What is Suometry's primary value proposition?

Suometry’s value proposition is centered on speed and latency reduction. According to slide 5, they have reduced the 3D 360 pipeline—from calibration to immersive playback—to approximately one second. This is significantly faster than the industry standards of 2018, which ranged from 20 minutes to a full day, making their tech viable for real-time applications like autonomous driving and live VR streaming.

What markets is Suometry targeting?

The deck identifies several high-growth sectors on slide 2 and slide 3. These include Augmented Reality and Virtual Reality (AR/VR), robotics, security, machine learning, and next-generation Advanced Driver Assistance Systems (ADAS). They argue that stereoscopic depth estimation is 'absolutely necessary' for these emerging applications to integrate the real world with augmented objects.

How does the hardware differ from traditional 360 cameras?

Slide 4 highlights a 'patented omnistereo three-camera design.' Unlike many 360 cameras that use two ultra-wide fisheye lenses or large arrays of many cameras, Suometry uses a specific three-camera configuration. Notably, they use 'off the shelf lenses and sensors,' which they claim results in very low supply chain risks and 'good-to-great' margins.

Is there any evidence of market traction in the deck?

Traction data is minimal. Slide 2 states that 'Suometry camera evaluations have started,' implying that prototypes are in the hands of potential partners or customers. However, the deck does not list names of companies conducting these evaluations, nor does it mention any letters of intent (LOIs), pilot results, or revenue figures.

What are the most significant omissions in this pitch deck?

The deck is missing almost all standard business metrics. There is no team slide to establish founder credibility, no market sizing (TAM) to show the scale of the opportunity, and no business model explaining how they will make money (e.g., licensing vs. hardware sales). Most importantly, while they mention seeking a 'seed round' on slide 2, they never specify the amount of capital required.

Suometry Pitch Deck (2018): 11-Slide Seed Deck

See all 11 slides of the Suometry pitch deck — a 2018 Seed deck — with a slide-by-slide teardown of what the deck does well and where it falls short.

Suometry’s pitch deck is a product-centric presentation that relies on technical superiority as its primary hook. The company positions its patented three-camera 'omnistereo' design as a solution to the latency issues plaguing AR/VR and autonomous systems. The deck’s strongest asset is a direct comparative timeline on slide 5, which claims a total pipeline duration of approximately 1 second, dwarfing the 20-minute to 24-hour windows of competitors. However, the deck is notably missing critical business information: there is no mention of team expertise, market size (TAM/SAM), business model,…

Key takeaways

The company claims to have the fastest stereoscopic panoramic camera currently in the market (Slide 2).
Suometry utilizes a patented hardware/software solution to achieve real-time image capture (Slide 2).
Technical specifications cite a real-time response of approximately 20ms per frame (Slide 4).
The hardware design relies on a three-camera 'omnistereo' configuration using off-the-shelf lenses and sensors (Slide 4).
Competitive benchmarking shows Suometry's pipeline duration at ~1s, compared to Insta360 at ~20 minutes and Yi+Jump at 8-24 hours (Slide 5).
The technology is positioned as mission-critical for AR/VR, robotics, and ADAS systems (Slide 2).
The deck mentions that camera evaluations have already commenced as of the 2018 pitch (Slide 2).
The presentation lacks a team slide, financial projections, and a specific funding ask (Omitted).

Executive Summary: A Technical Showcase

The Suometry 2018 Startup Pitch deck is a highly technical document designed to support a live product demonstration. Presented at AWE USA, the deck focuses almost exclusively on the 'how' and 'what' of the technology, rather than the 'who' and 'how much' of the business. While it succeeds in creating a compelling technical gap between Suometry and its competitors, it leaves significant questions unanswered regarding the company's commercial viability and leadership.

Slide 1: Title Slide

The title slide is minimalist, featuring the Suometry logo—a geometric design incorporating a stylized 'O' that resembles a lens or a coordinate system. It clearly states '2018 STARTUP PITCH' and includes a 'Proprietary and Confidential' footer. This slide establishes the brand identity but provides no hint as to the specific industry or problem being solved.

Slide 2: Breakthrough Camera Design

This slide serves as the high-level summary of the company's claims. It features a photo of three small, triangular camera modules, each equipped with three lenses. The text makes several bold claims:

It is the 'Fastest stereoscopic panoramic camera in market today.' · The solution is 'Orders of magnitude faster than any other.' · It utilizes a 'Patented hardware/software solution.'

Crucially, this slide identifies the target markets: AR/VR, robotics, security, machine learning, and ADAS. It also provides the only hint of a business milestone, stating that 'camera evaluations have started' and that the company is 'Seeking seed round for development/product launch.' No specific dollar amount for the seed round is mentioned on this slide or elsewhere in the provided materials.

Slide 3: Real-Time Stereo 360° is Next Big Thing

Slide 3 attempts to establish the 'Why Now?' and the necessity of the technology. It defines stereoscopic vision as having a large Field of View (~114°) and 'really fast eye-to-brain cognition (~13ms).' The slide argues that this level of depth estimation is essential for integrating real-world objects with augmented ones. The imagery includes a VR headset, a brain with gears, and a diagram of a car's sensor range, reinforcing the utility in both consumer electronics and industrial automation.

Slide 4: The Suometry Performance Edge (Technical Specs)

This slide moves into specific technical advantages. It introduces the 'patented omnistereo™ three-camera design.' Key performance metrics cited include:

Real-time response of '~20ms per frame.' · Deployable on 'low cost mobile GPU’s.' · Use of 'Off the shelf lenses and sensors.'

The mention of 'Good-to-great margins' and 'Very low supply chain risks' is the closest the deck gets to discussing unit economics, though it lacks the data to back up these qualitative statements. The central graphic is a triangle labeled with 'Real-Time,' 'Stereoscopic 3D,' and '360 Quality,' positioning the Suometry hardware at the center of these three competing priorities.

Slide 5: The Suometry Performance Edge (Competitive Benchmarking)

This is the most effective slide in the deck. It provides a horizontal timeline comparing the '3D 360 Pipeline Duration' of three entities: Yi+Jump, Insta360, and Suometry. The pipeline includes calibration, stitching, re-projection, cloud distribution, live streaming, and playback. The figures quoted are stark:

Yi+Jump: ~8-24 hours. · Insta360: ~20 minutes. · Suometry: ~1s.

Specifically, Suometry claims a stitching time of ' The final slide is a standard contact page. It features the tagline 'Seeing is Believing' and invites the audience to 'see our camera today in action!' This confirms that the deck was intended to be accompanied by a live demo. It provides the website 'www.suometry.com' and a 2018 copyright notice. There is no contact name, email, or phone number provided on this slide.

What Suometry Does Well

The deck excels at technical positioning. By focusing on a single metric—latency—Suometry makes a complex hardware/software product easy to understand. The competitive comparison on slide 5 is a masterclass in showing, not just telling, a competitive advantage. The use of 'off-the-shelf' components is also a smart inclusion, as it de-risks the hardware play by suggesting the company doesn't need to invent new silicon or specialized optics to succeed.

What is Missing from the Deck

As a fundraising tool, this deck is incomplete. The following elements are entirely absent from the six slides provided:

Team: There is no information about the founders (Isadore Katz) or their technical background. In deep-tech hardware, the pedigree of the engineering team is often the most important factor for seed investors. · Market Size: While they list industries like ADAS and Robotics, they do not provide a Total Addressable Market (TAM) figure. Investors need to know if this is a $100M opportunity or a $10B opportunity. · Business Model: It is unclear if Suometry intends to sell cameras as an OEM, license the 'omnistereo' software to other manufacturers, or operate a SaaS model for image processing. · Financials: There are no projections, historical burn rates, or unit cost breakdowns beyond the phrase 'good-to-great margins.' · The Ask: While they mention seeking a seed round, they do not state how much they are raising, the valuation they are seeking, or what specific milestones the funding will help them achieve.

Founder's Takeaway

Founders should study slide 5 for its clarity in competitive benchmarking. If your startup offers a 10x or 100x improvement in a specific technical metric, a visual timeline or bar chart is the most effective way to communicate that value. However, founders must also ensure that their deck can stand alone. If an investor views this deck without seeing the live demo or hearing the pitch, they would have no idea who is running the company or how the company plans to generate a return on investment. A technical breakthrough is a product; a team, a market, and a distribution strategy make it a business.

Frequently asked questions

What is Suometry's primary value proposition?: Suometry’s value proposition is centered on speed and latency reduction. According to slide 5, they have reduced the 3D 360 pipeline—from calibration to immersive playback—to approximately one second. This is significantly faster than the industry standards of 2018, which ranged from 20 minutes to a full day, making their tech viable for real-time applications like autonomous driving and live VR streaming.
What markets is Suometry targeting?: The deck identifies several high-growth sectors on slide 2 and slide 3. These include Augmented Reality and Virtual Reality (AR/VR), robotics, security, machine learning, and next-generation Advanced Driver Assistance Systems (ADAS). They argue that stereoscopic depth estimation is 'absolutely necessary' for these emerging applications to integrate the real world with augmented objects.
How does the hardware differ from traditional 360 cameras?: Slide 4 highlights a 'patented omnistereo three-camera design.' Unlike many 360 cameras that use two ultra-wide fisheye lenses or large arrays of many cameras, Suometry uses a specific three-camera configuration. Notably, they use 'off the shelf lenses and sensors,' which they claim results in very low supply chain risks and 'good-to-great' margins.
Is there any evidence of market traction in the deck?: Traction data is minimal. Slide 2 states that 'Suometry camera evaluations have started,' implying that prototypes are in the hands of potential partners or customers. However, the deck does not list names of companies conducting these evaluations, nor does it mention any letters of intent (LOIs), pilot results, or revenue figures.
What are the most significant omissions in this pitch deck?: The deck is missing almost all standard business metrics. There is no team slide to establish founder credibility, no market sizing (TAM) to show the scale of the opportunity, and no business model explaining how they will make money (e.g., licensing vs. hardware sales). Most importantly, while they mention seeking a 'seed round' on slide 2, they never specify the amount of capital required.

Cover slide of the Suometry pitch deck — Seed 2018 — Suometry pitch deck, slide 1 (2018)

Suometry pitch deck: the facts

Company: Suometry
Year: 2018
Stage: Seed
Slides: 11
Sector: Computer Vision / Hardware
Deck type: Startup Pitch
Headquarters: USA

Suometry pitch deck PDF

The full Suometry deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the Suometry pitch deck was used for

This is Suometry’s AWE USA 2018 startup pitch deck for a **seed round** in 2018, presenting a patented **three‑camera stereoscopic 360° (omni/omnipolar/omnistereo) camera system** with ultra‑low‑latency real‑time stitching and streaming. The company positions itself as a Montreal‑based computer vision and image‑processing startup building the fastest stereoscopic 360° cameras for AR/VR, robotics, security, machine learning and ADAS use cases. The deck compares Suometry’s latency and image quality to incumbents like Yi and Insta360 and emphasizes its patented hardware–software synergy and ability to run on low‑cost mobile GPUs. It was used to seek seed funding to complete product development and launch, building on visibility from CES 2018 and other early demonstrations.

Round: Seed
Investors: TandemLaunch, Maple Leaf Angels, REDDS Capital
Founded: 2016
Headquarters: Montreal, Quebec, Canada
Industry: Image processing and computer vision / electronic equipment and instruments
Total funding: US$2M (aggregate funding across all rounds)

Year: 2018 (seed‑stage fundraising period around AWE USA 2018)

Raised: US$1.4M seed round (as reported by the founding CEO); approximately US$2M total funding across all rounds

Use of funds as presented: Development and product launch of Suometry’s ultra‑low‑latency stereoscopic 360° camera system and associated real‑time streaming/vision software platform.

What happened after the Suometry deck

Suometry remains a private, Montreal‑based computer‑vision and IP‑licensing company focused on ultra‑low‑latency stereoscopic 360° imaging and depth capture, having progressed from a 2018 seed‑stage hardware‑plus‑software camera pitch through a reported US$1.4m seed raise, CES and CIX recognition, and later emphasis on licensing and software for XR, robotics, ADAS, and industrial applications.

Founded in 2016 as a Montreal‑based computer‑vision and image‑processing company focused on stereoscopic 360° capture.
Developed a patented three‑camera omnipolar/omnistereo 360° camera system with real‑time stitching and low‑latency stere
Exhibited at CES 2018 and AWE USA 2018, receiving positive feedback and positioning as an ultra‑low‑latency enterprise V
Raised approximately US$1.4m in a seed round as reported by the founding CEO, and about US$2m in total funding according
Won the 2019 CES Innovation Prize for its OmniPolar camera and was named a 2019 CIX Top 20 Canadian startup.
Later evolved positioning toward an IP‑licensing and software‑centric image‑processing company offering ultra‑fast stere

What the Suometry deck got right

Clear, market‑relevant latency advantage. The deck presents Suometry as having the **fastest stereoscopic panoramic camera** on the market with “orders of magnitude” lower processing latency and explicitly cites real‑time response around 20 ms per frame, directly addressing a key pain point for AR/VR and time‑critical machine vision.
Defensible patented hardware–software architecture. Suometry’s solution combines a **patented three‑camera omnistereo/omnipolar geometry** with custom real‑time stitching and streaming software, creating a defensible hardware‑software system rather than a commodity 360° camera.
Capital‑efficient hardware design using off‑the‑shelf components. The deck notes that the camera uses **off‑the‑shelf lenses and sensors** and can run on low‑cost mobile GPUs, which can ease manufacturing, reduce supply‑chain risk, and support the claim of “good‑to‑great margins.”
Compelling range of high‑value applications for the core tech. Slides explicitly connect stereoscopic 360° depth capture to multiple high‑value applications such as AR/VR, robotics, security, machine learning and ADAS, showing a broad opportunity surface for the core technology.
Third‑party validation and detailed specs supporting performance claims. External coverage around the time of the deck highlights concrete technical specifications (e.g., 3× Sony Exmor sensors, 4K×2K per eye at 60 fps, <20 ms stitching delay) and strong demo feedback at CES 2018, adding credibility to the performance claims made in the pitch.
Post‑deck external awards and rankings validating the approach. Subsequent recognition such as the CES Innovation Prize for the OmniPolar camera and inclusion in the CIX Top 20 Canadian startups list reinforces that the technology and company were competitive and respected in their field following this seed‑stage period.

What could have been stronger

Limited visible commercial traction in the deck. The deck text and public slide snippet do not show any concrete metrics such as pilots, paying customers, recurring revenue, or OEM design wins at the time of the 2018 pitch, which makes it difficult for an investor to assess commercial traction versus a purely technical prototype.
Performance advantage not rigorously benchmarked in slides. While the deck claims “orders of magnitude faster” performance and 20 ms per‑frame latency, it does not show side‑by‑side benchmarks, standardized latency measurements, or independent validations against competitors like Yi and Insta360, leaving the performance edge mostly as a qualitative assertion.
Broad set of target markets without a clearly prioritized beachhead. The slides emphasize many verticals (AR/VR, robotics, security, machine learning, ADAS), but do not clearly prioritize a single go‑to‑market beachhead or specify which segment will generate early revenue, potentially diluting focus.
Economics and hardware cost structure not quantified. The deck highlights low supply‑chain risk via off‑the‑shelf sensors and lenses and “good‑to‑great margins,” but does not present a bill‑of‑materials breakdown, pricing strategy, or gross‑margin model to support these claims.
IP strength not evidenced in‑deck by specific patents. Despite referring to a patented solution and omnistereo geometry, the slides (as captured) do not reference specific patent numbers or IP strategy details, making it hard to diligence how strong and defensible the protection really is from the deck alone.

How an investor would read this deck

What draws attention

The company had already built and demonstrated a working three‑camera omnistereo/omnipolar 360° rig with real‑time stitching and streaming at events like CES 2018, indicating technical feasibility rather than pure concept.
The value proposition hinges on **ultra‑low‑latency stereoscopic 360° capture** (≈20–25 ms processing delay), which is critical for comfortable AR/VR and time‑sensitive machine applications, and is clearly articulated in both the deck and external descriptions.
Use of off‑the‑shelf lenses and sensors, deployable on low‑cost mobile GPUs, suggests a potentially capital‑efficient hardware platform with manageable supply‑chain risk and room for healthy hardware margins.
Patented omnistereo/omnipolar geometry and later‑issued patents for wide‑view registered image and depth information indicate a real IP base rather than commodity camera assembly.
Subsequent recognition (e.g., CES Innovation Prize for the OmniPolar camera and CIX Top 20 startup listing) suggests external validation of the technology and market interest after this seed‑stage period.

Risks that stand out

Execution risk in going from a technically impressive prototype and demos to a robust, manufacturable product line and scalable software platform, especially given a very small team size.
Go‑to‑market risk stemming from the breadth of potential applications (AR/VR, ADAS, robotics, security) and the need to focus on a few winning segments while competing with large incumbents and rapidly evolving camera ecosystems.
Hardware‑plus‑software business complexity, where margins and scalability depend on managing manufacturing, supply‑chain reliability, and long‑term support while simultaneously advancing a demanding real‑time vision software stack.
Platform risk: fast‑evolving commodity 360° cameras and depth sensors may close the latency and quality gap over time, potentially eroding Suometry’s differentiation if the IP and algorithms do not stay ahead.

Questions this deck invites

Can the team provide detailed, standardized latency and image‑quality benchmarks comparing Suometry’s system to named competitors (e.g., Insta360, Yi) under identical conditions, including end‑to‑end motion‑to‑photon latency?
What specific early customer and OEM engagements were in place at the time of this seed raise (pilots, LOIs, paid POCs), and how did those translate into recurring revenue in subsequent years?
How does the unit economics break down (BOM, target selling price, gross margin) for the hardware, and how is value shared across hardware sales, software licenses, and potential IP licensing?
What is the defensibility of Suometry’s IP portfolio (e.g., key granted patents, scope of claims, remaining term), and where might it overlap or conflict with other omnistereo/360‑camera patents?
Given the wide range of applications cited (XR, ADAS, robotics, security, industrial), which two or three target segments have the strongest current demand and willingness to pay, and what is the concrete go‑to‑market plan for each?

What founders can take from the Suometry deck

A seed‑stage hardware‑plus‑software company can still build a compelling story if it demonstrates a working prototype with clear, quantifiable technical advantages such as orders‑of‑magnitude lower latency and better stereoscopic depth quality, rather than pitching only on slides.
Highlighting **market‑critical performance metrics** (e.g., motion‑to‑photon latency thresholds for AR/VR comfort) helps investors understand why a technical edge is commercially meaningful, not just academically interesting.
Leveraging a **patented geometry** and linking it to peer‑reviewed work and granted patents (such as omnipolar/omnistereo camera designs) can materially strengthen the perceived defensibility of a vision‑hardware startup.
Participating in visible industry events like CES and AWE and obtaining third‑party recognition (e.g., innovation prizes, startup rankings) can reinforce the credibility of claims made in a seed deck when those achievements are clearly referenced.
Even with strong technical differentiation, investors will look for evidence of focus: articulating a narrow set of initial verticals (e.g., high‑end social VR or a specific robotics/ADAS niche) and concrete customer pathways may strengthen the fundraising narrative beyond “many possible application
For camera and vision‑system startups, emphasizing use of off‑the‑shelf components and compatibility with low‑cost compute (mobile GPUs) can mitigate perceived capex and supply‑chain risks and support claims of attractive margins, but these need quantitative backing to fully convince investors.

Suometry pitch deck: common questions

What does Suometry do?

Suometry is a Montreal‑based computer vision and image‑processing company that develops ultra‑fast, high‑quality **stereoscopic 360° cameras** and related streaming software, using a patented three‑camera omnipolar/omnistereo geometry for low‑latency depth and stereo capture.

What fundraising round was Suometry’s 2018 deck for?

The 2018 pitch deck was used at AWE USA 2018 as a **seed‑stage** fundraising deck to support development and launch of Suometry’s real‑time stereoscopic 360° camera system and associated streaming platform.

What is technically special about Suometry’s camera?

Suometry’s system combines **three high‑quality cameras** in a patented omnipolar/omnistereo configuration with custom stitching and streaming software, delivering stereoscopic 360° video and depth information with end‑to‑end processing latency on the order of **tens of milliseconds** (around 20–25 ms for 4K‑class output).

How much funding has Suometry raised and from whom?

According to the CEO’s profile, Suometry raised about **US$1.4m in a seed round** and, over time, about **US$2m in total funding**, with investors including **TandemLaunch, Maple Leaf Angels and REDDS Capital**. This deck appears associated with that seed‑stage fundraising period around 2018.

What happened to Suometry after this 2018 pitch deck?

Later descriptions and profiles describe Suometry as a **private, Montreal‑based IP licensing and computer‑vision company** with very low‑latency stereoscopic 360° imaging, serving applications in XR, robotics, ADAS and industrial/enterprise imaging. Public sources do not report an acquisition or shutdown; it is still listed as a private company in recent data.

Sources

Funding and outcome facts on this page were researched on 2026-08-21 from the pages below.

Suometry pitch deck slides

Suometry pitch deck slide 1 of 11 — Suometry pitch deck — slide 1 of 11

Suometry pitch deck slide 2 of 11 — Suometry pitch deck — slide 2 of 11

Suometry pitch deck slide 3 of 11 — Suometry pitch deck — slide 3 of 11

Suometry pitch deck slide 4 of 11 — Suometry pitch deck — slide 4 of 11

Suometry pitch deck slide 5 of 11 — Suometry pitch deck — slide 5 of 11

Suometry pitch deck slide 6 of 11 — Suometry pitch deck — slide 6 of 11

What each slide of the Suometry pitch deck says

Slide 2

JR): "NA BLINK OF AN EYE {of UNBEATABLE VALUE “= Breakthrough design, the fastest 360° "e+" Use of only 3 cameras + mobile GPU guarantees stereoscopic camera in market today best price/performance in market : UNIQUE GEOMETRY & TECHNOLOGY Fos FLEXIBLE ARCHITECTURE “MI patented one-of-a-kind omnisterea™ geometry B WW. Scalable foundation for multiple applications; based upon 5 years of R&D AR/VR to ADAS =o. EXPERTISE “eis. SOCIAL PLATFORM "#47" Montreal-based computer vision + Al start-up Social VR beta platform [conVRsation.o] AN Incubated at TandemLaunch

Slide 3

BREAKTHROUGH CAMERA DESIGN Fastest stereoscopic panoramic camera in market today. Orders of magnitude faster than any other - best streaming image quality Patented hardware/software solution Real-time, panoramic, stereoscopic image capture is the next big thing in image processing and mission critical for AR/VR Other essential applications include robotics, security, machine learning and next generation ADAS systems Suometry camera evaluations have started Seeking seed round for development/product launch

Slide 4

NO APPROPRIATE FAST STEREOSCOPIC 360 SOLUTIONS * No true real-time capability I§ | oe * Largeset-up/cameraarrays * Process intensive (Large GPU) * Noreal-time video preview * Very costly stitching pipeline Ze [ Y * Nointuitive streaming pipeline * Very expensive ($10,000+) Ye ) ¢ * No ‘full’ stereoscopic coverage * Bad image quality in faster solutions I & * Nostereoscopic streaming

Slide 5

REAL-TIME STEREO 360° IS NEXT BIG THING * Stereoscopic vision is how we see and how we measure depth/volume: Binocular vision (stereopsis perception) has large FOV ( 114°) and really fast eye-to-brain cognition ( 13ms) * Essential for augmented and virtual reality success (AR/VR) * Essential for integrating the real world with augmented objects * Machines and cars need it too! (Robots, drones, driverless cars) * Stereoscopic depth estimation and precision is absolutely necessary for numerous emerging applications

Slide 6

A TRULY BIG MARKET HIGH END VR-AR PRODUCTION = 100’S OF THOUSANDS OF UNITS $10k to $100k selling price per camera END-USER VR-AR APPLICATIONS - MILLIONS OF UNITS $2k to $10k selling price per camera MACHINE APPLICATIONS - ROBOTICS, loT, SMART HOMES - 10'S OF MILLIONS OF UNITS $100 to $1000 embedded vision systems 8B me TC Ba Sk = / Sources: Swrategic Anaitics, Woodside Capital, BOM, Alled Market Research, Yole Développement.

Slide 7

v THE SUOMETRY PERFORMANCE EDGE REAL-TIME Best in class image quality and speed Real-time response ( 20ms per frame) Patented omnistereo™ three-camera design Off the shelf lenses and sensors Deployable on low cost mobile GPU's Very low supply chain risks Good-to-great margins STEREOSCOPIC 3D 360 QUALITY

Slide text above is read directly from the Suometry deck PDF embedded on this page.