The Architect

The perfect lens created with  Artificial Intelligence

The Architect delivers maximum patient satisfaction and allows eyecare professionals to prescribe  the best possible lenses with certainty every time.

The Architect utilises artificial  intelligence and extensive data sets of patient information and feedback. Best of all, it evolves, learning from new data to ensure vision professionals continue to elevate patient experiences over time. 

Hyper-Personalisation Archetect image

Hyper-Personalisation

The Architect takes personalisation to the next level by leveraging key factors like lifestyle, expectations,  preferences, and satisfaction data from previous wearers. This advanced technology seamlessly  integrates the ideal lens features based on these factors, creating a solution uniquely tailored to each  wearer. 

Wearer data can be uploaded to The Architect Platform and processed in just 2 minutes. 

With confidence, the best lens for each wearer

The Architect employs a sophisticated artificial intelligence system, powered by the experiences of thousands of wearers. 

Its extensive database, which includes data from over 100,000 wearers, stores three distinct sets of valuable information to ensure the selection of the optimal lens for each wearer’s needs. Using these three data sets, The Architect evaluates thousands of combinations in real-time to identify the lens features that best align with the visual profile data, ensuring optimal wearer satisfaction. This process guarantees that only the most suitable lens characteristics are selected.

With the power of artificial intelligence, The Architect is able to create
highly precise lenses tailored to each wearer’s unique needs.

Focused on benefits

Hyper-personalisation
Lens personalisation considers extensive data collected from previous wearers combined with personal preferences, visual needs, and expectations to boost wearer satisfaction, as well as morphological and frame parameters to enhance visual quality.

Compensated power
Lens power differs from prescribed power. The design is calculated, point by point, to ensure wearers perceive the proper power when looking through their lenses at every distance and direction of gaze, including near distances for viewing electronic devices.

Optimised for accommodative object space
IOT Digital Ray-Path 2 incorporates the intelligent use of the wearer’s accommodation into the traditional calculations for reducing oblique aberrations, resulting in a superior personalised lens. Oblique aberrations are minimised more effectively than ever before. 

image consistancy

Consistency
The perceived power distribution remains stable, regardless of the prescription or base curve. This is especially beneficial for high prescriptions and large or wrapped frames.

image wave

Strict control of mean power in distance area of the lens
Significantly reduces mean power error.

The Architect Smooth

Smooth adaption

Clear vision

Improved stability

Increased satisfaction

Hyper-personalisation

The Architect Optimal

Optimal buying experience

AI woman on laptop

Continuous learning

The Architect learns collaboratively thanks to an evaluation process where each wearer rates the level of satisfaction with their new pair of lenses. The creation of the lens for each person is objectively based on a population group with similar characteristics and the highest level of satisfaction.

Effectiveness demonstrated in more than 100,000 wearers over the last 12 years of training.

Satisfaction for first-time progressive lens wearers

4.19/5

Adaptation satisfaction
Near vision satisfaction in myopic wearers

4.22/5

Near vision satisfaction
Satisfaction in wearers with high prescription

4.41/5

Astigmation > 4.00D
Satisfaction in wearers with high expectations

4.45/5

Distance vision

4.20/5

Near vision

Hyper-personalised progressive, single vision & anti-fatigue lenses engineered for unmatched wearer satisfaction.
The Architect represents a new era  in lens design, one where artificial intelligence interprets lifestyle, visual behaviour, and wearer feedback to build a lens that feels uniquely yours. Using insights gathered from more than 100,000 patient cases over 12 years, the AI detects patterns no traditional design method can replicate, generating lenses that adapt precisely to each user’s needs.

Revolutionising Personalisation With AI
The Architect applies a dynamic learning model: as more patients  share their vision requirements, the algorithm continuously refines its predictions to produce more accurate, more individualised lens designs over time.

Unlike traditional progressive creation, The Architect analyses:

  •   Visual habits
  •   Prescription complexity
  •   Frame selection
  •   Adaptation history
  •   Near-/intermediate-/far-use balance
  •   Lifestyle and digital-device behaviour

When you share your visual needs, The Architect’s AI powered design engine creates a lens specifically tailored to you in seconds. This high precision personalisation supports faster adaptation, greater comfort, and consistently clear vision throughout your day.

For wearers who

  • Wearers seeking maximum personalisation for progressive, single vision, or anti-fatigue lenses
  • Patients struggling with peripheral distortion, unstable images, or slow adaptation.
  • High-demand digital users who need clarity across multiple  distances.
  • Anyone wanting a modern lens design with fast visual comfort from day one.

How it benefits you

  • Hyper-personalisation: Advanced AI shapes the lens around your unique visual habits and lifestyle.
  • Individualised lens design: Your prescription, visual behaviour, and frame choice are analysed to build a lens optimised just for you.
  • Continuous learning: The system evolves over time, improving how it responds to different visual profiles and enhancing the overall performance of future lens designs.
Simulacion Endless aI by Lab3sixty
Architect Graph Lab3Sixty

Biometric Optimisation: Integrates realworld data to align the lens geometry with the wearer’s specific eye anatomy.

Intelligent Selection: Utilises a vast database of successful patient outcomes to predict the ideal design for every user.

Ultra-Fast Processing: Evaluates thousands of design variables in seconds to create a high-precision, bespoke lens.

Visual Synergy: Harmonises digital and physical environments, ensuring a smooth transition between different focus zones.

Future-Proof Performance: Constantly improves through machine learning, delivering lenses that are always at the cutting edge of optical science.

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