technology due diligence and advisory

Enabling VC firms and technology startups to skate where the puck is going

smart cities and the internet of things

Highly interconnected digital nervous systems drive cities of the future

advanced embedded sensor systems

Wireless sensor networks: Where the large data collection systems start

embrace autonomy

Smart mobility is driven by the sensor system revolution

robotic manipulators

Robots will focus on: Repeatability and Precision

Humans will focus on Perception, Awareness, and Decision Making

nanotechnology and new materials

Unlocking new opportunities with smart materials

Technology Visionaries

We back our findings with empirical and state-of-the-art scientific research that feeds the next frontier in technology innovations. As early as 1993, The Internet Engineering Task Force drafted the specification for IPv6 because they extrapolated that with the rise of computing nodes on the internet, the IP addresses for IPv4 will run out between 2005 and 2015 and that day surely happened in September 2011.

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Fundamental Innovators

For any technology to drive major change in society and business, the underlying invention should be backed by real science and the physics should make sense. The advances in battery technology has given us an unprecedented run in electric cars. We rely on giving in-depth advisory for investors who want to deploy capital in an industry that is primarily technology driven. We demystify the art and the science of technology innovations

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Thinking Machines

The year 1956 is considered the birth of the artificial intelligence era but we have only started seeing its hot flashes in the past 15 years. The coalescence of large-scale computing infrastructure, algorithmic development and ubiquitous data acquisition devices such as mobile smartphones and low-power sensors have enabled AI technology disruptions. At Kineo Labs, we exists at the intersection of the current and the future

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RISC V Instruction Set Architecture

The RISC V is an open-source instruction set architecture (ISA) that is disrupting the traditionally proprietary implementations of the x86 and ARM which are the predominant processor cores. New innovators can design, manufacture and sell processor cores based the RISC V architecture. It is being adopted in industry and vying for supremacy, boasts diversity in implementations which is ideal for further research and innovation. The standardization and ecosystem growth has attracted industry giants like Intel with massive monetary investments, governments such as the EU and continued institutional support. With the ubiquity of IoT deployments, open-source cores will enable ease of integrations, accelerated innovations and optimal selling cost. These processor will elevate our interaction with the cyberphysical data acquisitions systems, edge processing and actuation. The future is interdisciplinary open-source frameworks

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Large Language Models

As early as 2007, researchers in academia and at Google led by Jeff Dean published a conference paper "Large Language Models in Machine Translations". Over the past 15+ years, the groundwork for practical applications of LLMs in Natural Language Processing and the birth of disruptors like OpenAI can be traced from this fundamental understanding. The plethora of LLM-based applications is evidence that the next-generation disruptions are between academic and industry research labs. Quantum computing and communication will unleash new paradigms of computing and security. The ultimate form of security is no encryption and quantum computing can deliver that promise.

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From semiconductor to superconductors

The future of semiconductors is inextricably tied to the advanced made in superconductors, which since the discovery of superconductors in 1911, they have presented very interesting properties that are technologically useful. For much wider use, however, these properties must be accessible at room temperature and pressure. This goal might have just been realised in very recent work by Korean scientists in "The First Room-Temperature Ambient-Pressure Superconductor". When this technology is mainstream, there is no telling how far-reaching the discovery results will be. The materials will find immediate applications in clean energy generation and transmission, energy storage (novel batteries), magnetic levitation, cheaper medical devices (MRI machines), more powerful particle accelerators and quantum computers, among others. To this end, the importance of room temperature superconductors cannot be overstated and thus the transition from SEMI to SUPER will give us increased degree of computation and capabilities becomes information will be travelling without loss of energy

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technology due diligence and advisory

smart cities and the internet of things

advanced embedded sensor systems

embrace autonomy

robotic manipulators

nanotechnology and new materials

are you a VC looking to deploy capital in a tech startup?

are you a VC looking to deploy capital in a tech startup?

are you a VC looking to deploy capital in a tech startup?

are you a VC looking to deploy capital in a tech startup?

are you a VC looking to deploy capital in a tech startup?

are you a VC looking to deploy capital in a tech startup?

Technology Visionaries

Fundamental Innovators

Thinking Machines

RISC V Instruction Set Architecture

Large Language Models

From semiconductor to superconductors

technology due diligence and advisory

smart cities and the internet of things

advanced embedded sensor systems

embrace autonomy

robotic manipulators

nanotechnology and new materials

are you a VC looking to deploy capital in a tech startup?

Technology Visionaries

Fundamental Innovators

Thinking Machines

RISC V Instruction Set Architecture

Large Language Models

From semiconductor to superconductors

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