How to receive SMS online to bypass SMS verification?

本文介绍了一些提供电话号码的网站,可用于免费在线接收短信进行验证绕过。这些网站适用于那些不想提供真实手机号码或所在国家不支持验证的场景。
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How to receive SMS online to bypass SMS verification?

 

 I'll introduce you today to some sites offering phone numbers which could be used for receiving SMS' online for free. We might not always be interested in providing our real phone numbers for SMS verification, or  the country we reside in might not be supported by the site asking for verification, so in such cases we can bypass the verification with the help of these kind of sites.

  If you want to bypass phone call verification, please  take a look here.  

Receive-SMS-Online

The numbers provided by the website works on lots of sites for SMS verification. The only downside is that the message is shown openly and anyone can read your SMS. Immediately after you open the site, you'll see a list of phone numbers that you can use, just send SMS to any one of them, then click on that particular number and you'll be taken to a page with a list of SMS received on that number. You don't need to create an account to access the service.

ReceiveSMSOnline

The site only offers US Phone numbers to receive SMS online. Unlike the earlier site where each phone number had a separate page dedicated to itself, this site lists all the received SMS on a single page. You don't need to create an account to access the service.

Send SMS to any of the numbers listed on the Inbound Number field, and the received SMS will be shown on the same page.

Pinger

 You  need to create an account before you can receive SMS online and you can only choose from US numbers. It might take a few minutes for the site to load, just be patient. Once you have started to register, the site will ask for your US zip code so that a number belonging to the same area could be provided to you. Just enter 47715 as a zip code, or Google for others if you'd like to. You'll then be provided with a list of phone numbers to choose from. Choose any one number and you're done. You'll see the SMS on the site, the moment it receives the SMS. You can even download a mobile version of Pinger.

Lleida

Create a free account by going here. After you fill the form, click on Send. You'll receive a code on your mobile number.

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On the next page, enter that code, put a tick mark on Select my Lleida.net's number then choose a country from the drop down list. You will be suggested a list of numbers to choose from, select any number and that will be your own number. You can check SMS sent to that particular number online.

Now, check your email. You should have received an email from Lleida with your Client account username and password. To check the SMS sent to that earlier number online, go here and login with the client account username and password that you have been provided on your email.

 Look under SMS Inbox, all the SMS sent to the number will be listed there.

K7

K7 allows you to receive Voice Mail and Fax messages online for free. What it does is, provide you with an unique phone number and whenever the phone number receives fax or voice mail, it records the message and sends it to your email address. It is useful for bypassing verification on sites which instead of sending you an SMS, provide you with the verification pin on Voice mail.

  That's it for now. I'll update the list if I find something new.   

 

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### Solution for 'Memory map prevented reading' error in embedded or debug environment The error "Memory map prevented reading 0xFE456C6E" typically arises when an attempt is made to access a memory address that is either outside the defined memory regions or restricted by the system's memory protection mechanisms[^3]. Below is a detailed explanation of potential solutions to bypass this issue. #### Memory Mapping and Address Validation To resolve the issue, it is essential to verify whether the target address `0xFE456C6E` falls within any valid memory region as per the memory map configuration. For instance, if the memory map specifies regions such as ADCA starting at `0x00007400` with a length of `0x00000080`, it is evident that the target address does not belong to this region[^3]. Additionally, certain addresses may be protected by access control mechanisms, which must be reviewed to ensure no restrictions apply to the desired address. A practical approach involves implementing a function to validate the address before accessing it: ```c #include <stdint.h> #include <stdbool.h> bool is_address_valid(uint32_t address) { // Define valid memory regions based on the memory map const uint32_t VALID_REGION_START = 0x00007400; const uint32_t VALID_REGION_END = 0x00007480; return (address >= VALID_REGION_START && address < VALID_REGION_END); } ``` #### Adjusting Memory Protection Settings If the address is indeed valid but still inaccessible due to memory protection settings, consider modifying these settings to allow read access. This might involve reconfiguring the memory map or disabling specific protection mechanisms temporarily during debugging sessions. However, caution must be exercised to avoid unintended side effects on system stability[^3]. #### Debugging Environment Configuration In some cases, the error could stem from misconfigurations in the debugging environment rather than actual hardware limitations. Ensure that: - The debugger is correctly configured to recognize all memory regions. - Proper permissions are granted for accessing all necessary memory areas[^3]. Additionally, confirm that the source code and debugging symbols align with the compiled binary being executed. Misalignment can lead to incorrect mappings between memory addresses and their corresponding variables or functions. #### Example Code Implementation Below is an example implementation demonstrating how to safely access a memory address while handling potential errors: ```c #include <stdio.h> #include <stdint.h> #define TARGET_ADDRESS 0xFE456C6E int main() { volatile uint32_t *inBmpBuf = (volatile uint32_t *)TARGET_ADDRESS; if (!is_address_valid(TARGET_ADDRESS)) { printf("Error: Memory map prevented reading 0x%lx\n", TARGET_ADDRESS); return -1; } uint32_t value = *inBmpBuf; printf("Value at address 0x%lx: 0x%x\n", TARGET_ADDRESS, value); return 0; } bool is_address_valid(uint32_t address) { const uint32_t VALID_REGION_START = 0x00007400; const uint32_t VALID_REGION_END = 0x00007480; return (address >= VALID_REGION_START && address < VALID_REGION_END); } ``` #### Logging and Error Handling Implement robust logging mechanisms to capture and analyze errors effectively: ```c void log_error(const char *message) { printf("%s\n", message); } if (!is_address_valid(TARGET_ADDRESS)) { log_error("DTALib> T4T:Error Failed : data Length error !!"); return -1; } ```
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