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Lucky88 đưa tin: Xem lại những màn cứu thua xuất thần giúp Đặng Văn Lâm chinh phục Ce

Trong sự nghiệp thi đấu của mình, thủ môn Đặng Văn Lâm đã có nhiều tình huống phản xạ xuất thần cứu thua cho đội nhà. Và dưới đây là tổng hợp các tình huống đó.

VIDEO: Những màn cứu thua giúp Đặng Văn Lâm chinh phục Cerezo Osaka

Theo thông tin mà một số tờ báo của Nhật Bản vừa đăng tải vào sáng 7/1 thì thủ môn Đặng Văn Lâm đã đạt được thỏa thuận gia nhập CLB Cerezo Osaka của Nhật Bản.

Nguồn tin từ tờ Hochi News (Nhật Bản) cho biết đội bóng đang chơi ở J-League 1 đang có động thái muốn chiêu mộ thủ thành số 1 của ĐT Việt Nam.

Tờ này viết: "Dưới sự chỉ đạo của HLV Levy Curpi, Cerezo Osaka đang có những sự tăng cường sức mạnh đáng kể ở mùa giải năm nay. Họ vừa chiêu mộ tiền đạo nổi tiếng người Australia, Adam Taggart và chuẩn bị có thêm sự gia nhập của thủ thành Đặng Văn Lâm tới từ Đông Nam Á.

Đặng Văn Lâm là thủ thành có bố người Việt Nam, mẹ người Nga, cao 1m88 và hiện đang thi đấu cho Muangthong United (Thái Lan). Anh từng là thủ thành của ĐT Việt Nam đối đầu Nhật Bản tại Asian Cup 2019 tại vòng tứ kết. Ở trận đấu này, Văn Lâm thi đấu rất xuất sắc và chỉ bị đánh bại bởi Ritsu Doan bằng cú đá trên chấm phạt đền.

Thủ thành này sẽ trở thành người thứ 4 của Việt Nam tới Nhật Bản sau Công Vinh (Consadole Sapporo), Công Phượng (Mito Hollyhook), Tuấn Anh (Yokohama FC). Song Lâm "Tây" có thể sẽ là người đầu tiên được thi đấu tại J-League 1, giải đấu cao nhất của Nhật Bản.

Đội bóng Nhật Bản phải bỏ ra bao nhiều tiền để có Đặng Văn Lâm?Đội bóng Nhật Bản phải bỏ ra bao nhiều tiền để có Đặng Văn Lâm?
Câu hỏi mà nhiều NHM bóng đá Việt Nam và cả Thái Lan đều đang quan tâm là Cerezo Osaka sẽ phải chi bao nhiêu tiền để nhận được cái gật đầu của Muangthong ở…
Cơ hội nào để Văn Lâm bắt chính ở Cerezo Osaka?Cơ hội nào để Văn Lâm bắt chính ở Cerezo Osaka?
Sau khi Văn Lâm đạt thỏa thuận gia nhập Cerezo Osaka, vấn đề được NHM quan tâm không gì khác ngoài việc liệu anh có thể cạnh tranh suất bắt chính?
Sang Nhật Bản là bước tiến rất lớn trong sự nghiệp Văn LâmSang Nhật Bản là bước tiến rất lớn trong sự nghiệp Văn Lâm
BLV Quang Huy hoàn toàn ủng hộ việc Văn Lâm quyết định rời Muangthong Utd để chuyển tới Nhật Bản thi đấu trong màu áo Cerezo Osaka.
Sốc: MU là ứng viên số 1 danh hiệu Premier League mùa này
Đang bằng điểm Liverpool và còn đá ít hơn 1 trận, Man United đang có cơ hội để làm nên kỳ tích mùa này

.(tagsToTranslate)webmaster forum(t)internet marketing(t)search engine optimization(t)web designing(t)seo(t)ppc(t)affiliate marketing(t)search engine marketing(t)web hosting(t)domain name(t)social media

Man United fan club traffic wanted.

I am starting a new fan club called "The Devils" and i am running a website with lots of areas for fans to enjoy, we have for free for members Club Forum – Live Scores – Shoutbox – Players details – EPL Live Ladder -Blog and never ever annoying ads on the site.
I am looking for Football/Soccer genuine real traffic to my site https://munitedfc.com

I need 50000+ delivered over 5 months at 350 hits per day, so if you can do this for me let me know as i need them quickly.

Payment…

Man United fan club traffic wanted.

Where is this chained man statue, photographed a century ago?

According to metadata, this image is claimed to be taken between 1880 and 1926 and the location is stated just as “Europe”.

If the photographer is correctly identified, most of his photographs were taken in Catalonia and Spain and a few of them near the Alps.

I haven’t been able to find the statue anywhere, neither with reverse image search nor by searching for sculpture groups with a chained man.

enter image description here

The image and metadata comes from here in Wikimedia Commons and it can also be found in its original location.

I’d like to identify the image in order to properly label it in Wikimedia Commons. Some background information is in a previous question about another image.

Where is this chained man statue, photograpied a century ago?

According to metadata, this image is claimed to be taken between 1880 and 1926 and the location is stated just as “Europe”.

If the photographer is correctly identified, most of his photographs were taken in Catalonia and Spain and a few of them near the Alps.

I haven’t been able to find the statue anywhere, neither with reverse image search nor by searching for sculpture groups with a chained man.

enter image description here

The image and metadata comes from here in Wikimedia Commons and it can also be found in its original location.

I’d like to identify the image in order to properly label it in Wikimedia Commons. Some background information is in a previous question about another image.

man in the middle – Tool for Special-Case Interception of established TCP-connection

I’m looking for existing tools, at best with a Python-API, which would allow me to silently intercept an established TCP connection for which the following assumptions hold:

  • All IP packets of the TCP-stream are routed through my node; there is no alternative IP-route
  • No TLS on top of TCP. Our Layer 5 protocol is very use-case specific, unsecured, and nothing like HTTP
  • The adversary’s interface is virtual

This would be integrated in a research project. We are looking for a tool with the capability of parsing an existing connection and hands me sth. like two sockets in Python which support send and recv methods. In total, these should allow me to:

  • inject entirely new packets in one direction and stop the replies to being forwarded into the other direction (I can recognise which packets were injected through other meta-information, no need for the socket to do that)
  • modify existing packets, including modifications that change the length of the packet. I can again recognise packets which were manipulated.
  • drop a packet at the adversary’s node and send case-dependent packet back to previous sender (always with payload)
  • perform above options in both client->server and server->client directions
  • (optional but rather valuable): Give me eitheror n:n sockets for use-cases with multiple clients connecting to the same server.
  • dpending on the implementation of the send method, it needs to make sure that we can modify the target MAC such that the arp-spoof does not result in the send looping the packet to the adversary node.

The most tricky part of it, to my knowledge, is keeping track of the sequence numbers and ACKs as basically two separate TCP state machines. TCP packets without a payload (ACKs, …) would need to be dropped/ changed in case sequence numbers/ ACK numbers need to be modified or hidden from either side. However, I do not aim for injecting TCP-packets without payload. Thus, the overall stream options should remain the same. Most of the tools I found either require a connection reset, which is undesired for me and I already have such an implementation, or solely function with protocols such as HTTP, e.g., mitmproxy. The libshambles git only supports C++, C which makes it cumbersome to glue together with our project mainly written in Python.

To clarify, the MITM-node and corresponding network have the following layout:

LAN 1: Victim_1 -> Switch -> MITM -> Switch -> Router

-> … intermediate routers -> Victim_2

I’m aware of bettercap, yet unsure how easily we could connect our Python code with the corresponding Go modules since filtering and modification of existing payloads + injection of new packets is currently implemented with Scapy. Further, the filters would need to be changeable at runtime, thus requiring a local communication between the Python processes that run the existing CLI and bettercap.

We’re deploying the standard ARP-spoof, running the Linux tool arpspoof, but may in some cases use the switche’s SDN-API instead. If the tool is only working with a traditional arpspoof for some reason that’s fine too though.

edit:
libshambles provides a Python hook I’ll look into.

penetration test – MQTT – Man in The Middle Attack

I’m trying to perform a MiTM attack using Ettercap.
where i’m trying to publish a message to topic “A” and using ettercap trying to replace topic “A” to topic “B”.

MQTT Subscribe to topic “A”

mosquitto_sub -t "A" -v

MQTT Subscribe to topic “B” : The place where i want to redirect the messages published to Topic “A”

mosquitto_sub -t "B" -v

MQTT Publish

mosquitto_pub -m "checking" -t "A" -d

Ettercap Filter
#owned.filter

if (ip.proto == TCP && tcp.dst == 1883 && ip.dst == '127.0.0.1' && search(DATA.data, "A")) {
replace("A", "B");
msg("payload replacedn");
}

Compiling the filter

etterfilter owned.filter -o owned.ef

Since i’m running performing all the operations on localhost. kept the interface to loopback ip
running the ettercap application

ettercap -T -q -i lo -F owned.ef -M ARP /// ///

Now the issue i’m facing is

**

JIT FILTER FAULT: Cannot modify packets in unoffensive mode payload
replaced

**
I’m not able to redirect the message for topic A to topic B. instead its is been send to Topic A itself. Where i might be going wrong? is this the right way to perform this MiTM attacK?
I’m not sure what is going wrong, I surfed the internet but couldn’t find any results.
What could be the reason I’m not able to modify the packet payload.
My test MQTT does not contain TLS or any authentication mechanism

man in the middle – Securely installing software in a hostile environment

Consider the case where a user with a freshly installed Linux box is operating in a hostile environment controlled by an attacker with access to the internet gateway.

How can such a user update the system and install software securely using the available package manager, e.g., apt, npm, pacman, etc, when they are targeted by an attacker who can use mitm, dns spoofing, arp cache poisoning?

Is trusting the package manager’s signature enough?

man in the middle – Arp spoofing inside Docker containers disables network on a victim container

I’m trying to create a lab environment to experiment with MiTM attacks. I want to learn docker also so I’ve decided to do this with docker. I created 2 images (attacker, victim):

Victim – based on Alpine, with curl installed
Attacker – based on Ubuntu, with installed iputils-ping iproute2 curl iptables vim ettercap-text-only dsniff and tshark.

They’re both in bridged network, so the router here would be docker0 interface (default: 172.17.0.1)

I’m running the attacker container with –privileged flag, to enable using ettercap.

So when both images is running I’m executing ettercap from attacker container with:

ettercap -T -o -S -i eth0 -M arp:remote //victim_ip/ //172.17.0.1/

And the network of victim container is loosing connection. I’m trying to ping google.com, but with no effect. The MiTM attack is working because I can see this traffic on victim containers but something is blocking it.

enter image description here

I’ve tried with arpspoof tool too, but with the same effect.

Tried also
echo 1 > /proc/sys/net/ipv4/ip_forward

I’ve checked it on host machine with wireshark and that’s what I see…
enter image description here

I’m not pro with wireshark and ettercap and docker so, maybe I assumed wrong that I can consider docker0 as a normal router that can be fooled with arpsoofing attack.

When I disable ettercap, the network connection is back again.

Any hint what may be wrong will be helpful.