Mira Spiralcity is a project to provide Free Specifications design reference to build a Smart City.

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Sagittarius is intended as a whole ptroject but still not a full Smart City project,

it carry several sub project helpful to create smart-cities

(additionals and not considered in development, so we are called to do...)

with low costs, and additional specifications for Distributed Automation accross the internet.

There is no reason to rewrite how a gateway or a DNS/SDNS server works,

but this will be released as specification for unexpensive

PicoITX x86 Single board Computers

as selected from us as a demo Gateway

For contrast our focus with Mira Spiralcity is

with a canvas of a Smart City, our research in distributed automation,

with Projects like AlcorOS distribution (a powercharged NuttX + Interpreters),

with HW Demo like Mizar32, we use for development into NuttX realm.

In areas where the speciofications are uncomplete, unkon or misused,

where is required more (missing) attention and refining

we think there is much to do, and innovate.

Being this of Smart cities and IoT in general a whole not understandable mess

of stupid nodes, often depending on concentrators (fragile not reduntant systems)

wireless automation that can fall down in seconds with a Jammer

with potewntial risks and problem that may arise,

we are developing a new way for Fiber Optic over micro.

We try to give working examples also of new things,

never done before

of the MP-CVU (M)ira(P)rivacy(C)omputer(V)ision(U)nit

A Privacy eye, over the peoples. Even if this seem a contrast,

it could be done! An eye that respect the citizen privacy.

With several embedded functions traslated in narrow band

or slow networks, due to microcontroller limitations

and energy consumption considerations.

Putting emphasis on messages, and intelligence of the local eye

that will not require human monitoring. Ihibits record video over the peoples.

Firmware-Computer Vision with Nodes at a target price of 10$.

That respect the Freedom and the Privacy of the citizens.

Not only super-low-cost, but used in fault tollerancy (in pair A+B)

Differnt Use of SDNS even to little things as a node.

Authority on top of SDNS and their data fields

are used not only for naming of the involved nodes, mapped

or with IPs on their tiny network interfaces, to give a hierarchical meaning

to resources, locate them as when fedex have to deliver a parcel

(if in the intention to be so in a city) so URI starting with city name,

the zip code, then street, then street number, then

if not enough locate them add GeoSpatial Data to databeses, SDNS databases

and till all does not fit in a node, use gateways (as huge and powerful GNU OS)

to map IPs there, till it will fit in future generation nodes direct.

Where what it is standard and common

is re-used in new context or used in new ways.

SDNS and EDNS: Enhancing DNS Functionality

SDNS (Secure DNS) and EDNS (Extension Mechanism for DNS) are two important advancements in the Domain Name System (DNS) that enhance its security and functionality.

SDNS provides a secure way to transmit DNS queries and responses, ensuring that data is encrypted and protected from interception. This is particularly crucial in today's digital landscape, where privacy and security are paramount.

EDNS, on the other hand, extends the capabilities of traditional DNS by allowing for larger packet sizes and the inclusion of additional options in DNS queries and responses. This enables the transmission of more complex data, which can be beneficial for various applications.

One exciting application of SDNS and EDNS is the ability to incorporate geospatial data. By embedding geospatial tags within DNS responses, it becomes possible to localize devices in smart city environments. This integration allows for enhanced location-based services, enabling cities to optimize resources, improve navigation, and provide tailored services to residents and visitors.

In summary, the combination of SDNS and EDNS not only strengthens the security of DNS but also opens up new possibilities for utilizing geospatial data, paving the way for smarter, more connected urban environments.

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Current DNS allow a maximum of 253 characters for the FQDN, used in hierarchical form.

 

What we meant for Distributed Automation:

 

Imagine if you can push the button of your desk-lamp

or adjust the volume of your web-radio

to close a so distant resource like the valve in the the niagara falls

 

as well as switch in a scheme or soft machine to turn on your toilet light bulb.

 

Not only general and specialized hardware nodes will be released,

but also some things

very helpful for the city, that still does not exist on the market,

or noone will care of designing them

like  MISO-PU - IP67 (Mi)ra (So)lar (P)ower (U)nit  those units,

are simple LTO (Lithium Titanate - stable green and cheap lithium

that remain in service for 50 years)

Solar Power banks - industrial one, for the city, made with standard ultracheap part

Like a Flat empty Street Light projector, that contain Cells under the glass

and battery bellow and use the tube to let out the connections.

More cheap than this we Die!!! Simple robust low cost electronics

for charge and balancing - Well designed.

 

Not so much innovative or complex to build

but absent, made with the more cheap and common industrial parts

to assemble them with

with prices that even more can cut the budget of the city-automation

So that in the night as in the day, a node could operate

And not all can be put in proximity or inside Street Lights Or

Street Lighting. So over a Wall, Under a tree, everywhere

you can have not only a gateway, or a mesh node but

also serve the autoimation, or serve other,

that without power (night and day) you can not do.

So if we do not create this free spec, show how to do it unexpensively

what we wait that those are unveild as jewel and sold so expensively that

half world or emerging world could not use automation in cities

or even villages?

 

Other hardware to be released are the set of devices to assemble 

A public MP-GAS - (M)ira (P)ublic (G)arden (A)utomation (S)ystem

All this solution as the applications code defined endpoint of automation

or the same CV, will be Totally Free Software. and Free Specs Hardware

 

This technology is set to be demnstrated in the next 4 years

 

so other sub projects of Mira. Like TSX-MAIS - Telegram / SMS / XMPP Mira Area

Information System. This is a simple chatbot that talk natural language

that is an assistant for all the informations pertaining citizens and the city.

With some control feedback to what is usable from the citizen in the automation.

Not only engineers and ciy service surbveillant can use the automation of a city,

then city may have its automations to the public, and we think the TSX-MAIS

can become a nice and not-harmful interface to citizen. We should avoid

cloud centric AI for this, we prefer simple NLP give what can give

an embedded board with not so higher resources, in simplicity.

In simplicity answer simple question like how much time for the

arrive of a bus or the full path it does as well as other informations,

for example open pharmacy, or the nearest museum and things like this.

This is today very simple technology to integrate in Mira Specifications.

And we would like to embed this and amke it diffused in every medium

Other innovative things are an electronic nose,  C&O-MAPS

(C)omposite (&) (O)rganic (M)ira (A)ir (P)ollution (S)ensors

 

This will care to report the level of pollution to citizens as well to the

interested party that design the traffic flow, this data can be combined with the

Computer vision system that contribute to the traffic analisys in order to create

better routes and decrease the air-pollution in an area to distribute the flow

of the traffic in more uniform and less polluting ways, not only but

also reduce electricity consumption in the night, detect presence

or incoming of peoples and vehicle to create a wave effects

in the public lighting.

Do more light where useful while gain

of the maximum or the legal minimum possible

when noone is there or when incoming.

 

The target

Respect The Citizens, give totally Free Solution

and specifications respectful of costs for the developing country.

Respect of the standards, find new solution or use the old in new way

to standardize if adopted and well performing.

Simplicity, robustness,

fault-tollerancy, reliability, security and easy of management.

 

Offer not only the usual services, Lighting control and or public-wifi,

but a contour of automation easily extensible to be ready to become

many trhings in the city and other context. Then if will be good for the city,

and simple we hope this solution will be used for isolated systems, as the homes.

 

This is some of the technology that we are massacrating :)

fused, mixed, forked, integrated or well harmonized

that will be involved in this research project

 

Mira Spiralcity will involve the following Software:

| GNU | Mosh | OpenMV | MQTT |

| Apache NuttX | NodeRed | AlcorOS |

-- PiAuto, Decentralized Distributed Automation -- (New !!)

Mira Spiralcity will involve the following Hardware:

| picoITX RiscV (gateway) | Mizar32 (for Dedvelopment) | Forthcoming Avior RiscV board |

 

About the Planets orbiting Mira Spiralcity

| MP-CVU Unit - (M)ira (P)rivacy (C)omputer (V)ision (U)nit |

| MISO-PU - IP67 (Mi)ra (So)lar (P)ower (U)nit  |

| TSJ-MAIS - Telegram / SMS / Jabber Mira Area Information System |

| MIPS-4SL - (Mi)ra (P)ublic (S)ystem for Street (L)ighting  |

| (C)omposite (&) (O)rganic C&O-MAPS (M)ira (A)ir (P)ollution (S)ensors |

| MP-GAS - (M)ira (P)ublic (G)arden (A)utomation (S)ystem |

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* DNAND-Y - Definitve Names Are not Defined Yet

or

* TASVS - This Acronims Sound Very Stupids, i hope not the concepts. :)

If you arrived till here to read you merit another coffee |_|-  :D