Suport me co-defining the next generation of cost-effective distributed #Synch-SoS Architectures
Co-Creator, curator, f=£oander 🌈, funder 🦄 ^ finder 🦈
// Agilist : Disruptor : 0axacker : Social human being : Sophist

Chapter IV: Michellangelo

Synchronous System of System distributed Architectures (a.k.a. SynchSoS)

What are SynchSoS? -- think about an international network working synchronously as a single entity.
All components in a mesh topology, communicating organically (plug & play) with each other and sharing the same clock input (synchronous).

#Q: Today’s IoT networks are extremely expensive to build and run.

"What makes IoT so hard? The sheer scale ( and impressive and very large size ), the power consumption – and that it is wireless."
iot-challenges

#A: The ARPANET (designed by the U.S. millitary) RAM/ROM/runtime expensive, but secure and reliable design of the TCP/IP makes IoT available only to a few large microprocessors and internet stacks (i.e. Raspberry Pi and/or 32'bit large micro'controllers or SoC with a memory footprint above 1 MB).

#Q: We present Tata UBiza, a new memory cost-effective distributed System of systems (SoS) that can be run a web3 dApp simultaneously on multiple a single threaded microcontroller nodes with less than 1 MB ROM/RAM, (https://github.com/mstcroix/os)
How is this different to other existing implementations?
#A: This makes a decentralised economy of services and distributed Apps reachable and accesible to anyone with very limited telephone connectivity or even without state of the art Internet access.
see [1]

#InternetOfValue #SynchSoS

Rollout (by sculping)

• interested? Taste our gît, see our Manifesto
• participate and follow our discussiones in Redditr/www_we4

Proof-of-Work initial working implementation for:

• The Ping & Pong
• The Echo

References

[1] Adam's Dunkels ProCoSoCo technique