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En solo unas pocas décadas, Alan Turing propuso la pregunta: "¿Pueden las máquinas pensar?" y 1, y Joseph Engelberger desarrollando el primer prototipo de robot2, las máquinas robóticas se adoptaron a gran escala en el espacio de trabajo industrial. Los brazos robóticos se pueden encontrar en cada línea de ensamblaje, fabricando automóviles o preparando comidas. La revolución de los robots industriales fue impulsada por el avance en el poder de la computación y la inteligencia artificial. Los primeros permitían que los robots fueran programados. Este último le dio a los robots una capacidad de razonamiento complejo. Junto con los sensores, los robots podrían interactuar con el mundo real para manejar una amplia gama de tareas. El gran valor económico, capturado por máquinas especializadas que trabajan las 24 horas del día, aceleró el uso de la robótica en todas las líneas de fabricación. Aunque los robots han afirmado completamente su lugar en el piso industrial, aún no se han adaptado a la casa. Después de más de medio siglo de investigación, el progreso ha sido lento en la fabricación de robots asequibles que pueden satisfacer nuestras necesidades diarias. Los procesos de desarrollo tradicionales utilizados por las compañías de robótica dan como resultado una producción de alto costo, aislando efectivamente el mercado de consumo diario. Solo los robots programados para realizar tareas domésticas muy simples, como aspirar o cortar el césped, pudieron capitalizar el pequeño margen de beneficio. Los robots altamente funcionales, incluido el Honda Asimo3 que puede subir las escaleras y el Robot de Apoyo Humano 4 de Toyota que puede obtener, solo existen en las instalaciones de investigación debido a sus costosos precios. Tampoco será comercialmente viable en un futuro próximo.
July 2015
December 2015
November 2016
April 2017
September 2017
Now
Quarter 2, 2018
Verificado 0%
Atención. Existe el riesgo de que los miembros no verificados no sean realmente miembros del equipo
Verificado 0%
Atención. Existe el riesgo de que los miembros no verificados no sean realmente miembros del equipo
Our thoughts on buying the tokens for flipping and investing for the long term are as follows:
For flipping: B
While the idea, team, technical and business development progress are all above average, the nature of the project (robotics and AI) is still somewhat niche.
The market currently favors blockchain protocol and infrastructure projects, and higher layer projects like Kambria do not generate as much awareness.
For long-term holding: A
We are bullish on the long-term prospect of the project. Many companies would like to incorporate robotics in their operations but shy away because of the high initial setup and recruiting costs. With Kambria, any company is able to develop and produce robots with much lower costs.
If the team is able to attract developers, manufacturers and companies to generate the network effect and gain traction (which they are already doing a good job on), the potential can be substantial.
● Kambria is a new kind of open source: global scope and scale like Android & Linux, including hardware, software, firmware, artificial intelligence, and manufacturing processes.
● The is a benefit in terms of all the stakeholders involved from a symbiosis point of view thus bringing it all under one ecosystem.
● April 2018 MVP released with with full launch of product in Q2 2019.
16-July. Kambria is a very cool idea, but the robotics industry is not yet mature.
This is an infrastructure project trying to raise 19 million. It would need to score more points for token metrics to be an all-star ICO. Kambria only gets .5 points of 4 for token metrics. There is 5 billion tokens total, and 2.5 billion are being sold during ICO. Link
Kambria is not the first project aiming to create an AI & Robotics development platform on blockchain. Recently, singularity.net and effect.ai, projects working in the same field, conducted ICOs and raised $36M and $13.5M respectively. Singularity.NET has a team of strong AI specialists and already launch Alpha Version of the product. Botchain by Talla is working in the same area and will soon announce Public token sale. The Beta version is not available and will only be released in June - December 2018. The team does not provide a GitHub link to track the progress of development. The team promised to open source and provide complete KDNA for the entire Ohmni robot to jumpstart the development of Kambria. For 9th of May 2018, it has not yet been published. The given roadmap only describes the product development up until Q1 2019 with just 2 milestones.
The stated fee size might be amended at the later stages of the product development. The team will reserve 20% of tokens for itself using vesting scheme. However, this number is comparatively large. The OhmniLabs (which is created by the founders of Kambria) reserves 10% of the tokens, so additional 10% will be held by the core team. The team does not allocate funds for legal issues in its expenses pie chart. The amount of anticipated funds spend on marketing (35%: $4.2M - $12.5M) seems overvalued.
All of the co-founders are still employed at Ohnmi Labs - it might be a risk for scaling Kambria. Some of the team members do not state Kambria as a workplace on LinkedIn
