How to Make
Innovation Happen at a Very Large Scale
Srijan Sanchar presented it's model of Large scale
innovation based on Extended Enterprise Ideation and Innovation. "Very
Large Scale Innovation" VLSI innovations happens by connecting
the dots across
organization, network or ecosystem. Achieving
innovation on a massive scale requires a systemic approach that involves a
combination of strategic thinking, cultural transformation, and technological
advancements.
VLSI refers to the practice of leveraging external
ideas, technologies, and expertise to complement internal efforts for achieving
innovation. Unlike traditional closed innovation models, where all innovation
activities are confined within the organisation's boundaries, Open Innovation
advocates engaging with a diverse network of stakeholders; including customers,
suppliers, research institutions, and startups. This approach enables a broader
range of perspectives, accelerates problem-solving, and capitalises on the
collective intelligence of the ecosystem.
The primary driver is the
opportunity to discover and connect unknown resources and unexpected ideas. The secondary driver is
the opportunity to create new solutions. Organisations seek to fill knowledge
gaps with immediate access to expertise.
Instead of starting from scratch, they can partner with a startup that has already
developed the solution they need; avoiding pitfalls and incorporating valuable
lessons. This significantly reduces time-to-market.The third driver is the
ability to improve internal business practices. Unencumbered by traditional
company structures, startups tend to be characterised by a hyper-creative and
entrepreneurial mindset with high levels of autonomy and agility. A key reason
why our respondents are engaging in startup collaboration is to allow
inspirational culture and ways-of working to add value to their own
organisation.
Leverage
open innovation: Collaborate with stakeholders
including customers suppliers
to generate ideas. By
implementing VLSI organizations can increase their chances of
achieving breakthroughs on a large scale