Cardano Builders are Now Betting on AI and Quantum Computing Growth
Input Output hopes that broader diversification and new partnerships will strengthen Cardano’s infrastructure, attract enterprise clients, and close its competitiveness gap.
Input Output, the engineering firm best known for building Cardano, has begun a sweeping restructuring that includes a name change and a move into technology sectors far beyond its blockchain origins.
The company said on December 5 that it will drop “Global” from its name and operate as Input Output Group. It plans to expand into quantum computing, digital identity, fintech, and healthcare.
Why is Cardano’s Engineering Firm Expanding Operations?
Charles Hoskinson, the company’s founder, said the redesign reflects how far the organization has evolved from its initial focus on blockchain protocol engineering.
He described the new phase as an effort to build a global technology group capable of addressing complex problems across fintech, privacy, artificial intelligence, and healthcare.
Hoskinson added that the firm will continue to support Cardano’s core development.
“As Input Output Group, we are entering a new chapter of expansion, investment, and innovation across the United States, Latin America, Europe, the Middle East, and emerging markets,” he noted.
The shift mirrors a broader trend in the crypto industry as firms diversify into areas that blend distributed systems, data infrastructure, and machine intelligence.
A recent UN analysis estimates that rapid innovation could push the AI sector toward $5 trillion within a decade. That scale, the report said, will shape adjacent fields such as digital identity and quantum computing.
By adding these sectors to its portfolio, Input Output aims to expand its commercial pipeline and attract enterprise clients.
Notably, the company has already advanced its privacy technology work through Midnight. The blockchain is designed to support data protection and compliance for institutional users.
Meanwhile, the restructuring arrives at a difficult time for Cardano, which has struggled to keep pace with competitors such as Solana and Ethereum.
For context, Cardano hosts less than $50 million in stablecoin supply. On the other hand, rival ecosystems like Ethereum support hundreds of billions of these assets.
Considering this, Hoskinson argued that Cardano’s slower uptake stems from narrative challenges, not technical limits.
“It’s not a technology problem. It’s not a node problem. It’s not a problem of imagination and creativity. It’s not a problem of execution. We can pretty much do anything. It’s a problem of governance and coordination and ultimately accountability and responsibility,” Hoskinson said.
Input Output is trying to counter that gap through a new coalition with Cardano’s founding organizations. The effort aims to accelerate integrations for tier-one stablecoins and custody providers.
The firm hopes these additions will improve liquidity, deepen infrastructure, and strengthen Cardano’s appeal to developers and financial institutions.
Disclaimer: The content of this article solely reflects the author's opinion and does not represent the platform in any capacity. This article is not intended to serve as a reference for making investment decisions.
You may also like
The Impact of Institutional Funding on Education and Workforce Training in Renewable Energy
- Institutional investors are boosting renewable energy education and workforce programs to drive long-term economic resilience and sustainability. - Global investments hit $386B in H1 2025, with education initiatives bridging skill gaps and enabling equitable clean energy transitions. - Case studies like Morocco’s 38% renewable electricity and Portugal’s green skills programs highlight education’s role in job creation and sector growth. - Education and green finance synergies in RCEP and U.S. $265B 2024 i

The Growing Influence of Artificial Intelligence on Universities and Preparing Tomorrow’s Workforce
- AI integration in higher education drives academic program expansion, with 2.5% undergraduate and 3% graduate enrollment growth in 2024. - Universities invest $33.9B in generative AI to modernize curricula and partner with industries , addressing 58% workforce readiness gaps. - AI-driven tools boost student retention (52% adoption) and project 1.5% U.S. GDP growth by 2035 through automation in key sectors. - Challenges persist: 71% academic integrity concerns and 52% training gaps highlight risks in AI a

The CFTC-Sanctioned Transformation in Clean Energy Trading
- CFTC's 2025 withdrawal of carbon credit derivatives guidance creates regulatory uncertainty but sparks innovation in blockchain/AI solutions. - OBBBA's 2026 construction deadline accelerates solar/wind project cancellations while preserving tax credit transferability mechanisms. - Battery storage, geothermal, and hydrogen emerge as resilient sectors amid market shifts, supported by IRA tax credits and OZ modernization. - Investors prioritizing domestic supply chains and third-party certified projects gai

Aligning university programs with new technology sectors to pinpoint areas with strong investment potential
- Higher education is redefining curricula to align with AI, quantum computing, green energy, and biotech sectors, addressing urgent talent gaps. - Green energy apprenticeships (e.g., ACE Network) and biotech-AI hybrid training programs are scaling rapidly to meet workforce demands. - Quantum computing initiatives like Connecticut's $1B QuantumCT plan highlight trillion-dollar investment potential in talent development and infrastructure. - AI ethics integration and edtech platforms for real-time labor mar

