InnoSense
Driven engineering company providing services for defense, aerospace, energy, health care, and industrial markets.
Website: https://innosensecorp.com
Cover Block
PUBLIC
| Field | Value |
|---|---|
| Name | InnoSense |
| Tagline | Driven engineering company providing services for defense, aerospace, energy, health care, and industrial markets. |
| Headquarters | Torrance, CA, USA |
| Founded | 2004 |
| Business Model | B2B |
| Industry | Defense / Govtech |
| Technology Type | Hardware (advanced materials and sensors) |
| Geography | North America |
| Funding Label | SBIR/STTR government contracts |
Links
PUBLIC
- Website: https://innosensellc.com/
- LinkedIn: https://www.linkedin.com/company/innosense-llc
- Crunchbase: https://www.crunchbase.com/organization/innosense
- PitchBook: https://pitchbook.com/profiles/company/443702-80
- CB Insights: https://www.cbinsights.com/company/innosense
Executive Summary
PUBLIC
InnoSense is a Torrance, California research and engineering firm that has spent two decades converting federal non-dilutive research dollars into advanced sensor and materials technology for the defense, aerospace, energy, healthcare, and industrial sectors [Crunchbase] [LinkedIn]. The company was founded in 2004 and has positioned environmental sensors as its core technical thread since inception, with public materials tracing the lineage back to early fiber-optic chemical sensing work in the 1980s carried out by its founding scientists [InnoSense]. The current product surface area, as described on the company's own site and in CB Insights' profile, spans nanowire-based environmental sensors, nanomaterial coatings, and functional materials engineered for specific government and industrial use cases [CBInsights] [InnoSense]. Leadership is led by President and CEO Kisholoy Goswami, with Latika Datta as Chief Operating Officer, Uma Sampathkumaran as Vice President of R&D, and Shanto Goswami as VP of Business Development [LinkedIn] [Craft.co] [Inknowvation]. Capital formation has come through SBIR and STTR awards rather than venture rounds, including a 2024 Phase I award reported at $206,500 and a NASA Phase II contract for ionic liquid-based phase change materials used as heat exchangers [ZoomInfo] [InnoSense]. Investors evaluating InnoSense should treat it as a federally-funded deeptech contract research organization rather than a venture-stage growth company, and should watch the next 12 to 18 months for evidence of Phase III commercialization, dual-use spinouts, or licensing deals that translate the lab portfolio into recurring revenue. The neutral framing: a long-tenured technical shop with credible federal customers and limited public commercial signal.
Data Accuracy: GREEN -- Confirmed by Crunchbase, LinkedIn, CB Insights, and the company website.
Taxonomy Snapshot
| Axis | Value |
|---|---|
| Business Model | B2B (federal contracts and industrial services) |
| Industry / Vertical | Defense / Govtech, with adjacencies in aerospace, energy, and healthcare |
| Technology Type | Hardware: advanced materials, nanowire sensors, functional coatings |
| Geography | North America (Torrance, CA) |
| Funding | SBIR/STTR government contracts |
Company Overview
PUBLIC
InnoSense was incorporated in 2004 and operates from Torrance, California, in the South Bay aerospace corridor that historically clusters around defense primes and JPL-adjacent suppliers [Crunchbase]. The company describes itself on LinkedIn as "a research organization that is developing innovative products using advanced materials and sensor research," a positioning that has remained consistent across its public profiles for several years [LinkedIn]. Its 1,042 LinkedIn followers and modest digital footprint are consistent with a contract research firm whose customers reach it through federal solicitations and industry referrals rather than inbound marketing.
The milestones that surface in public sources are largely federal awards rather than commercial product launches. Inknowvation and SBIR.gov record a Phase I STTR award in 2023 and a separate Phase I award in 2024 reported at $206,500 [Inknowvation] [ZoomInfo]. The company's own emerging-technologies page references a NASA Phase II contract for "Modified Ionic Liquid-based Phase Change Materials as Effective Heat Exchangers," indicating that at least one project line has graduated from feasibility (Phase I) into the larger Phase II development tranche typical of NASA SBIR programs [InnoSense]. An older 2011 Phase I award is also documented in Department of Energy records via OSTI, suggesting a continuous federal funding cadence over more than a decade [OSTI].
Leadership has remained closely held. Kisholoy Goswami is listed as President and CEO on his LinkedIn profile and on InnoSense materials, with Latika Datta as COO and Uma Sampathkumaran as VP of R&D per Craft.co's executive directory [LinkedIn] [Craft.co]. Shanto Goswami appears in both Crunchbase and Inknowvation as VP of Business Development and Strategic Advisor [Crunchbase] [Inknowvation]. The legal entity is structured as an LLC ("InnoSense LLC") per LinkedIn and federal award records.
Data Accuracy: GREEN -- Confirmed by Crunchbase, LinkedIn, Inknowvation, OSTI, and the company website.
Product and Technology
MIXED
InnoSense's product portfolio, as described on its own emerging-technologies page and summarized by CB Insights, centers on three families: environmental sensors (with a particular emphasis on nanowire-based architectures), nanomaterial coatings, and functional materials engineered for specific thermal, optical, or chemical applications [PUBLIC] [InnoSense] [CBInsights]. The company states that environmental sensors "have been [the] primary core technology since operations began in 2004," and traces its scientific heritage to commercializing what it describes as "the world's first fiber-optic chemical sensor for hydrocarbons in the 1980s" [PUBLIC] [InnoSense]. That historical claim is sourced only to InnoSense itself and should be treated as a company-asserted lineage rather than independently verified market history.
The most concretely documented technical project in public sources is the NASA Phase II contract for "Modified Ionic Liquid-based Phase Change Materials as Effective Heat Exchangers" [PUBLIC] [InnoSense]. Phase change materials of this class are typically targeted at spacecraft thermal management, where high latent heat density per unit mass is valued. Separately, MTEC (the Medical Technology Enterprise Consortium) lists InnoSense Corp. among participating life-sciences performers, with a brief reference to "sensor development for environmental and biological analytes," suggesting at least one active dual-use thread bridging environmental sensing and biosensing for defense health applications [PUBLIC] [MTEC].
What the public record does not reveal is a productized, commercially-priced SKU sold through a standard channel. There is no published pricing, no app-store or e-commerce surface, and no third-party press coverage of a flagship customer deployment. The company's website serves primarily as a capability brochure for federal program officers and prime-contractor business development teams rather than as a self-serve commerce funnel [PUBLIC] [InnoSense]. For investors, the practical implication is that product-market fit is best evaluated by reading the SBIR/STTR Phase II and Phase III award patterns and by direct outreach for technology readiness level (TRL) status on each thread.
Data Accuracy: YELLOW -- Most product claims sourced to the company's own site and CB Insights' summary, with partial corroboration from MTEC and federal award databases.
Market Research and Opportunity
PUBLIC
The markets InnoSense addresses sit at the intersection of three federal-procurement waves that have meaningfully accelerated since 2022: defense modernization (notably sensors and signature management), space thermal and propulsion systems, and biodefense-adjacent biosensing. None of these markets are sized in the captured research with a citation specific to InnoSense's served segments, so the framing here is qualitative and based on the contract programs the company has won rather than on a third-party TAM figure.
On the defense side, the SBIR and STTR programs through which InnoSense raises capital have themselves grown in dollar volume across the Department of Defense, NASA, and Department of Energy, with thousands of Phase I and Phase II awards issued annually and a continuing congressional mandate for small-business set-aside research funding (the program was reauthorized through 2025 under the SBIR and STTR Extension Act of 2022). The cited public record confirms InnoSense as a repeat performer in this system, which matters because Phase III graduation, where research transitions into a sole-source production contract, is the single largest non-dilutive value-creation event available to firms of this profile [InnoSense] [Inknowvation].
In aerospace thermal management, the NASA Phase II contract for ionic liquid-based phase change materials sits in a category where commercial space station, lunar surface, and satellite operators all face increasing thermal loads as payload power densities rise [InnoSense]. In environmental and biological sensing, MTEC's involvement signals demand-pull from the defense health enterprise for deployable analyte sensors, an area that received elevated attention after pandemic-era biosurveillance investments [MTEC].
| Cited Sizing Claim | Source | Notes |
|---|---|---|
| NASA Phase II contract value (ionic liquid PCM project) | InnoSense | Dollar amount not disclosed in captured sources |
| 2024 Phase I award | ZoomInfo | $206,500 reported |
| Repeat federal performer since at least 2011 | OSTI, Inknowvation | Continuous SBIR/STTR cadence |
Analyst takeaway: the available numeric evidence describes a steady, low-volume non-dilutive capital base rather than a venture-scale market opportunity. The investable thesis depends on whether one or more of the technology threads can graduate to Phase III sole-source contracts or commercial licensing, neither of which is evidenced in the captured public record.
Data Accuracy: YELLOW -- Federal award records confirmed via Inknowvation, OSTI, and ZoomInfo; market sizing not independently sourced.
Competitive Landscape
MIXED
The captured research does not name specific competitors for InnoSense, so the competitive map below is drawn structurally from the segments the company operates in rather than from named-rival reporting [PUBLIC].
InnoSense competes, structurally, in three overlapping arenas. The first is the population of small SBIR/STTR-funded materials and sensor research firms that cluster around DoD, NASA, and DOE solicitations: companies in this group typically run on 20 to 100 employees, derive a majority of revenue from federal awards, and differentiate on principal-investigator credentials and prior Phase II win rates rather than on commercial brand. The second arena is the contract research and development arm of larger defense and aerospace primes and tier-one suppliers, who can self-fund internal IRAD on similar problems and who often become the Phase III pull-through customer for small performers like InnoSense. The third arena is academic and federally-funded R&D centers (university labs, national labs, FFRDCs) that compete for the same federal research dollars but operate under different cost structures and commercialization constraints [PUBLIC].
Where InnoSense appears to have a defensible edge today is in the durability of its federal customer relationships and in the specific niche of nanowire and nanomaterial-based environmental sensors, a thread the company has reportedly pursued continuously since 2004 [InnoSense]. Continuity of program-officer relationships, accumulated Phase I-to-Phase II conversion history, and a small-business set-aside eligibility are real, if perishable, advantages in this market. They are perishable because they depend on continued congressional reauthorization of SBIR/STTR programs and on the company maintaining its small-business size standard.
Where InnoSense is most exposed is on commercial scale-up. The captured public record contains no evidence of a flagship commercial customer, no disclosed venture capital, and no productized go-to-market motion outside the federal channel. A larger materials-science competitor that combines federal research credibility with a private-equity-backed manufacturing footprint can, in principle, win Phase III production contracts that a research-only firm cannot fulfill. The most plausible 18-month competitive scenario: a winner-if-X path in which InnoSense converts the NASA ionic-liquid PCM Phase II into a Phase III sole-source production contract or licensing deal with a spacecraft thermal subsystem integrator; a loser-if-Y path in which a vertically-integrated prime absorbs the same technology category through internal R&D or acquisition, leaving InnoSense as a sub-tier supplier rather than a category owner.
Data Accuracy: ORANGE -- No named competitors in captured sources; analysis is structural and inferred from segment dynamics.
Opportunity
PUBLIC
The upside case for InnoSense is narrower than a typical venture story but, if it lands, can be unusually capital-efficient because the federal funding base de-risks the R&D phase before commercial scale.
The headline opportunity. The single largest plausible outcome for InnoSense is to convert one of its long-running technology threads, most credibly the nanowire environmental sensor line or the NASA-funded ionic liquid phase change material line, into a Phase III sole-source production contract or an exclusive licensing arrangement with a defense or aerospace prime [InnoSense]. Phase III contracts are not competed and can run for many years, which is the mechanism by which small SBIR performers occasionally compound into mid-market specialty manufacturers without raising venture capital. The cited evidence (continuous federal funding since at least 2011, an active NASA Phase II, and an MTEC life-sciences engagement) makes this outcome reachable rather than aspirational, although timing is unpredictable [OSTI] [InnoSense] [MTEC].
Growth scenarios.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Phase III pull-through | A NASA or DoD program converts an InnoSense Phase II thread into sole-source production | Mission program of record adopts the ionic liquid PCM or nanowire sensor as a baseline component | Active NASA Phase II already exists [InnoSense] |
| Dual-use biosensing spinout | The MTEC-aligned biosensor work productizes into a defense-health deployable | A DoD biosurveillance or warfighter-health program selects the platform | MTEC participation is documented [MTEC] |
| Licensing to a prime or tier-one | A defense or aerospace integrator licenses the materials portfolio rather than building in-house | Prime decides build-vs-buy in favor of a credentialed small performer | Twenty-year federal track record reduces technical risk [Inknowvation] |
What compounding looks like. The flywheel for a firm of this profile is reputational and relational rather than algorithmic. Each successful Phase II execution increases the probability of the next Phase I award in an adjacent topic, because program officers and source-selection panels weight prior performance heavily. Over time, a portfolio of related Phase II completions in sensors and functional materials creates a body of TRL-5-to-7 technology that is attractive both for Phase III sole-source awards and for acquisition by a strategic. The captured evidence that InnoSense has sustained this cadence from 2011 through 2024 suggests the flywheel is already turning, even if its outputs are not visible in commercial revenue [OSTI] [Inknowvation] [ZoomInfo].
The size of the win. Comparable outcomes in this category include small SBIR-grown specialty materials and sensor firms that have been acquired by defense primes for figures in the low-to-mid nine digits when they hold a Phase III production contract or an exclusive process patent on a platform component. No such transaction is documented for InnoSense in the captured sources, so any specific number would be speculative. The honest scenario framing (scenario, not a forecast): if InnoSense converts a single Phase II thread into a long-duration Phase III production contract with a NASA or DoD program of record, the enterprise value created is materially larger than the cumulative non-dilutive funding consumed to date, and the company becomes a credible tuck-in target for a defense or aerospace strategic acquirer.
Data Accuracy: YELLOW -- Scenario framing grounded in cited federal awards; comparable transaction multiples not sourced from the captured research.
Sources
PUBLIC
[Crunchbase] InnoSense - Crunchbase Company Profile & Funding | https://www.crunchbase.com/organization/innosense
[Crunchbase] Shanto Goswami - VP of Business Development @ InnoSense | https://www.crunchbase.com/person/shanto-goswami
[LinkedIn] InnoSense | LinkedIn company page | https://www.linkedin.com/company/innosense-llc
[Inknowvation] InnoSense LLC company profile | https://www.inknowvation.com/sbir/companies/innosense-llc
[LinkedIn] Kisholoy Goswami - President and CEO, InnoSense LLC | https://www.linkedin.com/in/kisholoy-goswami-9424184/
[Craft.co] InnoSense CEO and Key Executive Team | https://craft.co/innosense/executives
[InnoSense] InnoSense - Emerging Technologies | https://innosensellc.com/emergingtechnology
[InnoSense] InnoSense - Technologies for Tomorrow | https://innosensellc.com/
[CBInsights] InnoSense - Products, Competitors, Financials, Employees, Headquarters Locations | https://www.cbinsights.com/company/innosense
[MTEC] InnoSense Corp. | MTEC member profile | https://mtec-sc.org/life-sciences/innosense-corp
[PitchBook] InnoSense 2025 Company Profile: Valuation, Funding & Investors | https://pitchbook.com/profiles/company/443702-80
[ZoomInfo] InnoSense LLC company information (2024 Phase I award reference) | referenced via ZoomInfo company page
[OSTI] InnoSense LLC 2011 Phase I award record | U.S. Department of Energy OSTI database
Articles about InnoSense
- InnoSense Is Selling the Pentagon Sensors Built From Two Decades of SBIR Contracts — The Torrance materials shop has spent 20 years turning federal research dollars into nanowire sensors and phase-change heat exchangers.