Biomimicry examples from
United States

The Morpho butterfly's iridescent blue wings contain no blue pigment — the colour is created entirely by microscopic structures that interfere with light. This inspired a range of structural colour technologies that could eliminate toxic textile dyes entirely.

• ✿Inspired by: Morpho butterfly (Morpho rhetenor)
• ⚡︎Function: Color production through light interference
• ▣Company: Qualcomm (Mirasol display); Lexus; structural colour researchers
• ◉Where: USA

Development of high-performance synthetic spider silk proteins for next-generation materials with exceptional strength and flexibility.

• ✿Inspired by: Spiders (various species producing different silk types)
• ⚡︎Function: Mimics spider silk protein chemistry for high-performance fibers.
• ▣Company: Spiber
• ◉Where: USA

Biohm developed mycelium-based building materials that are affordable, non-toxic, fire-resistant, and fully biodegradable. These materials function as insulation, structural panels, and acoustic treatments in sustainable building design.

• ✿Inspired by: Mycelium (fungal networks, various species)
• ⚡︎Function: Structural support, insulation, acoustic absorption
• ▣Company: Biohm
• ◉Where: USA

Ecovative Design engineered mycelium-based packaging materials that are completely compostable and biodegradable. Mycelium (fungal root networks) grows as a natural binder, creating foam-like structures that replace plastic packaging.

• ✿Inspired by: Mycelium (fungal networks, various Basidiomycete species)
• ⚡︎Function: Protective cushioning and structural binding
• ▣Company: Ecovative Design
• ◉Where: USA

The PAX Water Mixer mimics the golden ratio spiral flow of a calla lily to circulate 10 million gallons of water with the energy footprint of just three 100-watt light bulbs.

• ✿Inspired by: Lily (Zantedeschia aethiopica)
• ⚡︎Function: Fluid mixing and distribution
• ▣Company: PAX Water Technologies, Jay Harman
• ◉Where: USA

Ecovative Design grows packaging, leather, and foam from fungal mycelium fed on agricultural waste, replacing petroleum-based polystyrene and plastics with materials that are home-compostable in 30–45 days and produce 90 % fewer greenhouse gas emissions.

• ✿Inspired by: Fungal mycelium (Ganoderma and other species)
• ⚡︎Function: Protective packaging and cushioning materials must absorb shock, insulate, and be lightweight, yet expanded polystyrene achieves this thr...
• ▣Company: Ecovative Design
• ◉Where: Green Island, New York, USA

Adaptive Surface Technologies developed SLIPS (Slippery Liquid-Infused Porous Surfaces) inspired by pitcher plant slip properties. These surfaces are extremely slippery, self-healing, and prevent adhesion of virtually any material without fouling or degradation.

• ✿Inspired by: Pitcher plant (Nepenthes sp.)
• ⚡︎Function: Slippery surface coating that prevents adhesion
• ▣Company: Adaptive Surface Technologies, Harvard University
• ◉Where: Massachusetts, USA

Spider silk is five times stronger than steel by weight, more elastic than nylon, and biodegradable — yet spiders have never been farmed like silkworms. Bolt Threads and other companies have now synthesised spider silk proteins using yeast fermentation to create the world's highest-performance natural material.

• ✿Inspired by: Golden silk orb-weaver spider (Nephila clavipes)
• ⚡︎Function: Produce ultra-strong, elastic, tough structural fibres at ambient conditions
• ▣Company: Bolt Threads / Spiber / Utah State University
• ◉Where: USA

Gecko feet can attach and detach from almost any surface instantly, without glue or suction, simply using van der Waals molecular forces created by millions of tiny hair-like structures. This has inspired reusable dry adhesives now used in robotics, medical devices, and space applications.

• ✿Inspired by: Tokay gecko (Gekko gecko)
• ⚡︎Function: Adhesion through van der Waals intermolecular forces
• ▣Company: Geckskin
• ◉Where: USA

Methanotrophic bacteria inspire carbon-negative bioplastic from greenhouse gases, converting methane to polyhydroxyalkanoate polymer.

• ✿Inspired by: Methanotrophic bacteria (methane-oxidising microorganisms)
• ⚡︎Function: Methanotrophic bacteria must derive both energy and carbon from methane, a single-carbon molecule at high oxidation state. They overcome...
• ▣Company: Newlight Technologies
• ◉Where: California, USA

Pine cone's humidity-responsive opening/closing mechanism inspires early wildfire detection devices that require no electronics.

• ✿Inspired by: Pine cone (Pinus spp.) hygroscopic response
• ⚡︎Function: Pine cones must disperse seeds during ideal moisture conditions whilst protecting them during drought or excess moisture. They sense and...
• ▣Company: Pyri
• ◉Where: USA

Infinite Cooling developed fog harvesting technology inspired by the fog-harvesting beetle. Microscopic surface patterns collect water from fog without energy input, enabling water collection in arid regions.

• ✿Inspired by: Fog-harvesting beetle (Stenocara gracilipes)
• ⚡︎Function: Passive water collection from atmospheric moisture
• ▣Company: Infinite Cooling
• ◉Where: USA

Nematode chemical signals disrupt pest behaviour without pesticides.

• ✿Inspired by: Nematode (Caenorhabditis elegans)
• ⚡︎Function: Nematodes produce volatile organic compounds and water-soluble pheromones that alter pest mating behaviours, feeding patterns, and naviga...
• ◉Where: USA

Blue Planet developed concrete aggregates using CO2-sequestering minerals inspired by coral calcium carbonate structures. These aggregates lock CO2 into concrete, reducing emissions while improving building material sustainability.

• ✿Inspired by: Hard corals (Scleractinia order)
• ⚡︎Function: CO2 capture and sequestration in building materials
• ▣Company: Blue Planet
• ◉Where: USA

Interface designed modular carpet tiles inspired by the random, distributed positioning of honeybees in a hive. The random pattern prevents visible seams and wear patterns while maintaining aesthetic appeal and durability.

• ✿Inspired by: Honeybee (Apis mellifera)
• ⚡︎Function: Surface covering with integrated wear distribution
• ▣Company: Interface
• ◉Where: Georgia, USA

Polyculture perennial grains mimic prairie biodiversity.

• ✿Inspired by: Prairie Ecosystem (North American Tallgrass Prairie)
• ⚡︎Function: Multiple grain species create complementary root networks—deep taproots from legumes reach soil minerals whilst fine roots from grasses s...
• ▣Company: The Land Institute
• ◉Where: Kansas, USA

Shark skin is covered in microscopic tooth-like scales called denticles that create a riblet surface — this texture physically prevents bacteria from attaching, without any chemical biocides. Sharklet Technologies has commercialised this as the world's first physical (not chemical) anti-bacterial surface for hospital use.

• ✿Inspired by: Shortfin mako shark (Isurus oxyrinchus)
• ⚡︎Function: Mechanical inhibition of microbial adhesion
• ▣Company: Sharklet Technologies Inc.
• ◉Where: USA

Harmful algal bloom biomass replaces petroleum-based EVA foam

• ✿Inspired by: Cyanobacteria / Blue-Green Algae
• ⚡︎Function: Harmful algal blooms accumulate solar energy and atmospheric carbon in dense biomass — a waste product of eutrophication that Bloom conve...
• ▣Company: Bloom
• ◉Where: Massachusetts, USA

Termite swarm coordination logic inspires decentralised building HVAC systems that optimise energy without central controls.

• ✿Inspired by: Termite swarm collective behaviour
• ⚡︎Function: Termite mounds must maintain stable temperature and humidity across large volumes despite external temperature swings and internal heat g...
• ▣Company: Encycle
• ◉Where: USA

Arion subfuscus slug mucus inspires tough, flexible surgical glue adhering to wet tissue surfaces.

• ✿Inspired by: Arion subfuscus (Spanish slug) mucus composition
• ⚡︎Function: Slugs must adhere to wet environments (soil, plants soaked with rain, mucus films) whilst remaining flexible enough to move. They overcom...
• ▣Company: Limax Biosciences / Harvard University
• ◉Where: Harvard, USA

Algae's structural biopolymers inspire foam materials for fully biodegradable, multifunctional footwear, replacing petroleum-based polymers.

• ✿Inspired by: Algal cell walls and biopolymers
• ⚡︎Function: Algae must create strong, water-resistant structures despite being composed entirely of water and soft biopolymers. They overcome this th...
• ▣Company: Munjoi
• ◉Where: USA

Vaccine stabilization technology inspired by tardigrade cryptobiosis allowing stable storage without refrigeration.

• ✿Inspired by: Tardigrades (water bears, Tardigrada phylum)
• ⚡︎Function: Mimics tardigrade preservation mechanisms for vaccine stabilization.
• ▣Company: Nova Labs
• ◉Where: USA

A waterproof, biodegradable adhesive bandage developed using gecko-inspired dry adhesion technology that mimics the van der Waals forces in gecko toe pads.

• ✿Inspired by: Gecko toe pads
• ⚡︎Function: Create a medical adhesive that is waterproof, biocompatible, biodegradable, and painless to remove
• ▣Company: Harvard University / MIT, Jeffrey Karp laboratory
• ◉Where: USA

Leonardo da Vinci's ornithopter studies and the Wright Brothers' airplane design based on bird flight mechanics and wing structures.

• ✿Inspired by: Various bird species
• ⚡︎Function: Mimics bird wing aerodynamics to enable human flight.
• ▣Company: Leonardo da Vinci, Wright Brothers
• ◉Where: USA

Large soaring birds like eagles and vultures spread their primary feathers into finger-like tips to reduce induced drag during soaring. Aircraft designers have mimicked this with winglets that reduce drag by 5–7%, saving airlines billions of litres of fuel per year.

• ✿Inspired by: Soaring birds (Buteo and Aquila species)
• ⚡︎Function: Reduce induced drag from wing tip vortices during flight
• ▣Company: Boeing / NASA (Richard Whitcomb)
• ◉Where: USA

Interface developed glue-free carpet tiles using gecko-inspired dry adhesive principles. The tiles use van der Waals forces to create reusable, pressure-sensitive attachment without permanent adhesives.

• ✿Inspired by: Gecko lizard (Gekkota sp.)
• ⚡︎Function: Dry adhesion and surface attachment
• ▣Company: Interface
• ◉Where: Georgia, USA

Moths' eyes are covered in an array of tiny bumps that eliminate virtually all reflection, allowing maximum light to enter in darkness. This "moth-eye" anti-reflection structure is now used in high-efficiency solar cells, increasing energy capture by up to 40%, and in anti-glare screens for every device you own.

• ✿Inspired by: Night-flying moths (various nocturnal Lepidoptera)
• ⚡︎Function: Maximise light capture by eliminating surface reflection
• ▣Company: Fraunhofer Institute / various manufacturers
• ◉Where: California, USA

Spintex Engineering and biotech companies develop synthetic spider silk fibers for textiles. Spider silk is stronger than steel of equivalent weight and can absorb significant impact energy, making it ideal for high-performance applications.

• ✿Inspired by: Spider (Araneae order), specifically orb-weaver spiders
• ⚡︎Function: High-strength, high-elasticity fiber production
• ▣Company: Spintex Engineering, Bolt Threads, AMSilk
• ◉Where: USA

Abalone shell (nacre) is made of 95% calcium carbonate — chalk — yet is 3,000 times tougher than chalk. The secret is a microscopic "brick-and-mortar" architecture that deflects and dissipates cracks. This has inspired bulletproof glass, ceramic armour, and self-healing materials.

• ✿Inspired by: Red abalone (Haliotis rufescens)
• ⚡︎Function: Create extremely tough structural material from inherently brittle components
• ▣Company: MIT / General Electric
• ◉Where: USA

Microbial carbonate precipitation replaces kiln-fired Portland cement

• ✿Inspired by: Coral / Molluscs
• ⚡︎Function: Corals and molluscs precipitate calcium carbonate at ambient temperature and pressure using organic matrix proteins that nucleate and org...
• ▣Company: Intropic Materials
• ◉Where: USA

Closed-loop business model developed by the Green Business Network and Graham Wiles that cascades waste from one production stage to become input for another.

• ✿Inspired by: Ecosystems (multiple species interdependence)
• ⚡︎Function: Mimics ecosystem material cycling to eliminate waste in industrial production.
• ▣Company: Green Business Network, Graham Wiles
• ◉Where: USA

Plants transpire water through leaves. Applied to sanitation in developing world.

• ✿Inspired by: Vascular Plants (Transpiration)
• ⚡︎Function: Human waste enters soil chambers where anaerobic microbes break down solids into simple compounds. Aerobic zones near plant roots oxidise...
• ◉Where: USA

Ecosystem restoration using oyster reef structures to rebuild coastal habitats, improve water quality, and provide storm protection.

• ✿Inspired by: Oysters (Crassostrea virginica and other species)
• ⚡︎Function: Mimics oyster reef engineering to restore coastal ecosystems.
• ▣Company: GROW Oyster Reefs
• ◉Where: USA

Herringbone structure rotates crack propagation. Purdue/UCR research.

• ✿Inspired by: Mantis Shrimp (Stomatopoda, Dactyl Club)
• ⚡︎Function: Composite layers contain reinforcement fibres arranged at progressively increasing angles (0°, 30°, 60°, 90° relative to impact axis). Wh...
• ▣Company: Purdue University, UC Riverside
• ◉Where: USA

Muscular hydrostats with infinite degrees of freedom.

• ✿Inspired by: Octopus (Octopodidae, Muscular Hydrostats)
• ⚡︎Function: Three muscle fibre layers—longitudinal, transverse, and helical—contract around incompressible fluid to create coordinated bending, twist...
• ▣Company: Harvard University, UC Santa Barbara
• ◉Where: USA

New Iridium and other companies develop light-driven chemical energy systems mimicking photosynthesis. These systems convert light directly into chemical energy (hydrogen, hydrocarbons) without biological organisms.

• ✿Inspired by: Plants and photosynthetic microorganisms
• ⚡︎Function: Light-driven energy conversion to chemical form
• ▣Company: New Iridium, various research institutions and startups
• ◉Where: USA

Hemoglobin's oxygen-binding mechanism inspires metal-free catalysts for energy storage, replacing rare-earth elements.

• ✿Inspired by: Hemoglobin and iron-binding proteins
• ⚡︎Function: Oxygen transport proteins must bind oxygen reversibly, many times per second, without catalyst poisoning or structural degradation. Hemog...
• ▣Company: Azul Energy
• ◉Where: USA

Decorative and ambient lighting systems using bioluminescent microorganism culture inspired design principles.

• ✿Inspired by: Bioluminescent dinoflagellates and other microorganisms
• ⚡︎Function: Mimics bioluminescence for low-energy lighting.
• ▣Company: Teresa van Dongen, Ambio light
• ◉Where: USA

Trabecular bone growth algorithms optimise structural components

• ✿Inspired by: Human / Mammalian Bone
• ⚡︎Function: Trabecular bone continuously redistributes mass along active stress paths and removes it from under-stressed regions through osteoclast-o...
• ▣Company: Autodesk
• ◉Where: USA

Engineering C4 carbon-fixation pathways into C3 crops and industrial reactors

• ✿Inspired by: Maize / Sugarcane
• ⚡︎Function: C4 plants suppress photorespiration by pre-concentrating CO₂ into specialised bundle-sheath cells before delivering it to Rubisco, achiev...
• ▣Company: C Combinator / International Rice Research Institute
• ◉Where: Massachusetts, USA

Cascade nutrient cycling modelled on coral reef trophic loops

• ✿Inspired by: Coral Reef Ecosystem
• ⚡︎Function: Coral reefs cycle nutrients through tightly coupled organism webs in nutrient-poor tropical water, achieving near-zero nutrient export fr...
• ▣Company: Reefcycle
• ◉Where: USA

Applying circular economy principles from natural ecosystems to textile production and upholstery design.

• ✿Inspired by: Biological cycles (ecosystems)
• ⚡︎Function: Mimics ecosystem nutrient cycling to eliminate waste.
• ▣Company: Climatex
• ◉Where: USA

Distributed optimisation modelled on bee scout-recruit cycles

• ✿Inspired by: Western Honeybee
• ⚡︎Function: Honeybee colonies discover and collectively exploit the richest food sources across large landscapes through a decentralised scout-recrui...
• ▣Company: Erciyes University (Prof. Derviş Karaboğa)
• ◉Where: USA

Biomimetic shade canopies for urban heat islands.

• ✿Inspired by: Trees (Multi-Canopy Leaf Architecture)
• ⚡︎Function: Multiple leaf-like panels arranged at varied heights and angles create layered light filtering where light is scattered, absorbed, and re...
• ◉Where: USA

Vertical axis wind turbines arranged using principles of fish schooling to improve efficiency and reduce energy costs in wind farms.

• ✿Inspired by: Schooling fish (mackerel and other species)
• ⚡︎Function: Improve the energy density and efficiency of wind farms through biomimetic spatial arrangement
• ▣Company: Caltech (John Dabiri laboratory)
• ◉Where: California, USA

Coral fluorescent proteins inspire biodegradable, vibrant coloured fibres without synthetic dyes, eliminating textile industry's water pollution.

• ✿Inspired by: Scleractinian coral fluorescent proteins
• ⚡︎Function: Corals must protect delicate photosynthetic partners from excess light whilst creating vibrant colours for mate attraction and species re...
• ▣Company: Werewool
• ◉Where: USA

Wastewater treatment systems designed as functioning ecosystems mimicking natural wetlands for biological purification.

• ✿Inspired by: Wetland ecosystems (multiple plant and microbial species)
• ⚡︎Function: Mimics wetland ecosystems to treat wastewater biologically.
• ▣Company: John Todd Ecological Design
• ◉Where: USA

Interface developed TacTiles modular carpet inspired by forest floor camouflage and animal pattern disruption. The non-directional design with organic, break-up patterns creates visual continuity regardless of installation direction.

• ✿Inspired by: Forest floor ecosystem and animal camouflage patterns
• ⚡︎Function: Visual integration through pattern disruption
• ▣Company: Interface, TacTiles®
• ◉Where: Georgia, USA

University of South Australia researchers developed drone designs based on swift and dragonfly flight mechanics. These aerial vehicles achieve superior agility, efficiency, and hovering capability by mimicking natural flight patterns.

• ✿Inspired by: Swift (Apodidae sp.) and dragonfly (Odonata order)
• ⚡︎Function: Aerial flight and hovering
• ▣Company: University of South Australia, drone developers
• ◉Where: USA

Cactus spines collect water from morning fog by using a gradient of surface chemistry and microstructure from tip to base, directing water droplets toward the stem. Researchers are now incorporating this principle into building facade cladding panels that harvest atmospheric water in arid climates.

• ✿Inspired by: Saguaro cactus (Carnegiea gigantea)
• ⚡︎Function: Collect and transport atmospheric water directionally without energy input
• ▣Company: MIT (Kyoo-Chul Park) / Xi'an Jiaotong University
• ◉Where: USA

A living, breathing office building concept by Chain10 Architecture that integrates biological systems and ecosystem functions into building design.

• ✿Inspired by: Biosphere and living ecosystems
• ⚡︎Function: Create office space that functions as a living ecosystem providing environmental benefits
• ▣Company: Chain10 Architecture
• ◉Where: USA

Comprehensive building certification framework requiring buildings to function like living systems with positive environmental impact.

• ✿Inspired by: Various organisms and natural systems (framework)
• ⚡︎Function: Applies life's principles to building design and operation.
• ▣Company: International Living Future Institute (ILFI)
• ◉Where: Seattle, USA

Using mangrove root architecture to design living sea walls that provide coastal protection and habitat restoration.

• ✿Inspired by: Mangrove trees (Rhizophora species)
• ⚡︎Function: Mimics mangrove roots to provide coastal protection while creating habitat.
• ▣Company: Sydney Institute of Marine Science, Reef Design Lab
• ◉Where: USA

Coal mine land restoration using soil ecosystem principles to rebuild biologically productive landscapes from degraded mining sites.

• ✿Inspired by: Soil ecosystem organisms and plant communities
• ⚡︎Function: Mimics soil ecosystem succession to restore degraded lands.
• ▣Company: John Todd Ecological Design
• ◉Where: USA

Flexible joint articulation absorbs seismic energy.

• ✿Inspired by: Vertebrate Limb Joints (Synovial Articulation)
• ⚡︎Function: Flexible dampers between bridge deck and columns allow horizontal movement during seismic shaking. Articulated expansion joints transmit...
• ◉Where: USA

An ultra-low energy commercial office building in Seattle that mimics integrated natural systems for sustainability and resilience.

• ✿Inspired by: Integrated biological systems
• ⚡︎Function: Create a low-impact commercial building that demonstrates ecological principles at scale
• ▣Company: Bullitt Foundation
• ◉Where: Seattle, USA

A hen's egg can withstand 50 kg of compressive force despite its shell being less than 0.4mm thick — because the double-curved form distributes stress evenly across the entire surface. This principle, understood and applied by engineers like Félix Candela and Pier Luigi Nervi, produced the most material-efficient large-span structures ever built.

• ✿Inspired by: Bird eggs (various species)
• ⚡︎Function: Support loads over large spans with minimal structural material
• ▣Company: Félix Candela / Pier Luigi Nervi / Zaha Hadid
• ◉Where: USA

Distributed sentinel nodes like immune T-cells.

• ✿Inspired by: Human Immune System (T-cells, Sentinel Pattern)
• ⚡︎Function: Distributed sentinel nodes continuously monitor local health data—pharmacy dispensing patterns, hospital admissions, emergency department...
• ◉Where: USA

High-performance swimsuit featuring sharkskin-inspired surface texture to reduce drag and improve swimming speed.

• ✿Inspired by: Sharks (various species with dermal denticles)
• ⚡︎Function: Mimics shark skin grooves to reduce drag in swimming.
• ▣Company: Speedo, NASA
• ◉Where: USA

Hemp fiber processing inspired by natural tidal stream patterns for more efficient material separation and processing.

• ✿Inspired by: Tidal stream dynamics and water flow
• ⚡︎Function: Mimics tidal stream dynamics for efficient fiber processing.
• ▣Company: Renaissance Fiber
• ◉Where: USA

• ✿Inspired by: Moth
• ◉Where: USA

Kelp and sea grass movement → wave energy converters.

• ✿Inspired by: Kelp Forest, Sea Grass (Flexible Swaying Motion)
• ⚡︎Function: Articulated biopower systems sway with incoming waves, converting lateral motion into rotational actuation at multiple articulation point...
• ▣Company: BioPower Systems
• ◉Where: USA

Structural colour from chameleon nanocrystal lattices

• ✿Inspired by: Panther Chameleon
• ⚡︎Function: Chameleons produce colour by tuning the spacing of guanine nanocrystal lattices in their skin, reflecting specific wavelengths through st...
• ▣Company: University of Illinois Urbana-Champaign
• ◉Where: USA

DNA-based digital data storage technology developed by Cache DNA that uses the four DNA bases to encode binary information.

• ✿Inspired by: DNA (deoxyribonucleic acid)
• ⚡︎Function: Achieve ultra-high-density, long-term stable digital data storage using biological molecules
• ▣Company: Cache DNA
• ◉Where: USA

Development of robotic systems combining human movement capabilities with insect-inspired locomotion, strength, and coordination.

• ✿Inspired by: Various insects and human biomechanics
• ⚡︎Function: Mimics insect movement and human capabilities for versatile robotic systems.
• ▣Company: Various research institutions and robotics companies
• ◉Where: USA

A 3D printable foam ink developed by Harvard SEAS and Wyss Institute inspired by grass cell structures for lightweight, strong materials.

• ✿Inspired by: Grass cell structures
• ⚡︎Function: Create lightweight, strong materials using 3D printing inspired by grass cell structure
• ▣Company: Harvard SEAS (School of Engineering and Applied Sciences) & Wyss Institute
• ◉Where: USA

A 109,000 ft² presidential library achieving Living Building Standard certification through earth-sheltered design, local grazing agriculture for carbon sinking, and energy generation exceeding 105% of building needs.

• ✿Inspired by: Prairie grassland ecosystems and earth-sheltered geology
• ⚡︎Function: Prairie ecosystems sustain themselves through the interaction of deep-rooted grasses, soil microbiomes, and large grazers, cycling carbon...
• ▣Company: Atelier 10
• ◉Where: North Dakota, USA

Blockchain technology incorporates swarm intelligence principles enabling decentralized consensus and coordination. Distributed networks achieve agreement without central authority, mimicking how social insects organize.

• ✿Inspired by: Swarm intelligence systems (ant colonies, bird flocks, fish schools)
• ⚡︎Function: Distributed consensus and coordination
• ▣Company: Various (Bitcoin, Ethereum, blockchain platforms)
• ◉Where: USA

A biomimetic commercial building on Kaua'i that uses the Living Story methodology and indigenous Hawaiian knowledge to address socio-ecological and economic challenges on the island.

• ✿Inspired by: Island ecosystems and Ahupua'a land management
• ⚡︎Function: Island ecosystems must sustain all life functions within strict resource boundaries, cycling nutrients, water, and energy without externa...
• ▣Company: B+H Architects
• ◉Where: Kaua'i, Hawai'i, USA

Overlapping keratinous scales provide armour-like protection with full flexibility.

• ✿Inspired by: Pangolin (Manis sp.)
• ⚡︎Function: Overlapping scales channel impact forces along their edges and through articulation points, distributing stress across multiple segments...
• ◉Where: USA

A 3D printed chair by Lilian van Daal designed using plant cell structures for strength, comfort, and material efficiency.

• ✿Inspired by: Plant cell structures
• ⚡︎Function: Create a strong, comfortable chair using minimal material through biomimetic cellular design
• ▣Company: Lilian van Daal
• ◉Where: USA

A 3D printed soft seating design by Lilian Van Daal that mimics the cellular structure of plants for ergonomic comfort and material efficiency.

• ✿Inspired by: Plant cell structures
• ⚡︎Function: Create comfortable, lightweight seating using minimal material through biomimetic cellular design
• ▣Company: Lilian Van Daal
• ◉Where: USA

Traditional adobe building materials and techniques providing thermal mass, breathability, and sustainability for climate-responsive architecture.

• ✿Inspired by: Earth and clay composition used by humans historically
• ⚡︎Function: Uses earth materials and thermal principles for sustainable building.
• ▣Company: Mapungubwe Interpretive Centre
• ◉Where: USA

Brewery and business clustering inspired by mycelium network structure for resource sharing and integrated waste-to-resource systems.

• ✿Inspired by: Mycelium networks (fungal hyphae)
• ⚡︎Function: Mimics mycelium networks to create interconnected business systems.
• ▣Company: Wildwood Brewing, ZERI (Zero Emissions Research and Initiatives)
• ◉Where: USA