Message Delivery Characteristics
First some theory about delivery semantics in messaging systems. When a system wants to communicate via a message broker the developer needs a clear understanding of the delivery semantics. At first one needs to know if and how often a message will be delivered to the broker (and potential consumers):
- At most once – the message is delivered at most once but also not at all.
- At least once – the message guaranteed to be delivered but can be delivered multiple times.
- Exactly once – the message is guaranteed to be delivered exactly once.
The second point that is – at least at first sight – important for message consumers is the ordering of messages. Ordering in a messaging context means that messages arrive at the consumer in the same order as they have been sent by a given producer.
Even if some brokers claim to guarantee “exactly once in order delivery” it’s recommended to not take the order of incoming messages for granted. Because a) things can get messy in distributed systems and b) you might not want to rely on semantics of your current broker too much since you’ll end up with another broker in the future.
AMQP / RabbitMQ Send Semantics
In my current customer project we are using RabbitMQ as a message broker to implement an event-driven archticure. Since we are building our services and frontend apps with Spring Boot we can use the very convenient RabbitTemplate of Spring AMQP.
Note: AMQP is the messaging protocol. One implemantation is RabbitMQ. In this article I might use both terms interchangeably.
Once the correct connection paramters for your RabbitMQ paramters are provided to your applicaiton context your application will automatically connect to the RabbitMQ server. When your code needs to send messages via AMQP you just need to autowire an instance of RabbitTemplate and call the send method like this:
If the RabbitMQ server is available the call just returns and the message seems to be delivered. However, as you are leaving your JVM’s process you enter the realm of distributed systems. Virtually everything can go wrong now. 😉
So, comparing the above mentioned delivery semantics with the observations from our RabbitMQ usage in Spring Boot, RabbitMQ guarantees at least once delivery if not configured elsewise. Also, there is only one small cornercase where message ordering is guaranteed: https://www.rabbitmq.com/semantics.html#ordering
The Dirty Details
When looking at the send semantics of the RabbitTemplate in Spring Boot we can seperate into two topics:
Passing The Notwork
The first is about reaching the RabbitMQ server at all. So, the network connection can be shaky or not available. Or the host is reachable but the RabbitMQ service on the host is down. In that case the RabbitTemplate will throw an exception to the caller. From this point on the caller code can handle the failed message delivery conciously.
From an API interaction point of view the message can be considered as delivered (to the broker) if no exception is thrown by the send call. So this is quite comparable to an RestTemplate / HttpClient call. However, as you’ll see later things can still go wrong even if the call returned successfully.
Delivery Inside the Message Broker
When you use an AMQP message broker things are a bit different than when interacting via HTTP. This brings us to the second topic: Transferring the message to the broker is only the first part of a longer process. The broker tries to route messages to the queues that are bound to the exchange on which the message is sent.
As mentiond – the broker tries to route the messages. If no queue is bound the message is just rushing through the exchange and is lost in the end. Another case is that if the target exchange does not exist (for whatever reason) the broker returns an HTTP like error code: 404. On the client side the send() method call has already returned. The RabbitMQ template has no chance to notify it’s caller of the failed delivery. The only thing left is writing an error to the application’s log.
There are probably more cases that match this problem space. One can categorize them like “received message but could not deliver it to any queues”. The important point for all problems in this category is that once the RabbitTemplate.send() method returned the client code cannot be sure whether the message has really been delivered.
Choose Your Weapon
For most of your scenarios this behavior is perfectly OK. At least with many of our cases we emit event messages in a “fire and forget” style. The code is written without knowledge of and excpectation towards any consumers. Inconsistencies caused by not delivered messages need to be detected and handled seperatly.
There are however scenarios where you really want to be sure that a given message has a) reached the message broker and b) been routed – the above mentioned at least onće delivery.
In that case the AMQP protocol, RabbitMQ and Spring’s RabbitTemplate offer some (configuration) tools to help you.
Enable and Handle Publisher-Confirms Callbacks
The publisher confirms callback helps the application developer to have his code to be notified when the RabbitMQ server has received a message and has delivered it to the desired exchange. Technical details can be found here: https://www.rabbitmq.com/confirms.html
To enable the publisher confirms callbacks two things must be done:
- The property
spring.rabbitmq.publisher-confirmsmust be set to
true. Please notice that this property has global effect. Even if there is more than one RabbitTemplate configured.
- Since the RabbitMQ server cannot return the cofirmation synchonously some callback code has to be registered so it can be called once the confirm has arrived. The callback can be registered during the Creation of the RabbitTemplate. Instead of using the autoconfigured RabbitTemplate one needs to configure the RabbitTemplate manually and then provide a new Instance of RabbitTemplate.CofirmCallback to the RabbitTemplate::setConfirmCallback method. One of the arguments of the confirm method of that class is the boolean ‘ack’ if it’s ‘true’ the publisher has confirmed that the message has been received. If it’s false something went wrong.
Handle Return Callbacks
In contrast to the Publisher Confirms Callback the Return Callback is not activated by a configuration property but is directly set on the RabbitTemplate object with setMandatory(true). So this has only effect for the one instance of the RabbitTemplate. If you want to have different behavior to this respect you can configure several RabbitTemplates with different Qualifiers.
By activating the mandatory flag the sent messages indicate that the sender expects the message to be routed to a queue. If the message is not routed the RabbitMQ server needs to return the whole message to the sender with a reply code.
Message delivery/handling inside the message broker can fail for several reasons. The constants in the com.rabbitmq.client.AMQP interface can give a hint to what can go wrong. Besides obvious codes like NOT_FOUND or ACCESS_REFUSED the NO_ROUTE code is special since other errors are mostly caused by configuration problems. NO_ROUTE is returned is when no queue (with a matching routing key) is bound to the target exchange and the mandatory flag is true. It is the message producer’s way to express it’s wish for ‘at least once’ semantics.
Also check the official docu: https://www.rabbitmq.com/reliability.html#producer
Identifying Message Deliveries in Global Callbacks
Both of the above mentioned techniques have one thing in common. They apply globally or at least to the scope to one RabbitTemplate instance. So it is important to set the messageId of the sent message with some value that can later be used to match the context from which the message has been sent. When you get a publisher confirms callback the initially set messageId is now the correllationData.Id and if you get a return callback you have the initial message at hand where you can directly access the messageId.
If you have different parts of your application communicating via RabbitMQ and want to be able to distinguish the messages from each other it helps to prefix the id with some meaning ful token like orders or notifications.
Handling Callbacks From the RabbitTemplate
It turned out to be a useful pattern to publish meaningful Application Events from the above mentioned callbacks and then listen to these in some other application code. This helps to avoid tangle between your different domains and the potential central RabbitMQ configuration.
Also, you can easily handle the events in an async manner if needed. Be aware that this callbacks will potentially arive very quickly and also do not rely on correct ordering. It helps to implement a state machine for handling async events without fixed order in a reliable manner.
also, to be more resilient against crashes (of the JVM) between delivery attempts you might want to persist your delivery attempts (in a database).


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Permanent presence in areas with an elevated level of electromagnetic radiation has an adverse impact on the human body (especially children and elderly people). Sometimes it is enough simply to move the furniture a little bit to reduce the permanent harmful effect of electromagnetic waves. In certain cases, it is advisable to call EMERCOM professionals to locate harmful EM radiation and remove the sources of such radiation (technical facilities) from places where they should not be present (residential area).
The SOEKS Impulse identifies areas with higher electromagnetic fields in residential properties, (apartments, offices, residential buildings, etc.), the residential area (gardens, backyards, etc.) or those from household appliances (personal computers, TV, mobile phones, etc.). The indicator can locate areas with higher magnetic/electric field intensity. These areas are generated by household appliances, wiring, concentrations of electrical devices, industrial facilities, transmission networks, near homes, etc. The indicator detects hazardous household appliances that do not comply with Russian state and other standards.
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- The frequency of measured fields is up to 2 kHz.
The indicator has 3 magnetic field sensorsand 2 electric field sensors.
Each of the sensors takes measurementsin its own axis.
The sensors are directed orthogonally.
- 2D/3D direction diagram which allows for
identification of an electromagnetic source.
- The indicator shows estimated frequencies of radiated
signals, which helps to determine the nature of radiation.
- It also displays the history of electromagnetic activity for
the last minute.
- An audible alarm is activated when the preset threshold for
radiated power is reached.
- The indicator is powered either by two AAA batteries or
AAA-type NiMh rechargeable batteries; it can also be operated from USB.
Many researchers have proven that electromagnetic fields have
are divided into two camps: those for and against harm caused
This is why we designed the Impulse pocket EMF indicator.
|Measurable electromagnetic field frequency range, Hz||20 to 2 000|
|Measurement range of magnetic field (magnetic induction) intensity amplitude along X, Y and Z axes, A/m (µ/T)||0,04 to 12* (0,05 to 15*)|
|Measurement range of magnetic field (magnetic induction) intensity mean square values, A/m (µ/T)||0,08 to 20* (0,1 to 25*)|
|Maximum permissible relative error for magnetic field intensity measurements, %||30|
|Hardware nonlinearity of magnetic field intensity measurements in the measurement range at 50 Hz test magnetic field frequency, max, %||7|
|Measurement range of electric field intensity amplitude, V/m||10 to 1700*|
|Maximum permissible relative error for electric field measurements, %||+/- 15%|
|Hardware nonlinearity of electric field measurements in the measurement range at 50 Hz test electric field frequency, max, %||4|
* - no less than the specified parameter value


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Represents information about a request invoked on a service.
Specifies the contract for a collection of component configurations.
Defines methods that are used to control the conversion of messages into objects and objects into messages for client applications.
Defines a mechanism for retrieving a service object; that is, an object that provides custom support to other objects.
Defines methods that deserialize request messages and serialize response messages in a service application.
Represents an endpoint that listens for requests for a given service contract when started.
Defines methods that are used by the framework to intercept calls to a service instance.
Defines methods that are used by the framework to intercept calls fom a client.
Defines methods that can be used to intercept calls to a service instance.
Defines methods that can be used to intercept calls fom a client.


Internet running slowly? Need to get through those power outages without dropping connection? In this tutorial I will share few ways to speed up your home internet service, protect from power outages, and even save some money on your bill in some cases.
These tips and tricks are gong to apply to those with cable or DSL type internet service mostly but some other types will benefit as well so stay tuned to see what applies to you. The first tip is in regards to hooking up a cable or DSL modem and I will break it down separately for each.
Cable modems - When hooking up a cable modem you should always hookup to the first spilt of the coax cable as soon as it enters your home. In most cases your cable comes in the basement or crawl space and then splits with one or two large splitters to all of your cable jacks in the home. Instead, purchase one good 2 way splitter and install that as soon as the cable enters the home. One leg will go directly to your modem and the other can go to the larger splitters that feed the TV's.
DSL modems - DSL service is provided via phone lines. As with cable it is important to have a dedicated phone jack or line run directly from the outside junction box to your DSL modem. This might require a call to your provider for a free setup but in most cases just follow the lines to make sure it goes directly out to your outside phone connection. With DSL it is also important to make sure you have filters on any phones in your home. These filters are provided by your service provider in most cases or they can be purchased online - http://amzn.to/1PA8Duj.
Purchasing VS. Renting - No matter what kind of internet provider you have in most cases they will provide a modem to you when you sign up for service. But don't be surprised if they are charging you anywhere from $3-$15 per month for that equipment. You can pickup a cable or DSL modem online or at Best Buy/Walmart for less than $60 in many cases. This saves you the monthly fee and also allows you to have newer better equipment. Check with your provider for recommendations on a new modem for the best possible service to your area.
Power protection - Once you have your own nice new modem and router you should provide some basic protection for them. Using a small network battery backup will protect your equipment and also allow you to get on the internet right through a 3-4 hour power outage. These are inexpensive devices and can be setup in minutes. - Battery backup - http://amzn.to/1kxqJCm
Eliminating dead spots or weak signal areas - If you have followed all of the steps above and you still have weak signal in some areas you can try a couple of things. I did a video on adding a second router here - https://youtu.be/n3plXzZ1Ckc, that can be a great way to solve this issue. If that is not an option consider purchasing a powerline wireless extender - http://amzn.to/1OvyKPN


Linux ntp not updating
After installation, Linux requires configuration and systems administration.
Corporate systems need monitoring, backups, updates, as well as system and user management.
Le projet org est un grand cluster virtuel de serveurs de temps fournissant des informations fiables facile à utiliser Service NTP pour des millions de clients.
Cette ressources est utilisée par des millions ou dizaines de millions de systèmes à travers le monde.
In 1979, network time synchronization technology was used in what was possibly the first public demonstration of Internet services running over a trans-Atlantic satellite network, at the National Computer Conference in New York.
The technology was later described in the 1981 Internet Engineering Note (IEN) 173 and a public protocol was developed from it that was documented in RFC 778.
Ubuntu (apt), Cent OS, Fedora and Red Hat (rpm/YUM) Linux server administration and desktop systems adminstration are covered in this tutorial.
Far from ideal, and it shouldn't be necessary, but sometimes it ends up being simpler than beating your head bloody on the keyboard...
For Debian or Ubuntu, that would be this command: You’ll find a lot of lines in there, but the important ones are the server lines.


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The first microphone that allows audience participation makes your next Conference, Meeting, or Lecture more interactive and fun. Instead of passing around a stick microphone slowly, throw the soft Catchbox!
The Catchbox Pro module converts existing belt-pack transmitters or lavaliere microphones into throw able microphones.
It can be easily integrated with any event that has a working wireless microphone system.
Simply connect your belt-pack transmitter to the Catchbox Pro’s microphone and Automate electronics


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If your business relies on the Internet in order to function, you need to choose a last mile connection that works as hard as you do. Fibre is the fastest last mile technology currently available. It is capable of transmitting high volumes of data at great speeds. It’s also invulnerable to theft and interference.
Our Service Provider is a Tier 1 Internet provider, who light their own Fibre, so in actuality are in control of the way data is transmitted over the line. this means that you benefit from our premium Quality of Service protocols - ensuring that what you need works when you need it. Every time. When you deal with us you are dealing with the source. That’s how we guarantee 99% uptime on all our connections.


A simple but effective silicone cable tidy designed to keep your earphone cable neat and tidy and free of tangles. Easy to use and so inexpensive that you can have one for every set of your earphones.
A must have when you are travelling.
It is good to have the cable tidy closer to the headphone socket of your iPod, iPhone or portable device.
70mm long and 22mm wide at the widest point, weighs about 7g, not a lot, and is very flexible and soft.
To use the cable tidy just pop the cable into one of the slots, wrap the cable around the tidy then pop the cable into the slot at the other end. Done!


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SSL (Secure Sockets Layer) is a standard security technology for establishing an encrypted link between a server and a client—typically a web server (website) and a browser; or a mail server and a mail client (e.g., Outlook).
SSL allows sensitive information such as credit card numbers, social security numbers, and login credentials to be transmitted securely. Normally, data sent between browsers and web servers is sent in plain text—leaving you vulnerable to eavesdropping. If an attacker is able to intercept all data being sent between a browser and a web server they can see and use that information.
More specifically, SSL is a security protocol. Protocols describe how algorithms should be used; in this case, the SSL protocol determines variables of the encryption for both the link and the data being transmitted.


Capacitive Sensing and Communications for Ubiquitous Interaction and Perception
23rd of February 2015, 3:00pm - 4:00pm
Télécom ParisTech, room C49 (C building, ground level)
Exploiting capacitive coupling allows the creation of unobtrusive user interfaces that are based on measuring the proximity to objects or recognizing their dielectric properties. Combining the data of many sensors, applications such as in-the-air gesture recognition, location tracking or smart objects can be realized. In this talk, different approaches for building ubiquitous user interfaces based on capacitive sensing and communications are investigated. The talk reflects current research at Fraunhofer IGD and presents applications like an emergency-detecting floor and ubiquitous gesture recognition systems.
Tobias Grosse-Puppendahl studied Computer Science & Electrical Engineering at Technische Universität Darmstadt, Germany. After his studies, he joined Fraunhofer Institute for Computer Graphics Research as a Ph.D. candidate advised by Dieter W. Fellner. Tobias' research focuses on embedded sensing systems for Ubiquitous Computing and Human-Computer Interaction. In particular, he investigates new ways of perceiving the environment with unobtrusive modalities like capacitive sensing. His scientific results are applied in several commercial and open-source projects in the field of explicit interaction, as well as activity and behaviour analysis.


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W7IUV Beverage Pre-Amp (2N5109)
In preparation for the upcoming CQWW 160m Contests, my friend Hannes, DK1NO was so kind to give me one of his W7IUV broadband, high IP3 preamplifier. Thanks, Hannes! Without knowing the exact performance data, I ran a few measurements with my Network Analyzer on the amplifier to determine the Gain and its operational fitness. Read on for measurement results and additional notes on how to measure active components.
In the pictures below, the measurement setup can be seen. I’m using a high-precision USB Network Analyzer made by DG8SAQ (90dB dynamic range), a Mini-Circuits BNC Calibration kit, and some Mini-circuits attenuators.
A few notes on measuring amplifiers:
When measuring active components on a network analyzer DC must not be applied at any time at the Network Analyzer’s input terminals. Just with a few Volts, you can brick your (expensive) measurement devices. A good way to make sure that DC reaches the VNWA’s terminals is to use a coupling capacitor.
Amplifiers can easily overload your VNWAs input terminals. Caution is needed, especially if the gain is unknown, as in my case. My VNWA allows me to reduce the output power in 0.1 dB steps, therefore I started with -40dBm and added a 20dB attenuator at the receiving port, just to make sure that no overloading will happen.
Measurement setup: Regulated Powersupply (with current limiter), USB Vector Network Analyzer, and the W7IUV amplifier
A closer look at the VNWA and the W7IUV Beverage Amplifier
A detailed picture of the W7IUV Beverage Pre-Amplifier. Note the 20dB attenuator at the output port
The amplifier shows satisfactory behavior. Over the whole shortwave band (1MHz - 30MHz) the gain (S21) is 20dB, decreasing to approx. 8dB at 100MHz. Also, the input impedance (S11) is good from 1 MHz to 30MHz.
Overall I’m happy with the gain and the input impedance. Of course, a few other important measurements (e.g. IP3) are missing. Since I don’t have the necessary means to measure the IP3 I’ll accept the amplifier as is. For the contest, I’ll put the Amplifier behind a Lowpass / Bandpass filter just to make sure that no unnecessary intermodulation products are generated.


Compatible with and also requires the AS EC QDE adapter cable and an Ethernet cable:
all HELIX 8, all HELIX 9, all HELIX 10, HELIX 12 and all HELIX 15 models, select HELIX 7 products: (HELIX 7 CHIRP GPS G4N, HELIX 7 CHIRP MDI GPS G4N, HELIX 7 CHIRP MSI GPS G4N, HELIX 7 CHIRP GPS G3N, HELIX 7 CHIRP MDI GPS G3N, HELIX 7 CHIRP MSI GPS G3N, HELIX 7 CHIRP GPS G2N, HELIX 7 CHIRP DI GPS G2N, HELIX 7 CHIRP SI GPS G2N)
Compatible with and also requires the AS EC QDE adapter cable and an Ethernet cable: 778c HD, 788ci HD, 788ci HD DI, 798ci HD SI, 859ci HD, 859ci HD DI, 899ci HD SI, 959ci HD, 959ci HD DI, 999ci HD SI, 1159ci HD, 1159ci HD DI, 1199ci HD SI
Use it to link multiple Humminbird head units, share transducers, add an NMEA 2000 networaCompatible with the following models with an Ethernet cable: all APEX, all SOLIX, all ONIX, all ION models, 858c, 858c HD, 858c DI, 858c HD DI, 898c SI, 898c HD SI, 958c, 958c HD, 958c DI, 958c HD DI, 998c SI, 998c HD SI, 1157c, 1158c, 1158c DI, 1197c SI, 1198c SI - no adapter requiredk or step up to the Humminbird Radar. With so many options and even more to come, the possibilities are endless.
Use it to link multiple Humminbird head units, share transducers, add an NMEA 2000 network or step up to the Humminbird Radar. With so many options and even more to come, the possibilities are endless.
The purchase of Ethernet cables and the AS EC QDE is required depending on which models are in the network and the number of devices you plan to add to this switch
One network can contain up to three AS ETH 5PXG switches daisy chained together. The network is limited to a total of four Humminbird fish finders per network. Multiple Ethernet accessories can be connected as long as there are no duplicate accessories attached to the same network. Up to three sonar modules (SM1000, SM2000 and/or SM3000) can be connected simultaneously. You cannot loop nor multi-path with these switches.
Power draw: 165 mA/switch
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Paris, France — June 21, 2013 — Radiall SA and Cinch Connectors announced today at the Paris Air Show that they have entered into a cross licensing agreement covering their respective technologies for the EPX® connector range and EBOSA® fibre optic termini.
EBOSA® expanded beam is a market leading fiber optic technology for harsh environments. Radiall's EPX® connector range is the industry leading rectangular connector series with major applications in commercial aviation (EN4644 standard) and widely used on the latest generation aircraft.
Cinch Connectors Inc. and Radiall SA will coordinate efforts to further standardize the EBOSA product range and develop additional applications for the EPX connector series.
This agreement confirms both companies working relationship aimed at offering compatible and innovative solutions to the commercial aerospace industry while also providing a true dual source for secure supply.
"This is our first step in developing a long term relationship to better service the market we both participate in, which will be based on future product development. By utilizing the engineering strengths of each company, we will be able to offer the market shorter development cycles, reduced costs and more robust products," stated Pierre Gattaz, President and
Daniel Bernstein President and
Radiall (www.radiall.com) is a global manufacturer of leading‑edge interconnect solutions. The company offers an extensive range of RF coaxial connectors and cable assemblies, coaxial switches, fiber optic and microwave components, multipin connectors and more. Radiall has sales offices and subsidiaries throughout the world, R&D in the U.S., Europe and China, along with manufacturing facilities strategically located in the U.S., Mexico, India, and China.
Cinch Connectors is a division of Bel Fuse Inc. (www.belfuse.com), whose divisions are primarily engaged in the design, manufacture, and sale of products used in networking, telecommunications, high-speed data transmission, commercial aerospace, military, transportation, and consumer electronics. Products include magnetics (discrete components, power transformers and MagJack® connectors with integrated magnetics), modules (DC-DC converters and AC-DC power supplies, integrated analog front-end modules and custom designs), circuit protection (miniature, micro and surface mount fuses) and interconnect devices (micro, circular and filtered D-Sub connectors, fiber optic connectors, passive jacks, plugs and high-speed cable assemblies). The Company operates facilities around the world.
Bel Fuse Inc.
206 Van Vorst Street
Jersey City, NJ07302
Neil Berkman Associates
Except for historical information contained in this news release, the matters discussed are forward looking statements that involve risks and uncertainties. Among the factors that could cause actual results to differ materially are the following: the effect of business and economic conditions, the impact of competitive products and pricing; capacity and supply constraints or difficulties; product development, commercializing or technological difficulties; the regulatory and trade environment; and the risk factors reported from time to time in the Company's SEC reports.


Rechargeable Portable Mini UPS for Internet Routers, CCTV & Smart Devices
-USB port for phone or device charging.
-Instant power supply in the event of power loss/ load shedding. ( No down time)
-Selectable output voltages
-LED indicators for different voltages -Built-In Lithium Battery
-Works with most digital devices
-Built with over-charge, over-discharge and short circuit protection.
Input Voltage: 110V ~ 240V Output Power: 17 Watt Output Voltage: 9V, 12V 1A/15V 0.8A/24V 0.5A USB Output: DC 5V 2A
Battery Type: Lithium Battery Battery Size: 12000mAh
Dimensions: 16.6x10.3x2.9cm / 166x103x29mm
What's in the box
1 x Mini UPS 1 x AC Power Cable 1 x DC output Cable with 2 ends. 1x User manual


WHAT WE DO
SafeTComm creates technology solutions for the public safety and security industries and we have a wide range of technology solutions for governments and industry, including Fortune 500, Fortune 1000 and leading mid-sized companies.
Our solutions are tailored to meet the evolving security needs of our clients with tools for everything from real time threat assessment, smart city solutions and surveillance through our Mobile Unified Communications Suite (MUCS) to loss mitigation through technology enabled surveillance systems, to our mobile solutions to better safeguard live events and porous security environments. SafeTComm’s team members have been responsible for a wide range of security and surveillance installations both domestically and world-wide for government and private industry and are able to design unique and cutting edge solutions to meet any security challenge.
We’ve brought together leading technology and business people who are experts in the areas of wireless installations, integration of existing IP and analogue camera systems and their expansion, proprietary camera technology that incorporates bio-metric software and other features designed to provide real time information for the protection of individuals and property and unique mobile wireless solutions to safeguard areas or short-term events.
Our team members have had primary responsibility for sophisticated wireless and wired camera installations in the US and around the world from the Nation’s Capital to the Caribbean. They’ve worked in senior technology and business positions in Fortune 500 and other leading companies including AT&T, Fujitsu, Hitachi and many others and they’ve proven their ability to deliver solutions that help safeguard large organizations, municipalities and governments.
WHY WE’RE DIFFERENT
We are solutions providers, we don’t “sell” technology we provide solutions that are enabled by technology and our philosophy is to be a resource for our clients as their security needs evolve. We believe that each client brings a unique set of objectives around meeting their security goals, whether it’s a long term strategy or a more immediate need, our goal is always to leverage and enhance the existing security infrastructure where possible and where there may be gaps provide complementary technology that meets the specific and long-term needs of our client.
WE BELIEVE IN MOBILE ENHANCED SECURITY SOLUTIONS
The world we live in is mobile and so are our solutions. We are experts in creating wireless communications and building secure distributed wireless networks. We can design turnkey solutions that give you the ability to monitor remotely and to tie into a centralized command center or into a mobile command and control center.
We believe that ensuring a secure environment starts with the premise that security cannot be dependent upon accessing traditional power sources and so our solutions include battery, solar and wireless equipped deployments that can provide a security solution in the most remote locations.
We believe that you should be able to safeguard individuals and property regardless of where they are located and our mobile wireless solutions provide that ability.


In 2019, Telstra announced the impending closure of its 3G network, also known as the Telstra Next G network, by June 30, 2024. The decision was made to repurpose the 3G spectrum for enhanced coverage and reliability on the 4G and 5G mobile networks.
When 3G was introduced in 2003, mobile devices were primarily used for calls, texting, and basic online activities. However, the technological landscape has evolved over the past 20 years, with mobile devices now being integral to data-heavy tasks. Telstra is continually upgrading its mobile network technology, transitioning from 3G to 4G and 5G, with plans for future upgrades to 6G.
After the closure of the 3G network, Telstra plans to repurpose the radio spectrum to expand the capacity and reach of its 5G network. Customer communication about the phasing out of 3G began in October 2019, allowing users sufficient time to understand and adapt to the impending changes.
Telstra has been actively working to align 4G coverage with the existing 3G coverage in the lead-up to the 3G closure. This involves upgrading 3G sites with 4G technology, installing new 4G sites, and optimising existing ones to achieve equivalent 4G coverage in areas where 3G coverage is currently exclusive.
It's important to note that mobile coverage is influenced by various factors unrelated to technology, such as the environment, device sensitivity, and usage patterns. Terrain features, local geography, and changes in the environment can affect coverage, making it inherently variable.
Device variability also plays a role, as not all devices have the same network sensitivity. Telstra's 'Blue Tick' devices undergo thorough testing to maximise coverage reach. The way a device is used, such as its positioning, can also impact coverage.
Telstra emphasises that signal bars displayed on devices may not accurately reflect the level of coverage, as there are no standards between mobile device manufacturers for signal bars. Therefore, users should consider these factors to ensure a smooth transition to 4G and maintain coverage equivalence.
As of the closure date, users might have questions about this transition. Telstra has provided answers to frequently asked questions about the 3G shutdown.
Learn more here: https://www.telstra.com.au/exc...


We all know how to play/capture audio from a single audio interface with our favourite audio API. But how do you play/capture audio synchronously across multiple audio interfaces, computers, local networks or even the internet? The basic principle is always the same and can roughly be split into three distinct tasks:
1. Query the current presentation/capture time of each audio interface
2. Predict and convert between presentation/capture times of different clock domains using mathematical models
3. Control the playback/capture rate of each audio interface.
After a brief introduction, this talk will examine each of the above tasks in detail and how various algorithms and techniques apply to different synchronisation applications. The listener will benefit from a practical focus, by learning how various industry standards approach the problem (AVB, AirPlay, RTP, …), which APIs are available on different platforms and various practical considerations when using WiFi and/or ethernet as a transport to synchronise audio.
The talk will end with a case study on how the author helped achieve <10μs audio playback/capture synchronisation accuracy via WiFi on the Syng Cell Alpha.


You can’t control how noisy your environment is. But you can control how much of it you hear. Set your own levels of noise cancellation and decide how much of the world you want to let in.QC®30 headphones use proprietary technologies to deliver balanced audio performance at any volume, too. A lightweight neckband design conforms to your body for all day wearability, and StayHear®+ QC® tips stay secure through it all. And you can leave the wires behind: they’re engineered for Bluetooth® and NFC pairing so you’ll stay focused on the music.
More About The Product
- Breakthrough technology lets you control your own level of noise cancellation throughout your day
- Bluetooth and NFC pairing so you can connect to your devices wirelessly
- Calls come in clearer, even in windy or noisy environments, with noise-rejecting dual-microphone system
- Volume-optimised EQ gives you balanced Audio performance at any volume
- Lightweight neckband design conforms to your body for all-day comfort and wear ability


We specialize in Network Services on implementing industry standards and best practices. We produce network topologies that can consist of three layers, Core, Distribution, and Access. Our focus is to introduce high availability, reliability, and accessibility into network infrastructure to minimize or eliminate any downtime that can impact production and increase Return on Investment.
Contact us for a free on-site assessment, or estimate.
We help to determine the needs of organizations and business. We design Small Network Topologies to Enterprise Network Topologies. These network topologies include but are not limited to Firewalls, Routers, Switches, Virtual Private Network, Servers & PCs.
Network Wireless and Wired
We help organizations and businesses that have or are considering acquiring wireless or wired networking in a new or existing network. We will install, configure, and troubleshoot wireless access points and hardwired computer on a network.
Network Security is a critical element to any network. We develop security strategies to help protect network infrastructures from Viruses, Worms, Trojan Horses, Spyware, Adware, Hacker, Denial of Service, identity theft, and digital theft.
We work with Internet Service Provider ISP to configure, expand and troubleshoot any issue that is affecting and impacting the Network. We can provide Software as a Service, Firewalls, Anti-Virus, and Internet Content Filtering in a network environment.
Other Network Services
We provide a comprehensive array of Network Services and Solutions, give us a call today


Equipment for wire and cable processing, harness production
WindEq Technical Center, LLC supplies a full range of equipment for wire and cable processing, production of wire harnesses and cable assemblies on a turnkey basis, and offers an integrated approach to production processes in the company: marking, cutting, stripping, terminal crimping, welding, twisting of wires, taping, quality control, and testing.
We offer the following equipment to our customers:
WindEq — Liana-02
WindEq wire twisting machine – Liana-02 is designed to twist two or four wires into a long twisted harness while simultaneously winding it on the master reel.view more...


Project Voice, January 13-17, 2020 in Chattanooga, TN
Name: Project Voice, January 13-17, 2020 in Chattanooga, TN
Date: January 13, 2020 - January 17, 2020
Project Voice, January 13-17, 2020 in Chattanooga, TN Project Voice is part of the popular Voice First Events series, culminating a series of vertical-oriented voice tech events into a singular mega-event for the voice-first community - The #1 Event for Voice Tech and IA in America. Project Voice will gather together 3,000+ Executives, Developers, Marketers, Designers, Strategists, Engineers, VCs, Media, Analysts from across 15 countries sharing best practices, gathering intelligence on the various voice ecosystems, and networking across a diversity of sectors and industries. Presented by Microsoft, Amazon, Google and Samsung and produced by podcast network VoiceFirst.FM, Project Voice will be a uniquely valuable, must-attend event. You can register for the Event at www.projectvoice.ai and go to the Registration Tab.


IP cameras, or internet protocol cameras, can send and receive data via a computer network and the Internet. There are two types of IP cameras: centralized IP cameras, which require a central network video recorder (NVR) to handle the recording, video and alarm management, and decentralized IP cameras, which do not require a central NVR, as the cameras have recording function built-in and can record directly to any standard storage media. The main advantage of IP cameras is that they allow you to connect to the internet via a broadband network and remotely view live video from any web browser in the world.
Our range of IP cameras can be viewed below. They are available in 720p up to 1080p (the higher the number, the clearer the recorded footage will be). With various packages to choose from, you can find the package that’s ideal for your home or business. If you need more information about IP cameras or would like to discuss our CCTV installation services, you can call us on 0800 633 8486 and we’ll be happy to chat about any enquiries.


• No Batteries Required - Simplifies installation and maintenance
• Self-Initializing – Nodes power up and associate themselves
• Self-Routing – Nodes route communication for maximum efficiency
• Self-Healing – Nodes will re-route in case of network obstructions
• Web Based Data – Store and analyze data over the Internet
• Data Logging - Data can be stored in the field and retrieved with a PC
• Small Size – Easy field installation with small footprint
975 Sales Brochure
975 IRROmesh Datasheet
WATERMARK Sensor Datasheet
PC Link Sensmitpath Software
The drawings below illustrate an example installation and the optional paths for data collection- Web Enabled (Cellular or PC Link) or Manual (PC).
Cellular: Data from the IRROmesh network is immediately fed to a Cellular Gateway (975G) on site and uploaded to the Internet.
PC Link: Data from the IRROmesh network is immediately fed to a PC Link Node (975P) connected to a PC on-site. Software on the PC uploads to the Internet.
Manual: Data from the IRROmesh network is stored in a Logger Node (975L) on-site. Data is retrieved with a laptop via USB connection to the Logger Node.


Amazing 10 BBC Micro: Bit projects:
Hello readers, welcome back to the Amazing BBC Micro:Bit Projects designed and developed using MicroPython programming Language.
Brief of Micro:Bit:
- Micro: bit is the best amazing device developed by BBC for the children to work on real programming
- It is called as an Education tool in the programming. It is an embedded platform runs on Micro Python programming
- It is created as a collaboration among many different companies
- It contains LED Lights, buttons, and sensors to help students understand the interaction between the programming and physical world
- It is an Advanced RISC Machines(ARM) based hardware embedded system and open source platform.
- It uses MicroPython to develop educational based projects for children.
- It is suggested to use mu editor when developing the projects.
- Python has created a special microbit module in MicroPython to control device and develop the projects
Key Physical Features of Micro: bit:
- It has 25 individual programmable LED’s
- It has 2 programming button for the interaction
- It has physical connections pins
- It comes with light and temperature sensors
- It is included with motion sensors like accelerometer and compass
- It has USB interface
- It has wireless communication like Bluetooth and Radio
By using micro:bit you can make simple pictures, build virtual magic 8 ball, record temperature and communicate wirelessly between two different micro-bits.
Let’s get into the Best 10 BBC micro:bit projects:
You can develop the listed below kind of best projects using micro:bit.
We can develop the music with having equal time intervals. Like bound the music with time intervals.
Micro:bit Health Step Count:
You can develop step counts of the person walking on an average using micro:bit by shaking the device.
Keep track of micro:bit shaken when you walk and display it as a count.
Micro:bit Micro Morse Phone:
Allows you to communicate in Morse code and it is used to send simple and short radio messages.
As result, it allows communicating with several micro:bits to each other by sending dots and dashes.
Micro:bit Micro Traffic Lights:
You can create a colored traffic light system and can control the order of the lights emitting from micro:bit.
Micro:bit Weather Station:
We can develop the weather station project using sensors. The indicated message can be sent through another medium.
Micro:bit Buzz Wire Game:
Can develop wire games like led lights are allows glowing in a continuous process like wire bent way producing a buzzer sound. The game will be restarted once the buzzer sound triggers. We can keep buzzer sound like the ‘end of the game’.
Micro:bit Combination Lock:
Can develop circuit connection projects. In the combination of two different patterns and make them as a circuit. This is used to protect the files from intruders. Use the micro:bit sensor for alarm the sound when detects.
Micro:bit Temperature Reader:
You can check the temperature of CPU, and electronic devices using the heat sensor exists in the micro:bit.
Micro:bit Lighting for the bike:
You can create flashing lights for your bike. Get a Neopixel strip and power battery. Both should be attached to the micro:bit. Along with the micro:bit attach the battery and cover them under the bike seat. You can use your own creativity for sticking it to the bike and make flashy.
Micro:bit Flashing Heart:
You can create a flashing lED routine, in the shape of a heart. Not only the heart you can create any smile symbol or smile pattern by connecting your micro:bit to the electronic device.


Is this bandwidth all it claims to be, are we ready for it, and how does 5G affect your business’s carbon footprint? Here’s our last post to catch you up.
Not in my backyard
The biggest concern when it comes to the environmental impact of 5G has got to be the number of towers or relay stations that the new, millimeter wavelength signal will require. And for good reason since the signal is too weak to even make it through raindrops.
But there is another aspect to the sustainability of 5G that often gets overlooked: ITAM. Yes, your business IT Asset Management could contribute to 5G being ecologically disastrous …unless you change your thinking to sustainability.
A sustainable approach to 5G upgrades is two-fold. First, upgrade slowly—as needed—rather than all at once because of the hype. This prevents false-starts and a massive cost outlay. Second, rethink your 4G device’s retirement program. Those gadgets still have a lot to give!
By making a good home for the 4G devices displaced by 5G upgrades, you can recoup some of the cost of upgrading by re-marketing your devices. Alternatively, with those you can’t sell, you can donate the devices to benefit your community.
To learn how to be sustainable on both these fronts, check out Sage’s multi-step process.
This series on 5G has been eye-opening across all our channels. In the same way, what we do at Sage can cross all the departments in your business. Technology is a powerful thing no matter how fast the signal. We hope you see the value in your devices beyond just the speed it can move.
To see our first post on 5G click here. And thanks for reading!


457 SEND failure!
Yikes. Sounds bad doesn't it? Well, it is not.
All beacons are affected to varying degrees by electrical interference. At this year's ISSW in Anchorage, John W. Barkhausen presented a paper (THE EFFECT OF EXTERNAL INTERFERENCE ON AVALANCHE TRANSCEIVER FUNCTIONALITY, ISSW 2012) on electrical interference with digital beacons. What he found was that electronic devices such as digital cameras, smartphones, vhf radios, and GPS devices will interfere with a beacon (we have known this for a long time but Barkhausen's experiments made an effort to quantify the interference.)
Barkhausen found that a distance of 40 centimeters between the beacon and the interfering device usually remedied the problem. The bottom line is that a beacons' ability to function properly can be hampered by electrical output from smartphones, digital cameras, VHF radios and many other high frequency devices.
The above picture demonstrates a 457 SEND failure! I was able to initiate this error message by setting an iPhone directly atop the PULSE while it was in SEND mode. As soon as I moved the iPhone away from the PULSE it immediately removed the 457 SEND failure! message.
When the PULSE shows "457 SEND failure!", it is letting you know that is has identified electrical interference. When you receive this message, relax: there is nothing wrong with your beacon. Take a moment to move any electronic device away from your beacon (as Barkhausen found in his experiments, 40 cms is usually adequate.) Digital cameras have been found to be some of the worst offenders, but smartphones and VHF radios are common culprits as well, and we've even heard reports of the foil wrapper on an energy bar (in a chest pocket right on top of the beacon) leading to an error message. Practically speaking, moving the offending device about an arms-length from your beacon will solve the problem.
While this message may be alarming, it is important for everyone to realize that smartphones, cameras, and other electronic devices pose a real risk of interfering with a rescue. The PULSE will remind you if someone in my party has neglected to turn off one of these devices (turn off your iPhone!!!)
Bottom Line: All digital beacons will suffer from such electrical interference. If you see the "457 SEND failure!", address the problem if possible by moving the offending device or turning it off, and continue. It is possible that you could receive this warning in an urban setting due to electrical interference from large buildings, power lines and appliances. Obviously, in these circumstances you will need to be aware, though there is little you can do to remedy the problem.
I hope this helps you understand your PULSE a little better. If you have any questions, do not hesitate to email me at firstname.lastname@example.org.


Understanding Telecommunications on the Mid North Coast: Federal and State Government funded programs
- Explanation of Australian Government’s regional telecommunications programs including the mobile blackspot program, the Better Connectivity for Rural Regional Australia plan, the Regional Telecommunications Review and the Regional Tech Hub.
- Location and site owner (carrier) of the region’s mobile phone towers funded by the mobile blackspot program.
- Explanation of the NSW’s State Government’s Regional Digital Connectivity Program.
The Mobile Black Spot Program is the Australian Government’s initiative to extend mobile coverage and competition in regional and remote Australia. This Program is supported by co-contributions from state and local governments, mobile network operators (Optus, Telstra and TPG Telecom), businesses and local communities. Under the first five rounds of the Program, the Government’s commitment has generated investment of more than $836 million, funding a total of 1,229 new base stations across Australia.
On the Mid North Coast there have been 15 base stations funded by the five rounds of the Mobile Blackspot program – 13 sites are complete, with two more scheduled to be complete halfway through 2023.
|Site Name||Carrier||Site Status (carrier indicative)|
|Ebsworth Fire Road, Booral*||Telstra||Complete|
|Lord Howe||Telstra||2023, Q2|
Source: Mobile Blackspot Program team.
To find out more about the locations of the mobile base stations funded by this program in the Mid North Coast region, check out these maps:
- Telstra: www.telstra.com/blackspots
The Better Connectivity Plan for Regional Rural Australia was announced by the Australian Government in the 2022-23 budget. It will provide $400 million over five years to expand regional mobile coverage along highways and roads and in underserviced regional communities. It will also support telecommunications resilience, such as preparing mobile base stations for natural disasters with additional power sources. Funding will include:
- $400 million to boost multi-carrier mobile coverage on regional roads, improve mobile coverage in under-served regional and remote communities, and increase the resilience of communications services and public safety communications facilities
- $200 million for two additional rounds of the Regional Connectivity Program to invest in place-based digital connectivity infrastructure projects in regional communities
- $30 million for on-farm connectivity, so farmers can take advantage of connected machinery and sensor technology
- $20 million to conduct an independent audit of mobile coverage to better identify black spots and guide investment priorities, and
- $6 million to boost funding for the Regional Tech Hub, which supports regional consumers to access advice and support on digital connectivity options.
Regional Telecommunications Review is an opportunity for people living and working in regional, rural and remote areas of Australia to share their views and experiences using telecommunications services in their area. The review is conducted every three years and is important in setting the regional communications policy agenda in the following years. RDAMNC provided a submission to the 2021 review.
The 2021 Review found a digital shift has been taking place and is continuing, prompting a change in demand. The Review emphasised the importance of reliable, modern, high-quality telecommunications to regional communities, particularly considering COVID-19 and the increased data demands of working and studying from home.
The findings and recommendations fall in four main areas:
- A more strategic, coordinated approach
- More investment in digital infrastructure services and skills
- Better consumer support and information
- Policy and regulatory change
Improving mobile coverage and performance, as well as broadband and enhancing the resilience of telecommunications infrastructure to natural disasters, are key focuses of the report. Read the findings and recommendations from The Review in more detail here.
*The Australian Government’s The Better Connectivity Plan for Regional Rural Australia (mentioned above) was informed by the recommendations of this review.
Regional Tech Hub: The Regional Tech Hub offers independent advice and support and helps regional Australians navigate often confusing phone and internet options and technical issues. It has just been allocated $6 million in the 2022-23 Australian Government budget to continue its work.
NSW State Government
Regional Digital Connectivity Program: large-scale investment with the telecommunications industry to improve mobile coverage and internet connectivity for the most underserved areas of the State. The program focuses on:
- Mobile Coverage – to address mobile black spots where people live and work through investment in future-proof mobile phone infrastructure and emerging technologies to deliver increased rural and regional mobile coverage;
- Gig State – to bring metro-level internet speeds and pricing to rural and regional NSW through investment in improved connectivity infrastructure; and
- Farms of the Future – to enable farmers and agribusinesses to use agricultural technologies (ag tech) for increased productivity and resource management such as water monitoring.
- Smart Regional Spaces – to assist regional NSW to successfully engage in the smart places movement through strategy development, new technology and data solutions.


Kató Speak: How Translators without Borders Is Using Technology to Reach the Most Vulnerable
Track: TAUS | TS3 | SPLIT SESSION |
Wednesday, February 27, 2019, 2:45pm – 3:45pm
Held in: Kelantan
Mirko Plitt - Translators without Borders
Host: Anne-Maj van der Meer
In this session we will demonstrate Translators without Borders’ translation memory for voice data in Rohingya. This innovation uses technology to communicate life-saving information effectively with low literacy audiences in humanitarian crises. The data collected will also be used to develop language technology in marginalized languages.
Takeaways: Attendees will hear innovative ways to use voice technology; learn how Translators without Borders overcame difficulties in working with voice data for marginalized languages; and understand ways that this might be useful in more commercial applications.


Which Type of Technology is Expected to Have the Highest Demand in the Future?

The wireless power transmission market to grow from USD 2.5 billion in 2016 to USD 11.3 billion by 2022, at a CAGR of 23.2% between 2017 and 2022.

As of 2016, Texas Instruments, Inc. (US), Qualcomm, Inc. (US), Integrated Device Technology, Inc. (US), Semtech Corp. (US), Toshiba Corp. (Japan), Panasonic Corp. (Japan), and Rohm Co., Ltd. (Japan) were the major players in the wireless power transmission market.

Download Free PDF:

https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=168050212

Market in the APAC Region:

APAC is considered as the manufacturing hub for consumer electronic products such as smartphones, tablets, laptops, and wearable devices. It’s huge population and rapid urbanization in the past has led to the significant demand for devices. Thus, the presence of large consumer electronics industries in the counties such as China, Japan, India, and South Korea has attributed to the huge market size of the APAC region in the global wireless power transmission technology market.

Inductive Technology Share:

Currently, wireless power transmission is based on the two technologies; inductive and magnetic resonance. Inductive technology has almost commoditized in the wireless power transmission market, especially for the consumer electronics applications; therefore, held the largest market share in 2016. Smartphones, tablets, wearable devices are some key applications of the inductive wireless power transmission. On the other hand, magnetic resonance technology is yet to mainstream.

Smartphones receiver application:

Smartphones is the largest receiver application for wireless power transmission technology owing to the adoption of inductive wireless power transmission in various smartphones in the past years. Samsung Galaxy Series, Motorola Droid phones, and Google Nexus phones are some notable smartphones, which have wireless charging capabilities. Samsung Electronics Co., Ltd. (South Korea) has a major product portfolio of smartphones integrated with wireless charging receiver capabilities.


With the inceasing upgrade of computing power, the technological revolution is accompanied by the interactive revolution. The interaction from simple screen 2D to virtual reality 3D will be the technological trend of smart terminals in the future. The unique immersion and spacial feeling of VR products bring more possibilities for 3D interaction. Therefore, VR is the next generation computing platform after smartphones and will be a typical application in the 5G era. The application scenarios of VR are not only games, sports and fitness, arts and fun, but also empower industries, education, medical care, tourism, movie and TV broadcasting, social networking and other industries. It will create new consumption scenarios and bring subversive changes to lifestyles. These consumption scenarios will bring huge traffic demands and traffic consumer to global operators. For example, the current 8K VR video is the basic requirement for VR viewing. The bandwidth requirement of 8K VR video is more than 50M. Only the high bandwidth and low latency of 5G can meet the needs of VR interaction. VR requires high bandwidth and low latency. The huge demand for VR infrastructure will also greatly promote the upgrade of 5G networks.
VR and 5G networking are a natural match. For the VR industry, 5G is the “last chance” for them to go public and prosperous; for the 5G network, VR is currently the only choice which can quickly come into presence and let the ordinary consumers feel the need of network upgrade into 5G. There is no need to care about who needs whom more. Telecom operators offering VR services can not only promote the development of the VR industry, but also use billions of customer resources in the hands to quickly popularize VR in the consumer market. It can also solve the problem of operator development, digest the idle 5G network resources, and monetize the initial investment. Operators use huge physical marketing networks to promote VR services to customers. VR services will develop rapidly, which in turn will drive industries related to the VR industry, such as VR device distribution, content production, and frontier applications research and development, and at the same time promote VR to empower various industries and businesses.
In the future, VR hardware will evolve in the direction of “lightweight and interactive”. Lightweight means: the product is light and small, easy to carry, can be worn comfortably for a long time, and the content is stored to the cloud; interactive means: the product has 6 degrees of freedom position tracking, with spatial interaction capabilities such as eyeball tracking, gesture recognition, and facial recognition, consumers use VR products as a productivity tool. Skyworth’s newly launched PANCAKE 1 VR all-in-one machine has a thin and light body (using pancake folded optical lenses, the main body weighs less than 190g, and the volume is 3/4 less than the traditional Fresnel lens), users can easily wear it for over 2 hours, and it is easy to use ( The lenses can be flipped up and the snap-on magnetic cushion can be removed when use), and the device+cloud combination mode (supports wireless streaming, 5G transmission) allows you to explore the virtual world and enjoy the beautiful life brought by 5G+VR.


BROWSE INTERNET SECURELY, PROTECT YOUR IDENTITY, PERSONAL INFO AND LEAVE NO TRACE
Enhanced network security system
protect your computer from internet attacks and intrusions.
prevents from unauthorize access your computers from internet.
filter network spam by our servers firewall system.
anonymize and secure all your Internet traffic and replace your ip address.
works with VOIP software, web browsing, e-mail, p2p, ftp, instant messaging, streaming, games etc.
secure communication when using open hotspots and unsecured internet connection where ever you are.
Pre configured plan
You will receive VPN software, username and password instantly on the web and a copy of username and password via email for your records.
| * The connection speed for free acount is limited to 256Kbs for upload and 256Kbs for download.|


Full responsibility for the supply and integration of the communication infrastructure in mission critical projects in industrial environments.
We cover the entire value chain in the projects we execute, from the offer, engineering and supply to the commissioning of the facilities.
We cover all the technologies that are part of the private communications networks and security systems of the industrial projects in which we participate.
All equipment is integrated in cabinets that are assembled, wired and tested in our facilities before being delivered to our customers.
DIRECT CUSTOMERSOur customers are our best guarantee.
Mexico, Panama, Ecuador, Chile, Peru, Costa Rica, Venezuela, Georgia, Rep. of Congo, Rwanda or Benin are some of the places where we have worked.


Bots are special users, in CometChat, who can send and receive messages autonomously. Users can text bots privately in one-on-one conversations as well as in groups. When a bot receives a message, either in a one-on-one conversation or in a group conversation, CometChat forwards the message to a Callback URL that you specify. Once you receive this message, you can send a reply using our API.
CometChat requires you to connect every bot to a user. This has one major advantage- at any time, you can log in as that bot user and send out personalized replies. So before you create a bot, you must first create a new user.
Once you've created a user, you can create a new bot. The actual implementation of the bot is entirely up to you. You simply need to specify a
Callback URL and CometChat will automatically start forwarding all messages that fit the criteria to the URL.
When you receive a message from CometChat, you can process it and provide a response using our Send Bot Message Rest API.
Updated 8 months ago


PTron 3500 mAh Battery Power Case for Apple iPhone 6 6s (Gold)
- 1.Works as both external battery and a protection case.
- 2.Provides convenient access to all the buttons and ports.
- 3.High output up to 5V.
- 4.Long life cycle and rapid charge.
- 5.Built-in high capacity lithium battery.
- 6.Portable, environmental friendly and energy saving.
- 7.Recharging is done through micro USB and take less than four hours.
- 8.Charging via USB to computer system or power adapter.
- 9.Brand new high capacity 3500 mAh Power Bank External Battery.
- 10.Fit for:iPhone 6.
- Capacity : 3500mAh
- charging time : ~4hours
- Out put voltage : 5V
- compatibility : ip6
- Out put current : 1000mA
- Battery : Li-polymer battery
- Input voltage : 5V
- Dimension : 149.6*71*15mm
- Input current : 1000mA
- Weight : Approx.96g
How to use
To charge the phone with the battery case
- Attach the battery case to your phone,and then press the power button.the battery case will begin charging your phone.
- Press the power button once to check the battery level.the lightning LED will show the battery level.
Assembly: First pull out the top cover.slide your phone lightly into the battery case,and make sure the phone is well
Connected to 8pin USB connector of battery case.
To charge the battery case
Connect the charging cable to the battery case’s USB input interface.press the power button once to check the battery level.the battery case is fully charged when all four LED indicator lights are illuminated and stop flashing.
- When charging the battery case with phone attached,the phone battery will be charged,charing of the battery case will begin
- When charging the battery case with phone attached,date transfer is supported.To charge and transfer data simultaneously simply charge the device via your computer’s USB port.
LED power Indicator
Up to 4 LED light illuminate depending on the level of power remaining in the battery case
- Read all instructions and warnings prior to using this product.improper use of this product may result in product damages,excess heat,toxic fumes,fire or explosion,for which damages you instead of the manufacturer are responsible.
- All battery cases have gone through a thorough quality assurance inspection.if you find that your battery is excessively hot, is emitting odor,is deformed, abraded,cut,or is experiencing or demonstrating any abnormal phenomenon,immediately stop all battery use and contact manufacturer.
- Do not expose this battery case to moisture or submerge it in liquid.keep battery dry all the time.
- Do not attempt to charge battery case using any method, apparatus, or connection other then the device’s USB connector.
- Do not attempt to replace any part of this battery.
- Due to the high output power, when charging the battery case’s surface gradually become’s warm. This is normal
- Due to the chassis ultra-thin, when using the battery case, please remove the battery phone’s protect case.
- Rechargeable External Battery case x 1
- User Manual x 1
Disclaimer:Disclaimer:Product color or Product texture shown in the Product Image may vary due to lighting and other factors.


Unsere deutschsprachige Kundenbetreuung undunser Engineering unterstütz Sie gerne direktund lokal.
Wir freuen uns auf Ihre Anfrage.
Telefon:+49 (0)7531 8914 993
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Address：Building B5, South Industrial Area, Weiyuan Island, Humen Town, Dongguan City, Guangdong Province (Postal Code: 523900)
Finecables listens to every single word from customer!
The Push Pull connectors are being widely used in medical equipment, aerospace and drone, industrial automation, telecommunication system, automotive, military and other high-endtechnical fields. In recent years, Finecables has been concentrated its R&D capabilities and funds to develop Push-Pull series. Based on 14 years experiences in connector and advanced equipments, Push-Pull becomes Finecable'smature product family. And Finecables is proud of becoming one of a few global connector manufacturers who are capable of processing critical component of PEEK insulator at 400 degrees Celsius high temperature.
Finecables is pleased to announce that the Push-Pull connector B series will be added 8 new models from Nov. 2017,they are FBG/SEG/PRG/PPG/SRG /SFG/PLG male /PLG female straight types. and more encouraging news is with Finecables's high level of technology and quality advantages in industry, the B series products have been applied to the products of a global top UAV drone platform and imaging system manufacturer and Finecables is becoming their important business partner. The customer's favorand recognition is the incentive for Finecables to continue to develop new products.
Nowadays,Finecables has independently developed 0K,1K,2K,3K four K series products,1P,2P two P series products, 0S,1S two S series products and 00,0B,1B,2B,3B five B series products. K series products are suitable for outdoor complex environment, waterproof IP level reaches to 68; All products have along service life of up to 5000 mating/unmating endurance, excellent performance under harsh environmental conditions, etc.
Finecables's Push-Pull Products have been more and more widely applied by our customers in various industries,including drone,sophisticated RF medical equipment, film remote camera system,sports events high-speed camera, monitor camera, marine, LED lighting&control system and industrial robot.
For more detailed Finecables's Push-Pull product information, please visit the following link:http://www.155021.live/list_111.aspx?lcid=70
Finecables aims at becoming the main stream global manufacturer of the high-end connector solution in this new era!


Wavelength RF Cap
We've tested this fabric and it has the ability to completely "knock out" a cell phone signal causing the call to drop - a testament to the effectiveness of the fabric. It is constructed from a comfortable jersey-knit fabric treated with silver. Great for thermal regulation in addition to RF shielding. Will fit under a wide range of head wear.
|Head Circumference||XS - 20"||S - 21"||M - 22"||L - 22"||XL - 24"|


Submission to the Chainlink Constellation Hackathon 2023. I worked with my advisor Oshani and our group member Tripp Lyons on this project. We implemented a supply chain solution using Circom's ZKP circuits to where the seller can verify their ability to meet the buyer's request without revealing any information about their supply. This project used the BSC's testnet and Ethereum's Sepolia testnet. I worked on the cross-chain communication and some parts of the frontend demo for this project. We used Chainlink's CCIP protocol to implement the cross-chain communication.


Using the “cryptography” library we can encrypt and decrypt the bidirectional socket messages sent back and forth to the client and the server.
We use “symmetric” encryption in the example below which means the “key” to decrypt the message is shared with the client and the server.
To verify that our data is being transmitted as ciphertext (base64 encoded ciphertext), let’s load up Wireshark and packet capture the message data exchange between the server and client.
Notice below the encrypted and encoded ciphertext found during packet capture. We can use the shared (between client and server) symmetric secret key to decrypt this message manually.


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FCCapprovesSpaceX’s ambitious satellite internet plans. Financial projections, disclosed by The Wall Street Journal, show SpaceX expects more than 40 million subscribers for Starlink by 2025, equaling roughly $30 billion in revenue. In its application, Elon Musk’s aerospace company said it plans to use a constellation of 4,425 low-orbit satellites to beam broadband down to Earth.
“We appreciate the FCC’s thorough review and approval of SpaceX’s constellation license,” SpaceX president Gwynne Shotwell said in a statement.
“Although we still have much to do with this complex undertaking, this is an important step toward SpaceX building a next-generation satellite network that can link the globe with reliable and affordable broadband service, especially reaching those who are not yet connected.” With FCC approval, all systems go for Starlink global internet
The possibility of the high-speed global internet just took a step towards becoming a reality this week, as the FCC approved the SpaceX plan to establish a “constellation” of thousands of satellites in the next few years.
The post With FCC approval, all systems go for Starlink global internet appeared first on Digital Trends. SpaceX has a green light from the FCC to launch a network of thousands of satellites blanketing the globe with broadband. And you won’t have too long to wait — on a cosmic scale, anyway. Part of the agreement is that SpaceX launch half of its proposed satellites within six years.
The approval of SpaceX’s application was not seriously in doubt after last month’s memo from FCC Chairman Ajit Pai, who was excited at the prospect of the first U.S.-based company being authorized to launch a constellation like this.
“I have asked my colleagues to join me in supporting this application and moving to unleash the power of satellite constellations to provide high-speed Internet to rural Americans,” he wrote at the time. He really is pushing that “digital divide” thing. Not that Elon Musk disagrees:


Sparse Signal Processing in 5G and 6G Wireless Communication
This tutorial will start with an introduction to 5G mmWave massive MIMO technology, which has shown significant promise in meeting the requirements of 5G NR. However, communication in mmWave band is extremely challenging due to higher propagation losses and signal blockage. Furthermore, it is not possible to implement dedicated RF chains for each transmit and receive antennas. This brings out a novel hybrid MIMO architecture as a potential solution, which utilizes significantly fewer number of RF chains in comparison to the number of antennas in order to reduce the power consumption. In such an architecture, the overall MIMO signal processing is divided in to baseband (digital) and RF (analog) domains. Channel estimation and hybrid (RF and baseband) precoder design for this novel mmWave hybrid MIMO system are the two fundamental problems, which cannot be efficiently addressed by the conventional MIMO signal processing techniques due to the resultant large pilot overhead and constraints on the RF domain precoder design. This tutorial will subsequently explore the sparse angular domain representation of the mmWave MIMO channel and present sparse signal recovery based problem formulations for both channel estimation and hybrid precoder design in mmWave hybrid MIMO systems. Some state of the art sparse signal recovery techniques, such as orthogonal matching pursuit and sparse Bayesian learning will be described to solve the above-mentioned sparse signal recovery problems in the context of mmWave hybrid MIMO systems. Next, we will extend the sparse signal recovery based problem formulations for an mmWave MIMO OFDM system, which additionally exploits the simultaneous-sparse structure across subcarriers.
Coming next to 6G wireless communication, it is also envisaged to support ultra-high mobility use cases, where the mobile velocity can be around 400-500 km/hr for high speed trains and around 800-1000 km/hr for airplane users. In such scenarios, the impact of Doppler increases significantly and the performance of the current OFDM waveform degrades. Orthogonal time-frequency space (OTFS) is a very recently proposed waveform, which has shown improved performance over OFDM, especially for such high mobility use cases. The key feature of OTFS is that it utilizes the delay-Doppler (DD) domain representation of the wireless channel, which is extremely compact and sparse in nature, and OTFS builds a complete communication system around the DD-domain. We will demonstrate a sparse signal recovery based problem formulation for learning the DD-domain CSI in an OTFS-aided communication systems. Finally, this tutorial will conclude by describing some potential future research problems where the sparse signal processing can bring notable improvements.
Profile of the Speakers
Prof. Suraj Srivastava received the Ph.D. degree in Electrical Engineering from Indian Institute of Technology Kanpur, India, and M.Tech. degree in Electronics and Communication Engineering from Indian Institute of Technology Roorkee, India. From October 2022 to November 2023, he worked as a senior lead engineer in Qualcomm India Pvt. Ltd., where he was involved in the development of 5G-IoT modems. Previously, he was also employed as a Staff-I systems design engineer with Broadcom Research India Pvt. Ltd. and as a lead engineer with Samsung Research India, where he worked on designing Layer-2 of the 3G UMTS/WCDMA/HSDPA modems. He was awarded the prestigious Qualcomm Innovation Fellowship (QIF) twice for the years 2018 and 2022, and received the Outstanding Ph.D. Thesis award and Silver Medal from IIT Kanpur. In 2023 he joined the Department of Electrical Engineering, Indian Institute of Technology Jodhpur, where he is currently an Assistant Professor.
Aditya K. Jagannatham (Senior Member, IEEE) received the bachelor’s degree from the Indian Institute of Technology, Bombay, and the M.S. and Ph.D. degrees from the University of California at San Diego, San Diego, CA, USA. From April 2007 to May 2009, he was employed as a Senior Wireless Systems Engineer with Qualcomm Inc., San Diego, where he was a part of the Qualcomm CDMA Technologies (QCT) Division. He is currently a Professor with the Department of Electrical Engineering, IIT
Kanpur, where he also holds the Arun Kumar Chair Professorship. His research interests include next generation wireless cellular and WiFi networks, with a special emphasis on various 5G technologies such as massive MIMO, mmWave MIMO, FBMC, NOMA, as well as emerging 6G technologies such as OTFS, IRS, THz systems and VLC. He has been twice awarded the P. K. Kelkar Young Faculty Research Fellowship for excellence in research, received multiple Qualcomm Innovation Fellowships (QIF 2018, 2022), the IIT Kanpur Excellence in Teaching Award, the CAL(IT)2 Fellowship at the University of California at San Diego, the Upendra Patel Achievement Award at Qualcomm San Diego and the Qualcomm 6G UR India gift.


Our team was approached to completely revamp and introduce a state-of-the-art sound system for the AAA baseball team in Salt Lake City. The primary objective was to ensure every fan, irrespective of where they sat, could enjoy crystal clear audio, be it announcements, commentary, or ambient sounds of the game.
- Balancing the diverse audio needs of the stadium.
- Achieving consistent sound quality and coverage across all seating areas.
- Seamlessly integrating the audio system into the stadium's existing infrastructure.
- Creating a system that can withstand the test of time.
Deployment: Using Electro-Voice's reputation for clarity and coverage, we incorporated a combination of their weather-resistant speakers and strategically placed fill speakers to ensure uniform sound distribution.
- Brands and Models: We relied on Electro-Voice's latest range of stadium-optimized speakers for their unparalleled performance in large open spaces.
Deployment: To power this robust speaker setup, we integrated Electro-Voice's high-performance amplifiers. These amps provided the necessary power while ensuring audio clarity was maintained.
- Brands and Models: Electro-Voice's professional series amplifiers were chosen for their reliability and efficiency in powering large speaker arrays.
- DSP (Digital Signal Processing):
Deployment: Using Electro-Voice's DSP solutions, we fine-tuned the sound for each section of the stadium, ensuring optimal clarity and immersion.
- Brands and Models: We incorporated Electro-Voice's cutting-edge DSP systems, known for their precision and adaptability in various acoustic scenarios.
- Wireless Microphones:
Deployment: To ensure that announcements and commentary were heard without any hitches, we deployed Electro-Voice's wireless microphone systems. These systems promised and delivered clear, interference-free transmission throughout the stadium.
- Brands and Models: We opted for Electro-Voice's renowned wireless microphone setups, praised for their range, clarity, and reliability.
- The newly installed system delivers unparalleled clarity and uniform sound throughout the stadium.
- Feedback and echo issues that plagued the old system are now a thing of the past.
- The system's centralized control ensures quick adjustments and real-time troubleshooting.
- Both fans and the team's management have lauded the transformation, particularly noting the clear and immersive audio experience.
- The scalable design guarantees the system will cater to future demands and upgrades.
"Partnering with Directlink was a masterstroke. The audio transformation has significantly enhanced our game-day ambiance. Their expertise and commitment shone through every phase of the project. A big thumbs up!" - Tech Service Dept.
Reach out to DirectLink Marketing for more details on our projects or to discuss tailored audio solutions for your needs.


Quick question regarding density and the AP6. I may have a possible installation at a large facility. The amount of AP’s will be ~20. Expected users will exceed 1500 devices connected. Will the AP6 be able to handle a large amount of devices connected?
Hi @Z-Tech! Yes, the APs can handle hundreds to thousands of WiFi devices if you create a password using the Large password type.
Will the hundreds to thousands also work on an open network? We require an open network and over 1000 devices will connect to it.
Yes, when you select the Open option, in the advanced settings it will give you the different networks types to choose from. For 1,000 devices we would recommend having 10-15 APs maybe more just to handle the load.


Manufacturer:TP-LINK Technologies Co., Ltd
Manufacturer Part Number:ARCHER C80
Manufacturer Website Address:http://www.tp-link.com
Product Name:AC1900 Wireless MU-MIMO Wi-Fi Router
Maximum Wi-Fi Performance with Three Streams
With 3Ã—3 MIMO, Archer C80 is capable of transmitting and receiving data on three streams. 3Ã—3 capable computers- like Macs-pair perfectly with C80 to perform at max with much higher efficiency than 2Ã—2 MIMO routers.
Incredible 802.11ac Wave2 Home Wi-Fi
Archer C80 delivers high-performance and affordable home Wi-Fi with total speeds up to 1900 Mbps. Handle simple tasks like sending e-mails or web browsing on the 2.4 GHz band and bandwidth-intensive tasks like online gaming or 4K/8K UHD streaming on the 5 GHz band-all lag-free.
Broader Coverage throughout Your Home
Access your entertainment from every corner of your home with 4 external high-performance antennas. Beamforming technology detects devices and concentrates wireless signal strength towards them, even if they are far away or low-powered.
Connect More Devices Simultaneously
Archer C80 helps your devices achieve optimal performance by making communication more efficient with MU-MIMO technology. Multiple devices are able to send and receive data on the best available band. Enjoy non-stop entertainment on all your devices-lag free.
Increased Efficiency in Wi-Fi Distribution
Smart Connect helps your router automatically switch each device’s connection to the best available Wi-Fi band while Airtime Fairness prevents older devices from slowing down your network. With both, everyone can enjoy a smoother, lag-free W-Fi experience.
Full Gigabit Ports
Gigabit Ethernet ports (1 WAN+ 4 LAN) deliver maximum wired speeds. Plug in your PCs, smart TVs, and game consoles for fast and reliable connections.
Personalize Your Home Network
Archer C80 provides a wealth of advanced tools for personalized management.
Block inappropriate content and set daily limits for how much time your children spend online with Parental Controls.
Guest Network creates a separate Wi-Fi for guests, ensuring your privacy is secure.
Easy Setup at Your Fingertips
Set up Archer C80 in minutes via its intuitive web interface or the powerful Tether app. Tether also lets you manage its network settings from any Android or iOS device.
Future-proof your network with IPv6 (Internet Protocol Version 6) support
Improve your IPTV streaming experience with IGMP Proxy/Snooping Bridge and Tag VLAN
Quality of Service
Prioritizes devices to give faster performance where you need it
Receive software updates and control your router remotely through your cloud account
Product Type:Wireless Router
Wi-Fi Generation:Wi-Fi 5
Broadband Transmission Technology:Ethernet
Wireless LAN Standard:IEEE 802.11ac
ISM Maximum Frequency:2.40 GHz
UNII Maximum Frequency:5 GHz
Total Number of Antennas:4
Number of External Antennas:4
Total Wireless Transmission Speed:237.50 MB/s
Number of Network (RJ-45) Ports:4
Number of Broadband (RJ-45) Ports:1
Ethernet Technology:Gigabit Ethernet
Height:1.26″ (32 mm)
Width:8.46″ (215 mm)
Depth:4.61″ (117 mm)
Additional Information:Legal Disclaimer:
Actual network speed may be limited by the rate of the product’s Ethernet WAN or LAN port, the rate supported by the network cable, Internet service provider factors and other environmental conditions.
Country of Origin:Vietnam
Limited Warranty:2 Year


The VoIPBox from Intelligent Recording provides a compact, turn-key Stand Alone Call Recording Solution for those wanting full time recording for SIP Trunks.
The VoIPBox is delivered with software specific to your requirements already installed. All that's required on site is some simple connections to your router and our pre-programmed hardware. SIP Trunk recording made simple!
VoIPBox for SIP Trunks is an ideal solution for a single location business, or for multi-location businesses wanting to record branch locations, yet wtore and manage their calls on their secured network.
The VoIPBox is licensed in 4 trunk increments and can support up to 24 SIP Trunks. For larger applications, our BackOffice 4ip solution is available.
Using a common data output from most phone systems (SMDR), the VoIPBox can be programmed to record all calls and organize the calls by extension number. An exclusion table can be created to remove specific extensions from being recorded.


Ocean Reef Snorkie Talkie - Walkie Talkie, Transceiver, Two-Way Radio.
This product is the first and only Snorkelling Communication Unit available, it is an exclusive Patented technology by OCEAN REEF.
Rechargeable Battery via USB. Rated IP68.
These practical transceivers make communication possible while snorkelling.
Four different channels are used in pairs for direct one on one communications or for group narration by snorkelling tour leaders.
Long-life battery for continuous use assured for several hours. - Range 150m (500ft) any direction (doesn't work underwater)
- Complies with different countries rules (FSR for USA, PMR446 for EU)
- 4 different channel for separate conversations
- Any number of Snorkie Talkie can communicate with each other on the same channel
- Rated IP68 (waterproof 3m/10ft)
- Battery level indication
- 8hrs operating time
- 1200hrs stand by battery life
- Adjustable volume
- Also compatible with other standard radios.


Accedo Broadband and IntAct Software partner to bring revenue generating services to the IPTV market
IBC, Amsterdam – September 6, 2006 – Accedo Broadband (Accedo), a leading aggregator of TV-centric applications distributed over broadband, and IntAct Software Limited (IntAct) today announced the availability of Accedo’s range of TV-centric applications for set-top boxes powered by the IntActTM IPTV software stack.
The Accedo Application Portfolio™ is presently the largest available collection of interactive value-added services such as games, karaoke on demand, weather, puzzles, horoscope, comics, quizzes and PlasmaArt™ for IPTV.
The IntAct IPTV software stack provides IPTV operators and set top box vendors with a standard platform for IPTV applications, middleware and conditional access systems, and is deployed on over 700,000 IP set-top boxes world-wide.
Under the collaboration agreed between the two companies, the complete Accedo Application Portfolio™ will be available to IPTV service providers for all devices powered by the IntAct IPTV software stack – including the AmiNETTM range from Amino Communications Ltd – providing them with further opportunities to differentiate their IPTV solution and create additional revenue streams.
“IntAct’s market-proven IPTV solution is the most deployed in the world. We are therefore excited to start offering the Accedo Application Portfolio™ to IntAct’s customers in the IPTV space”, said Fredrik Andersson, VP Business Development of Accedo Broadband. “Together, we will offer service providers the opportunity to purchase a pre-integrated and tested white label solution for interactive applications. This will enable service providers to focus on core issues, help them to generate additional profits and distinguish themselves from the competition.”
“The successful integration of Accedo Application Portfolio™ with our solutions strengthens the appeal of our joint offering to Telcos, providing them with further opportunities to differentiate their IPTV solution and create additional revenue streams.” Says Karthik Ranjan, VP Sales & Marketing, IntAct Software Limited.
The Accedo Application Portfolio™ is ready for commercial use on all set top boxes powered by the IntAct IPTV Client, and can be licensed from Accedo Broadband. The IntAct IPTV Client is available for license from IntAct Software Limited.
During IBC, the Accedo Application Portfolio will be on show by prior arrangement at the IntAct Software demonstration suite. Please contact David Cormie, IntAct, or Fredrik Andersson, Accedo Broadband, for more information or to arrange a demonstration.
About IntAct Software Limited
IntAct Software Limited develops and licenses software and hardware technology for broadband connected devices and is a wholly-owned subsidiary of the Amino Technologies plc group of companies. Products include the IntActTM IPTV software stack, and advanced multi-standard video and audio decoder software. Use of the IntAct IPTV software stack provides IPTV service operators with a standard unified platform for IPTV applications and middleware enabling operators to reduce capex costs by sourcing hardware from multiple IntAct compliant set-top box vendors, and reducing opex costs by relying on one company for the software stack to run on multiple hardware platforms. IntAct software products are licensed to IPTV service providers and manufacturers of IPTV set top boxes, and power the AmiNET range of set-top box products from Amino Communications Limited. The IntAct IPTV software stack supports the widest range of IPTV industry middleware and CA systems and has been ported to leading set-top box architectures. It is used in over 50 countries worldwide, with approximately 700,000 IntAct enabled set-top boxes used by more than 500 companies in commercial deployments and trials. To learn more about IntAct Software, visit www.intactos.com.
About Accedo Broadband
Accedo is a leading aggregator of interactive content and applications for IPTV and broadband enabled consumer electronics. Accedo provides the largest available multi-platform portfolio of TV-centric applications, Accedo Application Portfolio™, containing e.g. games, quizzes, puzzles, art, comics, karaoke and music.
Accedo offers a non-branded turnkey solution compatible with several IP set-top boxes including a provisioning solution managed and run by Accedo which saves resources and reduces investment needs for the service provider. To learn more about Accedo Broadband and how you can improve your IPTV business, please visit www.accedo.tv.


Reported by Roberto Angeletti
I have problem using an italian cadastral WMS:
that works with QGIS
Can you help me to understand what is wrong ?
When I use this URL in MW5 I first get a message I cannot use https.
When I remove the 's', it is trying to connect but then I get an error it can't connect to the server.
MW5 will append '?request=GetCapabilities' to the url. When I do that in the browser I get an error 'Il servizio non è consultabile da browser.' which probably means the url is not accessible using a browser.
When I use the http-version in the browser I get an error. So I think the main problem is that MW5 doesn't support https.
Since was implemented MW5 now supports HTTPS.
I can now load some Italian data: