessment changes the founders' trajectory. CompassIP identifies six funding opportunities, each scored by match strength percentage:

NSF SBIR Phase I, 91% match strength. The technology aligns directly with the Civil Infrastructure Systems topic area. CompassIP flags this as the highest-priority submission. DOT SBIR, 84% match strength. FHWA has a standing interest in bridge monitoring technologies. The founders' Army Corps background strengthens the narrative. DOE TCF Technology Specific call (upcoming), 76% match strength. Infrastructure monitoring for energy facilities is within scope. Army SBIR via ERDC, 72% match strength. The Army Corps of Engineers manages over 700 dams and 12,000 miles of levees. Structural monitoring is a documented capability gap. AFWERX Direct-to-Phase-II, 65% match strength. Runway and hangar structural monitoring is a validated Air Force need. Virginia Innovation Partnership Corporation grant, 61% match strength. State-level non-dilutive funding for infrastructure technology companies. The founders had planned to apply to NSF SBIR and nothing else. The assessment surfaces five additional paths they had not considered, with percentage scores that tell them exactly how to prioritize their time.

Dual-Use Application Mapping. CompassIP identifies four defense use cases: military airfield pavement monitoring, forward operating base structural assessment, ship hull fatigue detection (Navy), and dam and levee monitoring (Army Corps). The dual-use signal strength scores 7.8 / 10, one of the strongest signals in the assessment. The co-founder's Army Corps background is a direct asset here.

Customer Discovery Contacts. The assessment surfaces 15 named organizations across four segments:

State DOTs with active bridge monitoring pilot programs (3 organizations with named program managers) Defense contractors with structural health monitoring contracts (4 organizations including relevant divisions) Large construction and engineering firms with infrastructure monitoring practices (4 organizations) Venture capital firms with infrastructure tech portfolios (4 firms with relevant partners identified) Each entry includes the organization name, the specific division or program, and why they are relevant. The founders can start making calls the next morning.

Partnership Strategy. CompassIP recommends a dual-track approach: pursue SBIR funding for the defense applications while running commercial pilots with state DOTs. The SBIR track provides non-dilutive capital to fund development without giving up equity. The DOT pilots generate customer validation data that strengthens both the defense narrative and future VC conversations.

Development Roadmap. The assessment maps a path from TRL 4 to TRL 7 across three phases, with budget estimates per phase, go/no-go criteria tied to specific milestones, and the funding sources best suited to each phase. Phase 1 (prototype refinement, $150K) maps to SBIR Phase I. Phase 2 (field validation, $1M) maps to SBIR Phase II plus DOT pilot revenue. Phase 3 (production readiness, $2.5M) maps to SBIR Phase III or seed round.

What the Founders Do Next The founders now have something they did not have that morning: a prioritized action list backed by data.

Week 1: Begin NSF SBIR Phase I proposal preparation (91% match strength, highest priority) Week 1: Email the three state DOT program managers surfaced in customer discovery to explore pilot opportunities Week 2: Contact Army ERDC through the co-founder's Corps network to discuss the dam monitoring use case Week 2: Brief their patent attorney on CompassIP's claim broadening recommendations before the non-provisional deadline Month 1: Submit to DOT SBIR (84% match) and register on the DOE CLIMR Teaming Partner List Month 2: Begin outreach to the four VC firms identified, armed with a structured commercialization plan and IP score None of this required a $30,000 market study. None of it required a grant consultant. The founders spent an afternoon on CompassIP and walked away with a filing strategy, six funding paths ranked by fit, four defense use cases, 15 named contacts, and a phased roadmap with budget targets.

That is the difference between having a promising technology and having a plan to commercialize it.