5 Wild Eye‑Care Startups Pitching on Shark Tank 2025

Shark Tank has long been a platform for entrepreneurs to secure investment and gain public exposure. Each season introduces innovations that change how we live, from kitchen gadgets to biotech breakthroughs. Eye care may not grab headlines like tech or food, yet it profoundly affects quality of life. Poor vision impacts learning, productivity and independence. In 2025, several eye‑care startups aim to enter the Tank, offering solutions that merge science, technology and sustainability.

This article examines five standout concepts: AI vision therapy, virtual‑reality amblyopia treatments, tele‑optometry services, smart contact lenses and eco‑friendly eyewear. We’ll explain how each innovation works, why it matters and how it could captivate Shark Tank investors. We also link to internal posts that explore related topics more deeply.

1. AI Vision Therapy: Software Redefines Lazy‑Eye Treatment

Amblyopia—or lazy eye—occurs when one eye and the brain fail to work together properly during childhood. Traditionally, treatment involves covering the stronger eye with a patch or blurring its vision with drops to force the weaker eye to work harder. These methods can be uncomfortable, socially embarrassing and rely heavily on patient compliance.

What Makes AI Vision Therapy Different?

Artificial intelligence is transforming many medical disciplines, and amblyopia therapy is no exception. Instead of passive patching, AI software actively trains the weaker eye through interactive exercises. Here’s what sets it apart:

• Personalized Adaptation: The software assesses a child’s vision and designs games and puzzles that challenge the weaker eye at just the right level. Difficulty increases or decreases based on performance, ensuring the therapy remains effective but not frustrating.
• Real‑Time Feedback: Machine‑learning algorithms monitor how the eyes respond and adjust tasks immediately. This ensures therapy stays aligned with the patient’s progress.
• Home‑Based Care: Because the program runs on tablets or computers, therapy sessions can occur at home. Parents receive progress reports, and clinicians can track results remotely.

Real‑World Example: CureSee’s Pitch

A news report from the Times of India highlighted how CureSee, an Indian digital health startup, presented its AI‑based vision therapy software on Shark Tank India. Their platform uses AI algorithms to provide personalized and adaptive therapy to patients with amblyopia. The Sharks were impressed by the software’s ability to deliver affordable, convenient treatment, and the pitch showcased how technology could revolutionize amblyopia care.

The article notes that the software offers a convenient way for patients to access therapy without repeated clinic visits. By allowing therapy to occur anywhere with internet access, CureSee widens the reach of effective treatment. Patients simply play eye‑training games using VR headsets or tablets while the system collects data on how their eyes respond. Clinicians then review the data to adjust the program and monitor progress.

Why Sharks Will Notice

• Large Untapped Market: Amblyopia affects roughly 3% of children worldwide. A non‑invasive therapy with remote oversight could capture significant market share.
• Recurring Revenue: Software subscriptions generate continuous income. In addition, the data collected may provide insights for future products.
• Social Impact: Treating lazy eye effectively can prevent lifelong vision problems. Investors increasingly value companies with clear social benefits.

Challenges and Considerations

• Regulatory Approval: Software that diagnoses or treats medical conditions must comply with health regulations. Startups need to ensure they meet regional health authority requirements.
• Compliance and Engagement: While gamification helps, ensuring children complete exercises consistently still requires parental involvement.
• Data Privacy: Collecting vision data involves sensitive health information. Startups must have robust data security practices.

2. Virtual‑Reality Therapy: Entertainment as Medicine

Some children find eye exercises boring, but what if therapy involved watching cartoons? That’s the premise behind Luminopia, a company using VR to treat amblyopia. Their product streams popular TV shows through a VR headset and modifies the images to promote binocular vision. The system presents different visuals to each eye, gently reducing the dominance of the stronger eye so the weaker eye engages. Because the therapy is disguised as entertainment, adherence rates are higher.

How VR Therapy Works

• Customized Visuals: The VR software slightly dims images on the stronger eye and enhances contrast on the weaker eye. As the brain adapts, both eyes begin to work together.
• Immersive Experience: VR headsets block distractions, keeping children focused on the task. Sessions are short—often around an hour a day.
• Content Variety: Programs can use popular cartoons or movies, making therapy fun. The variety prevents boredom and encourages daily use.

Luminopia’s Recognition

A press release from BusinessWire in 2023 describes Luminopia as “an FDA‑approved, clinically validated digital therapy that uses TV shows to improve vision in children with lazy eye”. The report states that Luminopia is the first FDA‑approved digital therapeutic for a neuro‑visual disorder. Being the first in its category gives Luminopia credibility when approaching investors. Recognition from TIME magazine as one of 2023’s best inventions further validates the product.

Why VR Could Make a Splash on Shark Tank

• Engagement and Adherence: By turning therapy into entertainment, VR increases compliance—an ongoing challenge for amblyopia treatment.
• Clinical Backing: FDA approval signals that the therapy works and is safe, reducing investor risk.
• Scalability: The program can be marketed globally with localized content, creating opportunities for partnerships with media companies.

Concerns Investors Might Raise

• Cost of Hardware: VR headsets and licensed content are expensive. The company must demonstrate a pricing model that consumers and insurers find acceptable.
• Competition: Tablet‑based or augmented reality options may undercut VR on cost. The startup must show why VR is superior.
• Licensing Agreements: Negotiating rights to use popular shows can be complex and expensive.

3. Tele‑Optometry: Bridging Distance With Digital Exams

Access to eye care remains uneven. In rural areas or regions with few optometrists, patients might go years without an eye exam. Busy urbanites often delay appointments due to work and family commitments. Tele‑optometry aims to change this by delivering eye exams virtually.

What Tele‑Optometry Involves

• Remote Refraction: Patients use smartphone adapters or portable devices to measure visual acuity. Data is transmitted to licensed optometrists who interpret results and provide prescriptions.
• Connected Kiosks: Companies install booths equipped with autorefractors and retinal cameras in malls or pharmacies. Patients conduct tests guided by remote technicians, then receive a prescription via email.
• Ongoing Monitoring: Some services track vision changes over time. If a significant shift occurs, they prompt users to schedule in‑person exams.

Insights From Review of Optometry

An article titled “Online Refraction and Telehealth: Friend or Foe?” notes that new telehealth technologies enable consumers to “self-administer Rx fulfillment and renewal” c1through smartphone‑based services. The authors explain that these advancements allow eye prescriptions to be generated without a doctor physically present, though they emphasize the importance of protocols to preserve comprehensive care. The piece describes how smartphone adapters like Netra and Insight can bridge the gap between self‑testing and professional review.

Potential Startups to Watch

1. TeleSight: Imagined as a subscription service that mails diagnostic adapters to customers. Users perform tests at home, and licensed optometrists review results. The company also offers live video consultations.
2. Kiosk Vision: This concept involves placing compact vision kiosks in supermarkets and pharmacies. Customers can walk up, take a quick vision test and receive a prescription within minutes.
3. Visibly: A real company already providing online vision testing. Its presence shows there is precedent for tele‑optometry and offers proof of concept.

Why Sharks Might Invest

• Market Demand: Millions of people need vision correction. Tele‑optometry reduces barriers by bringing exams to them.
• High Margins: Once the technology is developed, operational costs are relatively low. Subscriptions and partnerships can generate steady revenue.
• Opportunity for Scale: Both developed and developing countries could benefit. Tele‑optometry companies may also partner with eyewear retailers to create an integrated supply chain.

Challenges and Ethical Considerations

• Accuracy and Standards: Remote tests must match the accuracy of in‑person exams. Regulators will scrutinize them, and investors will want evidence of reliability.
• Regulatory Hurdles: Healthcare laws differ by country and even by U.S. state. Companies must navigate a patchwork of regulations.
• Patient Education: Consumers may mistakenly believe remote refraction replaces comprehensive eye exams. Companies must educate users about the limits of telehealth.

4. Smart Contact Lenses: Wearable Health Monitors

The concept of contact lenses that do more than correct vision has captured imaginations for years. Recent advances in materials science and microelectronics suggest these ideas are no longer purely science fiction. Researchers are embedding sensors and communication chips into soft lenses, turning them into non‑invasive health monitors.

Purdue University’s Breakthrough

Purdue University’s Weldon School of Biomedical Engineering announced that its researchers developed soft contact lenses capable of monitoring biomarkers in real time. In a news release, the university states that the technology transforms “everyday contact lenses into non‑invasive real‑time health monitors capable of tracking critical biomarkers with precision and ease”. The lenses measure changes in intraocular pressure and can potentially monitor other indicators, such as glucose levels or hormone fluctuations, providing continuous data without disrupting vision or comfort.

How Smart Lenses Work

• Embedded Sensors: Miniature biosensors are incorporated into the lens material. They detect specific molecules or pressure changes.
• Hydrogel Platforms: The sensors are attached to soft hydrogels that maintain oxygen permeability and comfort.
• Wireless Communication: Data is transmitted to an external device, such as a smartphone or a wearable receiver, where it can be logged and analyzed.

Startup Landscape

• Xpanceo: This deep‑tech startup claims to be developing AI‑powered smart contact lenses that incorporate augmented reality displays and health monitoring. The company has secured significant funding and anticipates delivering prototypes in the coming years.
• Mojo Vision: Once known for its AR lenses, Mojo pivoted toward microLED display technology but still showcases expertise in miniaturizing electronics for wearable use.
• University Spin‑Offs: Academic labs, like the team at Purdue, may form spin‑off companies to commercialize their innovations. These startups often partner with medical device manufacturers to bring products to market.

Opportunities and Barriers

• Medical Impact: Continuous monitoring could transform management of glaucoma, diabetes and neurological conditions. Patients and doctors receive timely alerts before problems worsen.
• Data Security: As with any connected medical device, safeguarding patient data is critical.
• Regulatory Path: The U.S. FDA will classify smart lenses as medical devices, requiring rigorous testing and trials.
• Power and Longevity: The lenses must power sensors without bulk or frequent replacement. Researchers are exploring micro‑batteries and energy harvesting from eye movements.

5. Eco‑Friendly Eyewear: Style With a Conscience

While high‑tech solutions dominate headlines, sustainability is another powerful trend shaping consumer choices. Radiella, an eyewear company, exemplifies how eco‑friendly materials and responsible manufacturing can appeal to both investors and customers. The company crafts frames from biodegradable acetate, recycled metals and other renewable materials. They use energy‑efficient manufacturing methods to reduce carbon footprints and offer extended warranties that encourage repair over replacement. Radiella’s mission statement emphasizes “style and conscious living coexisting beautifully,” reflecting a broader movement toward sustainable fashion.

Why Sustainable Eyewear Matters

• Environmental Impact: Traditional plastic frames rely on petroleum and generate waste. Sustainable materials reduce pollution and landfill use.
• Consumer Demand: Surveys show growing numbers of consumers prioritize eco‑friendly products. Brands that align with these values gain loyalty.
• Corporate Responsibility: Investors pay attention to environmental, social and governance (ESG) criteria. A startup with strong sustainability practices can attract impact investors.

Radiella’s Strengths

• Fashion‑Forward Designs: Eco‑friendly doesn’t mean boring. Radiella offers trendy shapes and colors that compete with mainstream fashion brands.
• Durability: By focusing on quality materials and construction, the company reduces the need for frequent replacements.
• Community Engagement: Radiella partners with local artisans and educates customers about responsible consumption, building a loyal community.

Other Sustainable Innovators

While Radiella represents the eco‑eyewear movement in the Tank, numerous startups worldwide are experimenting with innovative materials:

• Upcycled Ocean Plastic Frames: Some brands collect discarded fishing nets and plastics from oceans and convert them into stylish frames. This approach turns pollution into fashion while cleaning up marine environments.
• Plant‑Based Acetates: Research into cellulose acetate derived from cotton or wood pulp creates biodegradable frames. These materials break down more easily at the end of their life cycle.
• Modular Eyewear: Certain companies design frames with interchangeable parts. When a hinge or arm breaks, customers replace only the damaged piece instead of discarding the entire frame.

Challenges for Eco‑Startups

• Cost: Sustainable materials and ethical labor often cost more than mass‑produced plastics. Startups must balance pricing with accessibility.
• Scaling Supply Chains: Sourcing consistent quantities of recycled or biodegradable materials can be challenging.
• Consumer Education: Many customers aren’t aware of the environmental impact of eyewear. Marketing must educate consumers without sounding preachy.

Bonus Section: Emerging Eye‑Care Concepts

Besides the five main categories, several other innovations may appear on Shark Tank or influence eye care in the near future:

AI‑Powered Diagnostics

Machine learning algorithms can examine retinal images to detect early signs of diabetic retinopathy, glaucoma or age‑related macular degeneration. These tools might be integrated into tele‑optometry platforms or offered as standalone services. By spotting disease earlier, they enable timely interventions and reduce vision loss.

Regenerative Medicine

Scientists are exploring stem‑cell and gene therapies to repair damaged retinal tissue. While these treatments remain largely experimental, they hold promise for conditions currently considered irreversible. Startups working on delivery mechanisms or supportive devices may garner investor interest.

Smart Glasses With Eye‑Tracking

Wearable eye‑tracking technology is moving from research labs to consumer devices. Smart glasses equipped with sensors can monitor where a user is looking and adjust focus automatically or interact with computers hands‑free. While primarily used in gaming and virtual reality today, these technologies could help individuals with mobility or communication challenges.

Digital Eye‑Strain Solutions

As screen time skyrockets, devices that reduce blue light and filter flicker are in demand. Beyond lenses, some companies are developing software that adjusts color temperature and display brightness dynamically based on ambient light and time of day. Others integrate micro‑break reminders into operating systems. These tools may complement or compete with physical products pitched to the Sharks.

Conclusion: A Visionary Year for the Tank

Shark Tank thrives on innovation, passion and clear market potential. In 2025, eye‑care startups bring a mix of high tech and high purpose to the table. AI and VR therapies promise engaging, personalized treatments for amblyopia—long a frustrating condition for parents and doctors. Tele‑optometry platforms aim to democratize vision care by making eye exams more accessible. Smart contact lenses push the envelope of wearable technology, offering continuous health monitoring in a familiar form. Radiella and other eco‑friendly eyewear brands prove that fashion can be sustainable and profitable.

Investors will scrutinize business models, regulatory paths and consumer adoption, but the societal benefits are compelling. Whether you’re an entrepreneur seeking inspiration, an investor looking for the next big thing or a reader curious about the future of eye care, these startups provide a glimpse into how technology and sustainability will shape our vision. Keep an eye out for these pitches when Shark Tank returns—and remember that taking care of your own eyes is always in style. Regular eye exams, screen breaks and quality eyewear remain the best investments you can make in your sight.