MIT-Harvard Innovation Brings High-Performance Solutions to the World Computer

Picture this: In a world where digital transactions happen at lightning speed, blockchain networks still struggle with data bottlenecks. That's about to change, thanks to a groundbreaking solution from the halls of America's most prestigious institutions.

The Dream Team Behind the Innovation

The story begins with an extraordinary collaboration between academic giants. Professor Muriel Médard, the NEC chair at MIT's Department of Computer Science, joined forces with Dr. Kishori Konwar and Kent Lin from Harvard to create something revolutionary. Their secret weapon? A technology called Random Linear Network Coding (RLNC), perfected over 15 years of research at MIT.

What makes this team special? Professor Médard isn't just any academic - she's a member of both U.S. and German National Academies of Engineering and Sciences, and the inventor of RLNC technology that's already transforming traditional communications.

The Technical Breakthrough

Optimum's solution comes in two powerful forms: - A P2P data communication layer - A decentralized memory layer (deRAM)

Think of it as giving the "world computer" a memory upgrade. This infrastructure can seamlessly integrate with any L1/L2 blockchain and node operators, solving three critical challenges: 1. Lightning-fast data transmission 2. Efficient storage solutions 3. Real-time data access

The Vote of Confidence

The project has attracted an impressive roster of investors, including: - Abhijeet Mahagaonkar (CTO of Polychain) - Arthur Cheong (DeFiance Capital founder) - Gracy Chen (Bitget CEO) - Robinson Burkey (Wormhole co-founder) - Sandeep Nailwal (Polygon co-founder) - Saurabh Sharma (Jump Crypto managing partner)

This powerhouse of Web3 veterans isn't just providing capital - they're betting on a fundamental transformation of blockchain infrastructure.

The Road Ahead

As Optimum secures its angel round funding, the team is laser-focused on accelerating product development. Their vision? To become the high-performance memory that powers Web3's future. Just as our computers need efficient memory to function, the world computer needs Optimum to reach its full potential.

The revolution in blockchain scalability isn't just coming - it's already here, and it's wearing an MIT-Harvard badge.