The VYVO engineering powered by
Hey, Nature: how would you address my concerns after millions of years of learning?
The world is changing faster and faster, and products are becoming increasingly complex. Despite artificial intelligence, we are reaching an asymptote in the development of tools and methods that enable us to work faster. We need to change our paradigm, adopt a holistic approach, and develop solutions that can automatically adapt to changing market needs, as nature has always done.
Tomorrow's leaders are no longer content to innovate on product platforms, but are initiating the development of products capable of adapting autonomously to diverse needs and rapid changes in the environment.
Why not develop a sustainable solution that would have the intelligence of nature to automatically adapt to its needs and future developments?
Biomimicry consists of applying a solution observed in nature to a human need; VYVO Engineering consists of reproducing its way of thinking to find the solution it would have selected.
The concept of “lyfe” (pronounced [lɔif], ‘loïf’) by S. Bartlett and M. L. Wong (2020), a neologism derived from the English word “life,” can be translated as:
“the Vyvant” or “universal life,” is an attempt to define life in general, beyond life as we know it and restrictive definitions of life on Earth.
Lyfe provides a general theoretical framework for recognizing, modeling, and potentially designing systems capable of adaptive evolution.
Lyfe is based on four fundamental pillars, each of which is a necessary (but not sufficient) condition for the emergence of a living or lyfic system:
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Dissipation: The ability of a system to transform a flow of energy into a more dissipated state, often to maintain its internal organization,
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Autocatalysis: The ability to produce the conditions for its own reproduction, via mutually reinforcing networks of transformations,
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Homeostasis: The ability to actively regulate one's internal state despite external variations, particularly through feedback loops,
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Learning: The ability to integrate information from the environment in order to change one's structure, strategy, or interactions.
VYVO Engineering is a game changer.
You can deploy it in four easy steps.
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Step 1: Initiate or challenge the scope of the ambition
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This process can begin from scratch or from an existing concept
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Integrate both CONOPS (Context of Operations) and CONUSE (Context of Usage) through variability and temporal evolution
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VYVO Engineering will focus on: "how the concept can adapt to stakeholders?" rather than the traditional approach (where the user adapts their usage to the context)
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Step 2: Use a structured creativity approach based on the LYFE pillars
Extracted from
VYVO animation's kit
LYFE is composed of four pillars. VYVO Engineering uses these to structure creativity.
As deliverable, ideas are collected into a map minp format
(branches are WS #1 to #4)
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Step 3: Simulate the "nature path evolution" using Geeglee
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The "Augmented Nature Intelligence"
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Importing the ideas' mind map, Geeglee is able to add architectures and new "Nature way of thinking" to enrich their exploration scope
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Step 4: Decision Day: Analyze the results, including the VRL (Vyvo Readiness Level), as well as the technological performance.
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Create the appropriate roadmap for your technological deployment.
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Geeglee identifies three optimized scenarios.
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Who is Olivier BOCQUET?
Olivier is a visionary system architect and biomimicry expert, inventor of Vyvo-engineering — an innovation process inspired by nature’s evolutionary paths.
As founder of Vyvo-architectures, his transdisciplinary studio blending human, biological, and artificial intelligence, Olivier pioneers adaptive systems that evolve with users’ needs, designing solutions able to adapt and sustain their organization in changing environments.
By embracing the mindset of living systems, his work bridges technology, ecology, and consciousness — opening the way toward a new generation of lyving architectures.
