Hello people, we meet again at Kingsraid ICO explaination. Today I am here to explain about the energy economy of the simmitri.
About Simmitri
SIM is an energy economy built for the future. Born in an elite solar company now known as Simmitri (simmitri.com), with a mission to restore the "balance of power" and continue to build strong community relations as we move forward into the 21st century. SIM is an economic bridge that will quickly track the relationship , provides a self-supporting and decentralized network backed by artificial intelligence (AI), communicated through the Internet of Things (IoT) and audited by blockchain technology.
SIM is a cryptocurrency token generated from within our "SimBox", built to balance the power between consumers, prosumer, innovators, and utilities. Each device acts as a node in our network - what we call Energy of Things
- whereas SIM provides a currency that will compensate the user based on performance improvement of the building.
In-building energy conservation efforts generate negative "Negawatt" kilowatt hours converted to automatic output of a SIM token that can be used for your economic gain. You can program SimBox to alert manual controls, or internal AI software can automatically address your energy conservation needs as you focus on better things in life.
Either way, SIM provides consumers and prosumers with incentives to reduce individual energy consumption, distribute to those in need and lighten our impressions of all the stamps on Mother Nature.
Background
What started as a family-owned company founded in 1995, Simmitri begins by serving their local communities with roof quality, construction and electrical services. As the Master Elite roofer with GAF Materials Corporation, it is a natural progression for segway to diesel. Simmitri's solar business is growing into an energy efficiency service with a focus on corporate clients. By serving more than 4000 clients in central California we have installed, refurbished and facilitated energy in thousands of electrical load panels.
Customer Service and data collection has always been the company's trademark and part of the business growth process. As we survey our customers, we learn about important issues in terms of all aspects of daily energy efficiency. Collecting data points from our users is very important in moving directions to artificial intelligence as a new service from Simmitri. When analyzing user behavior data with other energy forecast data points such as; time, weather, location, provider and much more, data begins to show us best practices for conserving or producing energy. It provides a comprehensive energy analysis, enabling clients (participants) to systematically generate the greatest rewards.
In 3Q 2017, Simmitri has recruited a core team of blockchain experts who are researching and developing a revolutionary strategy to combine our energy management system approach, while integrating AI and smart contracting. Our vast background in the renewable energy market has positioned us far ahead of the competition in this exciting new world. We believe that it is better to have an energy-based platform prior to incorporating blockchain technology, rather than being a startup blockchain that combines energy.
Market Analysis
The market for our smart network products can be considered as a home energy management system (HEMS) or building energy management system (BEMS). This technology can be applied to HEMS and BEMS which are considered as two completely different market segments; 1) HEMS for residential houses and 2) BEMS for commercial buildings. Although market segments may be considered separate, we as a company see them as a single market, only two types of clients. Furthermore, we serve more than just homeowners or commercial property owners and invite more clean energy participants to join as listed in our Economy.
However, if we make a final claim regarding the physical location of our device most likely, they will be placed on a home or business site.
Overall, whether it's called HEMS or BEMS products / services, both of which share a common goal, ultimately have a better system for managing and controlling their energy consumption.
HEMS originally came to the scene as a system formed by utilities, but has now merged into a seizure of connected intelligent home land. Vendors who offer HEMS products and services have certainly seized market momentum, and leaders are people who already have a foothold in the home and adding energy modalities is a simple addition to the list of pre-existing home services. At the Consumer Electronics Show (CES) in January 2018 shows, most of the 2 shows have a "home-esque intelligent" feel to it. The company has learned that the people who win the smart home race win the industry, which has just started, especially with artificial intelligence.
AI market leaders (Google AI, Amazon Alexa, Apple 'Siri, etc.) are considered more as entertainment or instructional services than current energy management automation, but the artificial intelligence that operates these high-tech devices can easily add the programmable skills set to those connected to the network that run the home thermostat, lights and so on. Time will tell how this technology giant's involvement becomes in HEMS or even BEMS space in the coming years, however, there are still some fundamental differences between what the Alexa tool and Simmitri devices can do, which will be explained later in this document.
According to Navigant Research, global revenues associated with HEMS devices are expected to grow to $ 7.8 billion by 2025. Currently, the BEMS industry is harder to quantify with all 3 incoming vendors and software solutions that facilitate different energy management solutions within facilities, warehouses, parks and so on. What is known, however, is the BEMS market leader with a large and diversified energy portfolio that is a company that has a market today.
In competitive markets such as HEMS and BEMS, the inova
● Get Paid To Participate
The platform will use smart contracts on the Ethereum blockchain to increase Ai's transparency and automation. Because blockchain used to store information about users and the use of household electricity per device, it will also execute the parameters and start various actions gamification based on performance, allowing users to immediately earn a respectable and exchange cryptocurrency them into a fiat currency and transfer it directly to the card debit
● Excellent Customer Service Through Data
Collecting data points from our 4000+ clients has become the cornerstone of moving toward artificial intelligence as a new service from Simmitri. When analyzing user behavior data with other energy forecast data points such as; time, weather, location, provider and much more, data begins to show us best practices for conserving or producing energy. It provides a comprehensive energy analysis, enabling participants to systematically produce the greatest rewards
● Placing AI into the Electrical Power Panel
The smart box - powered by our artificial intelligence, Simi - makes SimBox a synchrophaser, smart meter, and crpytocurrency mining rig all in one. Ai measures the flow of electricity through building networks in real time, enabling users to actively manage and avoid interference and detect inefficiencies. Sensors throughout the network communicate with the grid and modify the use of electricity at busy times, thereby reducing the workload of the grids, lowering prices and compensating our customers.
Intelligent Grid Energy Problems
Consumers are not electricians. For the majority, consumers do not understand how electricity is transmitted and distributed throughout the home. Therefore, when problems arise, energy consumers are left to make their best guesses about how to solve problems and solve spontaneous problems. In addition, consumers are left to understand their electricity bill and make efforts to manage it.
Because population and electronic devices grow exponentially as well as the need for energy. The utility network infrastructure is suppressed and outdated, they become less reliable as demand continues to increase. Furthermore there is a time of energy demand from the imbalance of use which further complicates the problem (ie the duck curve). This leads to higher network pressure and 11 unstable energy prices.
Utilities and governments have put forth efforts by creating programs to encourage people to reduce overall energy use through energy efficiency measures and to shift real-time demand by shifting energy use to different parts of the day. The problem is that all these programs require a large amount of resources to manage. These programs require people to engage at a high level, which requires visits to people's homes for energy audits, calculations, recommendations on equipment that is more efficient, verification measures energy saving is taken, rebate forms and processing.
In addition, these programs only ensure that the equipment is being upgraded but not the behavior of the people who occupy the building, which is the key to solving the query problem. Unfortunately, human behavior is one of the hardest things to change and this is one of the main reasons why these programs will never be a complete solution.
● Market Segment Challenges
In the utility industry, sluggish growth of the sun is expected to continue in 2017 and 2018 before the potential rebound in 2019, because utilities focus on projects that will come online in 2019 or later. Some projects have been delayed, as potential customers are hesitant to sign a power purchase agreement until the trading case is resolved. The commercial sector seems to exhibit long-term potential as energy managers in various industries become more educated about the opportunities of the sun and as more efficient financing structures emerge.
● Custom Customer Issues
Consumers are limited to performing their own real-time energy audits. Additionally, they are unable to review energy-efficient custom options per device from audits and are bound by the rules and costs of utility companies. Finally, consumers are not centivized precisely to be energy efficient. However, consumers are interested in controlling their energy costs.
● Utility Utility Adoption Issues
When utilities confront disturbing changes on a number of fronts, they try to change their business model to adapt to the trend shift fitting
● House Energy Management System (HEMS)
In our study we found that the only true way to synergize customers / utilities / innovators and distribute energy efficiently throughout buildings from one standard (no matter what brand the user chooses) is to update the electrical load panel and deliver it to the century 21. In this endeavor, Simmitri basically begins making his own HEMS (or BEMS) product, calling it "SimBox". This smart box is what is required to enable consumers to continue to enjoy their preferred HEMS service while using 3rd party data to integrate through the application programming interface (API) to analyze and prepare for smarter home energy scenes.
SimBox connects to a smart plug or HEMS device that determines the parameters needed to be energy efficient. Data is absorbed from the database backend device and used to determine the power supply. If the parameters are met and the smart contract is executed, the user receives a SIM and assures their profile.
● Cloud Exchange simmy
Simmitri is now in a position to facilitate economies where conservation, generation and demands interact efficiently. The growing energy market trend is a peer-to-peer model, decentralized while consumers can participate in a trade economy to meet their energy needs. When we identify projects that create exchanges for consumers to buy and sell Record and carbon offsets, the benefits of Simmitri will be the solution of a more automated no-trust system that eliminates blockchain.
Technology Solutions
● Simmitri Hardware
Simmitri utilizes three major hardware solutions in this economy. Beginning with the electrical load panel, "SimBox", performs an ongoing energy audit of each circuit and distribution point that may send signals through a circuit cable and read the unique electrical signature of each circuit, similar to a fingerprint. The smart socket "SimSocket" then sends feedback to SimBox. This is to make the grid to be monitored and subject to sophisticated automation. The Simmitri Power Station, or "SimStation" is an additional microgrid power plant that allows you to generate electrons and send them back to the grid. These products will learn and automate the most efficient and effective way to generate Negawatt by managing real-time power consumption, which is useful for demand reduction and grid stabilization.
● Artificial Intelligence | Simi
The smart box supported by our artificial intelligence, Simi, makes SimBox a synchrophaser 26 on steroids. AI measures the flow of electricity through building networks in real time, allowing users to actively manage and avoid interference and detect inefficiencies. Sensors throughout the network will communicate with the grid and modify electricity usage during peak times, thereby reducing grid workload and lowering prices for our consumers.
For networks, we deliver more than machine learning, but AI protocols are sophisticated and human-like. Simi will start her life with behavior modification through machine learning, proving good for regression (prediction) and classifier - similar to a child born and raised in a particular environment. The ML algorithm is the building block for AI, which includes several machine learning components such as voice recognition (Recurrent Neural Network), image recognition (Convolutional Neural Network), knowledge representation and 27 28 then a very interesting part of it has a curiosity and human context allow "it" to be "him."
Simi uses the Recurrent Neural Network (RNN) to process the text and to find out the intent (eg action to retrieve, information, etc.). The RNN categorizes intentions and fills out the concepts needed to solve the demand for energy demand. . If the request is ambiguous, contradictory, or more information is required, it will only request the information needed to complete the task. Supporting images for more context will be useful and can be done by training the Convolutional Neural Network (CNN) to map images to the same concept as RNN.
Concepts can be trained to match the word embeddings (having both reside in the same dimension space).
This will create a concept map of knowledge directly to the words. That way, it will be more smooth for Simi to map words to concepts, and images can also be translated to concepts. Simi also uses k-means clustering to find the cluster (category) of the concept of knowledge 29, and that is the way he has a human readable way to "understand" the AI memory.
Since Simi consumes data points from HEMS devices and networks, she unpacks what she believes (referencing) will be the most energy efficient processing protocol for the user.
● Blockchain Technology
There is a need to understand the difference between public and private blockchain. Public blockchain allows everyone to use the network, start transactions, read data and join the network as a miner. The larger the network, the safer it is. A private blockchain is managed by a closed network node, or even a single entity. Therefore, for the transparency and economic features of tokens, public blockchain is preferred for this case.
Market trends, programming possibilities and communities with Ethereum Blockchain and smart contracting functionality bring this solution as the ultimate choice. Ethereum blockchain introduces new opportunities, which are not owned by Bitcoin and are similar to the Bitcoin blockchain protocol. Using the SIM as an Ethereum-enabled code executes smart contracts in decentralized mode. This means that in the blockchain we can move not only the value, but also apply the rules, which he thinks the value can be moved.
SIM users do not need to trust a central server and can trust the blockchain consensus algorithm and the output of the system. Smart contract is a piece of code stored in the blockchain network (in every node database on the Simmitri network). It defines the conditions under which all parties to the contract agree and the specific actions described in the contract may be executed if the necessary conditions are met.
Roadmap
Q1 2018
● Design, technical specifications and production line strategy for Simibox ● List of primary and secondary rules for SIMI AI functions ● Simmitri token (SIM) applied for inclusion on crytpocurrency exchange (s)
Q2 2018
● Customer wallet (dashboard) completed for revenue and transfer ● Integration of blockchain testing and data collection within open API network ● Establishing market maturity for implementation and partners (analysis)
Q3 2018
● Simibox prototypes produced v.01 ● Launch of smart home incubator program ● Beta testing for local market sample groups
Q4 2018
● Simibox integration into current client and pipeline lists ● Analyze in-depth metrics from beta testers ● Applications submitted for state incentives for renewable energy providers
Simmitri Token will collaborate with Bit-Z to launch voting to be listed on their platform.
Simmitri (SIM) needs to reach 2,000 pa sounds
What is Simmitri (SIM)?
SIM is the energy economy built for the future. Born within an elite solar company now known as Simmitri (simmitri.com), with the mission to restore a “balance of power” and continue building on their strong community relationships as we move forward into the 21s t century. SIM is the economic bridge that will fast track such relationship, providing a self-sufficient and decentralized network powered by artificial intelligence (AI), communicated through Internet of Things (IoT) and audited by blockchain technology.
SIM is the cryptocurrency token generated from within our smart grid economy of smart energy devices, built to balance power between the consumer, prosumer, innovators and utilities. Each device acts as a node in our network - which we call the Energy of Things - whereas SIM provides the currency that will compensate users based on enhancing building performance.
The energy conservation efforts inside the building generates negative kilowatt hours “Negawatts” that convert to an automatic output of SIM tokens that can be used for your economic benefit. You can program the SimBox to alert for manual control, or the built-in AI software can automatically address your energy conservation needs while you focus on the finer things in life.
Simmitri Solutions, Inc. Executive Staff
• Pamela Garcia (CEO)
• Jonathan Garcia (COO)
• Wolfgang Ward (CMO)
• Anurag Gupta (CTO)
Official Resources
• Simmitri Website:http://token.simmitri.com/
• Simmitri Support:http://simmitri.com/contact/
• Simmitri Twitter:https://twitter.com/simmitritoken
• Simmitri Reddit:https://www.reddit.com/u/Simmitri/
• Simmitri Telegram:https://t.me/joinchat/C7VAlg9dSwYlWsv3HKkiCw
• Simmitri YouTube:https://www.youtube.com/channel/UCIOgajAs7DOqlpat78edakw
• Simmitri LinkedIn:https://www.linkedin.com/company/simmitri
Token Specifications
• Etherium ERC20 Token
• Circulating Supply: 175 million Simmitri
• Total Supply: 350 million Simmitri
• Simmitri's official ticker: SIM
How to get involved?
Become an active community member and help promote Simmitri. Message the moderators or join us to get in touch with questions, feedback, or ideas for us.
Author
Bitcointalk User Name:Driean
Profil Bitcointalk:https://bitcointalk.org/index.php?action=profile;u=545651
email : blackmores.151@gmail.com
