HARDWARE

VERICHROME specializes in spectral imaging and colour management, developing hardware solutions across the electromagnetic spectrum. Our Smart Target utilizes spectral, not colour data. This approach is significantly more accurate than chromatic adaptation with traditional LMS derivative spaces like RGB, Lab, XYZ, as desired colours can be calculated on the fly instead of relying on fixed colour values or XYZ coordinates. Our DSR technology enables precision colour reproduction under almost any lighting condition. We also license our Mantis, Nautilus, and Novus lens technology engineered to expand human visual perception. These solutions cater to diverse fields such as cinematography, art preservation, and scientific imaging, providing innovative tools for both professional spectral imaging and new visual experiences in everyday life.

DSR Technology

Direct Scene-Referred profiles offer significant advantages over traditional colour management:

Key Advantages of DSR

Smart target

Perfect colour every time

VERICHROME Smart Target

Our Smart target is a physical spectral colour reference that enables the creation of automatic Direct Scene-Referred (DSR) Input Device Transforms (IDTs). It operates across a wide range of lighting conditions and allows for precision relighting of captured images, surpassing simple chromatic adaptation techniques.

Full Specifications

Scene Relative IDT Creation - Full Feature Supported
Automatic Alignment - Yes
Reflectance Calibration - 350-1,100nm in 1nm steps
Serialized Spectral Data - Yes
Fugitive Wear Indicator - Yes
Base Colourants - 29
Pure Colourants - 14
Infrared Profiling Support - Yes
Rating - IP69K
Case Material - Leather
Fisheye & Distortion Correction - Automatic
Vignette Correction - Automatic
Handle Material - Nylon
Topcoat Material - Epoxy
Base Material - Polycarbonate
Pigment Binder Chemistry - Urethane
Live Indicators - Ultraviolet, Infared, Fugitive
Visual Indicators - Tungsten, Sunlight, Shade
In-Camera Support - Achtel 9x7, LargeSense LS45
Colour Tolerance - 0.4 ∆E00
File Types Supported - Adobe DNG, ARRI's ARI,
Canon CR2, Canon CRW,
Cinema DNG, Epson ERF,
Fuji RAF, Hasselblad 3FR,
Kodak DCR, Kodak DCS,
Kodak KDC, Leaf IIQ, Leaf MOS,
Mamiya MEF, Minolta MRW,
Naked files2, Nikon NEF,
Nikon NRW, Olympus ORF,
OpenRAW, Panasonic RW2
(also used by Leica),
Pentax PEF, Samsung SRW,
Sony ARW, SRF & SR2
Output File Types - VSF, DNG
Whitepoint Support - D65, D50, Custom Kelvin, Standard A, Standard E, Sekonic C-7000 capture
Interface - Chameleon
Operating Systems Supported - Apple, Linux, Windows

Applications

The VERICHROME Smart Target is ideal for:

How It Works

The Smart Target uses DSR technology to create Relative IDTs.

Pure RAW

This is a RAW image containing the colour target. Our software only analyzes the target portion, but we're showing the full image for context. Notice how dark, desaturated and green it looks? That's typical for unprofiled RAW data displayed directly!

Bullseye filter Result after FFT/bullseye-FFT

Chameleon software kicks in, using FFT deconvolution to locate those fancy bullseye markings on the Smart Target.

Decoded image region with target and bullseyes only

Once located, Chameleon decodes and analyzes only the target. This cropped view gives Chameleion all she needs without wasting resources processing the whole frame.

Fine alignment

Fine alignment markings between patches are identified and registered for fisheye/geometric/non-geometric/warp untransforming. This precise alignment corrects image distortions, ensuring accurate colour analysis.

Roundcode Roundcode masked

The Roundcode on the target is read, matched to its unique serialized spectral data, and transmitted to Chameleon. This computes desired colours based on the target's spectral reflectance curves and the desired illuminant.

Colour Sampling

Each patch is measured, filtered for imperfections, and averaged. These samples correct for vignetting. Once complete, the colour matrix is solved!

Colour calibrated view of Smart target Overlay of indicator squares and comparison triangles

Here's the target with the scene relative input device transform applied. Notice the diagonal triangles and indicator squares? They compare ideal to captured colours. Most patches match closely, with only 2-3 showing minor differences. The overlay shows Life, Fugitive UV, Relative IR, and serial number data.

Image rendered with DSR™ profile

Finally, Chameleon embeds the Relative IDT into your footage. This transform tells software how to interpret and represent colours, accurately showing how they'd look under the desired illuminant, regardless of actual shooting conditions. Original image data remains unmodified unless you choose to burn in the overlay.

Care and Maintenance

Ready to Experience Unparalleled Colour Accuracy?

The VERICHROME Smart target is available thru our network of authorized retailers. Each target comes with a certificate of authenticity and complete support from our team of colour engineers.

Find Your Nearest Authorized Retailer

Elevate your colour workflow. Achieve perfect colour every time with the VERICHROME Smart Target.

Mantis

Elevate Your Vision to Extraordinary

Mantis Glasses

Unlock a hidden world of colour and light with Mantis, our patent-pending divergent lens technology that expands your visual perception beyond human limits.

Experience Visual Rivalry and Luster

Mantis doesn't just enhance your vision—it transforms it. By leveraging the phenomenon of binocular rivalry, specifically colour rivalry, Mantis reveals a vibrant, dynamic world that's always been there, just beyond your reach.

Divergent Lens Technology:

  • Right Lens: Provides a neutral view, evenly transmitting light across the entire spectrum
  • Left Lens: Thru metameristic matching, this lens appears identical to the right, yet employs a radically different transmission curve. It brightens near-infrared and cyan-blue wavelengths while darkening yellow and violet, essentially giving your visual cortex six bands instead of the usual three

This combination induces visual colour rivalry - a perceptual phenomenon where the brain processes two different inputs simultaneously. The result demonstrates how materials that appear identical under normal viewing conditions while having differing spectral signatures.

Transmission Curves

Mantis Spectral Transmission Curves

Spectral transmission from 350 to 750 nanometers. The cyan curve represents the left lens, which adds perception in the cyan-blue and near-infrared (NIR) range. The orange straight line represents the right lens's neutral transmission. Note the UV cut naturally present within the base lens material.

Sample Views

Mantis view Standard view

The metameric split patches at the bottom center of the Smart target, normally indistinguishable, become clearly differentiated with Mantis

These alternating images demonstrate the visual effect. While they accurately represent the visual difference, the full cognitive experience requires direct observation. The changing images reveal hidden patterns, enhanced details, and visual information typically invisible to unassisted human vision.

Cross-Eye Viewing Experience

For a more authentic demonstration, the cross-eye (Walleye) viewing method offers direct comparison:

Standard view Mantis view

To experience the effect using the cross-eyed method:

  1. Focus on the center point between the two images
  2. Cross your eyes until the two images align and form a third image in the center
  3. Once the center image is clear and aligned, maintain your gaze
  4. You should see three images, with the center image showing the combined effect
  5. Observe the vivid colour variations in the reds, oranges and the metameric patches at the bottom of the Smart target, along with increased dimensionality in surface colour

Observable Phenomena

This technology enables observation of several natural phenomena:

  • Spectral signatures unique to different flower species
  • Material distinctions in visually identical substances
  • Subtle variations in produce ripeness
  • Natural camouflage patterns
  • Geological light absorption properties

Applications in Research and Industry

This technology has implications across multiple fields:

  • Botany & Agriculture: Observation of plant species variation and crop health through near-IR reflectance patterns
  • Art Conservation: Analysis of painting layers and material authenticity through direct observation
  • Textile Industry: Identification of metameric dyes - materials with identical visible appearance but different spectral properties
  • Geology & Mineralogy: Study of rocks and minerals through their distinct spectral signatures in blue-cyan, visible, and near-IR ranges
  • Wildlife Biology: Observation of typically invisible animal patterns, including ultraviolet markings on birds, flowers, and insects

Further Information

Glasses incorporating this technology are available through authorized licensees, each accompanied by a verifiable certificate of authenticity.

Locate Authorized Retailers

Explore the expanded spectrum of visual perception.

Nautilus

A New Dimension of Sight

Nautilus Glasses

Step into a world where Nautilus separates your vision into two realms: matte colour and shimmering gloss. Our patent pending technology uses polarization diversity to unveil a shiny and lustrous visual landscape.

Discover the Secrets of Polarization

  • The Electric Sky: Witness the atmosphere come alive. As polarized sunlight sculpts the deep blue expanse, unpolarized clouds stand out in sharp contrast. This interplay creates a refreshingly tangible depth, evoking an almost synaesthetic response beyond the limits of current vocabulary.
  • Rain Reimagined: Experience precipitation anew as Nautilus separates raindrops from their surroundings, revealing unique dimensionality without altering depth. See rainfall shimmer with surreal clarity, transforming ordinary showers into captivating visual symphonies.
  • Stress Exposed: Reveal the hidden language of materials with unprecedented clarity. While traditional polarization offers glimpses, Nautilus vividly separates and reveals stress patterns, fractures, and tension fields. Gain remarkable insight into the forces at play within seemingly static objects, transforming the familiar into exciting studies of internal dynamics.

Harnessing Binocular Rivalry thru Polarization

Binocular rivalry, a phenomenon first described in 1593, occurs when our eyes receive different stimuli simultaneously. Nautilus builds upon centuries of scientific research and artistic exploration to bring this unique effect into everyday life.

Conventional Polarized Eyewear
Conventional polarized eyewear with 90° orientation in both lenses

Standard polarized lenses employ identical 90° orientation for both eyes, offering uniform glare reduction but limiting perceptual depth.

Nautilus: Polarization Redefined
Nautilus eyewear with 60° and 120° polarization orientations

Nautilus utilizes divergent 60° and 120° orientations, inducing visual disparity that separates surface reflections from underlying colour qualities.

Nautilus's unique polarization diversity creates two distinct visual streams:

  • Surface Layer: One perceptual dimension emphasizes polarized light, revealing reflections, glare, and surface properties.
  • Substrate Layer: The other dimension accentuates unpolarized light, unveiling intrinsic colours and subsurface textures typically masked by surface reflections.

This binocular disparity triggers visual rivalry, allowing your visual cortex to process both information layers. The result is a rich visual experience where:

  • Surface reflections appear to separate from the underlying colours
  • Textures gain enhanced depth and definition
  • Colours appear more vibrant and distinct
  • Hidden patterns and details become extremely apparent

By leveraging this form of visual rivalry, Nautilus offers a new way to perceive the world, separating visual information in a manner impossible with traditional polarization.

Beyond Curiosity: Practical Applications

Nautilus isn't just about seeing differently – it's a powerful tool across various fields:

  • Scientific Research: A revolutionary tool for materials science, geology, and biology
  • Industrial Quality Control: Detect defects and ensure product integrity
  • Nature Exploration: Gain deeper insights into polarization-sensitive animal vision, features and geological phenomena

Sample Views Thru Nautilus

Electric Sky Left View Electric Sky Right View

Celestial Symphony: Experience the sky's hidden patterns.

Lightbulb Left View Lightbulb Right View

Extract reflections from transparency

Prop Left View Prop Right View

Stress Unveiled: Witness internal forces come to life in transparent materials.

Waterfall Left View Waterfall Right View

Liquid Landscapes: Discover a new dimension in reflections and water surfaces.

Waterfall Left View Waterfall Right View

Notice the new dimensionality at the water surface

Waterfall Left View Waterfall Right View
Target Left View Target Right View Target Overlay

Did we mention the Smart target is duck approved?

Target Back Left View Target Back Right View

These images offer a glimpse into the Nautilus experience. While photos can't capture the dynamic, multidimensional nature of seeing thru Nautilus, they illustrate the power of diversity in eyewear. From unveiling hidden patterns in the sky to exposing internal stresses in materials and transforming how we see water, Nautilus opens up a world of visual wonders typically imperceptable to the human experience.

Cross-Eye Viewing Experience

Compare the standard view with the Nautilus effect using the Walleye cross-eye method:

Left eye view of sky Right eye view of sky

Cross your eyes to align the images and focus on the center to see the Nautilus effect on the sky.

Left eye view of lightbulb Right eye view of lightbulb
Left eye view of propeller Right eye view of propeller

Left eye view of waterfall 1 Right eye view of waterfall 1
Left eye view of waterfall 2 Right eye view of waterfall 2
Left eye view of waterfall 3 Right eye view of waterfall 3
Left eye view of target in river Overlay of indicator squares and comparison triangles
Left eye view of target in river Overlay of indicator squares and comparison triangles
Left eye view of water target background Right eye view of water target background

Ready to Experience a New Dimension of Sight?

Glasses with Nautilus tech are only available thru our network of authorized licensees. Each pair is precision-crafted and comes with a verifiable certificate of authenticity.

Find Your Nearest Authorized Retailer

Unveil the unseen. Unlock new perspectives. Unleash Nautilus.

Novus Deuteran
&
Novus Protan

True Colour, Tailored to You

Novus Deuteran
Novus Deuteran
Novus Protan
Novus Protan

Novus is specially crafted for those with red-green colourblindness, either protanopia or deuteranopia. By engineering filters that shift peak sensitivity to perfectly replicate that of the missing cone, Novus enables you to perceive and enjoy colours as a standard colour observer does—opening up a world of colour previously inaccessible.

The Novus Advantage:

  • Authentic Colour: More than enhancing existing colours, Novus reconstructs your colour perception, allowing you to experience the full spectrum of pinks, greens, and every shade in between.
  • A Distinct Visual Experience: The introduction of new colour dimensionality thru Novus appears shimmering, vivid, and possessing a three-dimensional quality. This distinctive aspect is part of how Novus transforms your view of the world.
  • Revolutionary Approach: Unlike other products that apply uniform filters to both eyes—essentially distorting your existing colour perception—Novus uses divergent filters. This approach allows your visual cortex to interpret a magenta-green colour axis, rather than simply altering your current view of the world.

Novus vs. Traditional Colourblindness Glasses

Traditional Glasses
  • Apply the same filter to both eyes
  • Alter existing colour perception
  • May improve some colour differentiation, but at the cost of overall colour accuracy
  • Do not address the root cause of colourblindness
Novus
  • Uses different filters for each eye
  • Reconstructs colour perception to mimic standard vision
  • Improves colour differentiation while maintaining overall colour accuracy
  • Addresses the fundamental issue by replicating the missing cone response

Novus Deuteran Transmission Curves

Novus Deuteran Spectral Transmission Curve

The graph above illustrates the spectral transmission properties of Novus Deuteran from 350 to 750 nanometers. The cyan curve represents the left lens, which shifts the peak sensitivity of your long (L) cone to match that of your missing medium (M) cone. The orange straight line represents the right lens, which maintains your long cone response.

Novus Protan Transmission Curves

Novus Protan Spectral Transmission Curve

The graph above illustrates the spectral transmission properties of Novus Protan from 350 to 750 nanometers. The cyan straight line represents the left lens, which maintains your medium (M) cone response. The orange curve represents the right lens, which shifts the peak sensitivity of your medium (M) cone to match that of your missing long (L) cone.

Determine Your Type of Colourblindness:

Protanopic individuals will see the top and bottom match
Deuteranopic individuals will see the top and bottom match
Tritanopic individuals will see the top and bottom match

Sample Views Thru Novus

Apple Image Apple Image
Stop Sign Image Stop Sign Image
Leaves Image Leaves Image
Girl Image Girl Image

These images alternate between what your left and right eye would see with Novus, offering an authentic glimpse of the experience. Notice how reds and greens gain dimensionality. While digital representation has limitations, these transitions illustrate how Novus transforms colour perception.

Cross-Eye Viewing Experience

For a more genuine on-screen experience, try the cross-eye (Walleye) viewing method with the same images side by side:

  1. Focus on the center point between the two images.
  2. Cross your eyes until the two images align and form a third image in the center.
  3. Once the center image is clear and aligned, try to hold your gaze steady.
  4. You should now see three images, with the center showing the Novus experience.
  5. Examine the apples. Notice how the red and green colour axis is now perceptable.
Deuteran view of a basket of apples Protan view of a basket of apples
Deuteran view of a stop sign Protan view of a stop sign
Deuteran view of fall leaves in the grass Protan view of fall leaves in the grass
Deuteran view of a girl in the forest Protan view of a girl in the forest

Applications:

  • Daily life: Enabling magenta-green colour perception in everyday activities
  • Professional use: Improving colour discrimination in fields such as graphic design, fashion, and quality control
  • Art appreciation: Allowing individuals with colourblindness to experience art as the artist intended
  • Nature observation: Enhancing the ability to distinguish between different plant and animal species
  • Safety: Improving the ability to notice colour-coded safety signals and warnings

Experience Novus:

Integrate Novus into your daily life with their passive and non-intrusive design. Just wear glasses with Novus and enjoy the world in colour.

Note: Novus is only available thru authorized retailers and eye care professionals.

Find an Authorized Retailer

Rediscover colour. Redefine your vision. Reinvent your world. Novus.