www.wetrust.io
Open in
urlscan Pro
104.25.105.99
Public Scan
Submitted URL: http://wetrust.io/
Effective URL: https://www.wetrust.io/
Submission: On May 22 via manual from RU
Effective URL: https://www.wetrust.io/
Submission: On May 22 via manual from RU
Summary
This website contacted 6 IPs
in 1 countries
across 6 domains to perform 52 HTTP transactions.
The main IP is 104.25.105.99, located in
San Francisco, United States and
belongs to CLOUDFLARENET - Cloudflare, Inc., US.
The main domain is www.wetrust.io.
TLS certificate: Issued by COMODO ECC Domain Validation Secure S... on May 16th 2018. Valid for: 6 months.
This is the only time www.wetrust.io was scanned on urlscan.io!
TLS certificate: Issued by COMODO ECC Domain Validation Secure S... on May 16th 2018. Valid for: 6 months.
This is the only time www.wetrust.io was scanned on urlscan.io!
urlscan.io Verdict: No classification
Domain & IP information
| IP Address | AS Autonomous System | ||
|---|---|---|---|
| 1 1 | 104.25.106.99 104.25.106.99 | 13335 (CLOUDFLAR...) (CLOUDFLARENET - Cloudflare) | |
| 42 | 104.25.105.99 104.25.105.99 | 13335 (CLOUDFLAR...) (CLOUDFLARENET - Cloudflare) | |
| 1 4 | 216.58.210.14 216.58.210.14 | 15169 (GOOGLE) (GOOGLE - Google LLC) | |
| 1 | 173.194.76.156 173.194.76.156 | 15169 (GOOGLE) (GOOGLE - Google LLC) | |
| 1 | 216.58.206.14 216.58.206.14 | 15169 (GOOGLE) (GOOGLE - Google LLC) | |
| 5 | 104.16.121.145 104.16.121.145 | 13335 (CLOUDFLAR...) (CLOUDFLARENET - Cloudflare) | |
| 52 | 6 |
1
104.25.106.99
(San Francisco, United States)
ASN13335 (CLOUDFLARENET - Cloudflare, Inc., US)
ASN13335 (CLOUDFLARENET - Cloudflare, Inc., US)
| wetrust.io |
42
104.25.105.99
(San Francisco, United States)
ASN13335 (CLOUDFLARENET - Cloudflare, Inc., US)
ASN13335 (CLOUDFLARENET - Cloudflare, Inc., US)
| www.wetrust.io |
4
216.58.210.14
(Mountain View, United States)
ASN15169 (GOOGLE - Google LLC, US)
PTR: fra16s07-in-f14.1e100.net
ASN15169 (GOOGLE - Google LLC, US)
PTR: fra16s07-in-f14.1e100.net
| www.google-analytics.com | |
| s.ytimg.com |
1
173.194.76.156
(Portage, United States)
ASN15169 (GOOGLE - Google LLC, US)
PTR: ws-in-f156.1e100.net
ASN15169 (GOOGLE - Google LLC, US)
PTR: ws-in-f156.1e100.net
| stats.g.doubleclick.net |
1
216.58.206.14
(Mountain View, United States)
ASN15169 (GOOGLE - Google LLC, US)
PTR: fra16s20-in-f14.1e100.net
ASN15169 (GOOGLE - Google LLC, US)
PTR: fra16s20-in-f14.1e100.net
| www.youtube.com |
5
104.16.121.145
(San Francisco, United States)
ASN13335 (CLOUDFLARENET - Cloudflare, Inc., US)
ASN13335 (CLOUDFLARENET - Cloudflare, Inc., US)
| cdn-images-1.medium.com |
| Apex Domain Subdomains |
Transfer | |
|---|---|---|
| 43 |
wetrust.io
1 redirects
wetrust.io www.wetrust.io |
3 MB |
| 5 |
medium.com
cdn-images-1.medium.com |
791 KB |
| 3 |
google-analytics.com
1 redirects
www.google-analytics.com |
14 KB |
| 1 |
ytimg.com
s.ytimg.com |
8 KB |
| 1 |
youtube.com
www.youtube.com |
923 B |
| 1 |
doubleclick.net
stats.g.doubleclick.net |
102 B |
| 52 | 6 |
| Domain | Requested by | |
|---|---|---|
| 42 | www.wetrust.io |
www.wetrust.io
www.google-analytics.com |
| 5 | cdn-images-1.medium.com |
www.wetrust.io
|
| 3 | www.google-analytics.com |
1 redirects
www.wetrust.io
|
| 1 | s.ytimg.com |
www.youtube.com
|
| 1 | www.youtube.com |
www.wetrust.io
|
| 1 | stats.g.doubleclick.net |
www.wetrust.io
|
| 1 | wetrust.io | 1 redirects |
| 52 | 7 |
This site contains links to these domains. Also see Links.
| Subject Issuer | Validity | Valid | |
|---|---|---|---|
| ssl376240.cloudflaressl.com COMODO ECC Domain Validation Secure Server CA 2 |
2018-05-16 - 2018-11-22 |
6 months | crt.sh |
This page contains 1 frames:
Primary Page:
https://www.wetrust.io/
Frame ID: F8E10B84BAF01C54B77BC0354F703C3B
Requests: 69 HTTP requests in this frame
Screenshot
Page URL History Show full URLs
-
http://wetrust.io/
HTTP 301
https://www.wetrust.io/ Page URL
Detected technologies
Ruby
(Programming Languages)
Expand
Overall confidence: 50%
Detected patterns
Detected patterns
- meta csrf-param /authenticity_token/i
Ruby on Rails
(Web Frameworks)
Expand
Overall confidence: 50%
Detected patterns
Detected patterns
- meta csrf-param /authenticity_token/i
CloudFlare
(CDN)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- headers server /cloudflare/i
Google Analytics
(Analytics)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- script /google-analytics\.com\/(?:ga|urchin|(analytics))\.js/i
- env /^gaGlobal$/i
jQuery
(JavaScript Libraries)
Expand
Overall confidence: 100%
Detected patterns
Detected patterns
- env /^jQuery$/i
Page Statistics
58 Outgoing links
These are links going to different origins than the main page.
URL: https://tlc.wetrust.io/
Title: Trusted Lending Circles
Title: Trusted Lending Circles
Search URL Search Domain Scan URL
URL: https://t.me/WeTrustPlatform
Title: Join Now
Title: Join Now
Search URL Search Domain Scan URL
URL: https://blog.wetrust.io/the-road-ahead-for-wetrust-f53e8ca898df?source=rss----eb19b608274---4
Title: The Road Ahead for WeTrust We founded WeTrust to demonstrate how innovative blockchain technology could be combined with time-tested economic traditions to improve financial inclusion. In pursuit of our mission, our first year of product development efforts culminated in the release of Trusted Lending Circles (“TLC”), one of the first decentralized applications that allows users to collaboratively save money with their peers, on Ethereum Mainnet. As a team, we believe that releasing this dApp is only the first step in our mission to promote financial inclusion.What We’ve Learned About dApp DevelopmentWhile we were building our TLC dApp, we noticed a lack of tools and infrastructure available to help support the development of dApps. Given what we’ve learned, we saw opportunities to help the industry accelerate while improving the dApp development ecosystem. Many individual developers and startups moving into financial dApp development will face the same challenges we encountered when building the TLC dApp, such as the need for rapid node deployment and specialized testing tools, or the inefficiencies of slow speed, high cost transactions.So as we’re working on building product enhancements and fixing bug reports on the TLC, we’re also starting the development of a platform that will enable financial dApps to be more rapidly developed, tested, and deployed, while taking advantage of faster speed, lower cost transactions. We want to make it easier for ourselves, and eventually others, to create industry-changing financial dApps, ensure proper functionality, and test in a wide range of scenarios. In addition, we recognize the need any financial dApp developer has for timely and cost efficient transactions which will be possible on the TRST powered sidechain currently being designed. Ultimately, we hope to drastically reduce the friction in financial dApp development and drive innovation that supports our mission of promoting financial inclusion.In parallel, we are continuing our targeted user testing and acquisition efforts for Trusted Lending Circles, our flagship dApp, which will eventually operate on the future TRST sidechain and benefit from faster, cheaper transaction processing. The feedback we’re gaining from our user testing will be used to prioritize our next set of TLC feature releases scheduled for Q3. If you know an organization that would be interested in using TLCs, please get in touch and let us know!The Road AheadThe future is yet uncertain, and the best laid plans made by startups often change — even more so in our rapidly evolving blockchain ecosystem. Despite the unknowns ahead of us, we have charted out a tentative roadmap. We share this with some hesitation, so I must caution that one must view this with the understanding that the probability of changes increases for those milestones further on the horizon. However, as Julian from Golem points out in one of his blog posts, despite the challenges and unknowns that we will face and solve, we do need a roadmap and timeline. This is our guide as a company, but a guide that must evolve with business needs, not a prescription set in stone. As technologists and startup entrepreneurs, we must launch, iterate, and adjust as needed, based on the latest information, without holding too tightly to even the best designed plans.With that as context, we believe the road ahead for WeTrust has many exciting developments:In Q2, you can look forward to our TLC dApp rebranding that will happen alongside our targeted user testing and acquisition campaigns — more on that in the coming weeks. You’ll be able to start a TLC with your friends via mobile dApp browsers, and we’ll start testing various versions of the TLC using our new internal testing tools. We will also be conducting pilots for node creation/ deletion tools soon, and if you’d like to test out these features, please sign up here. Although these were intended initially for internal use, we may make them available for the public depending on interest.In Q3, our data-driven analysis of user feedback will have helped determine the new set of features to be built and released for the TLC, and we plan to incorporate the use of TRST tokens as access to some of these new features. In addition, a key outcome of the inception event we held as a team in February 2018, was that we need to build our own sidechain to improve usability of our own TLC and financial dApps like it. As a result, we have embarked on the design of what we’re calling internally “TRST Chain.” This will be a TRST token powered sidechain which we believe will benefit our users in terms of capabilities, cost, and speed for financial dApps. We are in the early phases of design and will have more to share in the coming months regarding the it’s capabilities and the product vision.In Q4, after significant testing, we expect the TLC to be migrated to the TRST sidechain testnet, in order to optimize transaction speed and cost. Interchain nodes should be in place to connect the TRST sidechain with the Ethereum Mainnet, and we’ll also be building various end user tools such as native TRST wallets and node clients.By Q1 2019, we envision the TRST sidechain will be live on Mainnet along with various financial dApp modules and plugins to make dApp development more developer friendly, and ultimately enable the proliferation of consumer facing financial dApps.The road ahead can never be guaranteed, and there will be adjustments along the way. However, our mission remains to build products that improve financial inclusion — whether directly or indirectly. We’re excited to undertake this ambitious phase in our project, providing a boost to the entire ecosystem and addressing known issues in building financial dApps, which we are well-positioned to do. By leveraging the experience we’ve gained in building the TLC, we’re able to share what works for the benefit of the entire community of dApp developers and contribute to tomorrow’s blockchain infrastructure.Thanks for sticking with us on this journey, and we’re looking forward to keeping you up to date on our blog and answering questions in our monthly AMAs on Telegram. Stay in touch, and see you on our social media channels!George, on behalf of the WeTrust teamConnect with us:Website: https://wetrust.io/Subscribe to our mailing list: https://www.wetrust.io/#subscribeTelegram: https://t.me/WeTrustPlatformTwitter: https://twitter.com/wetrustplatformReddit: https://www.reddit.com/r/WeTrustPlatformThe Road Ahead for WeTrust was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrust Editorial Team 17 days ago
Title: The Road Ahead for WeTrust We founded WeTrust to demonstrate how innovative blockchain technology could be combined with time-tested economic traditions to improve financial inclusion. In pursuit of our mission, our first year of product development efforts culminated in the release of Trusted Lending Circles (“TLC”), one of the first decentralized applications that allows users to collaboratively save money with their peers, on Ethereum Mainnet. As a team, we believe that releasing this dApp is only the first step in our mission to promote financial inclusion.What We’ve Learned About dApp DevelopmentWhile we were building our TLC dApp, we noticed a lack of tools and infrastructure available to help support the development of dApps. Given what we’ve learned, we saw opportunities to help the industry accelerate while improving the dApp development ecosystem. Many individual developers and startups moving into financial dApp development will face the same challenges we encountered when building the TLC dApp, such as the need for rapid node deployment and specialized testing tools, or the inefficiencies of slow speed, high cost transactions.So as we’re working on building product enhancements and fixing bug reports on the TLC, we’re also starting the development of a platform that will enable financial dApps to be more rapidly developed, tested, and deployed, while taking advantage of faster speed, lower cost transactions. We want to make it easier for ourselves, and eventually others, to create industry-changing financial dApps, ensure proper functionality, and test in a wide range of scenarios. In addition, we recognize the need any financial dApp developer has for timely and cost efficient transactions which will be possible on the TRST powered sidechain currently being designed. Ultimately, we hope to drastically reduce the friction in financial dApp development and drive innovation that supports our mission of promoting financial inclusion.In parallel, we are continuing our targeted user testing and acquisition efforts for Trusted Lending Circles, our flagship dApp, which will eventually operate on the future TRST sidechain and benefit from faster, cheaper transaction processing. The feedback we’re gaining from our user testing will be used to prioritize our next set of TLC feature releases scheduled for Q3. If you know an organization that would be interested in using TLCs, please get in touch and let us know!The Road AheadThe future is yet uncertain, and the best laid plans made by startups often change — even more so in our rapidly evolving blockchain ecosystem. Despite the unknowns ahead of us, we have charted out a tentative roadmap. We share this with some hesitation, so I must caution that one must view this with the understanding that the probability of changes increases for those milestones further on the horizon. However, as Julian from Golem points out in one of his blog posts, despite the challenges and unknowns that we will face and solve, we do need a roadmap and timeline. This is our guide as a company, but a guide that must evolve with business needs, not a prescription set in stone. As technologists and startup entrepreneurs, we must launch, iterate, and adjust as needed, based on the latest information, without holding too tightly to even the best designed plans.With that as context, we believe the road ahead for WeTrust has many exciting developments:In Q2, you can look forward to our TLC dApp rebranding that will happen alongside our targeted user testing and acquisition campaigns — more on that in the coming weeks. You’ll be able to start a TLC with your friends via mobile dApp browsers, and we’ll start testing various versions of the TLC using our new internal testing tools. We will also be conducting pilots for node creation/ deletion tools soon, and if you’d like to test out these features, please sign up here. Although these were intended initially for internal use, we may make them available for the public depending on interest.In Q3, our data-driven analysis of user feedback will have helped determine the new set of features to be built and released for the TLC, and we plan to incorporate the use of TRST tokens as access to some of these new features. In addition, a key outcome of the inception event we held as a team in February 2018, was that we need to build our own sidechain to improve usability of our own TLC and financial dApps like it. As a result, we have embarked on the design of what we’re calling internally “TRST Chain.” This will be a TRST token powered sidechain which we believe will benefit our users in terms of capabilities, cost, and speed for financial dApps. We are in the early phases of design and will have more to share in the coming months regarding the it’s capabilities and the product vision.In Q4, after significant testing, we expect the TLC to be migrated to the TRST sidechain testnet, in order to optimize transaction speed and cost. Interchain nodes should be in place to connect the TRST sidechain with the Ethereum Mainnet, and we’ll also be building various end user tools such as native TRST wallets and node clients.By Q1 2019, we envision the TRST sidechain will be live on Mainnet along with various financial dApp modules and plugins to make dApp development more developer friendly, and ultimately enable the proliferation of consumer facing financial dApps.The road ahead can never be guaranteed, and there will be adjustments along the way. However, our mission remains to build products that improve financial inclusion — whether directly or indirectly. We’re excited to undertake this ambitious phase in our project, providing a boost to the entire ecosystem and addressing known issues in building financial dApps, which we are well-positioned to do. By leveraging the experience we’ve gained in building the TLC, we’re able to share what works for the benefit of the entire community of dApp developers and contribute to tomorrow’s blockchain infrastructure.Thanks for sticking with us on this journey, and we’re looking forward to keeping you up to date on our blog and answering questions in our monthly AMAs on Telegram. Stay in touch, and see you on our social media channels!George, on behalf of the WeTrust teamConnect with us:Website: https://wetrust.io/Subscribe to our mailing list: https://www.wetrust.io/#subscribeTelegram: https://t.me/WeTrustPlatformTwitter: https://twitter.com/wetrustplatformReddit: https://www.reddit.com/r/WeTrustPlatformThe Road Ahead for WeTrust was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrust Editorial Team 17 days ago
Search URL Search Domain Scan URL
URL: https://blog.wetrust.io/behind-the-keyboard-dapp-updates-and-product-planning-ad5ad1f4d2c5?source=rss----eb19b608274---4
Title: Behind the Keyboard: dApp Updates and Product Planning Greetings WeTrust Community!We’ve been busy. Behind the scenes, our devs have been busy working on enhancing our Trusted Lending Circles or TLCs, our Marketing Team has been working on getting the TLC dApps to the markets that need it most, and the entire team has been collaborating on mapping out the upcoming phase in our mission to promote financial inclusion.To help us plan, we hosted an Inception Planning Event in March. It was a great chance for the Vietnam team to spend some more time with the Bay Area team, and we had a lot of fruitful discussions about what blockchain innovations can help us achieve financial inclusion.Yutai, WeTrust’s head of UI and UX, discusses layout and design at the Inception Planning Event in March.You may have noticed that we released TLCs with TrustCoin re-integration to the Ethereum MainNet in March. Moving forward, we plan on adding Dai Stablecoin to the TLC, so that people can use the TLCs with a unit of account equivalent to a more stable fiat they use in their day-to-day lives. At the same time, we’re conducting in-depth user testing on the TLC to determine how to make it as useful as possible. Please join the hundreds of people already using Ether based TLCs, create some TRST circles, and give us valuable feedback on your experience!While we are working on promoting the TLC dApp and prioritizing the next features for the TLC based on user feedback, we are also creating internal tools that allow easy testing of future versions of the dApp.As an example, we’re building an internal tool that makes it easy to spin up sidechains on the Ethereum network. These sidechains make it much easier to test and deploy enhancements to the TLC and other decentralized financial apps. In addition, as we grow the market for the TLC we may need to create “localized” versions of our product. For example, people in India may be used to different conventions from people in Latin America. These tools allows us to test and deploy customized versions of the TLC (and other financial inclusion products) with greater speed and efficiency.After all the hard work, we took some time to hang out all together and eat a home-cooked meal. Check out that perfect rainbow that appeared after the rain!Yutai, as head chef, slicing the prime ribeye he perfectly prepared for our team dinner.Stay tuned on our Telegram as more news is coming. Our updated roadmap of product milestones will be released soon. We’ll also be restarting our monthly AMA’s and community updates. Our next AMA is happening May 15 on Telegram. Sign up here to participate!Connect with us:Website: https://wetrust.ioTelegram: https://t.me/WeTrustPlatformTwitter: https://twitter.com/wetrustplatformReddit: https://www.reddit.com/r/WeTrustPlatformBehind the Keyboard: dApp Updates and Product Planning was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 19 days ago
Title: Behind the Keyboard: dApp Updates and Product Planning Greetings WeTrust Community!We’ve been busy. Behind the scenes, our devs have been busy working on enhancing our Trusted Lending Circles or TLCs, our Marketing Team has been working on getting the TLC dApps to the markets that need it most, and the entire team has been collaborating on mapping out the upcoming phase in our mission to promote financial inclusion.To help us plan, we hosted an Inception Planning Event in March. It was a great chance for the Vietnam team to spend some more time with the Bay Area team, and we had a lot of fruitful discussions about what blockchain innovations can help us achieve financial inclusion.Yutai, WeTrust’s head of UI and UX, discusses layout and design at the Inception Planning Event in March.You may have noticed that we released TLCs with TrustCoin re-integration to the Ethereum MainNet in March. Moving forward, we plan on adding Dai Stablecoin to the TLC, so that people can use the TLCs with a unit of account equivalent to a more stable fiat they use in their day-to-day lives. At the same time, we’re conducting in-depth user testing on the TLC to determine how to make it as useful as possible. Please join the hundreds of people already using Ether based TLCs, create some TRST circles, and give us valuable feedback on your experience!While we are working on promoting the TLC dApp and prioritizing the next features for the TLC based on user feedback, we are also creating internal tools that allow easy testing of future versions of the dApp.As an example, we’re building an internal tool that makes it easy to spin up sidechains on the Ethereum network. These sidechains make it much easier to test and deploy enhancements to the TLC and other decentralized financial apps. In addition, as we grow the market for the TLC we may need to create “localized” versions of our product. For example, people in India may be used to different conventions from people in Latin America. These tools allows us to test and deploy customized versions of the TLC (and other financial inclusion products) with greater speed and efficiency.After all the hard work, we took some time to hang out all together and eat a home-cooked meal. Check out that perfect rainbow that appeared after the rain!Yutai, as head chef, slicing the prime ribeye he perfectly prepared for our team dinner.Stay tuned on our Telegram as more news is coming. Our updated roadmap of product milestones will be released soon. We’ll also be restarting our monthly AMA’s and community updates. Our next AMA is happening May 15 on Telegram. Sign up here to participate!Connect with us:Website: https://wetrust.ioTelegram: https://t.me/WeTrustPlatformTwitter: https://twitter.com/wetrustplatformReddit: https://www.reddit.com/r/WeTrustPlatformBehind the Keyboard: dApp Updates and Product Planning was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 19 days ago
Search URL Search Domain Scan URL
URL: https://blog.wetrust.io/the-batch-overflow-bug-and-why-your-trustcoins-and-wetrust-financial-dapps-are-safe-2e8af266e3fa?source=rss----eb19b608274---4
Title: The Batch Overflow Bug, and Why Your Trustcoins and WeTrust Financial dApps Are Safe Recently, a Batch Overflow bug affecting ERC20 tokens has shut down trading on many cryptocurrency exchanges. Rest assured that your TRST tokens and financial dApps are not affected by this bug. Read on for a brief overview of this pesky bug, and why it doesn’t affect WeTrust’s products.The Batch Overflow bug occurs due to a Batch Transfer function call that is not part of the original ERC20 standard. The function in question performs a multiply that is able to overflow 256 bits, the maximum allowed value in an ERC20 token. Essentially, Ethereum allows developers to track up to (2²⁵⁶-1) values. That’s a value larger than the number 1 with 77 zeros following it! However, certain calculations can result in a value greater than the maximum allowed value. At that point, the Ethereum computer responds by dropping the largest digit and keeping only the lower digits.As an example, imagine you have a computer that only allows you to have numbers up to five digits (i.e. up to 99,999). Say you are trying to multiply two of them:510x300— — — —153,000The result of the multiplication is the number 153,000, but we just said our computer can only handle numbers up to five digits. That means the sixth digit, the 1, gets dropped, leaving us with 53,000. Imagine the same thing happening with binary values (that is, numbers represented using only 0’s or 1’s) that can be up to 256 bits long, and you see how ERC20 tokens can overflow and behave in unintended ways.To prevent these overflow situations from occuring, developers often use the Solidity safeMath library, provided as an open source library by OpenZeppelin. safeMath checks to make sure that the result of any calculation is correct and that no overflow has occurred. It does this by dividing the result of any multiplication by one of the original multipliers, by making sure the result of any addition is larger than the original values, and by checking that no negative numbers can result from a subtraction.In the case of the Batch Overflow bug, a piece of code multiplied two numbers without using safeMath to check the correctness of the multiplication. The code was intended to allow a Batch Transfer, in which a certain amount of tokens can be transferred to multiple wallets with a single transaction, saving gas in the process. The code seems to have been copied and pasted by multiple developers, exposing a variety of tokens to the bug. In this case, the overflow can allow an unscrupulous person to create additional instances of the affected tokens “out of thin air”, allowing them to counterfeit the buggy tokens.WeTrust’s TRST tokens and Trusted Lending Circles are NOT affected by this bug. Our hardworking software development team takes security very seriously, and has made sure that both our tokens and the products powered by them are not susceptible to these type of hacks.Our users are protected from this bug because:TRST is an ERC20 token, but DOES NOT implement the non-standard Batch Transfer function that causes this bug.We do not perform any multiply that can lead to overflows in our transfer functions. In fact, we don’t perform any multiplies in our token code at all! All of the token transactions occur as additions.In our Trusted Lending Circles Smart Contract, we always validate the results of our calculations with the same safeMath assertions. If the result is false, the Smart Contract will throw an error.Our Smart Contracts have all been independently audited by security firms, including Quantstamp, ABDK, and OpenZeppelin, the creators of the safeMath library.When implemented the right way, blockchain technology is highly secure and incredibly difficult to hack. However, writing secure code on the blockchain requires a great deal of care and discipline. Bugs such as Batch Overflow emphasize the importance of taking proactive measures to keep decentralized applications safe.As the blockchain ecosystem matures, we expect to see the emergence of more tools, techniques and best practices for security. Keeping our Smart Contracts safe requires extra work from our software developers and our outside auditors, but it’s absolutely worth it to create products that our customers can completely TRUST.The Batch Overflow Bug, and Why Your Trustcoins and WeTrust Financial dApps Are Safe was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 21 days ago
Title: The Batch Overflow Bug, and Why Your Trustcoins and WeTrust Financial dApps Are Safe Recently, a Batch Overflow bug affecting ERC20 tokens has shut down trading on many cryptocurrency exchanges. Rest assured that your TRST tokens and financial dApps are not affected by this bug. Read on for a brief overview of this pesky bug, and why it doesn’t affect WeTrust’s products.The Batch Overflow bug occurs due to a Batch Transfer function call that is not part of the original ERC20 standard. The function in question performs a multiply that is able to overflow 256 bits, the maximum allowed value in an ERC20 token. Essentially, Ethereum allows developers to track up to (2²⁵⁶-1) values. That’s a value larger than the number 1 with 77 zeros following it! However, certain calculations can result in a value greater than the maximum allowed value. At that point, the Ethereum computer responds by dropping the largest digit and keeping only the lower digits.As an example, imagine you have a computer that only allows you to have numbers up to five digits (i.e. up to 99,999). Say you are trying to multiply two of them:510x300— — — —153,000The result of the multiplication is the number 153,000, but we just said our computer can only handle numbers up to five digits. That means the sixth digit, the 1, gets dropped, leaving us with 53,000. Imagine the same thing happening with binary values (that is, numbers represented using only 0’s or 1’s) that can be up to 256 bits long, and you see how ERC20 tokens can overflow and behave in unintended ways.To prevent these overflow situations from occuring, developers often use the Solidity safeMath library, provided as an open source library by OpenZeppelin. safeMath checks to make sure that the result of any calculation is correct and that no overflow has occurred. It does this by dividing the result of any multiplication by one of the original multipliers, by making sure the result of any addition is larger than the original values, and by checking that no negative numbers can result from a subtraction.In the case of the Batch Overflow bug, a piece of code multiplied two numbers without using safeMath to check the correctness of the multiplication. The code was intended to allow a Batch Transfer, in which a certain amount of tokens can be transferred to multiple wallets with a single transaction, saving gas in the process. The code seems to have been copied and pasted by multiple developers, exposing a variety of tokens to the bug. In this case, the overflow can allow an unscrupulous person to create additional instances of the affected tokens “out of thin air”, allowing them to counterfeit the buggy tokens.WeTrust’s TRST tokens and Trusted Lending Circles are NOT affected by this bug. Our hardworking software development team takes security very seriously, and has made sure that both our tokens and the products powered by them are not susceptible to these type of hacks.Our users are protected from this bug because:TRST is an ERC20 token, but DOES NOT implement the non-standard Batch Transfer function that causes this bug.We do not perform any multiply that can lead to overflows in our transfer functions. In fact, we don’t perform any multiplies in our token code at all! All of the token transactions occur as additions.In our Trusted Lending Circles Smart Contract, we always validate the results of our calculations with the same safeMath assertions. If the result is false, the Smart Contract will throw an error.Our Smart Contracts have all been independently audited by security firms, including Quantstamp, ABDK, and OpenZeppelin, the creators of the safeMath library.When implemented the right way, blockchain technology is highly secure and incredibly difficult to hack. However, writing secure code on the blockchain requires a great deal of care and discipline. Bugs such as Batch Overflow emphasize the importance of taking proactive measures to keep decentralized applications safe.As the blockchain ecosystem matures, we expect to see the emergence of more tools, techniques and best practices for security. Keeping our Smart Contracts safe requires extra work from our software developers and our outside auditors, but it’s absolutely worth it to create products that our customers can completely TRUST.The Batch Overflow Bug, and Why Your Trustcoins and WeTrust Financial dApps Are Safe was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 21 days ago
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URL: https://blog.wetrust.io/blockchain-for-social-good-top-financial-inclusion-dapps-10d2030478b3?source=rss----eb19b608274---4
Title: Blockchain for Social Good: Top Financial Inclusion dApps From time to time, we here at WeTrust like to provide members of our community who are passionate about blockchain with the opportunity to write for our blog. This week, we are honored to have Mary Callahan writing for us. She is an expert on Bitcoin-related topics, and currently works as a journalist at Cex.io, the cryptocurrency exchange, where she writes articles related to blockchain security, bitcoin purchase guides and bitcoin regulations in different countries. Her informative article on blockchain for social good can be found below.We can confidently claim that everyone has heard about Bitcoin these days. Many have already acquired some through a Bitcoin exchange, but the underlying technology, blockchain, is far less understood.Without further education, the public will struggle to see how exactly this technology can be applied to help improve existing systems- or to create entirely new ones. While some evangelists seem to believe that “everything’s better with Blockchain”, we find this position to be a bit misguided, if not overtly reckless. In order to set things right, let’s first examine it from the perspective of cryptocurrencies (like Bitcoin), and then go deeper to see how varied the usage of Blockchain can be…and eventually speculate on its future.How did it all begin?As you may have guessed, Blockchain was initially implemented in Bitcoin- the first true cryptocurrency. The Bitcoin Blockchain acted as an independent, decentralized network for peer-to-peer transactions, which ensured greater security and eliminated third-party oversight at all stages of the process. It’s now been nearly 10 years since the original Bitcoin whitepaper was released in 2009, so naturally there have been some significant updates since then.New Blockchain features exploitedIn the years following the advent of Bitcoin, new cryptocurrencies began to appear. While projects like Litecoin or Dogecoin are essentially just a fresh take on the same structure Bitcoin had pioneered, projects like Ethereum approached Blockchain technology from a fundamentally new angle. It allowed for real applications to run autonomously on a decentralized ledger. This gave birth to a concept called dApps (decentralized applications).What is the difference between regular and decentralized applications?The core differences of a decentralized application are:Autonomy & independence. While developers drive the creation of public dApps, once they’re launched, any user can then modify the blockchain they’re built on. The exclusion of any intermediary force eliminates potential fraud, maximizes system performance, and considerably reduces the cost of using the application for end users. From the ideological point of view, decentralization removes everything but the devs and the dApp itself from the equation.Security & Transparency. Unlike regular software apps, dApps run on a decentralized network, where nodes are responsible for validating certain activities on the blockchain. This distributed control means that a dApp can’t be tampered with without attracting the attention of everyone working on that blockchain. Activity logs are shared across all participating nodes and are cryptographically secured- ensuring ultimate safety and transparency.Perhaps you still feel that the blockchain is only a backend/tech-side improvement over existing systems, which don’t really impact you as an end user. Well, let’s keep the ball rolling- and by the end of the article it’ll be much clearer how revolutionary this technology truly is.Blockchain boom — what is it good for?Clearly, we’re in the midst of a Blockchain boom right now. Today, there are already scores of successful blockchain-based applications with functional products that you can demo. This section is focused on the real-world use cases and further clarification around how they work.WeTrustAn Ethereum-based (runs on the Ethereum blockchain) platform for financial applications. Their first product, Trusted Lending Circles, helps provide users with immediate access to far more capital than they could save themselves. It does this by allowing users to collectively pool funds into a lending circle. The idea is as simple as it is genius. Let’s say you’ve assembled a ‘circle’ of people whom you trust (like family or friends). After that, everyone in the circle agrees upon a particular amount of money to contribute and defines a period of contribution. For example, let’s assume that there are 10 people in a circle and everyone must deposit $100 each month for 10 months. At the end of the contribution period (which is one month in this example), one user can choose to take all of the money deposited in the circle, which is $1,000. The next month, another user will get their chance to draw. So, throughout the period of 10 months, every users eventually gets the access to the full pool of funds. The biggest perk? There’s no big banks involved taking their cut of fees for acting as the “trusted third party” since the circle is built by those who already know and trust each other.SureRemitSureRemit is a decentralized platform that allows users to send digital vouchers to any part of the world. Users can buy goods or services from local merchants with their app or use this technology to pay their bills. For example, if you have a son to support who lives in another country, this app will enable you to pay for his utility bills or textbooks (hopefully not his beer money!) without intermediaries. It’s all handled peer-to-peer, securely, fast, and cheap.StellarStellar is almost a fee-free payment network for moving money across borders. Take the killer features of Ethereum and Ripple, implement them in a different project and you will get the Stellar platform. It is an open-source smart-contract based decentralized network that interacts with a number of financial institutions to ensure instant payments, both in cryptocurrency and fiat, and allows for issuing new tokens through ICOs. Another feature that helps Stellar stand out is its support for exchanging any asset within the platform itself. Users can place buy/sell orders, which are then added to the network orderbook and filled upon matching.Will Blockchain become the future of everything?Time will tell- but we’re leaning towards yes. Blockchain technology is able to digitize any kind of valuable information, from money to physical assets and even your identity or property documents.Here’s another example of how it will serve you directly in the near future. You want to buy a car and have everything that’s required: sufficient funds and all of the necessary documents. What you don’t have, however, is time to deal with the legal bureaucratic procedures. With a Blockchain solution implemented, you will be able to buy a car with only one click, as all of the following processes can now be automated:Document verificationMoney transferLicense on the car registered to your identityAlthough blockchain technology is still in the initial stages of development, it has already shown us just how necessary it is and how powerful it will become in the future.Do you agree? Leave your thoughts in the comments below.Blockchain for Social Good: Top Financial Inclusion dApps was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 81 days ago
Title: Blockchain for Social Good: Top Financial Inclusion dApps From time to time, we here at WeTrust like to provide members of our community who are passionate about blockchain with the opportunity to write for our blog. This week, we are honored to have Mary Callahan writing for us. She is an expert on Bitcoin-related topics, and currently works as a journalist at Cex.io, the cryptocurrency exchange, where she writes articles related to blockchain security, bitcoin purchase guides and bitcoin regulations in different countries. Her informative article on blockchain for social good can be found below.We can confidently claim that everyone has heard about Bitcoin these days. Many have already acquired some through a Bitcoin exchange, but the underlying technology, blockchain, is far less understood.Without further education, the public will struggle to see how exactly this technology can be applied to help improve existing systems- or to create entirely new ones. While some evangelists seem to believe that “everything’s better with Blockchain”, we find this position to be a bit misguided, if not overtly reckless. In order to set things right, let’s first examine it from the perspective of cryptocurrencies (like Bitcoin), and then go deeper to see how varied the usage of Blockchain can be…and eventually speculate on its future.How did it all begin?As you may have guessed, Blockchain was initially implemented in Bitcoin- the first true cryptocurrency. The Bitcoin Blockchain acted as an independent, decentralized network for peer-to-peer transactions, which ensured greater security and eliminated third-party oversight at all stages of the process. It’s now been nearly 10 years since the original Bitcoin whitepaper was released in 2009, so naturally there have been some significant updates since then.New Blockchain features exploitedIn the years following the advent of Bitcoin, new cryptocurrencies began to appear. While projects like Litecoin or Dogecoin are essentially just a fresh take on the same structure Bitcoin had pioneered, projects like Ethereum approached Blockchain technology from a fundamentally new angle. It allowed for real applications to run autonomously on a decentralized ledger. This gave birth to a concept called dApps (decentralized applications).What is the difference between regular and decentralized applications?The core differences of a decentralized application are:Autonomy & independence. While developers drive the creation of public dApps, once they’re launched, any user can then modify the blockchain they’re built on. The exclusion of any intermediary force eliminates potential fraud, maximizes system performance, and considerably reduces the cost of using the application for end users. From the ideological point of view, decentralization removes everything but the devs and the dApp itself from the equation.Security & Transparency. Unlike regular software apps, dApps run on a decentralized network, where nodes are responsible for validating certain activities on the blockchain. This distributed control means that a dApp can’t be tampered with without attracting the attention of everyone working on that blockchain. Activity logs are shared across all participating nodes and are cryptographically secured- ensuring ultimate safety and transparency.Perhaps you still feel that the blockchain is only a backend/tech-side improvement over existing systems, which don’t really impact you as an end user. Well, let’s keep the ball rolling- and by the end of the article it’ll be much clearer how revolutionary this technology truly is.Blockchain boom — what is it good for?Clearly, we’re in the midst of a Blockchain boom right now. Today, there are already scores of successful blockchain-based applications with functional products that you can demo. This section is focused on the real-world use cases and further clarification around how they work.WeTrustAn Ethereum-based (runs on the Ethereum blockchain) platform for financial applications. Their first product, Trusted Lending Circles, helps provide users with immediate access to far more capital than they could save themselves. It does this by allowing users to collectively pool funds into a lending circle. The idea is as simple as it is genius. Let’s say you’ve assembled a ‘circle’ of people whom you trust (like family or friends). After that, everyone in the circle agrees upon a particular amount of money to contribute and defines a period of contribution. For example, let’s assume that there are 10 people in a circle and everyone must deposit $100 each month for 10 months. At the end of the contribution period (which is one month in this example), one user can choose to take all of the money deposited in the circle, which is $1,000. The next month, another user will get their chance to draw. So, throughout the period of 10 months, every users eventually gets the access to the full pool of funds. The biggest perk? There’s no big banks involved taking their cut of fees for acting as the “trusted third party” since the circle is built by those who already know and trust each other.SureRemitSureRemit is a decentralized platform that allows users to send digital vouchers to any part of the world. Users can buy goods or services from local merchants with their app or use this technology to pay their bills. For example, if you have a son to support who lives in another country, this app will enable you to pay for his utility bills or textbooks (hopefully not his beer money!) without intermediaries. It’s all handled peer-to-peer, securely, fast, and cheap.StellarStellar is almost a fee-free payment network for moving money across borders. Take the killer features of Ethereum and Ripple, implement them in a different project and you will get the Stellar platform. It is an open-source smart-contract based decentralized network that interacts with a number of financial institutions to ensure instant payments, both in cryptocurrency and fiat, and allows for issuing new tokens through ICOs. Another feature that helps Stellar stand out is its support for exchanging any asset within the platform itself. Users can place buy/sell orders, which are then added to the network orderbook and filled upon matching.Will Blockchain become the future of everything?Time will tell- but we’re leaning towards yes. Blockchain technology is able to digitize any kind of valuable information, from money to physical assets and even your identity or property documents.Here’s another example of how it will serve you directly in the near future. You want to buy a car and have everything that’s required: sufficient funds and all of the necessary documents. What you don’t have, however, is time to deal with the legal bureaucratic procedures. With a Blockchain solution implemented, you will be able to buy a car with only one click, as all of the following processes can now be automated:Document verificationMoney transferLicense on the car registered to your identityAlthough blockchain technology is still in the initial stages of development, it has already shown us just how necessary it is and how powerful it will become in the future.Do you agree? Leave your thoughts in the comments below.Blockchain for Social Good: Top Financial Inclusion dApps was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 81 days ago
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URL: https://blog.wetrust.io/wetrust-x-origin-protocol-partnership-announcement-18bfe6d5c709?source=rss----eb19b608274---4
Title: WeTrust x Origin Protocol Partnership Announcement WeTrust, the blockchain-based platform for financial empowerment, is excited to formally announce our partnership with Origin Protocol, provider of open-source blockchain protocols to help power products and services within the sharing economy, to develop a seamless decentralized risk sharing service that leverages p2p funding for Origin-powered products.Origin Protocol is the brainchild of founders Matthew Liu, an early YouTube employee, and Josh Fraser, a successful serial entrepreneur who has previously lead his teams to notable exits (including Torbit, a major acquisition by Walmart Labs). Origin Protocol began making headlines in early 2017 as renowned blockchain venture capital investment firm Pantera Capital was involved early to make a $3M investment in the project. Origin Protocol harnesses the power of the Ethereum blockchain, with their core focus being the creation of a platform that enables distributed sharing economy dApps leveraging their open-source technology. A demo version of their dApp is now available on the Ethereum Test Net.WeTrust, led by co-founder George Li, is building decentralized applications that improve access to capital for those that are underserved. WeTrust publicly released their first product, the Trusted Lending Circles (TLC’s) dApp, onto the Main Ethereum Network in January 2018. TLCs were inspired by ROSCA (a Rotating Savings and Credit Association), and serves as a form of community-based reciprocal aid. Networks of trusted individuals can rely on WeTrust’s TLC product for their savings/ lending and insurance needs, offering earlier and greater access to funds they could not otherwise access individually. Additional platforms for decentralized protocols that can be used for products like risk management are in a development stage, applying the learnings from the WeTrust TLC product, and expands the mutual aid concept to facilitate collaboration between those participating in the sharing economy.“We are extremely excited about partnering with WeTrust. Decentralized insurance protocols are an absolutely crucial part of enabling true peer-to-peer marketplaces where buyers and sellers can transact without rent-seeking middlemen,” explains Matthew Liu.“This partnership with Origin Protocol is the definition of a win-win for all parties involved”, says George Li.WeTrust and Origin Protocol will work together to reduce the negative effects stemming from instances of fraud or manipulation, often a core concern of the sharing economy. This partnership helps ensure that Origin-powered products will be able to operate smoothly and securely, with coverage providing peace of mind for users and companies alike.WeTrust x Origin Protocol Partnership Announcement was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 102 days ago
Title: WeTrust x Origin Protocol Partnership Announcement WeTrust, the blockchain-based platform for financial empowerment, is excited to formally announce our partnership with Origin Protocol, provider of open-source blockchain protocols to help power products and services within the sharing economy, to develop a seamless decentralized risk sharing service that leverages p2p funding for Origin-powered products.Origin Protocol is the brainchild of founders Matthew Liu, an early YouTube employee, and Josh Fraser, a successful serial entrepreneur who has previously lead his teams to notable exits (including Torbit, a major acquisition by Walmart Labs). Origin Protocol began making headlines in early 2017 as renowned blockchain venture capital investment firm Pantera Capital was involved early to make a $3M investment in the project. Origin Protocol harnesses the power of the Ethereum blockchain, with their core focus being the creation of a platform that enables distributed sharing economy dApps leveraging their open-source technology. A demo version of their dApp is now available on the Ethereum Test Net.WeTrust, led by co-founder George Li, is building decentralized applications that improve access to capital for those that are underserved. WeTrust publicly released their first product, the Trusted Lending Circles (TLC’s) dApp, onto the Main Ethereum Network in January 2018. TLCs were inspired by ROSCA (a Rotating Savings and Credit Association), and serves as a form of community-based reciprocal aid. Networks of trusted individuals can rely on WeTrust’s TLC product for their savings/ lending and insurance needs, offering earlier and greater access to funds they could not otherwise access individually. Additional platforms for decentralized protocols that can be used for products like risk management are in a development stage, applying the learnings from the WeTrust TLC product, and expands the mutual aid concept to facilitate collaboration between those participating in the sharing economy.“We are extremely excited about partnering with WeTrust. Decentralized insurance protocols are an absolutely crucial part of enabling true peer-to-peer marketplaces where buyers and sellers can transact without rent-seeking middlemen,” explains Matthew Liu.“This partnership with Origin Protocol is the definition of a win-win for all parties involved”, says George Li.WeTrust and Origin Protocol will work together to reduce the negative effects stemming from instances of fraud or manipulation, often a core concern of the sharing economy. This partnership helps ensure that Origin-powered products will be able to operate smoothly and securely, with coverage providing peace of mind for users and companies alike.WeTrust x Origin Protocol Partnership Announcement was originally published in WeTrust Blog on Medium, where people are continuing the conversation by highlighting and responding to this story. WeTrustLeonD 102 days ago
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Redirected requests
There were HTTP redirect chains for the following requests:
Request Chain 58- https://www.google-analytics.com/r/collect?v=1&_v=j67&a=1621982253&t=pageview&_s=1&dl=https%3A%2F%2Fwww.wetrust.io%2F&ul=en-us&de=UTF-8&dt=WeTrust%20-%20Trusted%20Lending%20Circles%20powered%20by%20Blockchain&sd=24-bit&sr=1600x1200&vp=1585x1200&je=0&_u=IEBAAEAB~&jid=1061281115&gjid=1745918934&cid=695419521.1526993585&tid=UA-86179758-1&_gid=817612025.1526993585&_r=1&z=1102302315 HTTP 302
- https://stats.g.doubleclick.net/r/collect?v=1&aip=1&t=dc&_r=3&tid=UA-86179758-1&cid=695419521.1526993585&jid=1061281115&_gid=817612025.1526993585&gjid=1745918934&_v=j67&z=1102302315
52 HTTP transactions
| Method Protocol |
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GET H2 |
Primary Request
/
www.wetrust.io/ Redirect Chain
|
37 KB 11 KB |
Document
text/html |
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GET H2 |
application-69d9297a43d40c90890f4c6dc19ec4058a92dff0b5e196f405c76761d2b1a750.css
www.wetrust.io/assets/ |
3 MB 2 MB |
Stylesheet
text/css |
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GET H2 |
coin-pool-911f6be254996c2073ecb84e83ec94b8059d065eae4030fa83225390b0697b18.png
www.wetrust.io/assets/ |
8 KB 8 KB |
Image
image/png |
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GET H2 |
your-d-app-1c3a761cc8efd074d9a888132cc1f114655679bc930a66f0fe6d7ad3f4578a98.png
www.wetrust.io/assets/ |
5 KB 5 KB |
Image
image/png |
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General
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GET H2 |
tlc-2aa21a4d79d3e24ee33862499466909451d790ffa2dd360bea7337e8ddd1f0c2.png
www.wetrust.io/assets/ |
56 KB 57 KB |
Image
image/png |
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General
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GET H2 |
george-li-13a770fe659e39df6f370ab5318b039c523e89f5bce9f8b558f22e1f7f8ab556.png
www.wetrust.io/assets/people/ |
36 KB 36 KB |
Image
image/png |
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General
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GET H2 |
patrick-long-a850bedc00c6f7dd0b49e73a8e61079128d9dafd1730e945102089ae040adcf2.png
www.wetrust.io/assets/people/ |
44 KB 45 KB |
Image
image/png |
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General
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GET H2 |
hoang-nguyen-bbc8cbcabaac7f1d669f5cee763bfa7dd840b1197769fdde7ca6b57d8ecea70a.png
www.wetrust.io/assets/people/ |
46 KB 46 KB |
Image
image/png |
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General
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GET H2 |
vitalik-buterin-7eb7c5831cd864240196e95d6ce6ccfef789d433ebfb4de45367cf373e872e48.png
www.wetrust.io/assets/people/ |
46 KB 46 KB |
Image
image/png |
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General
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GET H2 |
bo-shen-dc913758c3b27396da744700d399b36ec14359207bc29eba68ff510f0755f34a.png
www.wetrust.io/assets/people/ |
41 KB 41 KB |
Image
image/png |
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General
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GET H2 |
brian-hoffman-23d06d25b14975bdbc654b9f8478aefab34527aa795dfdd37b57b71c17961510.png
www.wetrust.io/assets/people/ |
41 KB 41 KB |
Image
image/png |
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|
General
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|
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|
GET H2 |
emin-gun-sirer-91d8f4bf0e39ae6a62d07ef6382022c1f112c2d26f59882670b8658408e777d6.png
www.wetrust.io/assets/people/ |
125 KB 125 KB |
Image
image/png |
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General
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|
GET H2 |
michael-casey-b8a7cf7d8f78b427b39369a272208938de32d8edc100230e4298e18046545d97.png
www.wetrust.io/assets/people/ |
83 KB 83 KB |
Image
image/png |
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|
General
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|
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|
GET H2 |
benedict-chan-eda9c65a84420ebbbfa9f0ca41685d42c95c3597606a94a51236ccc8f7530823.png
www.wetrust.io/assets/people/ |
32 KB 32 KB |
Image
image/png |
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General
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|
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|
GET H2 |
user-pic-fd99a6cbd9a22fb7af9979778725d278dcb4d49130a3431a0bf712734e7edadd.svg
www.wetrust.io/assets/people/ |
1 KB 903 B |
Image
image/svg+xml |
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General
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|
GET H2 |
techcrunch-76d8017ce53df850fb05e12e449a6a084d82d4a5536afaed9dd3bfa6730b2961.svg
www.wetrust.io/assets/as-seen-in/ |
471 B 494 B |
Image
image/svg+xml |
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General
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|
GET H2 |
cointelegraph-da7e19157771216e8188bb647df04e396095e0e4e04ea1607e2d256410cbc9e5.svg
www.wetrust.io/assets/as-seen-in/ |
2 KB 1 KB |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
iconomi-768b54f39f74b246d467ac2540f4b7ac58742bfe8b0d871fb42ca41cff85dda2.svg
www.wetrust.io/assets/as-seen-in/ |
1 KB 810 B |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
smithandcrown-94404f15b63a55fac8d971407411f820238fa636214859af544fb90f9b0eaa67.svg
www.wetrust.io/assets/as-seen-in/ |
2 KB 1 KB |
Image
image/svg+xml |
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General
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|
GET H2 |
svinsight-ea894e7cb92918532636a1e5aba133e3705536b1529d3d3ca494cb702e2a2476.svg
www.wetrust.io/assets/as-seen-in/ |
2 KB 1 KB |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
lendit-0febb4401af577aef8d9c4afc499362a61a430089bad621de1d260909e2e1065.svg
www.wetrust.io/assets/as-seen-in/ |
4 KB 2 KB |
Image
image/svg+xml |
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General
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|
GET H2 |
coingecko-4f3fd115fc20fbfe2b4e10d38e73ddc7f813a1b7952aaae99378aafe66abb6b5.svg
www.wetrust.io/assets/as-seen-in/ |
1 KB 956 B |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
goodwinlaw-d25bb46f6af847b3c0a192237526954cd3b2c38f56556c7217ee332a550b7b57.svg
www.wetrust.io/assets/as-seen-in/ |
2 KB 1 KB |
Image
image/svg+xml |
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General
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Response headers
|
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|
GET H2 |
bitmedia-ee89b4a177e0dee616e22efd0dca04c44ed0986aa7418e8cf0371c65d7bf057e.svg
www.wetrust.io/assets/as-seen-in/ |
3 KB 2 KB |
Image
image/svg+xml |
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|
General
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Response headers
|
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|
GET H2 |
berkeley-5dd1a960292712c37cb40888a2fbb5a609f485ebd8a377a4c65be85fd334c047.svg
www.wetrust.io/assets/as-seen-in/ |
5 KB 2 KB |
Image
image/svg+xml |
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|
General
Request headers
Response headers
|
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|
GET H2 |
nanjing-20c8e8bcc9cb6a0ef354024b0fef629fab22ef540b7d2d83a3e2f0a094dddfb4.svg
www.wetrust.io/assets/as-seen-in/ |
28 KB 12 KB |
Image
image/svg+xml |
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|
General
Request headers
Response headers
|
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|
GET H2 |
bitcoinchaser-9114e44b7d759f6b3c95bae0a17759d4467b24627ba9cdd5624ed3468e34d046.svg
www.wetrust.io/assets/as-seen-in/ |
3 KB 1 KB |
Image
image/svg+xml |
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|
General
Request headers
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|
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|
GET H2 |
cryptocompare-24a7869d323f7bd7cb682a5f93ee305d34ad821427261f94ecd509832a7fd134.svg
www.wetrust.io/assets/as-seen-in/ |
3 KB 2 KB |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
jpm-f43a3fcb4f39b2bef8f4eafa0def5165457c121fa9410a12a0248eced8592740.svg
www.wetrust.io/assets/as-seen-in/ |
3 KB 2 KB |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
mckinsey-1cfc6e7cb4591902f7678101d1f8eb8c42ca176588b07f156ab848859c7198bd.svg
www.wetrust.io/assets/as-seen-in/ |
11 KB 5 KB |
Image
image/svg+xml |
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|
General
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|
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|
GET H2 |
coinspeaker-90183f90200b4462aa0ae9c212ce07aebc0c418784e7f8922c730f517080a3a8.svg
www.wetrust.io/assets/as-seen-in/ |
786 B 649 B |
Image
image/svg+xml |
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|
General
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|
GET H2 |
coremedia-3d42e1775e0f59810810991062c258ff74a6ccd0817c6f1a647e6b1405286d31.svg
www.wetrust.io/assets/as-seen-in/ |
3 KB 2 KB |
Image
image/svg+xml |
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General
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|
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|
GET H2 |
kcn-941e6e54436ceb6b69a13c51af66c79f61fc683e9c993b2d141377472c507c5d.svg
www.wetrust.io/assets/as-seen-in/ |
3 KB 1 KB |
Image
image/svg+xml |
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|
General
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|
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|
GET H2 |
naba-3dbb5f39e5d0a6afa7be445412ca80f651f39cedf74722db9d9d6afe79265eee.svg
www.wetrust.io/assets/as-seen-in/ |
1 KB 897 B |
Image
image/svg+xml |
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|
General
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|
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|
GET H2 |
automata-cd14bd28e4fb7ac57dbc060b923d83ac7431c0ab8acee30e4a73982d8dd3c086.svg
www.wetrust.io/assets/as-seen-in/ |
1 KB 784 B |
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image/svg+xml |
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General
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|
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|
GET H2 |
email-decode.min.js
www.wetrust.io/cdn-cgi/scripts/f2bf09f8/cloudflare-static/ |
1 KB 802 B |
Script
application/javascript |
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General
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|
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|
GET H2 |
application-76e6feb743d0b2c5e0986f1012579fc0a4766a0c8d924dc98bc2121748ec24ff.js
www.wetrust.io/assets/ |
160 KB 48 KB |
Script
application/javascript |
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|
General
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|
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|
GET S |
analytics.js
www.google-analytics.com/ |
34 KB 14 KB |
Script
text/javascript |
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|
General
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|
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|
GET DATA |
truncated
/ |
1 KB 0 |
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General
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GET DATA |
truncated
/ |
2 KB 0 |
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GET DATA |
truncated
/ |
2 KB 0 |
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GET DATA |
truncated
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2 KB 0 |
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GET DATA |
truncated
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2 KB 0 |
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GET DATA |
truncated
/ |
426 B 0 |
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GET DATA |
truncated
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767 B 0 |
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GET DATA |
truncated
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983 B 0 |
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GET DATA |
truncated
/ |
41 KB 0 |
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|
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|
GET H2 |
img-3-a0c195617f38aaaee1fabc174930844a6e166c7757d556bb20ea6b3006b18887.jpg
www.wetrust.io/assets/ |
28 KB 28 KB |
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|
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|
GET H2 |
img-2-37e8d3b4b263d1d444ef3550df2820e08bbc6209da9fac252af1e02c138586f4.jpg
www.wetrust.io/assets/ |
29 KB 29 KB |
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|
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|
GET H2 |
img-1-e6d87648e57205c59bf6ee3b739fd411baaf527f89eb3e373edc5f549cddcf93.jpg
www.wetrust.io/assets/ |
39 KB 39 KB |
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|
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|
GET DATA |
truncated
/ |
1 KB 0 |
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image/png |
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General
Request headersResponse headers
|
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|
GET DATA |
truncated
/ |
553 B 0 |
Image
image/svg+xml |
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General
Request headersResponse headers
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GET DATA |
truncated
/ |
24 KB 0 |
Image
image/jpeg |
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General
Request headersResponse headers
|
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|
GET H2 |
header-bg-c28797654065518cf8753576fefb191d2ba8a1090f0a50319ab5c52f9f69622b.png
www.wetrust.io/assets/ |
346 KB 347 KB |
Image
image/png |
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General
Request headers
Response headers
|
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|
GET DATA |
truncated
/ |
26 KB 0 |
Font
application/font-woff |
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|
General
Request headers
Response headers
|
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|
GET DATA |
truncated
/ |
74 KB 0 |
Image
image/png |
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|
General
Request headersResponse headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
26 KB 0 |
Font
application/font-woff |
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|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET DATA |
truncated
/ |
26 KB 0 |
Font
application/font-woff |
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|
General
Request headers
Response headers
|
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|
GET DATA |
truncated
/ |
7 KB 0 |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headersResponse headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
collect
stats.g.doubleclick.net/r/ Redirect Chain
|
35 B 102 B |
Image
image/gif |
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|
General
Request headers
Response headers
Redirect headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
player_api
www.youtube.com/ |
859 B 923 B |
Script
application/javascript |
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|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET H2 |
fetch_medium_blogs
www.wetrust.io/home/ |
94 KB 19 KB |
XHR
application/json |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
www-widgetapi.js
s.ytimg.com/yts/jsbin/www-widgetapi-vflz5iR_Y/ |
20 KB 8 KB |
Script
text/javascript |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
0*HKj-Ehb_YNjNny4M.
cdn-images-1.medium.com/max/1024/ |
57 KB 57 KB |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
0*mO2it68sTPUPknUT.
cdn-images-1.medium.com/max/200/ |
53 KB 54 KB |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
0*Lou-LFoSdLXE-35N.
cdn-images-1.medium.com/max/1024/ |
164 KB 164 KB |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
0*hzorYPeo70Z5IaFq.
cdn-images-1.medium.com/max/1024/ |
150 KB 150 KB |
Image
image/jpeg |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
0*kzNEPJZ3mYSfjxFd.
cdn-images-1.medium.com/max/1024/ |
365 KB 366 KB |
Image
image/png |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
GET S |
collect
www.google-analytics.com/ |
35 B 109 B |
Image
image/gif |
||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
General
Request headers
Response headers
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Verdicts & Comments Add Verdict or Comment
18 JavaScript Global Variables
These are the non-standard "global" variables defined on the window object. These can be helpful in identifying possible client-side frameworks and code.
string| GoogleAnalyticsObject function| ga object| gaplugins object| gaGlobal object| gaData function| validateEmail object| yt object| ytTag function| getYoutubeVideo object| Turbolinks function| $ function| jQuery object| YT object| YTConfig function| onYTReady function| ytDomDomGetNextId object| ytEventsEventsListeners object| ytEventsEventsCounter5 Cookies
Cookies are little pieces of information stored in the browser of a user. Whenever a user visits the site again, he will also send his cookie values, thus allowing the website to re-identify him even if he changed locations. This is how permanent logins work.
| Domain/Path | Expires | Name / Value |
|---|---|---|
| www.wetrust.io/ | Name: _wetrust-site-v3-rails_session Value: TWZlUG9FZUlaYkdGcTZtSUZDNHI3WTVaYW4zZkNQOUJJRlF5WER0SG1hVVRsSlJtWFZhZ2FlY0l1L2hObDdqYThuMUhzYi9TNUxnMXJPNFAwUkMwNHkwRWxnL0l4ZCtNS3lCNGttUlBsay9YdUNLMjhXTnB1djdUUVB1R2xhUWtDUnBHZkRIUEJEbER2aU1JNC9DOEpBPT0tLUNrbXl1eUNRQThkTmpCRy9uTTlTb0E9PQ%3D%3D--8b94accbef6041d84f989a26e1b5ca286bce6690 |
|
| .wetrust.io/ | Name: _gat Value: 1 |
|
| .wetrust.io/ | Name: _gid Value: GA1.2.817612025.1526993585 |
|
| .wetrust.io/ | Name: _ga Value: GA1.2.695419521.1526993585 |
|
| .wetrust.io/ | Name: __cfduid Value: dae8d92bd5d51b4ff98305e6a6bd0e9c31526993583 |
Security Headers
This page lists any security headers set by the main page. If you want to understand what these mean and how to use them, head on over to this page
| Header | Value |
|---|---|
| X-Content-Type-Options | nosniff |
| X-Frame-Options | SAMEORIGIN |
| X-Xss-Protection | 1; mode=block |
Indicators
This is a term in the security industry to describe indicators such as IPs, Domains, Hashes, etc. This does not imply that any of these indicate malicious activity.
cdn-images-1.medium.com
s.ytimg.com
stats.g.doubleclick.net
wetrust.io
www.google-analytics.com
www.wetrust.io
www.youtube.com
104.16.121.145
104.25.105.99
104.25.106.99
173.194.76.156
216.58.206.14
216.58.210.14
0febb4401af577aef8d9c4afc499362a61a430089bad621de1d260909e2e1065
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8a974164e583b4c3d59fe6f38275ed4e73e48a7b68c5c606936a63ccbce04dc2
8ee94ad9f4365dab1dfefe5d1eb0a8d1f39d6a421c44fdb48d961dc813e3a8a7
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941e6e54436ceb6b69a13c51af66c79f61fc683e9c993b2d141377472c507c5d
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9a2ed9fc7203ad9f1fd073304daffc1618770608d52d0ecda1342bc3b6dcb86e
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a599232b27762d0deef401c854b6c5f7f9f7b69c63a22fdf36b99bac156946fc
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b2c070883547f397268b6b491319057da8df5d3b4bae06b0a25b098a4491e0a6
b7c4b81afae58e0f6b8ec387642e80230099764dd8005f1cae424cdbb843f7f3
b8a7cf7d8f78b427b39369a272208938de32d8edc100230e4298e18046545d97
bbc8cbcabaac7f1d669f5cee763bfa7dd840b1197769fdde7ca6b57d8ecea70a
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d86535603bd79537d32a08e173e8b56877377941756eb8550b1c69b1d10c4dfe
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deb6e741418c1e05c26420b51d601fe3a939df255f2f94398e02e0a2291f1556
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ea894e7cb92918532636a1e5aba133e3705536b1529d3d3ca494cb702e2a2476
eda9c65a84420ebbbfa9f0ca41685d42c95c3597606a94a51236ccc8f7530823
ee89b4a177e0dee616e22efd0dca04c44ed0986aa7418e8cf0371c65d7bf057e
ef7113a6369f69c959d872ab0ec2c5f50b59090ba93055b529887ad3e19a6ac1
f43a3fcb4f39b2bef8f4eafa0def5165457c121fa9410a12a0248eced8592740
fd124792a810659422530eee06a80ad9dbfdf81aad58c8221736e89706662821
fd99a6cbd9a22fb7af9979778725d278dcb4d49130a3431a0bf712734e7edadd