P2 Solutions

**Product and the concrete problem it solves.** P2 Solutions is building Falcon around a sharply defined operational problem: finding weapons that are concealed inside or behind structural materials before they create a threat. Startup Nation Finder describes Falcon as a deep-tech sensing system for detecting concealed weapons within structural materials, and places the company in the defense, homeland-security, safety, and security markets. That problem is different from ordinary checkpoint screening. A metal detector or a conventional bag scanner may work at a controlled entrance, but military and law-enforcement teams also encounter weapons cached in buildings, walls, barriers, vehicles, or improvised structures where access, visibility, and time are limited. A system that can locate or flag a concealed weapon without first dismantling the structure could shorten search operations and reduce exposure for personnel. The public record does not disclose Falcon's sensing modality, range, resolution, false-alarm rate, or whether it produces a location estimate or only an alert. Those unknowns are central diligence items, not details to fill with assumptions.

**Core technology and how it actually works.** Public descriptions establish the mission and system category more clearly than the underlying physics. P2 calls Falcon a deep-tech sensing product and identifies sensing as its core technology, but neither the company record nor the public ecosystem material reviewed specifies radar, microwave, terahertz, X-ray, acoustic, magnetic, or another modality. It is therefore responsible to describe the architecture at the level supported by evidence: a sensor system intended to discriminate concealed-weapon signatures from structural materials, with downstream integration into operational workflows. P2 also presents itself as a system house rather than a single-product software vendor. Its model is to work with field-experienced engineers and develop tactical solutions in parallel, while supporting system integration, regulatory compliance, and rapid field validation for international defense markets. That could become an advantage if Falcon requires custom installation, calibration, or integration with existing command and security systems. It can also become a services burden. Technical diligence should request the sensing principle, test protocol, material and weapon classes covered, stand-off distance, environmental limits, data-processing path, human-in-the-loop behavior, and evidence separating a laboratory demonstrator from a deployable instrument.

**Market, customers, and go-to-market.** P2's addressable market is primarily institutional and mission-led. Finder identifies government, defense, national security, military, law enforcement, public security, and homeland security as target customer categories, with B2B, B2B2C, and B2G business models. The immediate buyer could be a military or police unit responsible for urban search and clearance, a border or national-security organization screening structures, or a public-security integrator that needs a specialized sensor inside a larger inspection workflow. The likely sales motion is therefore partner-assisted and specification-driven: demonstrate a measurable detection advantage to an operational user, complete field validation, satisfy procurement and regulatory requirements, and then scale through system integrators or government channels. P2's stated system-house model may help it respond to unusual mission requirements faster than a large vendor with a fixed product catalog. Conversely, defense and law-enforcement procurement can demand long trials, formal certifications, local support, and integration ownership before a small company sees repeat orders. No named customer, contract value, purchase order, deployment count, or commercial revenue is publicly disclosed, so market access remains a credible plan rather than demonstrated scale.

**Traction, funding, and third-party validation.** The strongest public traction signal is ecosystem and legal existence rather than financing. Startup Nation Finder lists P2 Solutions as founded in July 2025 by Omer Kirsh and Gur Sadeh, with one to ten employees, no disclosed funding rounds, and Falcon in R&D. The same profile says the product is being developed in close collaboration with defense customers, but that statement is not accompanied by a named customer, contract, trial result, or government announcement; it should be treated as a company- or ecosystem-reported signal that requires verification. P2 is also listed as a startup associated with The Sandbox, an Israeli early-stage defense ecosystem program focused on helping civilian and military technologies reach the market. The Israeli corporate-record mirror identifies P2 Solutions Hub Ltd as an active Israeli private company incorporated in June 2025 under company number 517180709. These sources establish a real and recent venture with a specific product thesis, but they do not establish technical performance or financing strength. There is no public equity round, valuation, patent portfolio, revenue figure, certification, award, or independent Falcon evaluation in the sources reviewed. The appropriate interpretation is pre-funding R&D with meaningful ecosystem validation and a very thin evidence base.

**Founders and team background.** The public company profile names Omer Kirsh as co-founder and CEO and Gur Sadeh as CTO and co-founder. That role split is coherent with a system-house business: one founder can own customer and company development while the other leads technical execution, integration, and validation. Beyond those titles, public sources do not provide biographies, military-unit histories, academic affiliations, prior exits, patent ownership, or the size and composition of the engineering team. Finder reports a one-to-ten employee range and elsewhere presents the exact team as two people, while the corporate record does not list owners or managers in the freely visible portion of the page. That combination suggests a very small operating team, but it does not support stronger claims about prior defense procurement experience or scientific specialization. Team diligence should focus on whether the founders personally possess the sensing, embedded systems, signal-processing, and defense-program experience required to turn Falcon into a certified product, and whether the stated partnerships with field-experienced engineers are contractual, advisory, or project-based. The small team can support speed and customer responsiveness, but it also creates key-person, hiring, and execution concentration risk.

**Competitive dynamics.** Falcon sits between several established technology categories rather than facing one identical competitor. (1) **Camero-Tech** and other through-wall or concealed-object sensing specialists represent the closest Israeli-adjacent comparison, especially where operators need information about hidden objects without entering a structure. (2) **Rohde & Schwarz QPS** and **Smiths Detection** compete from the security-screening side with millimeter-wave, X-ray, computed-tomography, and other inspection systems, although their normal deployment is a controlled checkpoint rather than a wall or building search. (3) **Rapiscan Systems** and **Leidos** offer mature security and detection portfolios with procurement relationships, integration capacity, and certification experience. (4) **Walabot** is an adjacent radio-frequency imaging reference that demonstrates how compact sensing can be productized outside defense, but it is not evidence of Falcon's technical equivalence. (5) Manual search, borescopes, dogs, demolition, and conventional imaging remain practical substitutes when the threat environment or structure makes a novel sensor too uncertain. P2's potential edge is not yet a proven algorithmic moat; it is the combination of a mission-specific sensing problem, a system-house integration model, and rapid field validation. The decisive comparison will be detection probability, false alarms, stand-off distance, portability, speed, cost per search, operator training, and performance across concrete, soil, brick, metal, clutter, and weather.

**Defense, security, and resilience dual-use relevance.** P2's dual-use case is credible because the same core requirement appears in military, law-enforcement, homeland-security, and civilian public-safety settings: identify a dangerous concealed object while minimizing the need for personnel to expose themselves or dismantle a site. Defense users could apply such a capability during urban operations, route and building clearance, border security, base protection, or inspection of suspected weapons caches. Law-enforcement and public-security users could apply it to searches of structures or high-risk sites, subject to legal authority and operational rules. The resilience value is concentrated in reducing uncertainty before entry and making searches more repeatable when conventional visibility is poor. This should still be scored as early dual-use potential, not as fielded defense capability. Public materials do not disclose an operational military contract, a law-enforcement deployment, classified program participation, safety certification, export authorization, or independent test data. The technology could also raise civil-liberties, privacy, evidentiary, and false-positive concerns if used to infer concealed objects in occupied or privately controlled spaces. Government adoption will depend on an auditable human decision process, clear limits on what the sensor can claim, cyber-secure handling of collected data, and rules for escalation when the signal is ambiguous.

**Growth stage, trajectory, and key diligence risks.** P2 is best classified as early. It was incorporated in June 2025, is described as founded in July 2025, has a reported two-person or one-to-ten-person team, is listed as pre-funding, and is still developing its first product. The trajectory could be attractive if Falcon moves from an R&D demonstrator to a repeatable field-test package, wins a named pilot, and establishes a procurement pathway through an Israeli or allied security integrator. The main risks are specific: (1) modality risk, because the public record does not reveal whether the physics can distinguish weapons from structural clutter; (2) validation risk, because no independent detection benchmarks or field trials are public; (3) procurement risk, because B2G sales can require lengthy evaluations, certification, export review, and support commitments; (4) concentration risk, because a two-founder team may lack depth in sensing, manufacturing, safety, and program management; (5) commercial risk, because no financing, customer, revenue, or order information is disclosed; (6) liability and false-alarm risk, because a missed weapon or an unnecessary breach of a structure can have serious consequences; and (7) competitive risk, because established inspection vendors and specialized through-wall sensing companies already possess trust, distribution, and installed systems. The next evidence gates should be a disclosed sensing architecture, repeatable tests across materials and weapon types, a named field-validation partner, and a transparent funding and production plan.