docs.inframonit.com ✍

• Blog - www.inframonit.com

• Code - bash.inframonit.com

• Example use cases - examples.inframonit.com

• Logotyp: logo.inframonit.com

• LICENSE

About inframonit ✍

this is part of apidsl for inframonit ecosystem to help You manage the applications

Monitoring includes:

1. Internet domains and subdomains,
2. Servers of the client and partners, e.g. dns (nazwa.pl, OVH, Cloudflare)
3. SaaS services of the client and its partners

Examples of faults detected by InfraMonit:

1. Lack of availability of websites and subpages
2. Unable to log in
3. It is not possible to send a contact message from the form
4. No purchase in the store
5. Extended shipment of goods,
6. Unavailability of goods
7. Failure of payment systems

Monitor your positions in SERP

Track your positions in Search Engine Result Pages for chosen keywords every day. How is your situation in Google compared to yesterday or two days ago? Keep an eye on ranking fluctuations and, if necessary, be ready to take action!

Keep track of your competitors in Google

After you run the analysis of your own domain, take a better look at the competitive websites. The more you know about their actions, the better conclusions you can draw for yourself!

• hourly checking of any infrastructure with:

  • apisch + multisitemap
  • apipong
  • webpageshot

• current information about infrastructure

  • registrar
  • dns records
  • ns, cloudflare,digitalocean
  • servers
  • parkings

With multisitemap it's possible to check the infrastructure nad compare every hour what kind of differents are comming and doing some event what can help fix bugs or create ticket and send information to support team

OFFER. monitorowanie infrastruktury firm, tych lokalnych również ze skanowaniem mapy sieci i jej replikowaniem

MORE: Wielka rezygnacja specjalistów ds. cyberbezpieczeństwa - CRN

Warstwa ochronna infrastruktury

ApiDSL może być jednym z kierunków użycia może być warstwa ochronna, cyberbezpieczeństwa systemów informatycznych.

Bezpieczeństwa dla systemów istniejących, gdyż tak jak w samochodach oprócz operacyjnych zadań są te diagnostyczne

W sieciach z reguły to zewnętrzne systemy diagnostyczne, w modelu SaaS

Druga warstwa, zaraz po warstwie logiki biznesowej aplikacji, niezależna od wewnętrznych i zewnętrznych, coś pomiędzy, na niezależnej inrastrukturze , jak firewall pomiędzy intranetem i internetem

Również podczas developmentu, jako warstwa służąca do fizycznej diagnostyki całej infrastruktury.

Install inframonit ✍

install dependencies from file: apifork.txt

./apifork

install packages for apidsl from file: apidsl.txt

./apidsl.sh install

OR install packages inside apidsl

cd apifork
./add https://github.com/letwhois/bash bash letwhois
./add https://github.com/reactphp/dns php reactphp

Start inframonit ✍

get whois data

./apidsl.sh 'letwhois.ns("softreck.com")'

get title

./apidsl.sh 'http("https://softreck.com").letpath.tag("title")'

cat domain.txt | ./letWhois.sh softreck.com

file domain.txt

softreck.com

OUTPUT:

Softreck | Leadership Through Software Development

EXAMPLES ✍

Rozwiązanie #apidsl służy pisaniu komend do wcześniej napisanych skryptów, bibliotek, aplikacji. Zamiast ścieżek do plików używamy nazw jako funkcji z parametrem. Korzyść? re-użycie kodu, zamiast refaktoryzacji! APIDSL to jedno z rozwiązań w (pisanej jeszcze) książce #hipermodularyzacja

API + DSL = Application Programming Interface controlled over Domain Specific Language #apidsl is available for testing #hypermodularity #hyperprogramming #mvp #prototyping #programming #testing

install

minsungson/GitHub-cURL: A guide to installing files from GitHub repos in terminal using cURL

help

./apidsl -h

init files and folders to start writing scripts

./apidsl init

./apifork install

./apifork update

START

load("domains.txt")
.split("/n")
.http()
.xpath("title")
.appendToFile("titles.txt")

xpath from functions

./apidsl 'f.http("https://softreck.com").f.xpath("title")'

tag from letpath

./apidsl 'f.http("https://softreck.com").letpath.tag("title")'

nameservers

https://github.com/letwhois/bash whois

./apidsl 'whois.ns("softreck.com")'

start using

./apidsl 'puppeteer.csv("premium.pl/login_user_screenshot.csv")'

./apidsl 'path.file("botreck.txt").split().puppeteer.csv()'

./apidsl 'puppeteer.csv("premium.pl/login_user_screenshot.csv").split().botreck.puppeter()'

loop

./apidsl 'f.load("domains.txt").split("/n").f.http().f.xpath("title").f.appendToFile("titles.txt")'

TODO ✍

TODO

przygotować scenariusze UI backend remote deployment uruchomić na RPI zero

Contribution ✍

Update

apifork

curl https://raw.githubusercontent.com/apifork/bash/main/apifork.sh -o apifork
./apifork update

apipackage

curl https://raw.githubusercontent.com/apipackage/bash/main/apipackage.sh -o apipackage
./apipackage update

Remove

apifork

./apifork remove

Install

Install dependencies after created project

curl https://raw.githubusercontent.com/apifork/bash/main/apifork.sh -o apifork
echo "https://github.com/flatedit/bash.git flatedit" > "apifork.dev.txt"
./apifork install apifork.dev.txt

Install package list after created project

curl https://raw.githubusercontent.com/apipackage/bash/main/apipackage.sh -o apipackage
echo "https://github.com/letwhois/bash apidsl/apidsl/bash letwhois" >> "apipackage.txt"
./apipackage install

Edit documentation with flatedit

echo "./DOCS/MENU.md" >> "flatedit.txt"
echo "./DOCS/ABOUT.md" >> "flatedit.txt"
echo "./DOCS/FOOT.md" >> "flatedit.txt"

Update documentation

 ./flatedit

Config project file

The config file: .apifork can be another, e.g. apifork.txt

Just change the first line in .apifork on apifork.txt

apifork.txt

install

minsungson/GitHub-cURL: A guide to installing files from GitHub repos in terminal using cURL

./apifork install

OR

./apifork

update

./apifork update

remove

./apifork remove

5G Deployment ✍

10 steps you must take in order to help ensure #5G deployment success for your organization.

Ensure that devices meet 3GPP standards, industry regulations & your network requirements.

Each release of the 5G standard introduces new capabilities that require new technologies. Ensure that your devices meet 3GPP standards, as well as any relevant industry regulations & your unique network requirements.

Assess the cybersecurity hygiene of 5G devices.

The attack surface grows exponentially with billions of connected mobile devices, Internet of Things (IoT) devices & Wi-Fi networks & endpoints. Assess the cybersecurity posture of your 5G devices thoroughly & frequently.

Verify device connectivity performance for an optimal user experience.

5G devices will access different radio access technologies (RATs), including 5G New Radio (NR), 4G Long Term Evolution (LTE) & Wi-Fi. Operators need to evaluate real-world performance & handovers between radio networks. This real-world evaluation is known as the inter-RAT handover test.

Check that radio access network (RAN) elements conform to specifications.

Before release into the market, all 5G devices & base stations must meet a minimum level of performance. 3GPP & the O-RAN Alliance define what & how to measure for compliance against the core specifications.

Perform interoperability testing for seamless interaction.

O-RAN brings the disaggregation of 5G base stations into various elements. Validating interoperability & performance against expected use models helps ensure seamless interaction.

Stress your RAN & core networks with 5G traffic.

Ensure that your RAN & core networks meet your high performance, low latency & robust reliability requirements under load.

Ensure that your infrastructure runs in a virtual, cloudified environment.

To migrate from 5G non-standalone (NSA) to standalone (SA), you need to take advantage of network functions virtualization infrastructure (NFVI) & virtualized network functions (VNF), using virtualization, containerization & cloud technologies.

Measure & analyze the air interface in the field.

The physical layer standards in 5G NR Release 15 & beyond define a flexible air interface to support the many use cases expected in 5G. Field test your air interface to ensure that it performs as expected.

Test your network with real devices to assess performance.

Stress test your network with 5G user equipment (UE) traffic under different use case scenarios to ensure that it meets key performance metrics like high data throughput, reliability &low latency.

Observe 5G traffic to ensure high QoE for subscribers.

5G & O-RAN increase the number of interfaces in mobile networks & the specifications leave room for interpretation. Ensure complete observability using precise data correlation & analytics.

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