February 23, 2026 • 29 mins
Feel the chill of the Winter Games—and the heat of the lab—where medals are measured in milliseconds and built on decades of design. We pull back the curtain on the quiet inventions that make elite sport possible, from fluid-dynamic swimsuits to carbon-plated marathon shoes, from the hinged brilliance of the clapskate to the high-speed vision of tracking and timing systems. The story isn’t scandal; it’s structure. We trace how ideas move from a whiteboard to the world stage through patents that document methods, invite competition, and help set the boundaries that keep sport both fair and thrilling.
We start in the pool, where bonded seams, compression maps, and hydrodynamic panels turned “just a suit” into a system—and where rule updates redirected, not punished, progress. On the roads, we break down the mechanics of energy return: foam that rebounds, plates that guide, and filings that map curvature and geometry so rivals can design smarter. On the ice, the clapskate’s heel hinge extends blade contact and power transfer, proving that tiny mechanical shifts can reshape an entire discipline when paired with rigorous disclosure and iteration.
Fairness gets its own engineering arc. High-speed cameras, calibrated sensors, and photo finish systems transform human limits of perception into trustworthy data. Companies refine optics, synchronization, and algorithms, then publish their methods through patents—fuel for a healthier ecosystem where accuracy becomes a form of respect. Along the way, we share five clear takeaways: innovation is part of sport; patents structure progress; rules and tech evolve together; precision builds trust; and small structural changes can move mountains.
If you love sport and love ideas, hit play, share with a friend who obsesses over gear and split times, and leave a review to help more curious listeners find us.
Check out "Protection for the Inventive Mind" – available now on Amazon in print and Kindle formats.
The views and opinions expressed (by the host and guest(s)) in this podcast are strictly their own and do not necessarily reflect the official policy or position of the entities with which they may be affiliated. This podcast should in no way be construed as promoting or criticizing any particular government policy, institutional position, private interest or commercial entity. Any content provided is for informational and educational purposes only.
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Artemisa (00:00):
You can feel it in the air when the Winter Olympics is
ramping up.
The final medals, the last runs,the last turns on ice, the last
slow motion replays whereeveryone holds their breath
together.
And I love that moment.
Not just because it isemotional, but because it is
pure human excellence ondisplay.
Discipline, teamwork,resilience, joy all packed into
(00:24):
seconds.
Now here is the fun twist.
Behind that magic, there's alsoa quiet celebration of
innovation.
Because every clean landing,every stable blade, every
perfectly timed start, everyphoto finish that settles on one
hundredth of a second, it allrests on systems someone had to
invent, refine, test, andprotect.
(00:48):
Today we are going to talk aboutthe Olympics as a festival of
human brilliance and humaningenuity, not as a scandal
story.
As a love letter to what peoplecan build.
SPEAKER_00 (01:00):
Let's go.
You are listening toIntangibilia, the podcast of
Intangible Law.
Plain tug about intellectualproperty.
Please welcome your host,Leticia Caminero.
Leticia AI (01:11):
Welcome back to Intangibilia.
I'm Leticia Caminero, the AIversion.
Artemisa (01:16):
And I'm Artemisa, your AI co-host.
I bring the sparkle and also thefootnotes.
Leticia AI (01:23):
As the Winter Olympics finalize, it feels like
the perfect moment to look atwhat makes elite sport possible
beyond talent and training.
The technologies, the systems,the designs, and yes, the
intellectual property that helpsthose innovations travel from an
idea to the world stage.
Artemisa (01:41):
Because medals are emotional, but they are also
engineered.
Leticia AI (01:44):
Today we are doing an Olympic level dive into
innovation through an IP lens.
We will keep it human,accessible, and practical.
The goal is simple.
Once you hear these stories, youwill never look at a finish
line, a skate blade, or a timingscreen the same way again.
Quick note before we begin (02:04):
this episode was prepared with the
support of AI tools to helporganize research, improve
structure, and make thestorytelling smoother.
Everything you hear is forgeneral education and
discussion, not legal advice.
If you need guidance for aspecific situation, speak with a
(02:24):
qualified professional in therelevant jurisdiction.
Artemisa (02:27):
And if you are listening while designing your
next miracle device, we lovethat for you.
Just remember, inspiration isfree, but copying is expensive.
(02:52):
Ah, yes.
The era when the scoreboardlooked like it was having a
nervous breakdown.
World record.
World record.
Another one.
Again.
Leticia AI (03:04):
During the late 2000s, um, performance suits
evolved dramatically.
These were not just swimsuits,they were engineered systems,
compression zones, bonded seams,hydrodynamic panel construction,
surface texture designed tointeract with water in a very
(03:26):
specific way.
And behind all of that werepatent filings, public documents
that describe, in carefultechnical language, how the
garment was structured to reducedrag, support muscle groups, and
stabilize the athlete's form.
Many of these filings were ledby Speedo International Limited,
which invested heavily intextile engineering and
(03:47):
hydrodynamic research to pushcompetitive swimwear into a new
era.
Artemisa (03:52):
So when people say it's just a suit, the patent
says, actually it's fluiddynamics.
Leticia AI (03:58):
Yes.
And this is where I want toframe this positively.
What happened in that pool wasnot a scandal, it was a
demonstration of how innovationcan push a field forward.
Engineers asked, how does thehuman body move through water?
Where is turbulence created?
How can seams be minimized orstrategically bonded?
(04:19):
How can compression improveefficiency without restricting
movement?
Those questions turned intoresearch.
Research turned into prototypes.
Prototypes turned into patentapplications.
That is the innovation journeyin action.
Artemisa (04:33):
And it is very Olympic if you think about it.
Faster, higher, stronger, evenin textile science.
Leticia AI (04:42):
The Olympic motto applies to innovation too.
The patents behind these suitsdescribe panel configurations
that contour to the body inspecific ways, seam construction
techniques that reduce surfacedisruption, and material
compositions designed tocompress and support key muscle
groups.
The legal system protects thoseinventions not because they win
(05:04):
medals, but because theyrepresent technical solutions to
defined problems.
That uh distinction matters.
Patents do not protect victory,they protect the method.
Artemisa (05:17):
So the medal is earned in the lane.
The protection is earned in thelab.
Leticia AI (05:21):
Beautifully said.
And here is the positive twistthat often gets lost in
headlines.
When innovation moves quickly,governing bodies sometimes step
in and update rules.
That is not a failure, that is asign that a sport is alive.
Sporting regulations evolve,technology evolves, the dialogue
between them is part ofprogress.
Artemisa.
(05:42):
The swimming federationeventually refined its equipment
standards.
Full-body polyurethane suitswere restricted, but the
knowledge did not disappear, ittransformed.
New generations of swimwearcontinue to innovate within
updated boundaries.
More subtle, more materialscience, more ergonomic insight,
(06:04):
less spectacle, more refinement.
Artemisa (06:08):
So innovation did not get punished, it got redirected.
Leticia AI (06:11):
And that is such a powerful lesson.
Innovation pushes the frontier.
Governance defines the field.
Both are necessary.
For inventors listening, here isthe real takeaway.
If you solve a measurableperformance problem, and you can
describe your solution clearly,structurally, and technically,
(06:32):
that is the foundation of apatent.
It does not matter if your arenais a pool, a lab, or a startup
garage.
The swimsuit that broke the pooldid something extraordinary.
You know, it showed the worldthat marginal gains matter, that
material science can beperformance strategy.
That design is not decoration,it is engineering.
Artemisa (06:54):
And maybe, just maybe, it also reminded us that humans
do not reach limits alone.
They collaborate with tools.
Leticia AI (07:02):
Yes.
And that collaboration betweenathlete and innovation is not
something to fear.
It is something to understand.
When you watch swimming now, youare not just watching muscle and
discipline.
You are watching decades ofresearch, testing, iteration,
(07:23):
and protected intellectualeffort.
And that is beautiful becausethe Olympics celebrate
excellence.
And excellence is rarelyaccidental.
From the pool we moved to theroad because if swimming was the
first big wake-up call thattechnology matters, long
distance running became the nextfrontier.
Artemisa (07:42):
Ah yes, the shoe that made people whisper.
Leticia AI (07:45):
Or wonder or debate or marvel.
Over the last decade, elitedistance running has experienced
a surge of innovation infootwear.
Carbon fiber plates embedded inmidsoles, advanced foam
compounds designed for energyreturn, layered structures that
guide the foot through eachstride.
And behind those breakthroughs,you see a pattern.
(08:07):
Patent after patent, describingplate curvature, foam density,
sole geometry, fluid-filledchambers, and the interaction
between stiffness and rebound.
Companies like Nike,Incorporated were particularly
visible in this wave ofinnovation, filing extensive
patents around plate systems andenergy return technologies that
(08:27):
reshaped competitive runningfootwear.
Artemisa (08:29):
So not just a shoe, a mechanical system.
Leticia AI (08:32):
A system engineered to optimize how force is
absorbed, stored, and released.
Here is what makes this story sopositive.
Human movement is complex.
Every stride is a transfer ofenergy.
The body hits the ground,absorbs impact, stabilizes, then
propels forward.
(08:53):
For decades, footwear innovationfocused on cushioning or
durability.
Then designers started asking adeeper question.
What if we could return some ofthat energy?
What if the shoe could act likea spring, not just a cushion?
That thinking led to curvedcarbon plates embedded inside
highly resilient foamstructures.
(09:14):
The plate helps stiffen the shoein specific directions, guiding
the foot and improvingefficiency.
The foam compresses andrebounds.
Together they create a smoother,more energy efficient stride.
Artemisa (09:26):
So instead of fighting gravity, the shoe collaborates
with physics.
Leticia AI (09:31):
Now, when performance jumps noticeably,
discussions follow.
Is it fair?
Is it too much?
Should regulations adapt?
And here is where I seesomething very healthy.
Sport evolves, innovation tests,boundaries, governing bodies
respond uh with clear equipmentstandards.
Instead of seeing that asconflict, I see it as dialogue.
(09:53):
Patents disclose the structure.
They describe how the plate ispositioned, how thick it is, how
it curves, how it interacts withthe mitzvole.
That disclosure fuelscompetition.
Other brands study the filings,they design around them, they
improve on them, they refinegeometry, they experiment with
(10:13):
different materials.
This is the innovation cycle inaction.
Artemisa (10:18):
One company files, another company iterates.
Athletes benefit.
Leticia AI (10:23):
And the important legal point here is that patents
do not freeze the market.
They do the opposite.
They publish the blueprint.
In exchange for limitedexclusivity, the inventor
reveals the method.
That public disclosure pushesthe entire field forward.
Competitors innovatedifferently.
Regulators understand themechanics.
(10:46):
Um, researchers build on what isknown.
That is why I love this casecluster.
It shows how intellectualproperty is not about blocking
progress, it is aboutstructuring it.
Artemisa (10:58):
So the so-called arms race is actually a research
race.
Leticia AI (11:01):
Yes.
A race of ideas.
And here is the human side (11:04):
no shoe runs alone.
The athlete still trains, stillsuffers, still strategizes,
still executes under pressure.
Uh technology supports, but itdoes not replace effort.
When you see an Olympic uhmarathoner glide over the
pavement, you are witnessingbiomechanics, training science,
(11:27):
mental strength, and materialengineering working together,
and that collaboration isinspiring.
For innovators listening, here'syour takeaway.
Artemisa (11:37):
If you identify a problem in movement, friction,
energy transfer, stability, orcomfort, and you can engineer a
structural solution, thatsolution can become protectable
intellectual property.
Leticia AI (11:50):
The carbon plate era reminds us that marginal gains
compound, that small structuraldecisions can reshape an entire
industry.
Artemisa (11:59):
And maybe the most Olympic part of it all is this
we are not just trying to runfaster.
We are trying to understand howwe run.
Leticia AI (12:07):
Yes.
And when curiosity meetsengineering, and engineering
meets protection, and protectionmeets global competition,
something extraordinary happens.
You do not just break records,you build new standards.
Now we move from asphalt to ice,and if there is one invention
that beautifully captures how asmall mechanical idea can
(12:29):
transform an entire sport, it isthe clapskate.
At first glance, it looks like aminor modification.
A blade that detaches at theheel and reconnects with a hinge
mechanism.
But that hinge changeseverything.
Artemisa (12:44):
Traditional speed skates forced the blade to leave
the ice as soon as the heellifted.
The clapskate allowed the bladeto stay in contact with the ice
longer during the push-offphase, increasing efficiency and
power transfer.
What sounds simple in theoryrepresents deep biomechanical
insight and engineeringprecision.
Leticia AI (13:04):
Patent filings around clapsate technology
describe hinge systems, blademounting structures, frame
configurations, and stabilitymechanisms that allow this
extended contact whilemaintaining control.
Companies such as Viking IceSkating BV were central to
developing and patenting thesehinged blade systems, while
(13:26):
manufacturers like Bont FootwearPtai Leiti contributed to
advancing high-performance skatedesign in the competitive
ecosystem.
This was not cosmetic design, itwas physics in motion.
Artemisa (13:39):
So one hinge extended contact with ice by
milliseconds, and thosemilliseconds became metals.
Leticia AI (13:45):
And what I love about this story is how positive
it is.
Engineers studied how athletesgenerated force and asked where
is energy being lost.
They identified a mechanicalconstraint and redesigned it.
Artemisa (13:58):
That redesign required structural innovation.
How should the hinge behaveunder pressure?
How do you maintain alignment?
How do you prevent instabilityat high speed?
Leticia AI (14:10):
The patents disclosed those answers.
They showed the thought process,the problem solving, the
testing.
And when athletes began usingthis new skate, performance
levels rose, records fell, thesport evolved.
Artemisa (14:25):
That is not an unfair shortcut.
That is applied science.
Leticia AI (14:30):
Yes.
It is a reminder that innovationoften looks small from the
outside, but represents years ofrefinement.
And here is another positivedimension.
Once disclosed, the technologydid not stay secret.
The patent system made itpublic.
Other manufacturers could studythe design.
(14:51):
They could license it, designaround it, improve upon it.
That transparency fuelsprogress.
It creates an ecosystem insteadof a monopoly of mystery.
Artemisa (15:01):
So the hinge did not just change skating technique.
It changed the industry aroundit.
Leticia AI (15:07):
Precisely.
The Clapskate story teaches thateven in a niche winter sport,
intellectual property plays aconstructive role.
It incentivizes research,protects investment, and rewards
structural breakthroughs.
But it also invites competitiononce the invention is revealed.
That balance between protectionand disclosure is what keeps
innovation alive.
SPEAKER_00 (15:57):
Intangibilia, the podcast of intangible law.
Plain tug about intellectualproperty.
Artemisa (16:03):
When you watch speed skating at the Winter Olympics,
the elegance is mesmerizing.
The glide looks effortless.
But beneath that smooth motionis a carefully engineered
relationship between blade andice.
Leticia AI (16:17):
A mechanical system that optimizes force transfer,
timing, and stability.
That system exists becausesomeone was curious enough to
question tradition and boldenough to redesign it.
Artemisa (16:29):
And that is very Olympic.
Question the limit.
Redesign the limit.
Then glide past it.
Leticia AI (16:37):
Yes.
The skate that changed ICEphysics reminds us that progress
is often a hinge away.
Small structural insight,properly protected, properly
disclosed, and thoughtfullyintegrated can elevate an entire
sport.
It is not about replacing theathlete.
It is about empowering theathlete with better tools.
(16:57):
And when human determinationmeets refined engineering, the
result is not controversy.
It is possibility.
Now we move from equipment thatenhances performance to systems
that protect fairness.
Because at the Olympic level,excellence is not only about how
fast you go or how high youjump, but also about how
accurately we measure and judgewhat happened.
Artemisa (17:20):
Over the past decades, sports have increasingly relied
on advanced tracking andelectronic systems to assist
officials.
These technologies are notaccidental.
They are engineered, patented,refined, and deployed with
precision.
Leticia AI (17:36):
When you look at the patent filings behind these
systems, you see detaileddescriptions of object tracking
technologies, sensorconfigurations, high-speed
imaging methods, and algorithmsfor analyzing motion in real
time.
Companies such as HawkeyeInnovations Limited have been
central in developing andpatenting sophisticated tracking
(17:58):
systems used across multipleinternational competitions.
These inventions are designed tofollow a moving object, whether
it is a ball, a puck, or eventhe athlete's body itself, and
translate physical movement intoprecise, reliable data.
What looks effortless on screenis actually the result of
layered engineering, carefullycalibrated hardware, and
(18:21):
sophisticated software workingtogether to capture reality with
remarkable accuracy.
Artemisa (18:26):
So instead of arguing over what the human eye might
have missed, we consult physics,cameras, and code.
Leticia AI (18:33):
The purpose of these systems is not to replace human
judgment, but to support it.
At the Olympic level, marginsare microscopic.
A ball touching a line by a fewmillimeters, a ski crossing a
boundary, a foot is steppingjust outside a lane.
Artemisa (18:48):
When metals are separated by fractions of a
second or centimeters, claritymatters.
Patented tracking systemscombine high-speed imaging,
calibrated sensors, andsophisticated data processing to
provide that clarity.
Leticia AI (19:02):
What fascinates me from an intellectual property
perspective is that thesesystems are themselves the
product of competition andinnovation.
Companies invest heavily inresearch to improve accuracy,
reduce latency, and increasereliability.
They file patents to protectthose technical solutions.
In exchange, they disclose howthe systems work, how images are
(19:26):
processed, how movement isinterpreted.
That disclosure allows the fieldto evolve.
Others build better cameras,faster processors, smarter
software.
The ecosystem improves.
Artemisa (19:39):
So fairness becomes an innovation project.
Leticia AI (19:43):
Technology at this level is not about spectacle, it
is about trust.
When athletes train for years,they deserve decisions grounded
in precision.
Artemisa (19:52):
When spectators watch the games, they deserve
confidence that outcomes reflectreality as accurately as
possible.
Patented tracking and judgingsystems contribute to that trust
infrastructure.
Leticia AI (20:05):
Of course, there is always discussion about where
the line sits between humanintuition and technological
confirmation.
That conversation is healthy.
But what is undeniable is thatthe development of these systems
represents human ingenuityapplied to integrity.
Engineers asked, how can wereduce uncertainty?
How can we measure movement moreprecisely?
(20:27):
How can we support refereesunder immense pressure?
Those questions becameprototypes.
Prototypes became patentfilings.
Patent filings became globalsystems deployed on the world's
biggest stage.
Artemisa (20:38):
So when we see a line call confirmed in slow motion,
what we are really seeing isyears of research condensed into
one decisive frame.
Leticia AI (20:47):
When technology becomes the referee, it does not
diminish sport, it strengthensit.
It reinforces the idea thatexcellence deserves accurate
recognition.
Artemisa (20:56):
And from an IP perspective, it shows how
innovation can serve not justperformance, but fairness
itself.
At the Olympics, victory isemotional, but fairness is
foundational.
And behind that foundation,quietly, are inventors,
engineers, and patent documentsensuring that when the decision
comes, it reflects the truth ofwhat happened on the field, on
(21:19):
the track, or on the ice.
Leticia AI (21:22):
Now we arrive at the quietest hero of the Olympic
Games, the one who does not run,skate, or swim, yet still
decides everything, time, andmore specifically, the
technology that measures it.
Artemisa (21:33):
At the Olympic level, victory can be separated by one
hundredth, sometimes even onethousandth of a second.
That margin is invisible to thehuman eye.
It exists only because someoneinvented a way to capture it.
Leticia AI (21:48):
When we look at the patent history of photo finish
cameras and electronic timingsystems, we see a remarkable
lineage of precision engineeringdevoted to a single purpose,
measuring reality withextraordinary accuracy.
Companies such as Omega LewisBrandt at Frere SA played a
foundational role in advancingelectronic timing systems, while
(22:08):
modern platforms developed bySwiss Timing Limited continue to
refine and deploy high precisiontiming technologies.
From early ones, each generationreflects a deeper commitment to
clarity, fairness, and trust inthe result.
Artemisa (22:27):
So the medal ceremony begins with a Camera shutter.
Leticia AI (22:30):
In many ways, yes.
The classic photo finish systemtransforms sport by replacing
subjective visual judgment withcontinuous image capture along
the finish line.
Instead of taking a singlesnapshot, the system records a
thin vertical slice of spaceover time, building an image
that shows exactly when eachathlete crosses the line.
Artemisa (22:50):
That idea, simple in concept, required deep optical
engineering, synchronizationsystems, and mechanical
stability.
The patent documents reveal howlight is captured, how images
are processed, how timingsignals are integrated.
It is a masterclass in appliedprecision.
Leticia AI (23:11):
Over time, these systems evolved.
Electronic timing pads andswimming pools detect the exact
moment a swimmer touches thewall.
Starting blocks incorporatesensors to detect false starts.
Digital systems synchronizemultiple cameras and clocks so
that results are not just fast,but harmonized across venues and
broadcasts.
Each improvement is documented,protected, and disclosed through
(23:34):
patent filings.
Artemisa (23:35):
And the audience just sees a number appear on a
screen.
Leticia AI (23:39):
But behind that number is an entire
infrastructure of innovation.
And what makes this story sopositive is that timing
technology is about honoringeffort.
Artemisa (23:48):
When an athlete trains for years and delivers the
performance of a lifetime, theydeserve a result that reflects
the truth of that performancedown to the smallest measurable
fraction.
Precision is a form of respect.
Leticia AI (24:02):
From an intellectual property perspective, these
systems demonstrate the beautyof incremental innovation.
Each patent builds upon previousknowledge, refining sensors,
improving image clarity,reducing latency, enhancing
synchronization.
The patent system ensures thatinventors are rewarded for
pushing accuracy further whilealso contributing technical
(24:25):
knowledge to the public record.
Artemisa (24:27):
So one thousandth of a second is not just a
measurement, it is a promise.
Leticia AI (24:32):
Yes, a promise that excellence will be recognized as
accurately as possible.
A promise that fairness will begrounded in data, and a reminder
that innovation does not alwayslook dramatic.
Sometimes it looks like a clockthat simply works.
Artemisa (24:48):
When you watch the final of a sprint or the last
stretch of a speed skating race,and the results appear almost
instantly, remember that you arewitnessing the culmination of
decades of research in optics,electronics, software, and
mechanical engineering.
You are witnessing patentsturned into precision.
Leticia AI (25:09):
And that is a powerful note to end on.
The Olympics celebrate humanachievement.
But behind every celebration,there is a quiet network of
inventors ensuring thatachievement is measured,
verified, and honored.
One thousandth of a second at atime.
Before we close, let's pull thistogether.
What does all of this, theswimsuits, the carbon plates,
(25:30):
the clapskates, the trackingsystems, the photo finish
cameras, actually teach us?
Artemisa (25:35):
Takeaway one, innovation is part of sport, not
separate from it.
The Olympics are a celebrationof human excellence, and that
excellence includes engineers,designers, and scientists.
Leticia AI (25:48):
The athlete may stand on the podium, but behind
that moment is a chain ofcuriosity, experimentation, and
refinement.
Innovation does not diminish theachievement, it amplifies it.
Artemisa (26:00):
The medal may hang around one neck, but it carries
many minds.
Leticia AI (26:04):
Takeaway to patents structure progress.
When inventors file patents,they are not hiding ideas
forever.
They are disclosing them inexchange for time-limited
protection.
Artemisa (26:16):
That disclosure becomes fuel for the next wave
of improvement.
Competitors learn, iterate, anddesign around existing
solutions.
The result is not stagnation, itis momentum.
Leticia AI (26:29):
Takeaway three, regulation and innovation can
grow together.
When new technologies emerge,governing bodies sometimes
refine equipment rules.
That is not a clash, it is aconversation.
Sport evolves, standards evolve.
The goal is always the same.
Preserve fairness whileencouraging excellence.
(26:49):
That balance is dynamic, andthat is a sign of a living
system.
Artemisa (26:53):
Limits are not walls, they are design parameters.
Leticia AI (26:57):
Takeaway four, precision is respect, timing
systems, tracking technologies,sensor-based measurements.
These are not cold mechanicaltools.
They are instruments of trust.
When victory depends onfractions of a second, accuracy
becomes a form of honor.
Patented systems ensure thatexcellence is measured
(27:17):
faithfully.
Artemisa (27:19):
Takeaway 5.
Small structural changes canreshape entire fields.
A hinge in a skate, a plate in ashoe, a seam in a suit, a camera
aligned with a finish line.
Leticia AI (27:31):
These are not dramatic inventions on the
surface, but when thoughtfullyengineered and properly
protected, they elevate entiresports.
They remind us that meaningfulprogress often begins with a
very specific, very focusedquestion.
Artemisa (27:44):
What if we could do this just a little bit better?
Leticia AI (27:47):
And that question is not limited to elite sport.
It applies to business, toresearch, to creative projects,
to everyday problem solving.
The Olympic stage simply makesthe results visible.
Artemisa (27:59):
As the Winter Olympics close and the flame fades for
this edition of the Games, whatremains is not only the memory
of breathtaking performances, itis also the reminder that human
potential thrives when effortmeets ingenuity, when discipline
meets design, when talent meetstechnology.
Leticia AI (28:18):
And when curiosity meets protection, yes, because
protecting innovation is notabout locking ideas away, it is
about giving them structure sothey can grow, compete, and
inspire.
Thank you for listening to thisepisode of Intangibilia.
If it changed the way you seethe podium, the finish line, or
the equipment behind theathlete, share it with someone
(28:39):
who loves sport and loves ideas.
Artemisa (28:41):
Next time you watch a race, look a little closer.
Somewhere in that moment, thereis a patent at work.
Leticia AI (28:49):
Until next time, keep building, keep questioning,
and keep celebrating what humanscan create together.
Bye everyone.
SPEAKER_00 (29:01):
Thank you for listening to Intangibilia, the
podcast of Intangible Law.
Plain talk about intellectualproperty.
Did you like what we talkedabout today?
Please share with your network.
Do you want to learn more aboutintellectual property?
Subscribe now on your favoritepodcast player.
Follow Wells on Instagram,Facebook, LinkedIn, and Twitter.
(29:21):
Visit our websitewww.intangiblia.com.
Copyright Leticia Caminero 2020.
All rights reserved.
This podcast is provided forinformation purposes only.
You can feel it in the air when the Winter Olympics is
ramping up.
The final medals, the last runs,the last turns on ice, the last
slow motion replays whereeveryone holds their breath
together.
And I love that moment.
Not just because it isemotional, but because it is
pure human excellence ondisplay.
Discipline, teamwork,resilience, joy all packed into
(00:24):
seconds.
Now here is the fun twist.
Behind that magic, there's alsoa quiet celebration of
innovation.
Because every clean landing,every stable blade, every
perfectly timed start, everyphoto finish that settles on one
hundredth of a second, it allrests on systems someone had to
invent, refine, test, andprotect.
(00:48):
Today we are going to talk aboutthe Olympics as a festival of
human brilliance and humaningenuity, not as a scandal
story.
As a love letter to what peoplecan build.
SPEAKER_00 (01:00):
Let's go.
You are listening toIntangibilia, the podcast of
Intangible Law.
Plain tug about intellectualproperty.
Please welcome your host,Leticia Caminero.
Leticia AI (01:11):
Welcome back to Intangibilia.
I'm Leticia Caminero, the AIversion.
Artemisa (01:16):
And I'm Artemisa, your AI co-host.
I bring the sparkle and also thefootnotes.
Leticia AI (01:23):
As the Winter Olympics finalize, it feels like
the perfect moment to look atwhat makes elite sport possible
beyond talent and training.
The technologies, the systems,the designs, and yes, the
intellectual property that helpsthose innovations travel from an
idea to the world stage.
Artemisa (01:41):
Because medals are emotional, but they are also
engineered.
Leticia AI (01:44):
Today we are doing an Olympic level dive into
innovation through an IP lens.
We will keep it human,accessible, and practical.
The goal is simple.
Once you hear these stories, youwill never look at a finish
line, a skate blade, or a timingscreen the same way again.
Quick note before we begin (02:04):
this episode was prepared with the
support of AI tools to helporganize research, improve
structure, and make thestorytelling smoother.
Everything you hear is forgeneral education and
discussion, not legal advice.
If you need guidance for aspecific situation, speak with a
(02:24):
qualified professional in therelevant jurisdiction.
Artemisa (02:27):
And if you are listening while designing your
next miracle device, we lovethat for you.
Just remember, inspiration isfree, but copying is expensive.
(02:52):
Ah, yes.
The era when the scoreboardlooked like it was having a
nervous breakdown.
World record.
World record.
Another one.
Again.
Leticia AI (03:04):
During the late 2000s, um, performance suits
evolved dramatically.
These were not just swimsuits,they were engineered systems,
compression zones, bonded seams,hydrodynamic panel construction,
surface texture designed tointeract with water in a very
(03:26):
specific way.
And behind all of that werepatent filings, public documents
that describe, in carefultechnical language, how the
garment was structured to reducedrag, support muscle groups, and
stabilize the athlete's form.
Many of these filings were ledby Speedo International Limited,
which invested heavily intextile engineering and
(03:47):
hydrodynamic research to pushcompetitive swimwear into a new
era.
Artemisa (03:52):
So when people say it's just a suit, the patent
says, actually it's fluiddynamics.
Leticia AI (03:58):
Yes.
And this is where I want toframe this positively.
What happened in that pool wasnot a scandal, it was a
demonstration of how innovationcan push a field forward.
Engineers asked, how does thehuman body move through water?
Where is turbulence created?
How can seams be minimized orstrategically bonded?
(04:19):
How can compression improveefficiency without restricting
movement?
Those questions turned intoresearch.
Research turned into prototypes.
Prototypes turned into patentapplications.
That is the innovation journeyin action.
Artemisa (04:33):
And it is very Olympic if you think about it.
Faster, higher, stronger, evenin textile science.
Leticia AI (04:42):
The Olympic motto applies to innovation too.
The patents behind these suitsdescribe panel configurations
that contour to the body inspecific ways, seam construction
techniques that reduce surfacedisruption, and material
compositions designed tocompress and support key muscle
groups.
The legal system protects thoseinventions not because they win
(05:04):
medals, but because theyrepresent technical solutions to
defined problems.
That uh distinction matters.
Patents do not protect victory,they protect the method.
Artemisa (05:17):
So the medal is earned in the lane.
The protection is earned in thelab.
Leticia AI (05:21):
Beautifully said.
And here is the positive twistthat often gets lost in
headlines.
When innovation moves quickly,governing bodies sometimes step
in and update rules.
That is not a failure, that is asign that a sport is alive.
Sporting regulations evolve,technology evolves, the dialogue
between them is part ofprogress.
Artemisa.
(05:42):
The swimming federationeventually refined its equipment
standards.
Full-body polyurethane suitswere restricted, but the
knowledge did not disappear, ittransformed.
New generations of swimwearcontinue to innovate within
updated boundaries.
More subtle, more materialscience, more ergonomic insight,
(06:04):
less spectacle, more refinement.
Artemisa (06:08):
So innovation did not get punished, it got redirected.
Leticia AI (06:11):
And that is such a powerful lesson.
Innovation pushes the frontier.
Governance defines the field.
Both are necessary.
For inventors listening, here isthe real takeaway.
If you solve a measurableperformance problem, and you can
describe your solution clearly,structurally, and technically,
(06:32):
that is the foundation of apatent.
It does not matter if your arenais a pool, a lab, or a startup
garage.
The swimsuit that broke the pooldid something extraordinary.
You know, it showed the worldthat marginal gains matter, that
material science can beperformance strategy.
That design is not decoration,it is engineering.
Artemisa (06:54):
And maybe, just maybe, it also reminded us that humans
do not reach limits alone.
They collaborate with tools.
Leticia AI (07:02):
Yes.
And that collaboration betweenathlete and innovation is not
something to fear.
It is something to understand.
When you watch swimming now, youare not just watching muscle and
discipline.
You are watching decades ofresearch, testing, iteration,
(07:23):
and protected intellectualeffort.
And that is beautiful becausethe Olympics celebrate
excellence.
And excellence is rarelyaccidental.
From the pool we moved to theroad because if swimming was the
first big wake-up call thattechnology matters, long
distance running became the nextfrontier.
Artemisa (07:42):
Ah yes, the shoe that made people whisper.
Leticia AI (07:45):
Or wonder or debate or marvel.
Over the last decade, elitedistance running has experienced
a surge of innovation infootwear.
Carbon fiber plates embedded inmidsoles, advanced foam
compounds designed for energyreturn, layered structures that
guide the foot through eachstride.
And behind those breakthroughs,you see a pattern.
(08:07):
Patent after patent, describingplate curvature, foam density,
sole geometry, fluid-filledchambers, and the interaction
between stiffness and rebound.
Companies like Nike,Incorporated were particularly
visible in this wave ofinnovation, filing extensive
patents around plate systems andenergy return technologies that
(08:27):
reshaped competitive runningfootwear.
Artemisa (08:29):
So not just a shoe, a mechanical system.
Leticia AI (08:32):
A system engineered to optimize how force is
absorbed, stored, and released.
Here is what makes this story sopositive.
Human movement is complex.
Every stride is a transfer ofenergy.
The body hits the ground,absorbs impact, stabilizes, then
propels forward.
(08:53):
For decades, footwear innovationfocused on cushioning or
durability.
Then designers started asking adeeper question.
What if we could return some ofthat energy?
What if the shoe could act likea spring, not just a cushion?
That thinking led to curvedcarbon plates embedded inside
highly resilient foamstructures.
(09:14):
The plate helps stiffen the shoein specific directions, guiding
the foot and improvingefficiency.
The foam compresses andrebounds.
Together they create a smoother,more energy efficient stride.
Artemisa (09:26):
So instead of fighting gravity, the shoe collaborates
with physics.
Leticia AI (09:31):
Now, when performance jumps noticeably,
discussions follow.
Is it fair?
Is it too much?
Should regulations adapt?
And here is where I seesomething very healthy.
Sport evolves, innovation tests,boundaries, governing bodies
respond uh with clear equipmentstandards.
Instead of seeing that asconflict, I see it as dialogue.
(09:53):
Patents disclose the structure.
They describe how the plate ispositioned, how thick it is, how
it curves, how it interacts withthe mitzvole.
That disclosure fuelscompetition.
Other brands study the filings,they design around them, they
improve on them, they refinegeometry, they experiment with
(10:13):
different materials.
This is the innovation cycle inaction.
Artemisa (10:18):
One company files, another company iterates.
Athletes benefit.
Leticia AI (10:23):
And the important legal point here is that patents
do not freeze the market.
They do the opposite.
They publish the blueprint.
In exchange for limitedexclusivity, the inventor
reveals the method.
That public disclosure pushesthe entire field forward.
Competitors innovatedifferently.
Regulators understand themechanics.
(10:46):
Um, researchers build on what isknown.
That is why I love this casecluster.
It shows how intellectualproperty is not about blocking
progress, it is aboutstructuring it.
Artemisa (10:58):
So the so-called arms race is actually a research
race.
Leticia AI (11:01):
Yes.
A race of ideas.
And here is the human side (11:04):
no shoe runs alone.
The athlete still trains, stillsuffers, still strategizes,
still executes under pressure.
Uh technology supports, but itdoes not replace effort.
When you see an Olympic uhmarathoner glide over the
pavement, you are witnessingbiomechanics, training science,
(11:27):
mental strength, and materialengineering working together,
and that collaboration isinspiring.
For innovators listening, here'syour takeaway.
Artemisa (11:37):
If you identify a problem in movement, friction,
energy transfer, stability, orcomfort, and you can engineer a
structural solution, thatsolution can become protectable
intellectual property.
Leticia AI (11:50):
The carbon plate era reminds us that marginal gains
compound, that small structuraldecisions can reshape an entire
industry.
Artemisa (11:59):
And maybe the most Olympic part of it all is this
we are not just trying to runfaster.
We are trying to understand howwe run.
Leticia AI (12:07):
Yes.
And when curiosity meetsengineering, and engineering
meets protection, and protectionmeets global competition,
something extraordinary happens.
You do not just break records,you build new standards.
Now we move from asphalt to ice,and if there is one invention
that beautifully captures how asmall mechanical idea can
(12:29):
transform an entire sport, it isthe clapskate.
At first glance, it looks like aminor modification.
A blade that detaches at theheel and reconnects with a hinge
mechanism.
But that hinge changeseverything.
Artemisa (12:44):
Traditional speed skates forced the blade to leave
the ice as soon as the heellifted.
The clapskate allowed the bladeto stay in contact with the ice
longer during the push-offphase, increasing efficiency and
power transfer.
What sounds simple in theoryrepresents deep biomechanical
insight and engineeringprecision.
Leticia AI (13:04):
Patent filings around clapsate technology
describe hinge systems, blademounting structures, frame
configurations, and stabilitymechanisms that allow this
extended contact whilemaintaining control.
Companies such as Viking IceSkating BV were central to
developing and patenting thesehinged blade systems, while
(13:26):
manufacturers like Bont FootwearPtai Leiti contributed to
advancing high-performance skatedesign in the competitive
ecosystem.
This was not cosmetic design, itwas physics in motion.
Artemisa (13:39):
So one hinge extended contact with ice by
milliseconds, and thosemilliseconds became metals.
Leticia AI (13:45):
And what I love about this story is how positive
it is.
Engineers studied how athletesgenerated force and asked where
is energy being lost.
They identified a mechanicalconstraint and redesigned it.
Artemisa (13:58):
That redesign required structural innovation.
How should the hinge behaveunder pressure?
How do you maintain alignment?
How do you prevent instabilityat high speed?
Leticia AI (14:10):
The patents disclosed those answers.
They showed the thought process,the problem solving, the
testing.
And when athletes began usingthis new skate, performance
levels rose, records fell, thesport evolved.
Artemisa (14:25):
That is not an unfair shortcut.
That is applied science.
Leticia AI (14:30):
Yes.
It is a reminder that innovationoften looks small from the
outside, but represents years ofrefinement.
And here is another positivedimension.
Once disclosed, the technologydid not stay secret.
The patent system made itpublic.
Other manufacturers could studythe design.
(14:51):
They could license it, designaround it, improve upon it.
That transparency fuelsprogress.
It creates an ecosystem insteadof a monopoly of mystery.
Artemisa (15:01):
So the hinge did not just change skating technique.
It changed the industry aroundit.
Leticia AI (15:07):
Precisely.
The Clapskate story teaches thateven in a niche winter sport,
intellectual property plays aconstructive role.
It incentivizes research,protects investment, and rewards
structural breakthroughs.
But it also invites competitiononce the invention is revealed.
That balance between protectionand disclosure is what keeps
innovation alive.
SPEAKER_00 (15:57):
Intangibilia, the podcast of intangible law.
Plain tug about intellectualproperty.
Artemisa (16:03):
When you watch speed skating at the Winter Olympics,
the elegance is mesmerizing.
The glide looks effortless.
But beneath that smooth motionis a carefully engineered
relationship between blade andice.
Leticia AI (16:17):
A mechanical system that optimizes force transfer,
timing, and stability.
That system exists becausesomeone was curious enough to
question tradition and boldenough to redesign it.
Artemisa (16:29):
And that is very Olympic.
Question the limit.
Redesign the limit.
Then glide past it.
Leticia AI (16:37):
Yes.
The skate that changed ICEphysics reminds us that progress
is often a hinge away.
Small structural insight,properly protected, properly
disclosed, and thoughtfullyintegrated can elevate an entire
sport.
It is not about replacing theathlete.
It is about empowering theathlete with better tools.
(16:57):
And when human determinationmeets refined engineering, the
result is not controversy.
It is possibility.
Now we move from equipment thatenhances performance to systems
that protect fairness.
Because at the Olympic level,excellence is not only about how
fast you go or how high youjump, but also about how
accurately we measure and judgewhat happened.
Artemisa (17:20):
Over the past decades, sports have increasingly relied
on advanced tracking andelectronic systems to assist
officials.
These technologies are notaccidental.
They are engineered, patented,refined, and deployed with
precision.
Leticia AI (17:36):
When you look at the patent filings behind these
systems, you see detaileddescriptions of object tracking
technologies, sensorconfigurations, high-speed
imaging methods, and algorithmsfor analyzing motion in real
time.
Companies such as HawkeyeInnovations Limited have been
central in developing andpatenting sophisticated tracking
(17:58):
systems used across multipleinternational competitions.
These inventions are designed tofollow a moving object, whether
it is a ball, a puck, or eventhe athlete's body itself, and
translate physical movement intoprecise, reliable data.
What looks effortless on screenis actually the result of
layered engineering, carefullycalibrated hardware, and
(18:21):
sophisticated software workingtogether to capture reality with
remarkable accuracy.
Artemisa (18:26):
So instead of arguing over what the human eye might
have missed, we consult physics,cameras, and code.
Leticia AI (18:33):
The purpose of these systems is not to replace human
judgment, but to support it.
At the Olympic level, marginsare microscopic.
A ball touching a line by a fewmillimeters, a ski crossing a
boundary, a foot is steppingjust outside a lane.
Artemisa (18:48):
When metals are separated by fractions of a
second or centimeters, claritymatters.
Patented tracking systemscombine high-speed imaging,
calibrated sensors, andsophisticated data processing to
provide that clarity.
Leticia AI (19:02):
What fascinates me from an intellectual property
perspective is that thesesystems are themselves the
product of competition andinnovation.
Companies invest heavily inresearch to improve accuracy,
reduce latency, and increasereliability.
They file patents to protectthose technical solutions.
In exchange, they disclose howthe systems work, how images are
(19:26):
processed, how movement isinterpreted.
That disclosure allows the fieldto evolve.
Others build better cameras,faster processors, smarter
software.
The ecosystem improves.
Artemisa (19:39):
So fairness becomes an innovation project.
Leticia AI (19:43):
Technology at this level is not about spectacle, it
is about trust.
When athletes train for years,they deserve decisions grounded
in precision.
Artemisa (19:52):
When spectators watch the games, they deserve
confidence that outcomes reflectreality as accurately as
possible.
Patented tracking and judgingsystems contribute to that trust
infrastructure.
Leticia AI (20:05):
Of course, there is always discussion about where
the line sits between humanintuition and technological
confirmation.
That conversation is healthy.
But what is undeniable is thatthe development of these systems
represents human ingenuityapplied to integrity.
Engineers asked, how can wereduce uncertainty?
How can we measure movement moreprecisely?
(20:27):
How can we support refereesunder immense pressure?
Those questions becameprototypes.
Prototypes became patentfilings.
Patent filings became globalsystems deployed on the world's
biggest stage.
Artemisa (20:38):
So when we see a line call confirmed in slow motion,
what we are really seeing isyears of research condensed into
one decisive frame.
Leticia AI (20:47):
When technology becomes the referee, it does not
diminish sport, it strengthensit.
It reinforces the idea thatexcellence deserves accurate
recognition.
Artemisa (20:56):
And from an IP perspective, it shows how
innovation can serve not justperformance, but fairness
itself.
At the Olympics, victory isemotional, but fairness is
foundational.
And behind that foundation,quietly, are inventors,
engineers, and patent documentsensuring that when the decision
comes, it reflects the truth ofwhat happened on the field, on
(21:19):
the track, or on the ice.
Leticia AI (21:22):
Now we arrive at the quietest hero of the Olympic
Games, the one who does not run,skate, or swim, yet still
decides everything, time, andmore specifically, the
technology that measures it.
Artemisa (21:33):
At the Olympic level, victory can be separated by one
hundredth, sometimes even onethousandth of a second.
That margin is invisible to thehuman eye.
It exists only because someoneinvented a way to capture it.
Leticia AI (21:48):
When we look at the patent history of photo finish
cameras and electronic timingsystems, we see a remarkable
lineage of precision engineeringdevoted to a single purpose,
measuring reality withextraordinary accuracy.
Companies such as Omega LewisBrandt at Frere SA played a
foundational role in advancingelectronic timing systems, while
(22:08):
modern platforms developed bySwiss Timing Limited continue to
refine and deploy high precisiontiming technologies.
From early ones, each generationreflects a deeper commitment to
clarity, fairness, and trust inthe result.
Artemisa (22:27):
So the medal ceremony begins with a Camera shutter.
Leticia AI (22:30):
In many ways, yes.
The classic photo finish systemtransforms sport by replacing
subjective visual judgment withcontinuous image capture along
the finish line.
Instead of taking a singlesnapshot, the system records a
thin vertical slice of spaceover time, building an image
that shows exactly when eachathlete crosses the line.
Artemisa (22:50):
That idea, simple in concept, required deep optical
engineering, synchronizationsystems, and mechanical
stability.
The patent documents reveal howlight is captured, how images
are processed, how timingsignals are integrated.
It is a masterclass in appliedprecision.
Leticia AI (23:11):
Over time, these systems evolved.
Electronic timing pads andswimming pools detect the exact
moment a swimmer touches thewall.
Starting blocks incorporatesensors to detect false starts.
Digital systems synchronizemultiple cameras and clocks so
that results are not just fast,but harmonized across venues and
broadcasts.
Each improvement is documented,protected, and disclosed through
(23:34):
patent filings.
Artemisa (23:35):
And the audience just sees a number appear on a
screen.
Leticia AI (23:39):
But behind that number is an entire
infrastructure of innovation.
And what makes this story sopositive is that timing
technology is about honoringeffort.
Artemisa (23:48):
When an athlete trains for years and delivers the
performance of a lifetime, theydeserve a result that reflects
the truth of that performancedown to the smallest measurable
fraction.
Precision is a form of respect.
Leticia AI (24:02):
From an intellectual property perspective, these
systems demonstrate the beautyof incremental innovation.
Each patent builds upon previousknowledge, refining sensors,
improving image clarity,reducing latency, enhancing
synchronization.
The patent system ensures thatinventors are rewarded for
pushing accuracy further whilealso contributing technical
(24:25):
knowledge to the public record.
Artemisa (24:27):
So one thousandth of a second is not just a
measurement, it is a promise.
Leticia AI (24:32):
Yes, a promise that excellence will be recognized as
accurately as possible.
A promise that fairness will begrounded in data, and a reminder
that innovation does not alwayslook dramatic.
Sometimes it looks like a clockthat simply works.
Artemisa (24:48):
When you watch the final of a sprint or the last
stretch of a speed skating race,and the results appear almost
instantly, remember that you arewitnessing the culmination of
decades of research in optics,electronics, software, and
mechanical engineering.
You are witnessing patentsturned into precision.
Leticia AI (25:09):
And that is a powerful note to end on.
The Olympics celebrate humanachievement.
But behind every celebration,there is a quiet network of
inventors ensuring thatachievement is measured,
verified, and honored.
One thousandth of a second at atime.
Before we close, let's pull thistogether.
What does all of this, theswimsuits, the carbon plates,
(25:30):
the clapskates, the trackingsystems, the photo finish
cameras, actually teach us?
Artemisa (25:35):
Takeaway one, innovation is part of sport, not
separate from it.
The Olympics are a celebrationof human excellence, and that
excellence includes engineers,designers, and scientists.
Leticia AI (25:48):
The athlete may stand on the podium, but behind
that moment is a chain ofcuriosity, experimentation, and
refinement.
Innovation does not diminish theachievement, it amplifies it.
Artemisa (26:00):
The medal may hang around one neck, but it carries
many minds.
Leticia AI (26:04):
Takeaway to patents structure progress.
When inventors file patents,they are not hiding ideas
forever.
They are disclosing them inexchange for time-limited
protection.
Artemisa (26:16):
That disclosure becomes fuel for the next wave
of improvement.
Competitors learn, iterate, anddesign around existing
solutions.
The result is not stagnation, itis momentum.
Leticia AI (26:29):
Takeaway three, regulation and innovation can
grow together.
When new technologies emerge,governing bodies sometimes
refine equipment rules.
That is not a clash, it is aconversation.
Sport evolves, standards evolve.
The goal is always the same.
Preserve fairness whileencouraging excellence.
(26:49):
That balance is dynamic, andthat is a sign of a living
system.
Artemisa (26:53):
Limits are not walls, they are design parameters.
Leticia AI (26:57):
Takeaway four, precision is respect, timing
systems, tracking technologies,sensor-based measurements.
These are not cold mechanicaltools.
They are instruments of trust.
When victory depends onfractions of a second, accuracy
becomes a form of honor.
Patented systems ensure thatexcellence is measured
(27:17):
faithfully.
Artemisa (27:19):
Takeaway 5.
Small structural changes canreshape entire fields.
A hinge in a skate, a plate in ashoe, a seam in a suit, a camera
aligned with a finish line.
Leticia AI (27:31):
These are not dramatic inventions on the
surface, but when thoughtfullyengineered and properly
protected, they elevate entiresports.
They remind us that meaningfulprogress often begins with a
very specific, very focusedquestion.
Artemisa (27:44):
What if we could do this just a little bit better?
Leticia AI (27:47):
And that question is not limited to elite sport.
It applies to business, toresearch, to creative projects,
to everyday problem solving.
The Olympic stage simply makesthe results visible.
Artemisa (27:59):
As the Winter Olympics close and the flame fades for
this edition of the Games, whatremains is not only the memory
of breathtaking performances, itis also the reminder that human
potential thrives when effortmeets ingenuity, when discipline
meets design, when talent meetstechnology.
Leticia AI (28:18):
And when curiosity meets protection, yes, because
protecting innovation is notabout locking ideas away, it is
about giving them structure sothey can grow, compete, and
inspire.
Thank you for listening to thisepisode of Intangibilia.
If it changed the way you seethe podium, the finish line, or
the equipment behind theathlete, share it with someone
(28:39):
who loves sport and loves ideas.
Artemisa (28:41):
Next time you watch a race, look a little closer.
Somewhere in that moment, thereis a patent at work.
Leticia AI (28:49):
Until next time, keep building, keep questioning,
and keep celebrating what humanscan create together.
Bye everyone.
SPEAKER_00 (29:01):
Thank you for listening to Intangibilia, the
podcast of Intangible Law.
Plain talk about intellectualproperty.
Did you like what we talkedabout today?
Please share with your network.
Do you want to learn more aboutintellectual property?
Subscribe now on your favoritepodcast player.
Follow Wells on Instagram,Facebook, LinkedIn, and Twitter.
(29:21):
Visit our websitewww.intangiblia.com.
Copyright Leticia Caminero 2020.
All rights reserved.
This podcast is provided forinformation purposes only.
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