Journey to Stanton Low Country Park

Summary

This is a trip of 14 miles, 3¾ furlongs and 5 locks from Leighton Lock No 27 to Stantonbury Bridge No 75 travelling northwest on the Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford).

This will take 5 hours and 32 minutes.

Route

Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford)
From Leighton Lock No 27 to:
	Old Linslade Winding Hole	1 mile, 4¼ furlongs, 0 locks
	Soulbury Three Locks Moorings (Above Locks) 48 hour moorings above the lock	1 mile, 3¾ furlongs, 0 locks
	Soulbury Top Lock No 26 Also known as Three Locks Bridge No 107	¾ furlongs, 0 locks
	Soulbury Bottom Lock No 24 Having passed through Soulbury Three Locks.	1 furlong, 2 locks
	Soulbury Three Locks Moorings (Below Locks) 48 hour moorings	¾ furlongs, 1 lock
	Willowbridge Bridge No 99	2 miles, 2½ furlongs, 1 lock
	Hammonds Bridge No 97	1 mile, 1½ furlongs, 0 locks
	Skew Bridge No 94	6¼ furlongs, 1 lock
	Bridge No 93	3¼ furlongs, 0 locks
	Simpson Bridge No 92 With Pipe Bridge alongside	1¾ furlongs, 0 locks
	The Plough PH (Milton Keynes)	3 furlongs, 0 locks
	Milton Keynes Marina Also known as Peartree Marina	7 furlongs, 0 locks
	Peartree Bridge No 88	¾ furlongs, 0 locks
	Little Woolstone Bridge No 83 Little Woolstone a quarter of a mile east. Also known as Little Woolstone, Redway Bridge No 83	7¼ furlongs, 0 locks
	Blue Bridge Winding Hole	3 furlongs, 0 locks
	Campbell Park Visitor Moorings	2 furlongs, 0 locks
	Bridge No 78B	1 mile, 5¼ furlongs, 0 locks
	Giffard Park Moorings 7 day moorings	3¼ furlongs, 0 locks
	Linford Manor Park Visitor Mooring 48 hour mooring	3¾ furlongs, 0 locks
	Great Linford Railway Bridge No 76A (disused)	2½ furlongs, 0 locks
	The Black Horse PH (Great Linford)	¾ furlongs, 0 locks
	Stantonbury Bridge No 75	4¼ furlongs, 0 locks

Totals

Total distance is 14 miles, 3¾ furlongs and 5 locks (not counting Leighton Lock No 27). There are at least 3 small aqueducts or underbridges.

This is made up of 14 miles, 3¾ furlongs of broad canals; 5 broad locks.

This will take 5 hours and 32 minutes.

Journal

Pit stop at Tesco’s in Leighton Buzzard

Tesco’s in Leighton Buzzard is massive and a favourite stop for boaters to stock up. Our fridge was empty, so we were really glad to hop over to shop until we dropped. Food and beverages, that is. And cat food. We got rid of our recycling and rubbish too, that piles up quickly on a barge. The food packaging of goods from the supermarket is astonishing. Back in the days when we had the veggie box scheme from Riverford we produced much less rubbish. On a barge it is much more noticeable what waste we humans make. Food for thought really.

Once we were back we had to move on just a bit further to right at the top of Leighton Lock No. 27 to spend the night. We opened the door and not long Sava hopped out and not to be seen for a few hours. The nature was stunning around there. Were we not as tired as we were, we could have gone for a walk but it was dinner time and soon after bed time. We had to move on early the next morning.

Log

Journey to Leighton Buzzard

Summary

This is a trip of 9 miles, ¾ furlongs and 11 locks from Lower Icknield Way Bridge No 132 to Leighton Lock No 27 travelling north on the Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford).

This will take 5 hours and 33 minutes.

Route

Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford)
From Lower Icknield Way Bridge No 132 (B489) to:
	Marsworth Junction Junction of Grand Union Aylesbury Arm with Main Line	1¼ furlongs, 0 locks
	Marsworth Wharf	¼ furlongs, 0 locks
	Marsworth Services Also known as Marsworth Sanitary Station	¼ furlongs, 0 locks
	Waterside Café (Cheddington)	1 mile, 2 furlongs, 2 locks
	Seabrook Top Lock No 36	2½ furlongs, 0 locks
	Seabrook Bottom Lock No 34 Also known as Pitstone Lock Having passed through Seabrook Locks.	3¾ furlongs, 2 locks
	Grove Lock Marina	4 miles, 4½ furlongs, 6 locks
	Leighton Buzzard Bridge No 114 Leighton Road (B4032)	1 mile, 3½ furlongs, 1 lock
	Leighton Lock No 27	6¾ furlongs, 0 locks

Totals

Total distance is 9 miles, ¾ furlongs and 11 locks (not counting Leighton Lock No 27) Today’s travel includes at least 1 moveable bridge.

This is made up of 9 miles, ¾ furlongs of broad canals; 11 broad locks.

This will take 5 hours and 33 minutes.

Journal

To Marsworth: another long cruising day

It was a long and hard day, not distance wise but we had to finish the ascend of the western part of the Chiltern Hills. Then came the descend, a total of 22 locks was a bit much in one day. The difference in altitude, between Hemel Hempsted where we started and Marsworth where the cruise ended was only about 32 Meters, but for Natascha working the locks it felt like hundreds of meters.

One the way we saw this barge:

An Ovaltine barge? Wander Ltd.? Ovaltine, in German called ‘Ovomaltine’ was originally from Nat’s home town Bern in Switzerland! It turns out that Ovaltine was hugely popular in the UK and a factory was opened in Kings Langley in the early 20th century. We really didn’t know about this all until we saw this barge. Click here to read more about the history of Ovaltine in the UK.

A proud boater and a traffic jam on the cut:

During the descend we encountered a problem on the cut. Fellow boaters tried to work a lock from the bottom approach, thinking it is properly closed, but it just wouldn’t fill up. Instead the canal would loose water from the top and the whole exercise had to come to an halt. The CRT had to be called. Then our cat escaped from the boat – brilliant. Perfect timing. Anyway, we all moored up, talked with fellow boaters, we got loads of compliments for Quintessence – but look at her! A stunning beauty. People always asked us from where we were and they were amazed that we are actually living on a narrow boat.

The cat came back sooner than anticipated, and the CRT technician managed to get a rather large log out from the bottom of the lock. This log prevented the lock from closing properly. He said this happens often during the busy summer time when water is moving much more and pieces of wood get moving. Off we go, we were second in line to pass through the lock.

Log

Journey to Marsworth… yes, Marsworth

Summary

This is a trip of 9 miles, 2¼ furlongs and 22 locks from Winkwell Swing Bridge No 147 to Lower Icknield Way Bridge No 132 travelling northwest on the Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford).

This will take 7 hours and 51 minutes which is 1 day, 51 minutes at 7 hours per day.

Route

Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford)
From Winkwell Swing Bridge No 147 to:
	Berkhamsted Top Lock No 53 Also known as Broadwater Lock	2 miles, 4¼ furlongs, 7 locks
	Broadwater Pedestrian Bridge	1¼ furlongs, 1 lock
	Tring Road Garage @Tring Road, Berkhamsted, Dacorum, Hertfordshire, England, United Kingdom (A4251)	2 miles, 5½ furlongs, 6 locks
	Cowroast Marina	2 furlongs, 1 lock
	Tring Summit Visitor Moorings (Cowroast End) 14 day moorings<BR>Braunston 58 miles	¾ furlongs, 0 locks
	The Grand Junction Arms PH	2 miles, 4¾ furlongs, 0 locks
	Bulbourne Yard Former BW yard and lock gate workshop	¼ furlongs, 0 locks
	Bulbourne Junction Junction of Grand Union Wendover Arm with Main Line, Braunston 55¼ miles / Wendover 6¾ miles	2 furlongs, 0 locks
	Bulbourne Drydock Also known as Bates Drydock	a few yards, 0 locks
	Marsworth Lock No 40	3½ furlongs, 5 locks
	Lower Icknield Way Bridge No 132 B489 Having passed through Marsworth Locks.	2¼ furlongs, 2 locks

Totals

Total distance is 9 miles, 2¼ furlongs and 22 locks.

This is made up of 9 miles, 2¼ furlongs of broad canals; 22 broad locks.

This will take 7 hours, 51 minutes which is 1 day, 51 minutes at 7 hours per day.

Journal

What a cruise, Hemel Hempstead here we are!

We were cruising more than 8 hours, it was a beautiful day and the sun came out, finally. This also meant, that inside the boat it was way above 30 degree, we have a boiler in the middle of the boat and while the engine runs the water is heated up. We kept all the windows open but had to keep the side hatch and door closed, we never knew what our cat was capable off, considering how much she dislikes the cruising.

Sometimes we team up with fellow boaters to work the locks, it’s easier obviously and the Grand Union has wide locks and some of the gates were so heavy Natascha simply couldn’t open or close them. She has to work the locks, we have a clear separation of tasks due to the fact that she claims not to be talented enough to be on the tiller.

On the way we met a couple holidaying on their boat, they figured out straight away that we are not from this isle. They were really sad about the outcome of the Brexit vote and when we parted way they said, they hope we won’t be kicked out of the UK. How crazy is that? There were cracks opening up in crust of the British society and it was hard to imagine what will await us in the Midlands.

Approaching the swing bridge.

Adnan the proud owner of the beautiful Quintessence passing through the swing bridge.

Our mooring for the night

Log

Journey to Hemel Hempstead

Summary

This is a trip of 10 miles, 2¾ furlongs and 21 locks from Grand Junction Canal – Colne Junction to Winkwell Swing Bridge No 147 travelling north on the Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford).

This will take 8 hours and 25 minutes which is 1 day, 1 hour and 25 minutes at 7 hours per day.

Route

Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford)
From Grand Junction Canal – Colne Junction (Junction of the Grand Junction Canal with the River Colne) to:
	Batchworth (North) Visitor Moorings 14 days mooring in one year	¾ furlongs, 0 locks
	Lot Mead Railway Bridge No 171 [see navigational note 1 below]	1½ furlongs, 1 lock
	Cassiobridge Bridge No 169 @Rickmansworth Road, Watford, Three Rivers, Hertfordshire, England, United Kingdom (A412)	1 mile, 2¼ furlongs, 1 lock
	Grove Ornamental Bridge No 164	2 miles, ¼ furlongs, 4 locks
	Ye Olde Red Lion PH	3 miles, 5 furlongs, 7 locks
	Dickenson Quay Marina [see navigational note 2 below] Also known as Apsley Marina	3¾ furlongs, 1 lock
	Two Waters Road Bridge No 151 Hemel Hempstead Town Centre a quarter of a mile north. K2 Curry House by bridge. Two Waters Road (A414)	7 furlongs, 3 locks
	The Fishery Inn	6 furlongs, 1 lock
	Middlesex & Herts Boat Services Moorings	7 furlongs, 2 locks
	Middlesex & Herts Boat Services Wharf Includes Winkwell Dry Dock	1 furlong, 1 lock
	Winkwell Swing Bridge No 147	¼ furlongs, 0 locks

Totals

Total distance is 10 miles, 2¾ furlongs and 21 locks.

This is made up of 10 miles, 2¾ furlongs of broad canals; 21 broad locks.

This will take 8 hours, 25 minutes which is 1 day, 1 hour and 25 minutes at 7 hours per day

Log

Journey up to Ricki

Summary

This is a trip of 5 miles, ¾ furlongs and 6 locks from Harefield Marina to Grand Junction Canal – Colne Junction travelling north on the Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford).

This will take 3 hours and 4 minutes.

Route

Grand Union Canal (Grand Junction Canal – Main Line – Gayton to Brentford)
From Harefield Marina (Musk Marine Sales. Braunston 79 miles) to:
	The Bear On The Barge PH	1¼ furlongs, 0 locks
	Troy Junction Towpath Bridge No 177A Junction with the private Troy Branch	1 mile, 3½ furlongs, 2 locks
	The Coy Carp PH	1¾ furlongs, 0 locks
	Copper Mill Lock Weir Exit [see navigational note 1 below] No Access!	¼ furlongs, 0 locks
	Hillingdon Narrowboats Association	1 furlong, 1 lock
	Springwell Farm Basin Bridge No 176DD roves over the entrance.. Also known as Woodhall & Heward Basin	4½ furlongs, 0 locks
	Frogmoor Wharf Tesco supermarket with “Customer Moorings” and “Strictly No Overnight Mooring”!<BR>14 day moorings on the towpath side	1 mile, 6¼ furlongs, 2 locks
	Batchworth Visitor Moorings 14 day moorings	½ furlongs, 0 locks
	Batchworth Junction Junction with Grand Union (Rickmansworth Branch). Rickmansworth Town Centre, half a mile north.. Also known as Rickmansworth, Batchworth Lock Canal Centre	¾ furlongs, 0 locks
	Grand Junction Canal – Colne Junction Junction of the Grand Junction Canal with the River Colne	4¾ furlongs, 1 lock

Totals

Total distance is 5 miles, ¾ furlongs and 6 locks.

This is made up of 5 miles, ¾ furlongs of broad canals; 6 broad locks.

This will take 3 hours and 4 minutes.

Journal

She is all new, our Quintessence

Out of the wet dock, Quintessence in her new glory! Ian did a fantastic paint job – battle ship grey, with a white roof and some black with a white bow flash. We love it! It was worth all the work and worry, “Quinnie” looks like a new barge. There wasn’t much time to ponder, we had a cruise planned up to Ricki, aka Rickmansworth. Good Bye London – we’re heading to the Midlands…

Research

boattr meets MAZI

Our media lab Deckspace SPC has started collaborating on a Horizon2020 research project titled MAZI. We are installing the MAZI toolkit on Quintessence in order to work with the bargee community. SPC’s main project within this research collaboration is Creeknet.

The mazizone will first live in our living room. The mazizone will be used as a boattr log & research journal (using WordPress), as well as local sharing device (using NextCloud) & the MAZI guest book, allowing the community of neighbors around Quintessence to share the boattr know-how. Ideally those mazizones could also mesh with each other (but therefore the Raspberry Pi would need two Antennas). Something to add onto the ToDo list of MAZI.

The code for the mazizone can be found on GitHub.

MAZI backend

The MAZI Backend has been designed and developed in order to handle low-level communication between the MAZI toolkit’s hardware and the MAZI Portal. Moreover, it can be used by developers or advanced MAZI toolkit users to configure a MAZI Zone or build one from scratch. You can find below a guide on how to execute these scripts from the command line in order to modify your MAZI Zone.

In case you are using one of the MAZI Zone images, you can find the back-end scripts in the following folder

cd /root/back-end

Also, you can clone this repository into a Raspbian image to build a MAZI Zone from scratch, check here for more info.

Prerequirements

Install the following packages:

$ apt-get install python-pip
$ pip install speedtest-cli
$ apt-get install sshpass
$ apt-get install jq
$ apt-get intsall sqlite3
$ apt-get install batctl
$ echo "batman-adv" >> /etc/modules

Guide

mazi-antenna.sh

The mazi-antenna.sh script has been created in order to manage an external USB adapter that is connected to the Raspberry Pi. This script is able to check if a USB adapter is connected to the Raspberry Pi. In addition, you can discover the available networks in range and connect to one of them. Finally, you can disconnect the USB adapter from the connected Wi-Fi network.

Usage:

sudo sh mazi-antenna.sh  [options]
[options]
-i,--interface              Set the interface
-a,--active                 Shows the SSID of the interface  
-s,--ssid                   Sets the SSID of the Wi-Fi network
-p,--password               Sets the password of the Wi-Fi network
-l,--list                   Displays a list of the available Wi-Fi networks in range
-h,--hidden                 Connect to hidden Wi-Fi network
-d,--disconnect             Disconnect the USB adapter from Wi-Fi network

mazi-wifi.sh

The mazi-wifi.sh script is responsible for creating the Wi-Fi Access Point on the Raspberry Pi. With this script, you can also modify the settings of your Wi-Fi Access Point.

Usage:

sudo sh mazi-wifiap.sh  [options]
 [options]
-i,--interface               Set the interface
-s,--ssid                    Sets the name of the Wi-Fi network
-c,--channel                 Sets the Wi-Fi channel
-p,--password                Sets the Wi-Fi password
-w,--wpa  [OFF/off]          Turns off wireless network security

You can simply start (or restart the Wi-Fi Access Point if it is already started) without passing any argument.

sudo sh mazi-wifiap.sh

mazi-resetpswd.sh

In case you have forgotten your MAZI Portal administrator password, this script enables its recovery. Once you run the mazi-resetpswd.sh, the password changes back to the default “1234” and then you can access the MAZI Portal and change it through the first-contact page.

Usage:

sudo sh mazi-resetpswd.sh

mazi-sense.sh

The mazi-sense.sh script has been created in order to manage various sensors connected to the Raspberry Pi. This script can detect the connected sensor devices and consequently collect measurements periodically with a specific duration and interval between measurements. In addition, it can store these measurements in a local or remote database and check the status of the storage procedure, as well.

Usage:

sudo bash mazi-sense.sh [SenseName] [Options] [SensorOptions]

[SenseName]
-n,--name                    The name of the sensor

[Options]
-s , --store                 Stores the measurements in the database
-d , --duration              Duration in seconds to take a measurements
-i , --interval              Seconds between periodic measurements
-a , --available             Displays the status of the available sensors
-D,--domain                  Sets a remote server domain (default is localhost)
--status                     Displays the status of store process

[SensorOptions]
-t , --temperature            Get the Temperature
-h , --humidity               Get the Humidity
-p , --pressure               Get the current pressure in Millibars
-m , --magnetometer           Get the direction of North
-g , --gyroscope              Get a dictionary object indexed by the strings x, y and z
                              The values are Floats representing the angle of the axis in degrees
-ac , --accelerometer         Get a dictionary object indexed by the strings x, y and z
                              The values are Floats representing the acceleration intensity of the axis in Gs

mazi-app.sh

The mazi-app.sh script enables the control of the status of the installed applications such as the Etherpad, the Guestbook, the LimeSurvey and the Interview-archive. You can start, stop or display the status of the above applications.

Usage:

sudo sh mazi-app.sh  [options] <application>

[options]
-a, --action [start,stop,status] <application>    Controls the status of the installed applications

mazi-domain.sh

The mazi-domain.sh script enables the modification of the MAZI Portal’s domain and the change of the splash page.

Usage:

sudo sh mazi-domain.sh [options]
[options]
-d,--domain              Sets a new network domain of the portal
-s,--splash              Sets a new splash page

mazi-internet.sh

The mazi-internet.sh script is able to modify the mode of your Wi-Fi Access Point – currently – between offline and online as the managed mode has not been implemented yet. In the offline mode, clients of the Wi-Fi Access Point have not access to the Internet and are permanently redirected to the Portal splash page. In the online mode, the Raspberry Pi provides Internet access through either the Ethernet cable or an external USB Wi-Fi adapter.

Usage:

sudo sh internet.sh [options]
[options]
-m,--mode  [offline/online/managed]   Sets the mode of the Wi-Fi Access Point

mazi-current.sh

The mazi-current.sh script displays the settings of the Wi-Fi Access Point that has been created in this MAZI Zone. You can view information such as the name, the password and the channel of the Wi-Fi Access Point. You can also see the domain you are using for the portal page, as well as the active interface that broadcasts the Wi-Fi Access Point – in case you have plugged in an OpenWRT router. Finally, this script informs you about the mode of your Wi-Fi Access Point (offline, online, managed).

Usage:

sudo sh mazi-current.sh  [options]
[options]
-i,--interface  [wifi|internet..]  Shows the interface that used for AP or for internet connection respectively
                wifi               Interface for Access Point
                internet           Interface for internet connection
                mesh               Interface for mesh network
                all                Shows all available interfaces
-c,--channel                       Shows the Wi-Fi channel in use
-m,--mode                          Shows the mode of the Wi-Fi network
-p,--password                      Shows the password of the Wi-Fi network
-s,-ssid                           Shows the name onan f the Wi-Fi network
-d,--domain                        Shows the network domain of the MAZI Portal
-w,--wifi                          Shows the device that broadcasts the Wi-Fi AP (pi or OpenWRT router)

mazi-router.sh

The mazi-router.sh script is used for the management of the OpenWrt Router connected to this MAZI Zone. After connecting an OpenWrt Router this script is able to detect it and control the status of the connection, (activate/deactivate).

Usage:

sudo sh mazi-router.sh [options]
[options]
-s,--status                  Displays if the OpenWRT router exists 
-a,--activate                Activates	the	OpenWRT	router	as	the	Wi-Fi	AP	of	this	MAZI	Zon
-d,--deactivate              Disconnects the router and restores the initial settings of the Raspberry pi built-in Wi-Fi module

mazi-stat.sh

The mazi-stat.sh script enables the observation of system activity data of the Raspberry Pi such as the CPU temperature, the CPU usage, the RAM usage, the Storage usage, the Download/Upload speed and the number of users connected to the Wi-Fi network. You can also see information about the SD card such as capacity and whether or not the filesystem has been expanded. Another functionality is the storage of these data in a local or remote database. In addition, you have the ability to flush these data from the database in case you do not need them.

Usage:

sudo sh mazi-stat.sh [options]
[options]
-t,--temp                             Displays the CPU core temperature
-u,--users                            Displays the number of connected users
-c,--cpu                              Displays the CPU usage
-r,--ram                              Displays the RAM usage
-s,--storage                          Displays the card storage in use 
--sd                                  Displays information about the SD card
-n,--network                          Displays the Download/Upload speed
-d,--domain                           Set a remote server domain (default is localhost)
--status                              Shows the status of store process
--store [enable,disable,flush]        Controls the status of the storage process

mazi-appstat.sh

The mazi-appstat.sh script enables the collection of statistical data from the applications installed on the Raspberry Pi and the storage of these data in a local or remote database. In addition, you have the ability to flush these data from the database in case you do not need them. At the moment, you can collect data from the following applications, Guestbook, Etherpad and Framadate.

Usage:

sudo sh mazi-appstat.sh [Application name] [options]

[Application name]
-n,--name                            The name of the application

[options]
--store [enable,disable,flush]       Controls the status of the storage process
--status                             Shows the status of storage process 
-d,--domain                          Sets the server domain to be used for storage (default is localhost)

mazi-mesh.sh

With mazi-mesh.sh script you can expand the range of the Wi-Fi Access Point by creating a mesh network. To be able to create a mesh network, you must have more than one Raspberry Pi devices. One of these should be chosen as a gateway while the others as nodes. The Raspberry Pi that was chosen as a gateway is the main node of our topology, as it hosts the Portal of the MAZI toolkit, forwards internet in the mesh network and provides IP to the other nodes and their clients through the DHCP server. The Raspberry Pi that was chosen as a node is a relay of our mesh network, it redirects its clients to the gateway. Finally, you can restore the initial settings with the portal mode.

Usage:

sudo bash mazi-mesh.sh [Mode] [Options]

[Mode]
  gateway                      Operates as a gateway node
  node                         Operates as a relay node
  portal                       Restore to the Portal settings

[gateway Options]
  -i, --interface              Set the interface of the mesh network
  -s, --ssid                   Set the name of the mesh network

[node Options]
  -i, --interface              Set the interface of the mesh network
  -s, --ssid                   Set the name of the mesh network

DIY networking can serve two complementary objectives:

1) to improve Internet connectivity in a certain region or local area

2) to support local interactions and services.

DIY networks can be seen as “organic”: they are created by local communities, reflect local culture, and the data they use can be generated and consumed in the same place. DIY networks can also bring people together, face-to-face, instead of keeping them online all the time.

Since these types of networks are owned and operated by individuals, significant coordination can be required around various issues: from purely technical, like the underlying networking protocols, to more social and political, like the design of the applications running on the network and the governance of the whole ecosystem (access and resource allocation, cost recovery, community support, conflict resolution, etc.). For such interactions to be productive and fruitful, one should carefully distinguish between the two main roles of a community network, Internet access vs. local services, and their possible combinations.

The MAZI project is exploring the important reasons why such networks should also be promoted as infrastructure for hosting local services, built and used by local communities.

Summary

Route

Totals

Summary

Route

Totals

Summary

Route

Totals

Summary

Route

Totals

Summary

Route

Totals

MAZI backend

Prerequirements

Guide

mazi-antenna.sh

mazi-wifi.sh

mazi-resetpswd.sh

mazi-sense.sh

mazi-app.sh

mazi-domain.sh

mazi-internet.sh

mazi-current.sh

mazi-router.sh

mazi-stat.sh

mazi-appstat.sh

mazi-mesh.sh

Further Reading