Datamine Discovery - eDiscovery Review Software & Project Management. A KEY Discovery Affiliate’s Post

Interesting read on this new technology that can be a game changer for data transmission rates.

Traditional network analysis tools struggle with the sheer volume of data generated by today's telecommunication networks leading to delays in querying and overlooked crucial insights. HEAVY.AI's platform allows you to see the unseen when it comes to network data: 👁️🗨️ Analyze billions of transactions: From social media interactions to mobile usage. 👁️🗨️ Visualize in real-time: Gain instant insights into network performance, security, and customer experience. 👁️🗨️ Identify issues proactively: Unearth hidden problems before they impact your network. 🔎 Discover how to revolutionize your telecommunications network analysis: https://bit.ly/3OK1wpi #NetworkAnalysis #Telecom #BigData

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The Digital+ economy has brought an explosion of data. How can you keep it all secured and maintain customer trust? Kristin Hazlewood discusses security in our current tech landscape — and what we must consider as we head into the future. Watch the video: https://lnkd.in/d8-gKbrp #enterprisesecurity

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Debugging data loss scenarios in Embedded Wireless protocols (BLE Example) In most of the Sender/Receiver ,Client/Server ,Publish/Subscribe models of data exchange you can encounter some data mismatch between what you have send and what you have received. The classic approach is to use a loop back mechanism and verify that the transmitter is not at fault. But in wireless protocols its not easy to have a loop back scenario. Lets analyze some methods for data loss checking in wireless scenarios. I will be taking Bluetooth Low Energy (BLE) as an example. If one sees some data loss during receiving data via BLE ,one can jump in to quick conclusion that it is due to a faulty antenna,if one has faced the data loss due to a faulty antenna earlier. The Antenna can misbehave in multple ways ,It may not be transmitting at the right power level, It has its orientation incorrect ,it may be even connected loose to the board!! The second approach is to log layer wise, one can log the contents of the buffer in application layer and can then put logs at the RF Stack layer etc and verify that the data is correct up to the lower layer.This will work if you have access to the RF stack from the vendor. If that doesnt tell anything ,one can turn on an air tracer which captures bluetooth packets mid air and analyze it. There are different kinds of air tracers available from different vendors and based on the price you pay you get a good sniffing tool. Not all air tracers support working with encrypted packets ,so of your data is encrypted and your air tracer/sniffer does not support decryption you may have a hard time making sense of the packets. If that does not tell anything much either ,You can focus on the hardware itself. Put some logic analyzer to the right pins and see that the waveforms are good in shape and not distorted. The BLE communication happens during connection Intervals and there are some limits put on these intervals to adhere to the standard. Check the clocks on boards and see that the clocks are providing the right time stamps which will be used in the BLE communication. You can further check the PCB Traces and see that they are in the right dimension and the supply lines are functioning properly. It generally depends on the severity of the bug that up to what extend one shall go to crack it. If you know some tips or standard methods which are used to debug wireless protocols please feel free to comment. #embedded #embeddedsystems #programming #embeddedsoftware #debugging #protocols #wireless #BLE #bluetooth #iot #freshers #knowledgesharing #keeplearningkeepgrowing #analysis #protocols #wirelesscommunications #bluetoothlowenergy #problemsolving

If technology is what runs your organisation, when was the last time you went to have a look at it? Many CEO's will tell you that it is their technology that runs the organisation yet if you ask them how the technology is doing chances are that they are clueless. Most CEOs last visited the organisations Data Centre when they were taken on tour around the organisation when they were appointed and have likely never visited unless when all hell has broken lose. It might be a good idea to visit your data centre at least once a month just to check on how things are going, in the event that you visit and you cannot have a conversation within the DC because of the servers screaming all around you then it means there is something not right with the air circulation in the facility and urgent action needs to be taken. Ask your CIO/IT Manager to contact us on info@synaptech.co.ke for a quick and cost effective solution.

Today we will talk about an important topic in networks entitled Multimedia, specifically Half-duplex and Full-duplex. In data communication, the terms "half-duplex" and "full-duplex" refer to the ability of a communication channel to send and receive data. Half-Duplex: In half-duplex mode, data can flow in both directions on the signal carrier, but not at the same time. When one device is sending, the other must be receiving, and vice versa. This is similar to a walkie-talkie where only one person can speak at a time while the other listens. What are the Advantages of Half-Duplex? .) Half-Duplex is Low-Cost .) Half-Duplex is Easy to Set Up What are the Disadvantages of Half-Duplex? .) Half-Duplex has a Low Throughput .) Half-Duplex has High Latency Full-Duplex: Full-duplex allows data to flow in both directions simultaneously. Both devices can send and receive data at the same time, much like a telephone conversation where both parties can speak and listen at the same time. What are the Advantages of Full-duplex? .) Full-Duplex has Enhanced Data Speeds   .) Full-Duplex has Greater Throughput What are the Disadvantages of Full-duplex? .)Full-Duplex has High Power Consumption .)Full-Duplex is Costly For more details, you visit the website and get the answer https://lnkd.in/g5TTWEVC

Free cross connects and $0 remote hands on service should be ubiquitous across every data center in America… But, for as long as they are not, we’ll continue to beat our drum that this is what is best for customers. Much like the phone world…be careful of hidden (hard to predict) fees, and misaligned incentives (ex. the provider making more money when a customer has more issues). Model matters.

Public servants need solutions that can harness data and bridge the digital divide. Your constituents count on you. You can count on us. #GovTech #PublicSector https://t-mo.co/3lG6mE5