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In the 1950s, a binary computer known as the IAS Machine was created. With 40-bit words, each capable of 20-bit instruction storage, its memory added up to 1,024 words for a total of 5.1 kilobytes. As the first machine of its kind, it was a marvel to behold and it represented not only a new peak in human intelligence but also set a progressive standard for the total projected computing power of human civilization well into the future.
Over the last half a century or more, the rapid advancement of machine intelligence has outpaced projections based on the abilities of the IAS Machine. In recent years, the compounding computational power of innovations like Big Data, Cloud Computing, AI and the Internet of Things (IoT) has driven the rate of technological development beyond what anyone could have reasonably anticipated.
In this era of exponential technological growth, Trias emerges as a groundbreaking solution to meet the evolving demands of the digital landscape. Inspired by the revolutionary capabilities of the IAS Machine and recognizing the accelerated pace of modern computing, Trias aims to redefine the boundaries of decentralized cloud infrastructure.
Building upon the remarkable achievements of the past, Trias harnesses the power of the abovementioned cutting-edge technologies. By integrating these advancements into its full-stack architecture, Trias is at the forefront of enabling all-scale applications, paving the way for a future where innovation knows no bounds.
Key Takeaways:
Trias is an advanced all-platform development and collaborating ecosystem designed to improve trust in computerized machinery and software.
There are three layers in the architecture of Trias: Leviatom, Prometh and MagCarta.
Trias-lab Foundation (Trias) is an advanced all-platform development and collaborating ecosystem designed to improve trust in computerized machinery and software. It achieves this through a three-fold architecture that mimics the longstanding human systems of organizations that have been recognized the world over for achieving new heights in trust, reliability and fairness.
The Trias concept and architecture were developed by Anbang Ruan. With a doctorate in computer security from the University of Oxford, he’s uniquely qualified to produce cutting-edge trust-enhancing technology, such as Trias. In addition to his educational background, Dr. Ruan has more than a decade of hands-on experience in trusted computing, cloud security and cryptography, and has published over 20 highly referenced academic papers and a handful of IEEE Transactions.
The other core members of the Trias-lab team include graduates from Oxford, London School of Economics, Tsinghua University and other top institutions of higher learning known for producing leaders in economics and computer science. The core Trias team includes members with expertise in aerospace, finance, mobile communications, cloud computing and online commerce.
This world-class team of experts in a spectrum of relevant fields is composed of more than 70 core members, with over 50 engineers and more than 20 Ph.D. and masters graduates. Their collective research and development resources are housed in three different facilities in Beijing, Tokyo and Hangzhou.
The complexity, power and unpredictability of modern computerized systems have made trusting these systems problematic. Furthermore, the ability of bad actors to exploit advanced computing systems has driven trust to record lows.
In economics, we understand the value of trust as the source of all monetary value. When we understand the current price of any given currency, we can get a feel for how much trust exists in the economy within which it is used. Without trust, no unit of currency can transmit the value of work in a meaningful way; and the systems we use, the organizational networks we rely on and the goods/services we exchange become unusable. Partnerships break down, contracts become worthless and laws become unenforceable. Even in the simplest and most naturalistic economies, nothing functions without trust.
In the absence of trust in machine-driven economies, these problems are compounded. When the machines we rely on for productivity are seen as untrustworthy, we suddenly view ourselves as being surrounded by useless and dangerous junk.
Thinking about a lack of machine trust in this way is, admittedly, an exaggeration. However, there’s always an underlying lack of trust in every interaction between human beings and machines. Even when this distrust is marginal, productivity suffers, bad actors are encouraged and value is lost. But suppose we could create a world where the trust we have in our machines were complete and perfect. What would such a world look like?
The creation of systems capable of eliminating this lack of trust has to start by recognizing the forms this mistrust takes. TRIAS (Trustworthy and Reliable Intelligent Autonomous Systems) is designed around a set of problems, with the goal of eliminating them. These are:
Tampering by bad actors
Privacy violations
Medical diagnostic error
Automation malfunction
Transcription error
Data leaking
This simplified list of the problems associated with a lack of trust in computerized systems gives us a solid development framework from which to understand the advantages of truly reliable intelligent autonomous systems — which then begs the following question:
TRIAS is a smart contract execution platform, development framework and collaboration ecosystem that’s native application compatible. It’s also supported across multiple platforms. This means it works seamlessly across servers, is compatible with multiple computer types and integrates with mobile systems, the IoT and more. In short, the first task of TRIAS is to overcome comparability issues, and it does this remarkably well.
There are three layers to Trias’s architecture: Leviatom, Prometh and MagCarta.
The heart of Leviatom is a heterogeneous consensus graph (HCGraph) algorithm. This is a tool that eases decision-making, which is critical for cryptocurrency traders who hope to make meaningful gains. The heterogeneous algorithm creates uniformity so that collaboration is more predictable and reliable.
This algorithm is executed within the trusted execution environment (TEE), which further stabilizes processes and establishes trust across platforms using remote affirmation. This is a process of thorough integrity checks and ID authentication that provides a reliable status report to verifiers.
All Leviatom nodes run a process that requests a randomly selected node in the network to start its own trusted affirmation challenge in accordance with the working state of the network. Users can confirm whether or not they meet the requirements of joining the system, or persistently verify their TEE status and prove the credibility of their work in real-time.
Finally, the HCGraph builds a collaboration default model of global nodes. This locates "lying" nodes that are difficult to pin down, while cooling and removing untrusted nodes. Leviatom implements a trusted execution of a randomized native code based on a sample of these "lying" nodes. All of this has the effect of further improving consensus efficiency.
The second Trias layer, Prometh, provides formal verification and securitizing methodologies to deliver verifiable and traceable software development for general purposes. Simultaneously, the third layer, MagCarta, achieves and embeds a self-defined consensus strategy for high-level enterprise app development.
For the deepest thinkers among Trias token holders, it’s clear that the technology is based on a model that has produced the largest measurable trust gains ever recorded. The technology neither models nature nor other computing systems. Rather, Trias models the world's most stable, celebrated and enduring democratic system of government, as follows:
Decentralized, global trusted computing execution software to ensure accurate and reliable development.
Decentralized traceable, development and distribution framework software ensuring accurate composition and construction.
A consensus-centric development framework and global-use contract economy for the orchestration of resources and components to manage cost/benefit ratios.
Triathon, a decentralized entity of Trias-lab, aims to revolutionize the auditing/testing process in the crypto world. It adopts an innovative, community-driven approach, focusing on transparency and accessibility. Key features include real-time verification across crucial dimensions such as security and scalability, coupled with a user-friendly, game-like interface. This system empowers users to interact, test and even attack the testnets while earning rewards.
In addition, Triathon embodies a “play to build” philosophy, giving project creators a platform to translate their ideas into reality. Creators can design NFTs and launch their projects for real-time testing and community evaluation.
Finally, Triathon Market extends the ecosystem’s functionality, allowing you to trade NFTs or tools used during testing. It includes an auction function for rare NFTs and user-created items. The platform also allows token exchanges and houses a launchpad for new projects. The fluctuation of the exchange rate gives an indication of user sentiment toward projects and token liquidity.
As you can see, each Trias core is designed as part of a system of checks and balances that achieves unprecedented levels of trustworthiness. No single core within the system can take its routines too far before one (or more) of the others puts it in check.
In human institutions, this type of architecture results in a system that’s painfully slow, yet protects the rights of the individual better than anything that has come before it. When integrated into an intelligent computing system, this structure constitutes a system that merits never-before-seen levels of trust, without the productivity bottlenecks of analog systems.
TRIAS is the native token of the Trias ecosystem. There’s a total supply of 10 million TRIAS tokens, distributed according to the following allocation:
Mining: 30%
Foundation: 20%
Ecosystem: 13%
Team: 10%
Early supporters: 10%
Seed investors: 8%
Public investors: 6%
Marketing: 3%
As of Jun 8, 2023, the TRIAS token is valued at $3.84 and has a market cap of $19.1 million, a 24-hour trading volume of $1.6 million and a circulating supply of 5 million.
The price of TRIAS has fluctuated wildly over the past few years. It first launched at $1.18 on Feb 17, 2021 before increasing sharply to its ATH of $31.70 on May 9, 2021, attributable to a few factors: TRIAS’s migration to BSC, the launch of Trias Grant and TRIAS’s launch on PancakeSwap. Soon after, TRIAS price dropped to just $2.68 by the middle of July 2021.
In August, news of the Trias x DEGO NFT mining event was released, resulting in a price rally and increase in value to $10.44. Its price hit another peak in November 2021 after the launch of the Triathon Market, where users could purchase and sell Triathon NFTs. As crypto began to enter a bear market, the price of TRIAS fell just like all other cryptocurrencies in 2022. This decline was exacerbated following the Terra-LUNA crash, causing TRIAS to drop to a price of $1. Toward the end of 2022, TRIAS started seeing a slight increase.
Experts at PricePrediction are bullish on TRIAS, with a 2023 forecast of $4.82. They believe that its price will continue to rise to $10.67 in 2025, $32.91 in 2028 and $65.79 in 2030.
Likewise, the analysts at DigitalCoinPrice also believe in the growth potential of TRIAS, though they’re more positive in the short term, predicting that TRIAS’s price will reach $8.09 by 2023, $13.19 by 2025, $20.11 by 2028 and $38.51 by 2030.
While Trias is best known for its robust circulating supply and the consistently bullish appraisal of its token, it’s best understood as a generalized, trust-boosting intelligent autonomous system. Its purpose — and the goal of the team behind it — is to solve principal issues of trust in machine-human relations.
While this vision has been and will continue to be verifiably accomplished with the TRIAS token, the capabilities of its triple-layer system of checks and balances have value across all computing platforms. The ultimate promise of its architecture is to stabilize automated systems of every type and kind.
Beyond systems and software associated with information technology, Trias has the potential to improve trust in the performance of all automated systems, including but not limited to:
Industrial robotics
Public transportation
Self-driving vehicles
Medical equipment
Smart home technology
Mobile telephony & computing
Law enforcement
Search & rescue
Security
Cartography
Indeed, the potential number of applications for Trias is unlimited. Based on this factor alone, supporters of the technology have a strong argument for the merits of this one-of-a-kind development framework.
While projections based on these assertions are speculative, they remain compelling. What's more, investing in the TRIAS token isn’t just an investment in an experimental currency: it’s an investment in the future of the only technology currently in development that promises to virtually eliminate discrepancies in trust between humans and machines.
Objectively, the coin's circulating supply remains strong. Its price at the time of this writing marks it as a trading piece to be watched. But that's just the surface explanation behind the bullishness of its enthusiasts.
You’re still encouraged to do your own research before investing in any cryptocurrency.
While the TRIAS token has a long way to go before it achieves the notoriety enjoyed by tokens like Bitcoin and Ethereum, the technology that underlies it is more than reason for optimism. With the expertise of Dr. Ruan and his unequaled team of experts, in-the-know traders remain confident in the future of the Trias token.
Indeed, as we rush head-on into the age of artificial intelligence, technologies like Trias just might be the one thing that saves us from the futuristic nightmare scenarios that have been haunting our dreams for over a century.
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