welcome to hiveware®, a distributed app non-blockchain framework, where everyone is their own bank©, and where every item is inextricably tied to nonfungible work© thus creating intrinsic value, and where ultimately centralized expensive Artificial Intelligence is replaced with ultimately decentralized Augmented Intelligence©

Hiveware (US Patent No. 7,124,362) is both a (crypto, distributed-app, decentralized, native-code) platform builder and a currency system from which downstream Hiveware developers produce Hiveware DApps. Each Hiveware app produces goods and services ("wares") for its owners measured in a common unit of account whose token symbol is HVW. Hiveware apps enable internet creators to produce and control completely secure digital assets (goods) for commerce. Because the Hiveware engine is a fully distributed operating system framework, DApps produced on top of it are guaranteed by design to be 100% decentralized, including governance.

Hiveware's three architectural invariants are edge default security, privacy and ownership of all components created by any of its apps. Each of these attributes are dependent on the previous. You can have security without privacy and privacy without ownership. This means ownership presupposes both security and privacy capabilities. With ownership one may conduct retail transactions over the internet on digital objects they own without the need of bigness (like banks), fiat force or even physical transport costs because the object being transacted upon is weightless.

Hiveware is a so-called clean-sheet technology (aka, greenfield), erasing 50 years of Computer Science technical-debt shortcuts. Consequently, Hivewares design solves many internet and cryptocurrency problems by default. Almost as a by-product, it lets users market their digital assets (goods) freely over the clear internet. Its design makes virtual assets (goods) crypto-secure, -ownable and –private and makes computer hardware and storage issues irrelevant. Hiveware is not an Altcoin, but rather a non-blockchain alternative to Bitcoin. Fully distributed ledgering (not god-view ledgerling like blockchain) is a biproduct of Hiveware's architecture'. Non-scalable, resource-wasting proof-of-work (mining) is replaced by nonfungible work for Hiveware, where work is not token, but actual thus creating intrinsic value.


End users, developers and especially entrepreneurs are welcome to review the Hiveware technology. Take a look at the IT for professionals tab for in-depth descriptions of the technology. For a look at the company's objectives and vision statement, see about Hiveware Inc.

Content organization today is haphazardly and implicitly based on the archaic file and folder computer artifacts created in the 1950s when today it should be overlaid with a network of concepts based on social interaction based on a particular topic area. To date, natural language is the only real capability homo sapiens has for establishing communicative social interaction and to date, ISO 8879 SGML (not XML) is the only international standard that makes the connection between natural language and the computer tractable.

The Hiveware technology implements a general tool for enabling human cooperation (like a football team). Although collaborative technologies are fairly well developed today, generalized cooperative implementations are non-existent. This stands in contrast to BigTech's push for centralized Artificial Intelligence and robots, both of which are anthropomorphic attempts to replace the human brain. Hiveware extends one's intelligence cooperatively and cooperation, according to Yuval Hurari in his "Homo Deus", is the key to succcessful civilizations.

Hiveware is a Zero Trust system, based on asymetric cryptography. Each Hiveware distributed app controls many (not just one) geographically-agnostic persistent private keys of which none are ever out of the app's ownership and control. Hiveware is a distributed ledgering system and digital asset-building system upon which decentralized, real-world applications are built. The bed of each of these applications is the context of all of the other applications being developed and deployed. They are connected through smart contracts, owned by the code's owners. Consequently, each application owner is constantly weighing when to update his app for his app's users only. The net result is a capability Microsoft Windows can only dream about: continuous delivery of updates. Hiveware is a real-time co-operative build and execute environment. And, this is all accomplished using pre-Internet encryption.

Ushering in this era will be an overhaul of the IPv4 Internet Protocol with an upgrade to IPv6. IPv6 eliminates the need to share IP addresses via NAT (i.e., having a single IPv4 address per computer). NAT is an example of security "theater" and has hindered users in pushing their content and context directly to their own observers of choice. Hiveware operates over intermittant clear connections through residential ISP to residential ISP. Hiveware is protocol (ipv4, ipv6) and hardware platform (x64, win32, arm64) agnostic.

Artificial Intelligence relies exclusively on publicly available data. Today, because of their huge processing capability, mostly it is Big Tech data centers that have the processing and financial power to pre-train their query engines. The common denominator of the Generative Pre-trained Transformer (GPT) technology model is, it depends on ownerless data and data that has been de-owned by subterfuge, the sources of which are primarily web ownership promiscuity, salaried worker obsequiousness and studied theft. Augmented Intelligence, on the other hand, depends on the cooperative interaction among digital objects each one of which is secure, owned and therefore private to a particular human being at any one time. Augmented Intelligence extends non-parasitically the human's brain potential.

Here is a picture of what the interconnected world would look like if Hiveware's push technology reigned instead of today's corp-centric client-server technology (eg, cloud). Thinking humans would man each one of these computers, each one of which had connections to other computer nodes. Now imagine doing an internet search in such a rich context (Google only does metric searches, not context searches):



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