Loading

Kadropic Labs

Decentralized AGI infrastructure for Earth and space.

Kadropic Labs building Project LEO through ZKF, and LEO ODV: a privacy-first infrastructure path for distributed intelligence, satellite verification, and decentralized AGI.

Read the Research Understand the Architecture
Loading Project LEO Demo...
Project LEO in Action
Scroll
Our Published Papers
P = NP
Member of NVIDIA Inception Program
Deep-Tech Infrastructure

Decentralized AGI is the destination

Kadropic Labs is building the infrastructure path toward decentralized artificial general intelligence. The company connects Project LEO, Zero-Knowledge Fragmentation, privacy-preserving AI, and Byzantine-resilient distributed systems into one architecture for intelligence that can operate beyond centralized limits.

Project LEOThe distributed intelligence layer: autonomous nodes designed to reason, coordinate, and evolve as a cognitive mesh.
ZKFThe trust layer: Zero-Knowledge Fragmentation for verifiable, privacy-preserving distributed computation.
LEO ODVThe space layer: applying ZKF to satellite networks and orbital trust infrastructure.
Core Platform

Project LEO

Project LEO is the core decentralized AGI platform of Kadropic Labs. It is designed around autonomous nodes, distributed reasoning, privacy-by-design, and resilient coordination — the intelligence layer behind the company’s long-term vision.

🏗️ Zero-Server Architecture

Distributed processing across autonomous nodes, designed to reduce dependency on centralized infrastructure.

🔒 Privacy-by-Design

Data remains closer to its source, enabling private intelligence workflows and stronger enterprise confidence.

🧠 Self-Evolving Algorithms

Adaptive reasoning and continuous improvement across a distributed cognitive architecture.

🛡️ Byzantine Fault Tolerance

Built for adversarial environments where failed or malicious nodes cannot define the whole network.

Learn More about Project LEO
Access Project LEO Beta
Zero-Knowledge Fragmentation

ZKF is the trust layer behind decentralized AGI

Zero-Knowledge Fragmentation (ZKF) is Kadropic Labs’ core research direction for proving distributed computation while preserving privacy. It gives Project LEO a path toward verifiable, Byzantine-resilient, privacy-preserving intelligence across many nodes.

Verifiable computationNodes produce proof-oriented outputs instead of relying only on trust claims.
Privacy-preserving AIComputation can be checked while sensitive inputs remain protected.
Distributed resilienceThe architecture is designed for networks where nodes may fail, drift, or act adversarially.
LEO ODV

Orbital Distributed Verification

LEO ODV brings Kadropic’s ZKF trust architecture into satellite networks. It is the focused space infrastructure path for verifying orbital computation, coordination, and integrity without depending on slow centralized ground validation loops.

Why ODV matters

Space networks are moving toward autonomous constellations. Those networks need real-time trust: satellites must verify each other’s outputs, tolerate compromised nodes, and coordinate without waiting for ground stations.

Why it connects to AGI

LEO ODV is a strategic wedge for Kadropic’s end goal: decentralized AGI infrastructure. Every verified distributed node becomes part of the long-term trusted intelligence fabric.

<2msTarget verification speed per node for real-time orbital trust.
1/3Byzantine-resilience target for compromised or unreliable nodes.
0 Ground DependencyAutonomous verification path designed for orbital networks.
ODV Demo

Video demonstration of Orbital Distributed Verification is coming soon.

Proof of Technology

LEO Medica proves the architecture in real usage

LEO Medica® is Kadropic Labs' free proof-of-technology system. It demonstrates decentralized AI in medical workflows and is currently used by 150+ doctors worldwide. The point is technical proof, adoption, and field validation — showing that Project LEO's distributed intelligence direction can move from research into useful systems.

150+ doctorsCurrent global usage across medical professionals and clinical workflows.
Free productBuilt as proof of technology and adoption, rather than a conventional commercial launch.
8 autonomous nodesA practical demonstration of distributed AI behavior in a high-trust domain.
<
AGI Infrastructure Hosting

Join the Decentralized Network

Kadropic Labs' AIH (AGI Infrastructure Hosting) program invites founding members to host AGI nodes and become part of the distributed intelligence network. Participate in Project LEO's infrastructure layer and help build the future of decentralized AGI.

🚀 Host AGI Nodes

AIH Program

Become a founding member of Kadropic Labs' decentralized infrastructure. Host AGI nodes, participate in distributed verification, and shape the future of decentralized artificial general intelligence through Project LEO.

Founding Member Layer
Project LEO Integration
Distributed Verification
Learn About AIH

AIH is Kadropic Labs' infrastructure hosting program for decentralized AGI node operators.

Founding Team

Founders

Bader Jamal

Bader Jamal, Ph.D. LinkedIn

Founder & CEO

Bader Jamal is an AGI researcher and systems architect leading Kadropic Labs' core R&D. His work focuses on self-evolving, privacy-first AGI architectures and distributed intelligence algorithms that operate without centralized server dependency.

Ahmed Hamad

Ahmed Hamad, MSc LinkedIn

Co-Founder & CBO

Ahmed Hamad is a strategist and operator focused on the intersection of decentralized technology and real-world adoption. He oversees Kadropic's product development, strategic partnerships, and the translation of deep-tech research into functional market surfaces.

Dr. Mahantesh Hiremath

Dr. Mahantesh Hiremath, Ph.D., P.E., FASME LinkedIn

Co-Founder & Chief Strategy Officer

Aerospace and strategy leader with 30+ years across space systems and satellites, including SSL/Maxar, SpinLaunch, and Northrop Grumman; elected 140th President of ASME.

Team

Katie Radcliffe

Katie Radcliffe LinkedIn

Executive Assistant

Katie is the operational heartbeat of the company, managing daily operations, brand consistency, and business coordination. With years of experience in high-stakes professional environments, she ensures seamless execution across all organizational layers.

Ridwan Kilani

Ridwan Kilani LinkedIn

Ambassador/Marketing

Ridwan is a Web3 marketing and community growth strategist specializing in narrative development and ecosystem positioning. He focuses on making deep-tech products accessible to the public through strategic content direction and community engagement.

Strategic Advisory

Advisors

Blaine Garst

Blaine Garst LinkedIn

Technical Advisor

The engineer behind the Foundation Framework powering every Apple device. 21 years at Apple, 6 at NeXT, co-author of Objective-C Protocols, C11 contributor, and advisor helping scale Kadropic Labs' research division.

Sydney Campos

Sydney Campos LinkedIn

Strategic Advisor

Ecosystem architect and strategic advisor with 15+ years scaling high-growth ventures across AI, fintech, and frontier tech through partnership intelligence and systems-level thinking.

David Lihani

David Lihani LinkedIn

Advisor/Legal

Brings the strength with 30+ years guiding aerospace, defense, satellite, and corporate teams through global trade, sanctions, export controls, governance, and regulatory strategy.

Join the Internship Program

Work on the core architecture of decentralized AGI, ZKF, and orbital trust infrastructure.

View Program
End Goal

The destination is decentralized AGI

Kadropic Labs is building toward a future where artificial general intelligence operates as a distributed, privacy-preserving, resilient intelligence fabric. Project LEO is the platform, ZKF is the trust layer, LEO ODV is the orbital verification path, and LEO Medica is the active proof that the research can become working technology.

Contact Us