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Neonode (NEON)

Neonode Inc. is a publicly traded company, headquartered in Stockholm, Sweden and established in 2001. The company provides advanced optical sensing solutions for contactless touch, touch, gesture control, and in-cabin monitoring. Building on experience acquired during years of advanced R&D and technology licensing, Neonode's technology is currently deployed in more than 75 million products and the company holds more than 120 patents worldwide. Neonode's customer base includes some of the world's best-known Fortune 500 companies in the consumer electronics, office equipment, medical, avionics, and automotive industries. Neonode operates in three business areas: HMI Solutions, HMI Products and Remote Sensing Solutions. In HMI Solutions, Neonode offers customized touch and gesture control solutions for different markets and segments, including the military & avionics and industrial segments. In HMI Products, the company provides standardized sensor modules for contactless touch, touch and gesture sensing applications relevant to many industries, including the elevator and interactive kiosk segments. In Remote Sensing Solutions, Neonode offers software solutions for driver and in-cabin monitoring in vehicles.

Company profile

Ticker
NEON
Exchange
Website
CEO
Urban Forssell
Employees
Incorporated
Location
Fiscal year end
Former names
Neonode, Inc, SBE INC
SEC CIK
Subsidiaries
Neonode Technologies AB • Neonode Japan Inc. • Neonode Korea Ltd. ...
IRS number
941517641

NEON stock data

Investment data

Data from SEC filings
Securities sold
Number of investors

Calendar

11 May 22
26 Jun 22
31 Dec 22
Quarter (USD) Mar 22 Dec 21 Sep 21 Jun 21
Revenue
Cost of revenue
Operating income
Operating margin
Net income
Net profit margin
Cash on hand
Change in cash
Diluted EPS
Annual (USD) Dec 21 Dec 20 Dec 19 Dec 18
Revenue
Cost of revenue
Operating income
Operating margin
Net income
Net profit margin
Cash on hand
Change in cash
Diluted EPS
Cash burn rate (est.) Burn method: Change in cash Burn method: Operating income Burn method: FCF (opex + capex)
Last Q Avg 4Q Last Q Avg 4Q Last Q Avg 4Q
Cash on hand (at last report) 15.13M 15.13M 15.13M 15.13M 15.13M 15.13M
Cash burn (monthly) 752.33K (no burn) 464.33K 573.42K 759.67K 663.92K
Cash used (since last report) 2.16M n/a 1.33M 1.65M 2.18M 1.91M
Cash remaining 12.97M n/a 13.79M 13.48M 12.95M 13.22M
Runway (months of cash) 17.2 n/a 29.7 23.5 17.0 19.9

Beta Read what these cash burn values mean

Date Owner Security Transaction Code Indirect 10b5-1 $Price #Shares $Value #Remaining
17 May 22 Cecilia Edstrom Common Stock Grant Acquire A No No 0 4,000 0 4,000
17 Dec 21 Fredrik Nihlen Common Stock Grant Acquire A No No 0 3,360 0 16,190
17 Dec 21 Urban Forssell Common Stock Grant Acquire A No No 0 6,125 0 123,922
12 Aug 21 Fredrik Nihlen Common Stock, par value $0.001 Grant Acquire A No No 0 12,830 0 12,830
25.8% owned by funds/institutions
13F holders Current Prev Q Change
Total holders 17 21 -19.0%
Opened positions 2 8 -75.0%
Closed positions 6 2 +200.0%
Increased positions 3 6 -50.0%
Reduced positions 5 4 +25.0%
13F shares Current Prev Q Change
Total value 34.58M 36.67M -5.7%
Total shares 3.5M 3.56M -1.6%
Total puts 0 0
Total calls 11.4K 21K -45.7%
Total put/call ratio
Largest owners Shares Value Change
Lindell Peter 1.78M $19.46M 0.0%
Forsakringsaktiebolaget Avanza Pension 1.16M $11.67M 0.0%
AWM Investment 263.17K $1.6M 0.0%
Vanguard 82.21K $499K -1.9%
BLK Blackrock 79.85K $485K 0.0%
Geode Capital Management 58.3K $354K +26.7%
Renaissance Technologies 39.21K $238K -38.4%
STT State Street 21.41K $130K +14.3%
NTRS Northern Trust 15.68K $95K -9.6%
MS Morgan Stanley 5K $30K +42.9%
Largest transactions Shares Bought/sold Change
Renaissance Technologies 39.21K -24.49K -38.4%
Susquehanna International 0 -15.92K EXIT
Millennium Management 0 -15.04K EXIT
Geode Capital Management 58.3K +12.27K +26.7%
Dorsey Wright & Associates 0 -5.71K EXIT
UBS UBS Group AG - Registered Shares 1 -5.04K -100.0%
Simplex Trading 0 -3.21K EXIT
STT State Street 21.41K +2.68K +14.3%
NTRS Northern Trust 15.68K -1.66K -9.6%
Vanguard 82.21K -1.58K -1.9%

Content analysis

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Constraining
Legalese
Litigous
Readability
H.S. freshman Avg
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Removed: accessory, accredited, CA, closing, conversion, covering, Daesung, declared, delivering, derive, designated, Designation, disaggregated, driver, eliminate, Elimination, embedded, entitled, evidence, experiencing, found, functionality, Health, higher, initiate, institutional, involved, Jose, Korea, mitigate, notebook, partner, paused, play, plug, powered, renew, resulted, Road, San, Seoul, Simplifying, Thirteen, troubled, undertaken, unissued, World, Zanker

Patents

Utility
Optical Touch Sensor
31 Mar 22
An optical sensor including lenses along two opposite edges of a detection area, light emitters mounted along a specific one of the edges, each emitter projecting light beams through a respective one of the lenses, wherein the lenses split the projected emitter light into a plurality of divergent light beams directed across the detection area to respective pluralities of lenses along the edge of the detection area opposite the specific edge, wherein light intensity of each directed light beam is maximized along its center and an intensity distribution within each directed beam is known, light detectors along the edge opposite the specific edge, each detector receiving light directed across the detection area through a respective one of the lenses, and a processor receiving outputs from the detectors and calculating object locations in the detection area based on the known intensity distribution within each directed light beam and the received outputs.
Utility
Motorist User Interface Sensor
3 Feb 22
A steering wheel that includes optoelectronic components, each specific optoelectronic component including a light projector projecting light out of the steering wheel at two different angles, denoted a1 and a2, a light sensor detecting reflections of the light projected by neighboring optoelectronic components by an object above the steering wheel, a lens oriented relative to the light sensor such that the light sensor receives maximum intensity when light enters the lens at either of two particular angles, specifically, when light enters the lens at a particular angle b1, and at a particular angle b2 different than b1, wherein angle b1 views reflections of light projected at angle a1 by the optoelectronic component neighboring the specific optoelectronic component on one side, and angle b2 views reflections of light projected at angle a2 by the optoelectronic component neighboring the specific optoelectronic component on the side opposite the one side.
Utility
Optical Proximity Sensors
11 Nov 21
A sensor determining coordinates of a proximal object, including a one-dimensional array of alternating light emitters and detectors, including a plurality of light emitters projecting light along a detection plane, and a plurality of light detectors detecting reflections of the projected light, by a reflective object in the detection plane, and a plurality of lenses mounted and oriented relative to the emitters and the detectors such that the light detectors receive maximum intensity when light enters a corresponding lens at a first particular angle, whereby for each emitter-detector pair, light emitted by the emitter of that pair passes through one of the lenses and is reflected by the object back through one of the lenses to the detector of that pair when the object is located at one of a set of positions in the detection plane, that position being associated with that emitter-detector pair.
Utility
Optical proximity sensors
27 Jul 21
A modular proximity sensor including a plurality of sensor modules, each sensor module including a housing, lenses, light detectors, each detector positioned along the image plane of a respective lens so as to receive maximum light intensity when light enters the lens at a particular angle, light emitters, each emitter positioned in relation to a respective lens so as to project light into a detection zone, an activating unit synchronously co-activating each emitter with at least one of the detectors, and a calculating unit receiving detector outputs corresponding to amounts of projected light reflected by an object in the detection zone, and calculating a two-dimensional location of the object in the detection zone based on the detector outputs and the particular angle, wherein neighboring sensor modules monitor different detection zones, and a processor receiving outputs from each sensor module and mapping the object location in multiple detection zones over time.
Utility
Multi-plane Reflective Sensor
22 Jul 21
An optical assembly including a reflectance-based sensor emitting light into a detection plane and detecting reflections of the emitted light, reflected by an object located in the detection plane, a light redirector positioned away from the sensor redirecting light emitted by the sensor into one or more spatial planes parallel to the detection plane and, when the object is located in the one or more spatial planes, redirecting light reflected by the object into the detection plane, and a processor controlling light emitted by the sensor and receiving outputs from the sensor, and configured such that when an object passes through one or more of the spatial planes, the processor identifies both the spatial planes through which the object passes, and the location of the object within the spatial planes through which it passes, based on the received outputs and the position of the light redirector relative to the sensor.