Chiplytics
Quality assurance platform for critical electronic components, authenticating and quality-screening semiconductors.
Website: https://chiplytics.com/
Cover Block
Publicly reported
| Field | Value |
|---|---|
| Name | Chiplytics |
| Tagline | Quality assurance platform for critical electronic components [Chiplytics, retrieved 2024] |
| Headquarters | Seattle, United States [LinkedIn, retrieved 2024] |
| Founded | 2022 [Scout Ventures, May 2022] |
| Stage | Seed [Crunchbase, retrieved 2024] |
| Business Model | Hardware + Software |
| Industry | Defense / Govtech |
| Technology Type | Robotics |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+), Steven Dourmashkin, Stephen DiBartolomeo, Matthew Skeels [Scout Ventures, May 2022] |
| Funding Label | Seed |
| Total Disclosed | ~$4,850,000, including $300,000 seed, $50,000 non-dilutive funding, and $4,500,000 financing announced in October 2026 [Scout Ventures, May 2022] [Business Wire, October 2026] |
Links
Publicly reported
- Website: https://chiplytics.com/
- LinkedIn: https://www.linkedin.com/company/chiplytics
Summary and Signal
PUBLIC Chiplytics is building a quality assurance platform for critical electronic components, with a focus on authenticating and screening semiconductors before they enter defense and other high-reliability systems, and it merits attention now because the company disclosed $4.5 million in financing in October 2026 alongside the opening of a Bellport, New York inspection lab [Business Wire, October 2026] [GeekWire, October 2026]. The company was founded in 2022, according to Crunchbase and LinkedIn, and Scout Ventures' 2022 incubation note places its earliest disclosed capital at a $300,000 seed round plus $50,000 in non-dilutive funding, which suggests a company that started with a narrow technical wedge before raising a larger seed package four years later [Crunchbase, retrieved 2024] [LinkedIn, retrieved 2024] [Scout Ventures, May 2022].
The product thesis is straightforward: Chiplytics says it combines electrical testing with visual inspection to determine whether a chip is authentic and free of defects, and public materials tie part of that workflow to Power Spectrum Analysis technology licensed from Sandia National Laboratories [sbir.gov, retrieved 2026] [The Org, retrieved 2026] [Chiplytics, retrieved 2024]. That technical provenance matters more than branding here, because the available evidence points to differentiation resting on inspection method and documentation rather than on a conventional software-only procurement workflow [sbir.gov, retrieved 2026] [citybiz] [Melville Chamber of Commerce].
The founding team reads as relevant to the problem set, if still early by enterprise scale standards. Steven Dourmashkin is identified as CEO and previously co-founded Specdrums with Matthew Skeels, while Stephen DiBartolomeo brings defense and venture exposure and has been identified separately as a principal at Scout Ventures [finsmes.com, October 2026] [news.cornell.edu, July 2018] [revithaca.com, retrieved 2026] [TechCrunch, June 2024].
On capitalization, the cleanest public read is that Chiplytics remains seed stage with roughly $4.85 million in disclosed funding, although the sourcing is uneven and the October 2026 announcement appears to combine equity financing with government support in the same headline number [Business Wire, October 2026] [Scout Ventures, May 2022] [cbinsights.com]. The business model appears to mix hardware-enabled inspection with software and workflow services, and the company website also describes a sourcing layer that routes requests through a curated distributor network and assigns a risk grade before parts reach the customer [Chiplytics, retrieved 2024].
What matters over the next 12 to 18 months is less the existence of technical demand than proof of commercial repeatability. Public reporting supports the Bellport lab launch, a small initial hiring base, and Air Force STTR-related activity, but it does not yet disclose customer names, deployment scale, or revenue quality, so the key question is whether Chiplytics can convert defense-adjacent credibility and lab capacity into repeat purchase behavior at attractive margins [Long Island Business News, October 2026] [mage.umd.edu] [LinkedIn, retrieved 2026].
One source, partially checked -- Section relies on a mix of company materials, public startup databases, and named media coverage, with several core product and team claims supported by only one public source.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Stage | Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Defense / Govtech |
| Technology Type | Robotics |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (3+) |
| Funding | Seed, total disclosed ~$4,850,000 |
Company Overview
PUBLIC
Chiplytics presents as a narrow-purpose infrastructure company rather than a broad semiconductor marketplace. The public record supports a Seattle base, a 2022 founding date, and a company focus on quality assurance for critical electronic components, with authentication and screening positioned as the core workflow rather than an adjacent service [Crunchbase, retrieved 2024] [Chiplytics, retrieved 2024].
The chronology that can be confirmed from the permitted sources is short but coherent. Crunchbase lists the company as founded in 2022 and headquartered in Seattle, while the company website describes a platform for sourcing and quality assurance of secure, authentic electronic components [Crunchbase, retrieved 2024] [Chiplytics, retrieved 2024]. Public founder names associated with the company profile are Steven Dourmashkin, Stephen DiBartolomeo, and Matthew Skeels [Crunchbase, retrieved 2024].
The earliest public milestone in the cited record is a May 2022 seed financing entry tied to Scout Ventures, followed later by the company's website describing a workflow in which customers submit part requests and receive risk-scored sourcing and inspection support [Crunchbase, retrieved 2024] [Chiplytics, retrieved 2024]. Crunchbase also reflects total disclosed funding of about $4.85 million across seed financing entries, which places the company in an early but institutionally backed stage [Crunchbase, retrieved 2024].
One source, partially checked -- This section relies on Crunchbase and the company website, with partial corroboration across the two sources but no state filing evidence used here.
The Product and the Stack
MIXED
The product is easiest to understand as a verification workflow for semiconductor parts that are expensive to get wrong. Chiplytics describes itself as a quality assurance platform for critical electronic components, and public materials consistently point to the same core motion: inspect a chip before it is assembled into a defense, industrial, or other high-reliability system [Chiplytics, retrieved 2024] [finsmes.com, October 2026]. Its flagship process combines an electrical signature with an image of each chip, then applies analysis to flag counterfeit, substituted, inconsistent, defective, or otherwise suspect parts, according to company materials and third-party summaries [The Org, retrieved 2026] [sbir.gov, retrieved 2026].
The more defensible technical detail is around the electrical test method rather than the surrounding software layer. Public government-linked material says Chiplytics Power Spectrum Analysis is a fast, non-invasive electrical testing technique licensed from Sandia National Laboratories, and that it captures a unique multi-pin frequency response to reveal subtle differences between components [sbir.gov, retrieved 2026]. Other coverage says the process pairs that Sandia-licensed test with automated visual inspection and methods aligned with AS6171, the aerospace standard used for suspect-part inspection [citybiz, retrieved 2026] [Melville Chamber of Commerce, retrieved 2026]. That does not by itself establish field accuracy rates or throughput, but it does suggest the company is building around a specific inspection modality rather than only a sourcing marketplace [sbir.gov, retrieved 2026] [Chiplytics, retrieved 2024].
The commercial wrapper appears broader than lab testing alone, though some of that evidence remains company-first. On its website, Chiplytics says customers can submit part requests, receive sourcing through a curated distributor network, review risk assessments for datasheet match, package, and date code, and get a proposed procurement plan before parts reach the customer [Chiplytics, retrieved 2024]. The website also references a 30-day return policy and a "Certified Authentic" program, while Bellport press coverage places the inspection operation in a New York laboratory [Chiplytics, retrieved 2024] [Long Island Business News, October 2026]. Hiring signals point to connected hardware, desktop software, cloud services, firmware, mechatronics, and machine vision, though those stack details should be read as inferred from job postings rather than confirmed architecture disclosures [Chiplytics, retrieved 2024].
One source, partially checked -- Core testing claims are corroborated by sbir.gov and regional press, while several workflow and platform details rely on company website materials.
The Market They Are Entering
PUBLIC
This market matters now because electronics buyers are being pushed to verify part authenticity and quality earlier in the procurement cycle, especially where a bad component can ripple into defense readiness, industrial uptime, or field failure risk [GeekWire, October 2026] [Long Island Business News, October 2026].
The public record does not support a clean TAM, SAM, and SOM build for Chiplytics itself, and there is no cited third-party market model in the source set that isolates semiconductor authentication or component-level quality screening. The safer reading is narrower: Chiplytics sits at the intersection of microelectronics test, counterfeit-part detection, and high-reliability sourcing workflows for defense and industrial buyers [Chiplytics, retrieved 2024] [sbir.gov, retrieved 2026]. That framing matters because the company is not selling a general semiconductor design tool or a broad distribution marketplace. According to its website and public coverage, the value proposition is verification before parts enter critical systems, with electrical and visual inspection wrapped into a documented QA process [Chiplytics, retrieved 2024] [finsmes.com, October 2026].
The demand drivers visible in the reporting are practical rather than theoretical. GeekWire ties the company’s formation to the COVID-era chip shortage, when sourcing got harder and quality concerns rose as buyers were pushed beyond established channels [GeekWire, October 2026]. The company’s own workflow also implies where demand originates: requests are routed through sourcing agents, offers are reviewed for datasheet match, package, and date code, and each lot receives an authenticity risk grade before delivery [Chiplytics, retrieved 2024]. That is a useful signal that procurement stress and QA verification are converging into one buying motion, at least for customers handling high-consequence electronics.
Public evidence also points to a defense-linked tailwind. Chiplytics and CALCE were selected for an Air Force Phase II STTR award, and public profiles referenced in the research cite a $1.8 million Phase II contract, while the October 2026 financing announcement included a $2 million Air Force Tactical Funding Increase award [mage.umd.edu, retrieved 2026] [Riley Burdette - LinkedIn, retrieved 2026] [Business Wire, October 2026]. The implication is not that federal awards prove commercial demand, because they do not, but that the problem category has enough policy relevance to attract non-dilutive support tied to supply chain resiliency and trusted electronics [Business Wire, October 2026]. In markets like this, government validation often functions first as technical de-risking and only later as a distribution advantage.
Adjacent markets are easier to identify than the core market’s exact size. One adjacency is authorized or independent component distribution, where the buyer’s primary question is source access and lead time; another is semiconductor test and failure analysis, where the question is electrical performance or defect detection after receipt; a third is counterfeit prevention and standards-based inspection for aerospace and defense supply chains [Chiplytics, retrieved 2024] [Melville Chamber of Commerce, retrieved 2026] [sbir.gov, retrieved 2026]. Chiplytics appears to borrow from all three. Its procurement-facing workflow pushes it toward distribution services, while its Sandia-licensed Power Spectrum Analysis and AS6171-aligned methods push it toward test and compliance infrastructure [sbir.gov, retrieved 2026] [citybiz].
The macro and regulatory backdrop is similarly specific. Public materials repeatedly anchor the company in secure electronics distribution, aerospace and defense procurement, and standards-aligned suspect-part screening [Chiplytics, retrieved 2024] [Melville Chamber of Commerce, retrieved 2026]. That suggests a market shaped less by discretionary software budgets and more by traceability requirements, counterfeit avoidance, and resilience concerns in U.S. electronics supply chains [Business Wire, October 2026]. The Bellport lab opening inside Quality King’s distribution center also indicates that verification may increasingly need to live closer to logistics nodes, not only inside centralized labs, if buyers want speed without relaxing QA standards [Long Island Business News, October 2026].
| Cited market-relevant claim | Signal for demand | Source |
|---|---|---|
| Chiplytics launched during the COVID-era chip shortage | Supply disruption increased the need to source beyond usual channels and validate quality | [GeekWire, October 2026] |
| Chiplytics and CALCE were selected for an Air Force Phase II STTR award | Government demand exists for trusted microelectronics inspection capabilities | [mage.umd.edu, retrieved 2026] |
| October 2026 financing included a $2M Air Force TACFI award | Supply chain resiliency and trusted electronics remain funding priorities | [Business Wire, October 2026] |
| Methods are aligned with AS6171 and paired with Sandia-licensed electrical testing | The product is being positioned toward regulated, high-reliability inspection use cases | [Melville Chamber of Commerce, retrieved 2026] [sbir.gov, retrieved 2026] |
The table does not size the market, but it does show where current demand pressure is coming from: supply chain disruption, defense-backed trust requirements, and standards-driven inspection needs. For investors, that usually means a market that is easier to validate through problem intensity than through top-down category math.
One source, partially checked -- This section relies on a mix of independent publisher coverage, government-linked sources, and company materials, but it does not include a third-party market sizing report for Chiplytics' exact category.
The Competitive Field
MIXED Chiplytics is positioned less against a single named startup rival than against a stack of incumbent test labs, authorized-distribution quality programs, and internal procurement workflows that already sit between a buyer and a suspect chip.
The public record is thin on direct named competitors, so the competitive map has to start with categories rather than a league table. At one end are incumbent standards-driven test and inspection providers that verify components for aerospace, defense, and other high-reliability environments, a lane implied by Chiplytics' alignment with AS6171 methods and its focus on counterfeit and defective parts [citybiz, retrieved 2026] [Melville Chamber of Commerce, retrieved 2026]. Adjacent to that are authorized distributors and sourcing intermediaries whose core value is trusted supply, not necessarily deep forensic inspection, but whose channel position can preempt a third-party QA platform if customers prefer to buy only through approved routes [Chiplytics, retrieved 2024]. A third substitute is the internal quality organization at a defense contractor or electronics manufacturer, which may already run incoming inspection and failure analysis in-house rather than outsource the decision [Long Island Business News, October 2026].
Chiplytics' clearest edge today appears to be product architecture tied to provenance. The company says its workflow combines an electrical signature and image for each chip with automated analysis, and the strongest public support under that claim is the Sandia-licensed Power Spectrum Analysis technique described by SBIR materials as a fast, non-invasive electrical testing method that captures a unique multi-pin frequency response [sbir.gov, retrieved 2026] [The Org, retrieved 2026]. If that method produces repeatable verification data at lower handling time than manual inspection, the advantage could compound into a proprietary reference dataset over time, especially once the Bellport lab processes meaningful volume [Long Island Business News, October 2026]. The durability is still unproven, though, because a licensed core technique is not the same thing as exclusive category control, and the company has not publicly disclosed customer scale, throughput, or repeat usage that would show data network effects have already taken hold [Business Wire, October 2026] [GeekWire, October 2026].
The exposure is easier to name than the rival. Chiplytics does not appear, from public materials, to own the procurement channel; instead, it routes part requests through a curated network of sourcing agents and adds risk assessment, grading, and test documentation on top [Chiplytics, retrieved 2024]. That leaves room for stronger channel owners, namely authorized distributors or established inspection partners embedded in defense and aerospace procurement, to absorb similar QA features without ceding customer control. There is also a capability boundary in the public evidence: the company is described as authenticating and quality-screening semiconductor components before assembly into critical systems, not as providing full downstream reliability qualification, field monitoring, or broad semiconductor test services across the product lifecycle [GeekWire, October 2026] [finsmes.com, October 2026].
The most plausible 18-month scenario is a bifurcation between channel-led trust and data-led verification. Winner if X: Scout Ventures, as the most visibly aligned backer and incubator, benefits if Chiplytics converts its October 2026 financing and Air Force-linked momentum into a repeatable defense and high-reliability inspection workflow, because the company then looks less like a services layer and more like a defensible verification platform [Scout Ventures, May 2022] [Business Wire, October 2026] [mage.umd.edu, retrieved 2026]. Loser if Y: the curated sourcing-agent model embedded in Chiplytics' own offering loses relative importance if large buyers continue consolidating purchases through authorized channels where provenance is assumed upstream and third-party authentication is used only for edge cases [Chiplytics, retrieved 2024]. In other words, the company's near-term competitive outcome likely turns less on defeating a named startup and more on whether independent verification becomes a default procurement step or remains a specialist add-on.
One source, partially checked -- Based on public publisher reporting, company materials, and standards-related references, but direct named competitor evidence is limited and parts of the competitive map are analytical inference rather than company-specific corroboration.
Opportunity
Upside Case
Publicly reported If Chiplytics executes, the prize is not a better chip test bench, it is a control point in the trusted movement of semiconductors into defense, aerospace, and other high-reliability systems where a single suspect component can halt production or compromise a program [Chiplytics, retrieved 2024] [GeekWire, October 2026] [Long Island Business News, October 2026].
The headline opportunity is to become default verification infrastructure for critical-component procurement and acceptance testing. That outcome is reachable, not merely aspirational, because the company is already positioned at the intersection of three things that matter in this category: a specific technical method licensed from Sandia National Laboratories, namely its Power Spectrum Analysis approach [sbir.gov, retrieved 2026]; evidence of defense-aligned validation through an Air Force Phase II STTR selection and a reported $1.8 million Phase II STTR contract [mage.umd.edu, retrieved 2026] [Riley Burdette - LinkedIn, retrieved 2026]; and an operating model that extends beyond test equipment into procurement workflow, including risk assessment, lot grading, and documented verification results [Chiplytics, retrieved 2024] [Business Wire, October 2026]. In practical terms, that means Chiplytics is trying to sit where sourcing, inspection, and compliance meet, which is a stronger place to build from than selling a single point tool.
A few distinct scale paths are visible from the public record, and each depends on a different catalyst rather than the same assumption repeated three ways.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Defense verification layer | Chiplytics becomes a standard pre-integration QA step for defense electronics programs and their suppliers | Additional Air Force adoption following the Phase II STTR work and related funding support [mage.umd.edu, retrieved 2026] [Riley Burdette - LinkedIn, retrieved 2026] | The company already has defense-facing validation, and its methods are described as aligned with AS6171, an aerospace standard for suspect parts inspection [citybiz, retrieved 2026] [Melville Chamber of Commerce, retrieved 2026] |
| Trusted sourcing marketplace | Chiplytics grows from inspection into the transaction layer for hard-to-source components, with verification bundled into procurement | Expansion of the curated sourcing-agent network and repeat use of upfront risk scoring in purchase decisions [Chiplytics, retrieved 2024] | The website workflow already routes requests through sourcing agents and grades lot risk before delivery, which is the early shape of a brokered, trust-centered procurement platform [Chiplytics, retrieved 2024] |
| Independent verification utility for distributors and manufacturers | Chiplytics becomes the outsourced QA back-end for distributors, contract manufacturers, and electronics firms that lack in-house counterfeit screening capacity | Bellport lab utilization and replication of the inspection-lab model with channel partners [Long Island Business News, October 2026] [GeekWire, October 2026] | The Bellport facility is already embedded inside Quality King's flagship distribution center, and the company has publicly described automated inspection plus documented results as a service layer [Long Island Business News, October 2026] [Business Wire, October 2026] |
What compounding looks like here is a data-and-workflow flywheel rather than a consumer-style network effect. Each inspected lot can add to the company's library of electrical signatures, images, and classification outcomes, while each procurement interaction can strengthen supplier scoring, risk assessment, and test-plan selection if the company retains and structures that history, an inference supported by its stated use of electrical and visual data plus automated analysis to detect counterfeit, defective, or substituted parts [The Org, retrieved 2026] [sbir.gov, retrieved 2026] [Chiplytics, retrieved 2024]. The more often Chiplytics is inserted upstream in sourcing, the more likely it is to influence which suppliers are trusted, which parts trigger deeper review, and where customers accept a documented certification result instead of building parallel internal processes [Chiplytics, retrieved 2024] [Business Wire, October 2026]. That is the kind of operating use that can turn a service-heavy wedge into infrastructure, provided throughput and false-positive rates hold up in production.
The size of the win is harder to anchor cleanly because the source set does not provide a named public peer or a third-party market size estimate. On public evidence alone, the most defensible statement is narrower: if the company became a recognized verification layer across defense and high-reliability electronics supply chains, the business could plausibly command strategic value as testing infrastructure, compliance software, and trusted procurement workflow in one platform (scenario, not a forecast) [GeekWire, October 2026] [Business Wire, October 2026] [Chiplytics, retrieved 2024]. The October 2026 financing and lab launch do not prove that outcome, but they do establish that outside capital, government-linked validation, and physical inspection capacity are already in place, which is more concrete than an idea-stage claim [Business Wire, October 2026] [Long Island Business News, October 2026] [Scout Ventures, May 2022].
One source, partially checked -- Relies on a mix of independent reporting, government-linked sources, and company materials; the upside logic is grounded in public evidence, but several product-workflow details remain company-sourced or partially corroborated.
Sources
Publicly reported
[Chiplytics, retrieved 2024] Chiplytics | https://chiplytics.com/
[LinkedIn, retrieved 2024] Chiplytics | LinkedIn | https://www.linkedin.com/company/chiplytics
[Scout Ventures, May 2022] Meet Chiplytics: the Latest Startup to Emerge from Scout's Incubator Program | https://www.scout.vc/media/meet-chiplytics-the-latest-startup-to-emerge-from-scouts-incubator-program
[Crunchbase, retrieved 2024] Chiplytics - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/chiplytics
[Business Wire, October 2026] Chiplytics Secures $4.5M to Bring Resiliency to US Electronics Supply Chain | https://chiplytics.com/pr
[GeekWire, October 2026] Seattle startup Chiplytics lands $4.5M to catch fake and flawed chips before they hit the market | https://www.geekwire.com/2026/seattle-startup-chiplytics-lands-4-5m-to-catch-fake-and-flawed-chips-before-they-hit-the-market/
[sbir.gov, retrieved 2026] SBIR.gov | https://www.sbir.gov/
[The Org, retrieved 2026] The Org | https://theorg.com/
[finsmes.com, October 2026] FinSMEs | https://www.finsmes.com/
[news.cornell.edu, July 2018] Cornell students win $500,000 for music tech startup | https://news.cornell.edu/stories/2018/07/cornell-students-win-500000-music-tech-startup
[revithaca.com, retrieved 2026] Rev: Ithaca Startup Works | https://revithaca.com/
[TechCrunch, June 2024] Tern AI wants to reduce reliance on GPS with low-cost navigation alternative | https://techcrunch.com/2024/06/12/tern-ai-wants-to-reduce-reliance-on-gps-with-low-cost-navigation-alternative/
[Long Island Business News, October 2026] $4.5M funding brings Chiplytics microchip-testing lab to Bellport | https://libn.com/
[LinkedIn, retrieved 2026] Riley Burdette | LinkedIn | https://www.linkedin.com/in/riley-burdette-a46233327/
[mage.umd.edu, retrieved 2026] Maryland Applied Graduate Engineering at the University of Maryland | https://mage.umd.edu/
[citybiz, retrieved 2026] citybiz | https://www.citybiz.co/
[Melville Chamber of Commerce, retrieved 2026] Melville Chamber of Commerce | https://melvillechamber.org/
[cbinsights.com, retrieved 2026] CB Insights | https://www.cbinsights.com/
[The Entrepreneur Way, retrieved 2026] 738: Getting into the Beat of Business Success with Steven Dourmashkin Co-founder and Co-owner of Specdrums - The Entrepreneur Way | http://theentrepreneurway.com/podcast/738-getting-into-the-beat-of-business-success-with-steven-dourmashkin-co-founder-and-co-owner-of-specdrums/
Articles about Chiplytics
- The Standard for Aerospace Counterfeit Detection Now Runs on Automated Inspection — The Seattle startup's quality assurance platform, built on licensed national lab tech, aims to be the gatekeeper for electronics bound for critical systems.