But with a debit card, the money is deducted from your consumer's bank account. Though it is possible to recoup the fraudulent charges eventually, that's a difficult and a very long shot.
\n11. Don't respond to pop-ups.
\nAsk your consumers to ignore all pop-up offers and deals. They should not respond or click on the links. For example, if a pop-up says, \"clean your infected computer,\" ensure that they ignore it. They are all scams.
\n12. Use secure websites.
\nThere is a small icon in the left-hand corner of any website's URL bar. URLs that start with \"HTTPS\" are secure sites, and they encrypt all data that consumers share on the site. It is another best online shopping tip that your consumers exercise caution before providing their financial information on sites without the \"s\".
\n13. Keep receipts.
\nWhen your consumers shop anything online, they receive a sales confirmation after the purchase, mostly in the form of emails. Ask them not to delete these emails until the item has arrived and they are satisfied with the product. It is an important piece of information that they require to call consumer service or return a purchase.
\n14. Don't accept virtual gifts.
\nFake websites offer free gifts to consumers to entice them into sharing their banking details. Another online shopping tip for consumers is never to accept free gifts online. Virtual gift cards have the highest risk of cyber fraud.
\n15. Use an extra email account.
\nThis is an interesting online shopping tip that can save your consumers the hassles of financial or identity fraud. Ask them to use a separate email address for shopping altogether. This way, they can steer clear of compromising their personal information. P.S. Remind them to use passwords for each account.
\n16. Never leave devices unlocked.
\nIt is a good practice to keep devices locked at all times. Prying eyes can be anywhere—it only takes seconds for someone to watch over the shoulder and get hold of your consumers' passwords. Add a second layer of authentication (MFA), for instance, a PIN or passcode, before letting your consumers in.
\n17. Do not overshare.
\nNo genuine website asks for consumers' Social Security number (SSN) to complete a transaction. So, if they are doing it, they are most certainly phishing attempts. Encourage your consumers to call the consumer service for more details before handing out sensitive information.
\nHow LoginRadius Can Help in Securing Your Data Safe While Providing a Delightful Digital Experience
\nAs an organization, it is also crucial that you take similar steps to minimize your consumers' cyber liabilities. Using the LoginRadius consumer identity and access management solution, you can provide them the safest and most secure digital experience while looking out to implement the best online shopping tips.
\nHere how you get personalized marketing, 360-degree customer profiling, data safety, and omnichannel experience for your consumers.
\n- \n
- Improved registration and login options: The identity management platform allows consumers to register using Magic Link via Email, OTP Login via Email, or OTP Login via Phone. This way, consumers need not remember passwords to log in anymore. \n
- 360-degree view of consumers: It offers a 360-degree view of consumer demographics, so you can plan your next move based on their behavior and personal preferences while building better relationships. \n
- Social login: Social login allows consumers to authenticate with a social media account. It helps your consumers skip the hassles of the registration and end up with a seamless consumer onboarding. \n
- Single sign-on (SSO): It allows consumers to access multiple accounts with a single set of credentials, offering ease of authentication and a frictionless omnichannel experience. \n
- Multi-factor authentication (MFA): It offers multiple layers of authentication during the login process to ensure that the right consumers log in. \n
- Security compliance: LoginRadius adheres to international standards like the E.U.'s GDPR and California's CCPA. Other certifications include PCI DSS, ISO 27001:2013, ISO 27017:2015, ISO/IEC 27018:2019, U.S. Privacy Shield, NIST Cybersecurity Framework, and more. \n
Conclusion
\nSafe online shopping tips are essential to providing excellent experiences to both consumers and retailers alike. It is a smart approach to know your immediate threats, so there is no room for mistakes.
\nThe tips and solutions discussed above can protect your consumers from underlying threats this holiday season. Have a great shopping spree!
\nFAQs
\nQ1. Why is security crucial during Black Friday and Cyber Monday shopping?
\nA: These events attract cybercriminals; securing data is vital to prevent scams and breaches.
\nQ2. What are common online shopping threats mentioned in the blog?
\nA: DDoS attacks, card fraud, phishing scams, and consumer journey hijacking.
\nQ3. How can consumers protect themselves while shopping online?
\nA: Tips include using trusted sites, avoiding public Wi-Fi, and employing VPNs.
\nQ4. What's the role of multi-factor authentication in online shopping security?
\nA: It adds an extra layer, ensuring the right users access their accounts.
\nQ5. How can businesses enhance data security during these events?
\nA: Solutions like LoginRadius offer secure registration, 360-degree consumer views, and multi-factor authentication.
\n\n","frontmatter":{"date":"November 24, 2021","updated_date":null,"description":"Many people prefer shopping online these days rather than going to a conventional store. Therefore, securing the data of your customers online is an integral part of protecting the organisation as a whole. Your job is to let them shop with some of the best online shopping tips with confidence.","title":"17 Tips to Avoid Shopping Scams on Black Friday & Cyber Monday","tags":["data protection","cybersecurity","ciam solution","mfa"],"pinned":null,"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.408450704225352,"src":"/static/e4a8c01a110de179f2a7cb45e98dce44/9a31d/17-online-shopping-tips-for-consumer.jpg","srcSet":"/static/e4a8c01a110de179f2a7cb45e98dce44/f836f/17-online-shopping-tips-for-consumer.jpg 200w,\n/static/e4a8c01a110de179f2a7cb45e98dce44/2244e/17-online-shopping-tips-for-consumer.jpg 400w,\n/static/e4a8c01a110de179f2a7cb45e98dce44/9a31d/17-online-shopping-tips-for-consumer.jpg 767w","sizes":"(max-width: 767px) 100vw, 767px"}}},"author":{"id":"Rakesh Soni","github":"oyesoni","avatar":"rakesh-soni.jpg"}}}},{"node":{"excerpt":"What is a Smart Contract? Smart Contracts 📝 are simple programs stored on a blockchain network. You can say it's like an agreement between…","fields":{"slug":"/engineering/guest-post/ethereum-smart-contract-tutorial/"},"html":"What is a Smart Contract?
\nSmart Contracts 📝 are simple programs stored on a blockchain network.
\nYou can say it's like an agreement between two people in the form of computer code. The transactions in a smart contract are processed by the blockchain and stored as a 42 character hex address with the prefix \"0x\"). All of which means that they can be sent automatically without needing a third party.
🤔 Remember: They're stored in a public database. And once a smart contract is deployed, it cannot be changed.
\nWhat is Solidity?
\nSolidity is one of the most popular languages used for building smart contracts on Ethereum Blockchain. It's also an object-oriented programming language.
\nBuild Your First Smart Contract
\n- \n
- Open
RemixIDE from here. \n - Click on
Sureand thenDone. \n - Under
default_workshop, click oncreate new file. \n - Rename it as
Hostel.sol. \n
Now you're ready to write your first Smart Contract. 🤩
\nContract Code
\n- \n
- You have to provide the
solidity versionin the smart contract: \n
pragma solidity ^0.5.16;- \n
- Now create the main contract named
Hostel: \n
contract Hostel{\n ...\n}- \n
- Now, inside the
contract Hostel{...}follow the steps below. \n - Create some variables where the smart contract will store the payable
address(42 char hex string with prefix :\"0x\") of theLandlord& theTenant. \n
address payable tenant;\n address payable landlord;- \n
- Create some public variables where the smart contract will store some integer values. For this, there's a data type called
uint(256-bit unsigned integer) \n
uint public no_of_rooms = 0;\n uint public no_of_agreement = 0;\n uint public no_of_rent = 0;- \n
- Now, create a
structureto store details of each Hostel room likeHostel no.,Hostel name,Hostel address,No of total agreements,Monthly rent,One-time security deposit,Last agreement sign time,Vacancy,Landlord address, andCurrent Tenant Address. \n
struct Room{\n uint roomid;\n uint agreementid;\n string roomname;\n string roomaddress;\n uint rent_per_month;\n uint securityDeposit;\n uint timestamp;\n bool vacant;\n address payable landlord;\n address payable currentTenant;\n }- \n
mappreviousstructurewith auint(named :roomid). \n
mapping(uint => Room) public Room_by_No;- \n
- Similar to the above, create a
structurefor eachRental Agreementand map that with auint(named:agreementid). This will store details like:Hostel no.,Agreement No,Hostel name,Hostel address,Monthly rent,One-time security deposit,Lockin Period,Agreement sign time,Landlord address, andTenant Address. \n
struct RoomAgreement{\n uint roomid;\n uint agreementid;\n string Roomname;\n string RoomAddresss;\n uint rent_per_month;\n uint securityDeposit;\n uint lockInPeriod;\n uint timestamp;\n address payable tenantAddress;\n address payable landlordAddress;\n }mapping(uint => RoomAgreement) public RoomAgreement_by_No;- \n
- Now, create a
structurefor eachRentpayment and map that with auint. This will store details like:Rent No.,Hostel no.,Agreement No,Hostel name,Hostel address,Monthly rent,Rent payment time,Landlord address, andTenant Address. \n
struct Rent{\n uint rentno;\n uint roomid;\n uint agreementid;\n string Roomname;\n string RoomAddresss;\n uint rent_per_month;\n uint timestamp;\n address payable tenantAddress;\n address payable landlordAddress;\n } mapping(uint => Rent) public Rent_by_No;- \n
- \n
Create some modifiers that will help you verify a few things before running a function.
\nHere
\nrequire(...);means that if the given condition is not satisfied, the function won't execute, and the given string will appear as an error code. \n
The following will check if the message sender is the landlord.
\n modifier onlyLandlord(uint _index) {\n require(msg.sender == Room_by_No[_index].landlord, "Only landlord can access this");\n _;\n }The following will check if the message sender is anyone except the landlord.
\n modifier notLandLord(uint _index) {\n require(msg.sender != Room_by_No[_index].landlord, "Only Tenant can access this");\n _;\n }The following will check whether the room is vacant or not.
\n modifier OnlyWhileVacant(uint _index){\n \n require(Room_by_No[_index].vacant == true, "Room is currently Occupied.");\n _;\n }The following will check whether the tenant has enough Ether in his wallet to pay the rent.
modifier enoughRent(uint _index) {\n require(msg.value >= uint(Room_by_No[_index].rent_per_month), "Not enough Ether in your wallet");\n _;\n }The following will check whether the tenant has enough Ether in his wallet to pay a one-time security deposit and one month's rent in advance.
modifier enoughAgreementfee(uint _index) {\n require(msg.value >= uint(uint(Room_by_No[_index].rent_per_month) + uint(Room_by_No[_index].securityDeposit)), "Not enough Ether in your wallet");\n _;\n }The following will check whether the tenant's address is the same as who has signed the previous rental agreement.
\n modifier sameTenant(uint _index) {\n require(msg.sender == Room_by_No[_index].currentTenant, "No previous agreement found with you & landlord");\n _;\n }The following will check whether any time is left for the agreement to end.
\n modifier AgreementTimesLeft(uint _index) {\n uint _AgreementNo = Room_by_No[_index].agreementid;\n uint time = RoomAgreement_by_No[_AgreementNo].timestamp + RoomAgreement_by_No[_AgreementNo].lockInPeriod;\n require(now < time, "Agreement already Ended");\n _;\n }The following will check whether 365 days have passed after the last agreement has been created.
\n modifier AgreementTimesUp(uint _index) {\n uint _AgreementNo = Room_by_No[_index].agreementid;\n uint time = RoomAgreement_by_No[_AgreementNo].timestamp + RoomAgreement_by_No[_AgreementNo].lockInPeriod;\n require(now > time, "Time is left for contract to end");\n _;\n }The following will check whether 30 days have passed after the last rent payment.
\n modifier RentTimesUp(uint _index) {\n uint time = Room_by_No[_index].timestamp + 30 days;\n require(now >= time, "Time left to pay Rent");\n _;\n }- \n
- Now, create some functions \n
The following function will be used to add Rooms.
\n function addRoom(string memory _roomname, string memory _roomaddress, uint _rentcost, uint _securitydeposit) public {\n require(msg.sender != address(0));\n no_of_rooms ++;\n bool _vacancy = true;\n Room_by_No[no_of_rooms] = Room(no_of_rooms,0,_roomname,_roomaddress, _rentcost,_securitydeposit,0,_vacancy, msg.sender, address(0)); \n \n }Now, create a function to sign the rental agreement for a hostel room between the landlord and a tenant.
\nBefore creating the signAgreement function, remember the following:
- \n
- The function will only execute if the user is
Tenant, meaning that the user's address and the landlord's address don't match. \n - The function will only execute if the user has enough ether (payable 'ether') in their Ethereum wallet.(Enough ether means = one-time security deposit + 1st month's rent) \n
Let's use those modifiers here, so that:
\n- \n
- The function
signAgreementwill only execute only if the said room is vacant and the tenant has enough ether in their wallet. \n
Remember those modifiers in point no.10? Use those modifiers here to execute the following function.
\n function signAgreement(uint _index) public payable notLandLord(_index) enoughAgreementfee(_index) OnlyWhileVacant(_index) {\n require(msg.sender != address(0));\n address payable _landlord = Room_by_No[_index].landlord;\n uint totalfee = Room_by_No[_index].rent_per_month + Room_by_No[_index].securityDeposit;\n _landlord.transfer(totalfee);\n no_of_agreement++;\n Room_by_No[_index].currentTenant = msg.sender;\n Room_by_No[_index].vacant = false;\n Room_by_No[_index].timestamp = block.timestamp;\n Room_by_No[_index].agreementid = no_of_agreement;\n RoomAgreement_by_No[no_of_agreement]=RoomAgreement(_index,no_of_agreement,Room_by_No[_index].roomname,Room_by_No[_index].roomaddress,Room_by_No[_index].rent_per_month,Room_by_No[_index].securityDeposit,365 days,block.timestamp,msg.sender,_landlord);\n no_of_rent++;\n Rent_by_No[no_of_rent] = Rent(no_of_rent,_index,no_of_agreement,Room_by_No[_index].roomname,Room_by_No[_index].roomaddress,Room_by_No[_index].rent_per_month,now,msg.sender,_landlord);\n }Now, create a function that the tenant will use to pay the monthly rent to the landlord.
\nBefore creating the payRent function, remember the following:
- \n
- The function will only execute if the user's address and previous tenant's address both are the same, meaning that the user can only pay rent if he/she has signed an agreement with the landlord within the last 365 days. \n
- The function will only execute if the tenant had paid his/her previous rent more than a month ago. \n
- The function will only execute if the user has enough ether (payable 'ether') in his/her Ethereum wallet. (enough ether = enough room rent). \n
function payRent(uint _index) public payable sameTenant(_index) RentTimesUp(_index) enoughRent(_index){\n require(msg.sender != address(0));\n address payable _landlord = Room_by_No[_index].landlord;\n uint _rent = Room_by_No[_index].rent_per_month;\n _landlord.transfer(_rent);\n Room_by_No[_index].currentTenant = msg.sender;\n Room_by_No[_index].vacant = false;\n no_of_rent++;\n Rent_by_No[no_of_rent] = Rent(no_of_rent,_index,Room_by_No[_index].agreementid,Room_by_No[_index].roomname,Room_by_No[_index].roomaddress,_rent,now,msg.sender,Room_by_No[_index].landlord);\n }Let's create a function that the landlord will use to mark an agreement complete.
\nBefore creating agreementCompleted function, remember the following:
- \n
- The function will only execute if the user's address and the landlord's address are the same. \n
- \n
The function will only execute if the tenant had signed that agreement more than a year ago.
\n
\nfunction agreementCompleted(uint _index) public payable onlyLandlord(_index) AgreementTimesUp(_index){\n require(msg.sender != address(0));\n require(Room_by_No[_index].vacant == false, "Room is currently Occupied.");\n Room_by_No[_index].vacant = true;\n address payable _Tenant = Room_by_No[_index].currentTenant;\n uint _securitydeposit = Room_by_No[_index].securityDeposit;\n _Tenant.transfer(_securitydeposit);\n}\n
Let's create a function that the landlord will use to terminate an agreement.
\nBefore creating agreementTerminated function, remember the following:
- \n
- The function will only execute if the user's address and the landlord's address are the same. \n
- The function will only execute if the tenant had signed that agreement less than a year ago. \n
function agreementTerminated(uint _index) public onlyLandlord(_index) AgreementTimesLeft(_index){\n require(msg.sender != address(0));\n Room_by_No[_index].vacant = true;\n }Compile
\nNow, click on the Solidity Compile option in the left sidebar.
- \n
- Select compiler version
0.5.16+\n - Then click on
Compile Hostel.sol\n
Similar to as follows:
\n\n \n![\"Compiler\"](\"/static/bc558b256541ec86d2c0eb8e80ec9f12/50383/img1.png\" "\\"Compiler\\"")
\n \nDeploy
\nClick on the Deploy & Run Transactions option in the left sidebar.
- \n
- Choose
Environment>JavaScript VM (London)\n - Now click on
Deploy\n
![\"Deploy\"](\"/static/343cc66c27641d6a09263cfdd89f96c6/50383/img2.png\" "\\"Deploy\\"")
\n \n🎉 Congratulations, your smart contract has been deployed. 🎉
\nSample Transactions
\nRemember that whenever a transaction is getting executed, it stores all the details in a unique hash key.
Now, under Deployed Contract click on > HOSTEL AT ..... (MEMORY)
- \n
- Click on the
Vicon (dropdown menu) ofaddRoomfunction. \n - Fill up the details. \n
Similar to as follows:
\n\n \n![\"AddRoom\"](\"/static/3bc47cb07ed572c00dd0e0588f8fccea/50383/img3.png\" "\\"AddRoom\\"")
\n \n\n\nNote: You're entering your details in
\nweinot inether(1 ether = 1000000000000000000 wei)
- \n
- \n
Then click on
\ntransact🎉 Congratulations, you've successfully added your 1st room in the contract. 🎉
\n(You can find the same in the terminal also.)
\nNow the landlord of the room is your 1st Ether Address. (The one with 99.99 test ether in wallet.)
\n \n - Change the
Account Addressfrom the dropdown menu. (Choose anyone except the one with 99.99 ether) \n
![\"Change](\"/static/eb47d2dd91d0b7a616503cf0fab97c17/50383/img4.png\" "\\"Change")
\n \n- \n
- Add the total amount you have previously chosen as (rent cost + security deposit) \n
- And then from the dropdown
wei, chooseether\n
![\"Change](\"/static/d5fd5d1f68f4e5d37d78edf675a163a2/50383/img5.png\" "\\"Change")
\n \n- \n
- \n
Scroll down and click on
\nsignAgreement, enter1, and presssignAgreementYou can check the same by entering
\nRoomAgreementNo:1\n
![\"Agreement](\"/static/2e78f99488e2d4b996bf69e041b3f2a9/50383/img6.png\" "\\"Agreement")
\n \n🎉 Congratulations, you've successfully signed your 1st agreement. 🎉
\nAll your transactions are shown in the terminal.
![\"Terminal\"](\"/static/7ebf72a72c72bbb334e0d52d8ce3cbf8/e5715/img7.png\" "\\"Terminal\\"")
\n \nNow, you can cross verify this by checking your ether account address.
Advantages of Smart Contracts
\nNow you may ask, \"what's the use of smart contracts when there are several centralized methods?\"
\nLet me explain some advantages of smart contracts over centralized systems:
\n- \n
- Here data cannot be changed or tampered with. So, it is almost impossible for malicious actors to manipulate data. \n
- It's completely decentralized. \n
- Unlike any centralized payment wallet, you don't have to pay any commission percentages to a middle man to transact. \n
Storage & Others
\nYou may also ask \"how are all the transactions recorded?\"
\nYou have to remember that smart contracts store data in a block of the blockchain, and all transactions are stored with a unique hash key.
In Remix IDE, you can download the complete transactions history as a JSON file. For that, follow these steps:
\n- \n
- Click
Deploy & Run Transaction\n - Then, expand the
Transactions Recorded (..) Vdropdown menu. \n - Then Click on the
Saveicon. \n - Press
ok. \n
Gas Fee
\nYou may have noticed that whenever a transaction is executed, a few wei is getting deducted from your ether wallet.
It's called gas fee, which is the payment made by users to compensate for the computing energy required to process and validate transactions.
\nAs more Ethereum miners come up in near future, the gas fee will decrease in an inverse relation.
Future Possibilities
\nAfter this, if you want to build a fullstack website using React, you can use this smart contract as a backend.
\nFor that you need to install/download:
\nFrontend:
\n- \n
- Node.js \n
Backend:
\n\nTesting:
\n\nJust follow the official documentation of Web3.js to connect your smart contract with your React app.
\nConclusion
\nYou've successfully understood what Solidity is and how smart contracts work. And you've successfully built and deployed a perfectly working smart contract (where a tenant can pay rent in ether (ETH) directly to the landlord's wallet without paying a single wei to a middle man).
\nTo download the complete code used in this tutorial, click here.
\nWant to quickly add user login and signup functionality to your React apps? Use LoginRadius for free.
\n","frontmatter":{"date":"November 24, 2021","updated_date":null,"description":"Smart contracts are an exciting way to build decentralized applications (dapps) on a blockchain. This tutorial helps you learn and build your first smart contract using Solidity on Ethereum blockchain.","title":"Build Your First Smart Contract with Ethereum & Solidity","tags":["Blockchain","Ethereum","Solidity"],"pinned":null,"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.5037593984962405,"src":"/static/32b53a158fcbe237c5223007d8b14857/ee604/coverimage.png","srcSet":"/static/32b53a158fcbe237c5223007d8b14857/69585/coverimage.png 200w,\n/static/32b53a158fcbe237c5223007d8b14857/497c6/coverimage.png 400w,\n/static/32b53a158fcbe237c5223007d8b14857/ee604/coverimage.png 800w,\n/static/32b53a158fcbe237c5223007d8b14857/f3583/coverimage.png 1200w","sizes":"(max-width: 800px) 100vw, 800px"}}},"author":{"id":"Aritra Belel","github":"belelaritra","avatar":null}}}},{"node":{"excerpt":"JSON (JavaScript Object Notation) is a text-based, language-independent format that is easily understandable by humans and machines. JOSE…","fields":{"slug":"/engineering/guest-post/what-are-jwt-jws-jwe-jwk-jwa/"},"html":"JSON (JavaScript Object Notation) is a text-based, language-independent format that is easily understandable by humans and machines.
\nJOSE (Javascript Object Signing and Encryption) is a framework used to facilitate the secure transfer of claims between any two parties. Its specifications provide a general approach to encryption of any content, not necessarily in JSON. However, it is built on JSON for easy use in web applications. Let's explore some of these specifications.
\nJWT — JSON Web Token
\nJWT is a standard mechanism used for authentication. It is compact and URL-safe to represent the claims to be transferred between two parties. Claims are a set of key/value pairs that provide a target system with information about a client to apply an appropriate level of access control to its resources. Claim names could be Registered (IANA), Public, or Private. Some registered claim names are:
\n- \n
- \"iss\": Issuer claim — identifies the issuer of the claim \n
- \"sub\": Subject claim — identifying the subject of a claim \n
- \"jti\": JWT ID — Uniquely identify a claim \n
Structure
\nJWT is mainly composed of three parts: header, payload, and signature that are Base64 URL-encoded.
\n- \n
- The header is used to identify the algorithm used to generate a signature. \n
- The payload consists of the claims and signature (secret key) used to validate the token. \n
- The structure of sending the information could be Serialized or Deserialized. In the Serialized form, JWT is represented as a string containing the header, payload, and signature separated by dots. \n
[header].[payload].[signature]Here's a simple JWT example.
\nJSON Web Token:
\neyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJpZCI6MTIzNDU2Nzg5LCJuYW1lIjoiSm9zZXBoIn0.OpOSSw7e485LOP5PrzScxHb7SR6sAOMRckfFwi4rp7o
header:\n{\n "alg" : "HS256", Header\n ---------------------------------> eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9\n "typ" : "JWT"\n}\n\nPayload:\n{\n "id" : 123456789, Payload\n ---------------------------------> eyJpZCI6MTIzNDU2Nzg5LCJuYW1lIjoiSm9zZXBoIn0\n "name" : "Joseph"\n}\n Signature\nOpOSSw7e485LOP5PrzScxHb7SR6sAOMRckfFwi4rp7o ----------------> OpOSSw7e485LOP5PrzScxHb7SR6sAOMRckfFwi4rp7oThis shows the decoded JSON Web Token. In the deserialized form, JWT contains only the header and the payload as plain JSON objects.
\nJWT is implemented using JWS or JWE. Learn more about JWT here
\nJWS — JSON Web Signature
\nJWS is used to represent content secured with digital signatures or Hash-based Message Authentication Codes (HMACs) with the help of JSON data structures. It cryptographically secures a JWS Header and JWS Payload with a JWS Signature. The encoded strings of these three are concatenated using dots similar to JWT. The identifiers and algorithms used are specified in the JSON Web Algorithms specification.
\nThe JWS Header MUST contain an alg parameter, as it uses the algorithm to encode the JWS Header and the JWS Payload to produce the JWS Signature. Some of the commonly used algorithms to sign the JWS Header and Payload are:
\n- \n
- HMAC using SHA-256 or SHA-512 hash algorithms (HS256, HS512) \n
- RSA using SHA-256 or SHA-512 hash algorithms (RS256, RS512) \n
JWS example:
\neyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9 ----------------> JWS Header\n\neyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ --------------> JWS PayloadIt has an Encoded JWS Header followed by an Encoded JWS Payload separated by a '.'. This is the JWS Signing input which, on signing with the HMAC SHA-256 algorithm and base64url encoding, gives the Encoded JWS Signature value:
\ndBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXkOn concatenation:
\neyJ0eXAiOiJKV1QiLA0KICJhbGciOiJIUzI1NiJ9.eyJpc3MiOiJqb2UiLA0KICJleHAiOjEzMDA4MTkzODAsDQogImh0dHA6Ly9leGFtcGxlLmNvbS9pc19yb290Ijp0cnVlfQ.dBjftJeZ4CVP-mB92K27uhbUJU1p1r_wW1gFWFOEjXkLearn more about JWS here
\nJWE — JSON Web Encryption
\nJSON Web Encryption enables encrypting a token so that only the intended recipient can read it. It standardizes the way to represent the encoded data in a JSON data structure. Representation of the encrypted payload may be by JWE compact serialization or JWE JSON serialization.
\nStructure
\nThe JWE compact serialization form has five main components:
\n- \n
- JOSE header \n
- JWE Encrypted Key \n
- JWE initialization vector \n
- JWE Ciphertext \n
- JWE Authentication Tag \n
All these components are base64url-encoded and are concatenated using dots (.).
- \n
- \n
The JOSE Header, the first element of the token, is the same as the headers of the previously mentioned JWT and JWS.
\nJWE has additional elements to the Header —
\nencandzip.
\nencdefines the content encryption algorithm while thealgelement defines the encryption algorithm for the Content Encryption Key (CEK).
\nzipprovides a compression algorithm if token compression is needed. \n - During the encryption process, the issuer generates a random key, which is 256-bits in size, that is used to encrypt the message. This is placed in the JWE Encrypted key section. \n
- Some encryption algorithms require an initialization vector, which is a randomly generated number that is used along with a secret key to encrypt data. This prevents repeated encryption of the same data using the same secret key. The recipient requires this initialization vector to decrypt the message, and hence, is placed in the JWE token. \n
- The fourth section of the token is the JWE ciphertext that is computed by encrypting the plaintext JSON payload. It uses the algorithm mentioned in the header's
encelement. \n - The JWE Authentication Tag is the last part of the JWE Token generated along with the ciphertext. It ensures the integrity of the ciphertext. \n
"header":\n{\n "alg" : "RSA-OAEP", --------------------> For content encryption key\n\n "enc" : "A256GCM" --------------------> For content encryption algorithm\n},\n\n "encrypted_key" : "qtF60gW8O8cXKiYyDsBPX8OL0GQfhOxwGWUmYtHOds7FJWTNoSFnv5E6A_Bgn_2W"\n\n\n"iv" : "HRhA5nn8HLsvYf8F-BzQew", --------------------> initialization vector\n\n"ciphertext" : "ai5j5Kk43skqPLwR0Cu1ZIyWOTUpLFKCN5cuZzxHdp0eXQjYLGpj8jYvU8yTu9rwZQeN9EY0_81hQHXEzMQgfCsRm0HXjcEwXInywYcVLUls8Yik",\n\n"tag" : "thh69dp0Pz73kycQ" --------------------> Authentication tag\n}Learn more about JWE here
\nJWK — JSON Web Key
\nJWK is a JSON structure representing a set of public keys as a JSON object using the Elliptic Curve or RSA algorithms. Public key representations can help verify the signature with the corresponding private key.
\nStructure
\nJWK consists of a JWK Container Object and an array of JWK Key Objects.
\n- \n
- The JWK Container Object is a JSON object that contains a specific member that is an array. This member is a required element in the Container Object. \n
- The JWK Key Objects are stored within the array of the JWK Container object. They have a set of members that is common to all key types. As mentioned before, JWK Key objects can use Elliptic Curve or RSA algorithms. To do so, the
algfield must holdECorRSA, respectively. Here is an example of a JWK using RSA: \n
{\n"alg":"RSA",\n\n"mod": "0vx7agoebGcQSuuPiLJXZptN9nndrQmbXEps2aiAFbWhM78LhWx4cbbfAAtVT86zwu1RK7aPFFxuhDR1L6tSoc_BJECPebWKRXjBZCiFV4n3oknjhMs\ntn64tZ_2W-5JsGY4Hc5n9yBXArwl93lqt7_RN5w6Cf0h4QyQ5v-65YGjQR0_FDW2QvzqY368QQMicAtaSqzs8KJZgnYb9c7d0zgdAZHzu6qMQvRL5hajrn1n91CbOpbI\nSD08qNLyrdkt-bFTWhAI4vMQFh6WeZu0fM4lFd2NcRwr3XPksINHaQ-G_xBniIqbw0Ls1jF44-csFCur-kEgU8awapJzKnqDKgw",\n\n"exp":"AQAB",\n\n"kid":"2011-04-29"\n}It provides a Key ID for matching.
\nJWA — JSON Web Algorithms
\nThe JWA specification focuses mainly on enumerating the algorithms necessary for JWS, JWK AND JWE. It also describes the operations that are specific to these algorithms and key types.
\nAlgorithms for JWS: These algorithms are used to sign the contents of the JWS Header and the JWS Payload
\n![\"JWS](\"/static/59304762300dd863a8ceddb2ca893b4b/e5715/JWS_algo.png\" "\\"JWS")
\n \n Algorithms for JWE These algorithms encrypt the Content Encryption Key (CEK) and produce the JWE Encrypted Key
\n![\"JWE](\"/static/41748e3c88f2a5504335f64ed916a05c/e5715/JWE_algo.png\" "\\"JWE")
\n \n Algorithms for JWK: JWA specifies a set of algorithm families to be used for the public keys represented by JWK
\n![\"JWK](\"/static/1a4fdfb901193d11ded56baade0feaa7/e5715/JWK_algo.png\" "\\"JWK")
\n \n Learn more about JWA here.
\nConclusion
\nThe IETF JSON Object Signing and Encryption (JOSE) working group was chartered to develop a secure object format based on JSON and simplify adding object-based security features to internet applications.
\nThe basic requirements for these object formats are confidentiality and integrity mechanisms encoded in JSON. JWT, JWS, JWE, JWK, and JWA are the JOSE working group items intended to describe these object formats.
\nThe JOSE specifications have many use cases and are sought out for integrity protection, encryption, security tokens, OAuth, web cryptography, etc. Check out this site to know more about JOSE use cases.
\nWant to learn how to use JWT for authentication in your apps? Check out this informational JWT authentication guide.
\nReferences:
\n\n","frontmatter":{"date":"November 24, 2021","updated_date":null,"description":"Learn about the JOSE framework and its specifications, including JSON Web Token (JWT), JSON Web Signature (JWS), JSON Web Encryption (JWE), JSON Web Key (JWK), and JSON Web Algorithms (JWA). For easier reference, bookmark this article.","title":"What are JWT, JWS, JWE, JWK, and JWA?","tags":["JSON","Encryption"],"pinned":null,"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.5037593984962405,"src":"/static/77dde0fdc2f90c1277d228bc32c367d2/ee604/coverImage.png","srcSet":"/static/77dde0fdc2f90c1277d228bc32c367d2/69585/coverImage.png 200w,\n/static/77dde0fdc2f90c1277d228bc32c367d2/497c6/coverImage.png 400w,\n/static/77dde0fdc2f90c1277d228bc32c367d2/ee604/coverImage.png 800w,\n/static/77dde0fdc2f90c1277d228bc32c367d2/f3583/coverImage.png 1200w","sizes":"(max-width: 800px) 100vw, 800px"}}},"author":{"id":"Yashesvinee V","github":"Yashesvinee","avatar":null}}}},{"node":{"excerpt":"Identity is used by customer identity and access management platforms to generate a single, durable picture of customers, spanning various…","fields":{"slug":"/growth/ciam-opportunity-for-cmos/"},"html":"Identity is used by customer identity and access management platforms to generate a single, durable picture of customers, spanning various department silos within a firm. These platforms leverage data to develop profiles that enable CMOs to communicate more effectively and efficiently with their consumers. They also provide the chance to launch new revenue-generating initiatives based on this customer data.
\nHistorically, organizations depended on conventional identity and access management solutions, frequently cobbled together from various technologies. This strategy resulted in cumbersome \"product suites\" that were unnecessarily complicated and riddled with redundancy and compatibility difficulties. These solutions sometimes required years to develop and completely integrate, putting a crimp in potentially revenue-generating programs aimed at streamlining and speeding up sales.
\nNiche CIAM players developed efficient solutions to certain business-related concerns, but without an overarching identity solution, CMOs had no means of meaningfully growing sales or seeing any significant ROI by using these identity solutions.
\nCMOs can deliver more efficient, secure, and relevant services and goods if they have a detailed grasp of who their customers are and what they require.
\nCMOs are responsible for a variety of tasks, including:
\n- \n
- CMOs' primary tasks \n
- Putting marketing strategy and campaigns into action to increase client adoption and sales \n
- Creating a market for products, goods, and services \n
- Providing great client service \n
- Customer lifecycle execution - from prospect to customer \n
- Creating the best digital and in-person experiences for different consumer groups \n
What Exactly is CIAM
\nOrganizations may use customer identity and access management (CIAM) to securely record and maintain customer identity and profile data, as well as regulate customer access to applications and services.
\nCustomer registration, self-service account management, consent and preference management, Single Sign-on (SSO), Multi Factor Authentication (MFA), access management, directory services, and data access governance are some common elements of CIAM solutions. The top CIAM systems guarantee a safe, seamless customer experience at extreme size and performance, regardless of whatever channels customers choose to connect with a business (web, mobile, etc.).
\nThe Benefits of Consumer IAM
\nA contemporary consumer identity management platform collects and manages customer identification and profile data while also safeguarding network access to software, devices, and other services. This is why major corporate CMOs, CISOs, and CIOs consider CIAM for marketing a business enabler.
\nCIAM is the solution that directs your interactions with customers. Security, information, and marketing professionals in the C-suite push for CIAM solutions that are smooth and consistent across different devices and touchpoints.
\nOther characteristics they search for include:
\n#1. A unified consumer view
\nThe CIAM platform should not create data silos between repositories and departments. It should instead provide a unified, comprehensive view of customer identities and activities on its platform. For example, you should be able to develop a detailed profile of each consumer that includes information such as purchase histories, use, purchasing trends, and more.
\n#2. Consumer experience through several channels
\nIt entails a legitimate registration procedure that can be conducted and finished on numerous devices, as well as the establishment of credentials for login and authentication, which also works across different channels.
\n#3. Enhanced security
\nThe advancement of 2FA/MFA (multi-factor authentication) with features like biometrics, geolocation, face recognition, and so on has resulted in higher degrees of protection. These characteristics make it simpler to spot abnormalities and strange actions in a less time-consuming manner.
\n\n#4. Privacy and regulatory compliance
\nAs rules like the GDPR and CCPA gain traction, data privacy has become an essential component of a consumer identity management system. As a result, when executives seek one, they ensure that the platform gives customers control over their data and allows them to revoke any authorization depending on their preferences.
\nCIAM for Marketing
\nRapid technology breakthroughs in the CIAM market, such as the use of artificial intelligence and blockchain technology for access security and user authentication, are expected to provide various profitable chances to CIAM industry players in the coming years. Furthermore, the expanding budget for IT departments in small and medium-sized businesses, as well as the increased use of cloud computing management, are likely to support the performance of the CIAM market. However, the expansion of the global CIAM market is projected to be restricted by the risk associated with identity and access management technologies.
\nFinally, a CIAM product should include the following features:
\n- \n
- Onboarding and verification of users \n
- Management of users and attributes \n
- Adaptive and strong authentication \n
- Management of privacy and consent \n
- Services for self-care by customers \n
- Compatibility with business apps and tools \n
- Analytics and the detection of fraud \n
The Bottom Line
\nThe goal of digital transformation is to improve the customer experience. Customers today, who are becoming more intelligent, see digital interactions as the primary means of interacting with products and services. They demand deeper online connections be provided simply, securely, and effortlessly. CIAM is critical in connecting apps and APIs to clients.
\nConsumer behavior and aspirations have never been static. A consumer identity management solution may be a valuable strategic asset for CMOs to utilize in their department.
\n\n","frontmatter":{"date":"November 22, 2021","updated_date":null,"description":"CMOs can deliver more efficient, secure, and relevant services and goods if they have a detailed grasp of who their customers are and what they require. Learn how a CIAM solution may be a valuable strategic asset for CMOs to utilize in their department.","title":"Why CMOs should care about CIAM","tags":["data security","ciam solution","cx","mfa"],"pinned":null,"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.9607843137254901,"src":"/static/2de510b16f811f6d0b772c0c37f4793e/14b42/cmo-ciam.jpg","srcSet":"/static/2de510b16f811f6d0b772c0c37f4793e/f836f/cmo-ciam.jpg 200w,\n/static/2de510b16f811f6d0b772c0c37f4793e/2244e/cmo-ciam.jpg 400w,\n/static/2de510b16f811f6d0b772c0c37f4793e/14b42/cmo-ciam.jpg 800w,\n/static/2de510b16f811f6d0b772c0c37f4793e/16310/cmo-ciam.jpg 1024w","sizes":"(max-width: 800px) 100vw, 800px"}}},"author":{"id":"Rakesh Soni","github":"oyesoni","avatar":"rakesh-soni.jpg"}}}},{"node":{"excerpt":"Introduction For organizations today, maintaining an array of productive networking tools is all about easy access. Enterprises often…","fields":{"slug":"/identity/federated-identity-management-vs-sso/"},"html":"Introduction
\nFor organizations today, maintaining an array of productive networking tools is all about easy access. Enterprises often introduce new applications that support their production and help them implement their business strategies successfully. However, every time an application or tool gets implemented, the end-users are forced to create new credentials for access.
\nAs a result, employees and customers end up with too many passwords to remember. Unfortunately, remembering all the different credentials is easier said than done. More than 60% of employees use the same password for their work and personal applications, leading to greater vulnerability to data breaches. And about 13% of users reuse passwords on all their accounts regularly. In fact, compromised passwords are accountable for 81% of hacking-related breaches.
\nEnterprises need to use methods to maximize the use of digital identities for multiple users. And tools like single sign-on (SSO) and federated identity management (FIM) seem to be the go-to methods for most organizations. However, most companies do not understand the differences between these two methods. And the implications they may have on the overall company security.
\nWhat is SSO, how is it different from FIM, and what are the benefits of both methods? Let's find out all the aspects associated with federated identity management vs SSO.
\nWhat is Single Sign-On?
\nSince the early days of the internet, using a single digital identity for multiple logins was considered a risk from cybersecurity's perspective. And it is indeed. However, logging in to different web applications one by one is time-consuming, inconvenient, and disrupts the workflow. The solution to this dilemma lies with SSO.
\nA single sign-on or SSO is an authentication scheme that allows users to access multiple web applications securely through a single set of credentials. For example, it's what lets you browse your Gmail account in one tab and use Youtube in another tab on your browser.
\nIt also allows web services like online banking to grant access to various sections within the same account. Typically, your savings and general account are very distinct and require separate login credentials. However, with SSO, when you click on another section of your account, the site re-authenticates you with the credentials you used during the initial login.
\nIn enterprises, it lets employees access various business applications like HR functions, financial records, and more with only one login credential.
\nHow Single Sign-On Works?
\nSSO is a token-based system, which means users are assigned a token for identification instead of a password. Let's say you go to an application you want to use; you will receive a security token that contains all your information (like your email address, username, etc.). Then, an Identity Provider compares this token to the credentials you provide during login and grants your authentication.
\nBenefits of Single Sign-On
\n1. Reduces costs and password resets
\nIt eliminates the need for frequent password resets and reduces customer care calls, lowering IT costs.
\n2. Streamlines production
\nIt eliminates the need for employees to remember multiple passwords and can cut down the time it takes to access the resources they need to do their jobs securely.
\n3. Enhanced customer experience
\nIt allows customers to access all the services and products an organization offers through a single login, removing the vexation of logging in multiple times.
\n4. Reliable security
\nMost SSO platforms now have built-in security integrations with thousands of software applications. And, one password can grant you access to all of them.
\nChallenges in Single Sign-On (SSO)
\n1. Integration Complexity
\nImplementing SSO across heterogeneous IT environments with diverse applications and systems can be challenging. Ensuring seamless integration and compatibility with existing infrastructure requires careful planning and coordination.
\n2. User Experience
\nWhile SSO aims to enhance user experience by simplifying authentication processes, issues such as session management, logout procedures, and cross-domain authentication can impact usability. Ensuring a seamless and intuitive user experience is crucial to maximize the benefits of SSO.
\n3. Security Concerns
\nSSO introduces potential security risks, as compromising the user's single sign-on credentials can grant unauthorized access to multiple applications and systems. Implementing robust authentication mechanisms, such as multi-factor authentication (MFA) and encryption, is essential to mitigate security threats.
\n4. Vendor Lock-in
\nDepending on third-party SSO solutions can lead to vendor lock-in, limiting flexibility and scalability. Organizations must evaluate vendor dependencies and consider interoperability with other identity management solutions to avoid potential vendor lock-in issues.
\n5. Identity Lifecycle Management
\nManaging the lifecycle of user identities, including provisioning, deprovisioning, and access management, can be complex in SSO environments. Ensuring timely updates and synchronization of user attributes across all connected systems is essential to maintain data accuracy and security.
\nWhat is Federated Identity Management (FIM)?
\nWhen we talk about federated identity vs SSO, it’s crucial to understand what each individual system is about. Federated Identity Management (Identity Federation) is a system that allows users from different enterprises (domains) to use the same digital identity to access all their applications and networks.
\nThrough FIM, an enterprise maintains its unique management system. It is interlinked with other enterprises through a third service (the identity provider) that stores the credentials. The identity provider or identity broker also offers the trust mechanism required for FIM to work.
\nHow Does Federated Identity Management Work?
\nWhile we explore sso vs federation, let’s quickly understand how federated identity management works. Federated identity management (FIM) is a system that enables the use of a single digital identity across multiple domains and organizations. The process begins when a user attempts to access a resource from a service provider.
\nThe service provider then sends a request to the user's identity provider, which authenticates the user's identity and provides the service provider with the necessary credentials to grant access to the requested resource.
\nThis process is known as identity federation and allows users to access resources from multiple organizations without the need for separate login credentials for each organization. The FIM system uses industry-standard protocols like SAML, OAuth, and OpenID Connect to establish trust and securely exchange identity information between the identity provider and service provider.
\n\nBenefits of Federated Identity Management
\nFederated identity management (FIM) offers several benefits to both users and organizations. For users, FIM provides a seamless experience across multiple domains and services, eliminating the need to remember and manage multiple usernames and passwords.
\nFIM improves security by centralizing identity management and reducing the number of identity stores that need to be maintained. Organizations benefit from FIM by reducing the complexity and cost associated with managing multiple identities and credentials.
\nFIM also enhances security by implementing consistent authentication and authorization policies across all domains and services, reducing the risk of unauthorized access and data breaches.
\nFurthermore, FIM supports compliance by providing organizations with the ability to enforce regulatory requirements and audit access to sensitive resources.
\nChallenges in Federated Identity Management
\n1. Interoperability
\nFederated Identity Management (FIM) involves establishing trust between multiple identity providers across different organizations. Achieving interoperability between these disparate systems can be challenging, requiring standardized protocols and careful coordination.
\n2. Security Risks
\nFIM introduces potential security risks, as it involves sharing user identity information across organizational boundaries. Ensuring the secure transmission and storage of sensitive authentication data is crucial to mitigate the risk of data breaches and unauthorized access.
\n3. Trust Establishment
\nEstablishing trust relationships between identity providers (IdPs) and service providers (SPs) requires mutual agreements and verification mechanisms. Building and maintaining trust can be complex, particularly in multi-party federations involving diverse stakeholders.
\n4. Identity Mapping
\nMapping user identities across federated domains can be challenging, especially when dealing with different naming conventions, attribute formats, and data schemas. Ensuring accurate identity mapping is essential to maintain seamless user access across federated environments.
\n5. Policy Enforcement
\nEnforcing access control policies and authorization rules across federated domains can be complex, particularly when dealing with diverse regulatory requirements and organizational policies. Establishing consistent policy enforcement mechanisms is essential to ensure compliance and mitigate security risks.
\nFederated Identity Management vs. SSO
\nWhile discussing sso vs federated identity, SSO and FIM are used together, they do not mean the same thing. While single sign-on is an important component of FIM, it is not the same as FIM. The main difference between Identity Federation and SSO or federated login vs SSO lies in the range of access.
\nSSO allows users to use a single set of credentials to access multiple systems within a single organization (a single domain). On the other hand, FIM lets users access systems across federated organizations. They can access the applications, programs, and networks of all members within the federated group.
\nIf we follow the above bank example, customers can access various external banking services like loan applications or ordering checks seamlessly through a single login with FIM.
\nIn Conclusion
\nExpanding digital identity management can boost an organization's work efficiency by reducing authentication time for all programs and applications. As we discuss federated authentication vs sso, Using SSO or FIM have their benefits, along with the associated security and financial incentives.
\nAs you advance towards improving customer and employee support, these protocols can help you streamline password creation and user authentication.
\nFAQs
\n1. What is an example of a federated SSO?
\nAn example is when a user logs into a third-party application (like Google) using their credentials from another identity provider (like Facebook).
\n2. What is federated SSO a mechanism?
\nFederated SSO is a mechanism allowing users to access multiple applications using a single set of credentials, authenticated across different organizations or domains.
\n3. Is identity federation the same as SSO?
\nNo, identity federation is broader, involving the establishment of trust relationships between different identity providers, while SSO focuses on seamless access to multiple applications with one set of credentials.
\n4. What is federation identity management?
\nFederation identity management is a system allowing users from different organizations or domains to access shared resources using a single digital identity, managed through mutual trust agreements.
\n5. What is identity federation in AWS?
\nIdentity federation in AWS enables users to access AWS resources securely using their existing identity credentials from external identity providers, such as Active Directory or SAML-based systems.
\n\n","frontmatter":{"date":"November 22, 2021","updated_date":null,"description":"Enterprises need to use methods to maximize the use of digital identities for multiple users. Although SSO and FIM are used together, they do not mean the same thing. The main difference between Identity Federation and SSO lies in the range of access.","title":"Federated Identity Management vs. SSO: What's The Difference?","tags":["federated identity management","sso","data security"],"pinned":null,"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.5037593984962405,"src":"/static/d0c6f2a6a299a0c2f53d7540cc65087e/33aa5/sso-vs-fim.jpg","srcSet":"/static/d0c6f2a6a299a0c2f53d7540cc65087e/f836f/sso-vs-fim.jpg 200w,\n/static/d0c6f2a6a299a0c2f53d7540cc65087e/2244e/sso-vs-fim.jpg 400w,\n/static/d0c6f2a6a299a0c2f53d7540cc65087e/33aa5/sso-vs-fim.jpg 768w","sizes":"(max-width: 768px) 100vw, 768px"}}},"author":{"id":"Kundan Singh","github":null,"avatar":null}}}}]},"markdownRemark":{"excerpt":"Identity is evolving, and developers are at the forefront of this transformation. Every day brings a new learning—adapting to new standards…","fields":{"slug":"/identity/developer-first-identity-provider-loginradius/"},"html":"Identity is evolving, and developers are at the forefront of this transformation. Every day brings a new learning—adapting to new standards and refining approaches to building secure, seamless experiences.
\nWe’re here to support developers on that journey. We know how important simplicity, efficiency, and well-structured documentation are when working with identity and access management solutions. That’s why we’ve redesigned the LoginRadius website—to be faster, more intuitive, and developer-first in every way.
\nThe goal? Having them spend less time searching and more time building.
\nWhat’s New and Improved on the LoginRadius Website?
\nLoginRadius’ vision is to give developers a product that simplifies identity management so they can focus on building, deploying, and scaling their applications. To enhance this experience, we’ve spent the last few months redesigning our interface— making navigation more intuitive and reassuring that essential resources are easily accessible.
\nHere’s a closer look at what’s new and why it’s important:
\nA Developer-Friendly Dark Theme
\n![\"This](\"/f46881583c7518a93bb24e94c32320de/a-developer-friendly-dark-theme.webp\")
Developers spend long hours working in dark-themed IDEs and terminals, so we’ve designed the LoginRadius experience to be developer-friendly and align with that preference.
\nThe new dark mode reduces eye strain, enhances readability, and provides a seamless transition between a coding environment and our platform. Our new design features a clean, modern aesthetic with a consistent color scheme and Barlow typography, ensuring better readability. High-quality graphics and icons are thoughtfully placed to enhance the content without adding visual clutter.
\nSo, whether you’re navigating our API docs or configuring authentication into your system, our improved interface will make those extended development hours more comfortable and efficient.
\nClear Categorization for LoginRadius Capabilities
\n![\"This](\"/e5358b82be414940f3fb146013845933/capabilities.webp\")
We’ve restructured our website to provide a straightforward breakdown of our customer identity and access management platform capabilities, helping you quickly find what you need:
\n- \n
- Authentication: Easily understand how to choose the right login method, from traditional passwords and OTPs to social login, federated SSO, and passkeys with few lines of code. \n
- Security: Implement no-code security features like bot detection, IP throttling, breached password alerts, DDoS protection, and adaptive MFA to safeguard user accounts. \n
- User Experience: Leverage AI builder, hosted pages, and drag-and-drop workflows to create smooth, branded sign-up and login experiences. \n
- High Performance & Scalability: Confidently scale with sub-100ms API response times, 100% uptime, 240K+ RPS, and 28+ global data center regions. \n
- Multi-Brand Management: Efficiently manage multiple identity apps, choosing isolated or shared data stores based on your brand’s unique needs. \n
This structured layout ensures you can quickly understand each capability and how it integrates into your identity ecosystem.
\nDeveloper-First Navigation
\n![\"This](\"/a8c155c2b6faf3d5f4b4de4e2b14d763/developers-menu.webp\")
We’ve been analyzing developer workflows to identify how you access key resources. That’s why we redesigned our navigation with one goal in mind: to reduce clicks and make essential resources readily available.
\nThe new LoginRadius structure puts APIs, SDKs, and integration guides right at the menu bar under the Developers dropdown so you can get started faster. Our Products, Solutions, and Customer Services are also clearly categorized, helping development teams quickly find the right tools and make informed decisions.
\nQuick Understanding of Integration Benefits
\n![\"This](\"/b2f9a964a2da0ea83e2f8596b833bba7/we-support-your-tech-stack.webp\")
Developers now have a clear view of the tech stack available with LoginRadius, designed to support diverse business needs.
\nOur platform offers pre-built SDKs for Node.js, Python, Java, and more, making CIAM integration seamless across popular programming languages and frameworks.
\nOver to You Now!
\nCheck out our revamped LoginRadius website and see how the improved experience makes it easier to build, scale, and secure your applications.
\nDo not forget to explore the improved navigation and API documentation, and get started with our free trial today. We’re excited to see what you’ll build with LoginRadius!
\n","frontmatter":{"date":"February 21, 2025","updated_date":null,"description":"LoginRadius’ vision is to give developers a product that simplifies identity management so they can focus on building, deploying, and scaling their applications. To enhance this experience, we’ve redesigned our website interface, making navigation more intuitive and reassuring that essential resources are easily accessible.","title":"Revamped & Ready: Introducing the New Developer-First LoginRadius Website","tags":["Developer tools","API","Identity Management","User Authentication"],"pinned":true,"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.7857142857142858,"src":"/static/80b4e4fbe176a10a327d273504607f32/58556/hero-section.webp","srcSet":"/static/80b4e4fbe176a10a327d273504607f32/61e93/hero-section.webp 200w,\n/static/80b4e4fbe176a10a327d273504607f32/1f5c5/hero-section.webp 400w,\n/static/80b4e4fbe176a10a327d273504607f32/58556/hero-section.webp 800w,\n/static/80b4e4fbe176a10a327d273504607f32/99238/hero-section.webp 1200w,\n/static/80b4e4fbe176a10a327d273504607f32/7c22d/hero-section.webp 1600w,\n/static/80b4e4fbe176a10a327d273504607f32/1258b/hero-section.webp 2732w","sizes":"(max-width: 800px) 100vw, 800px"}}},"author":{"id":"Rakesh Soni","github":"oyesoni","avatar":"rakesh-soni.jpg"}}}},"pageContext":{"limit":6,"skip":342,"currentPage":58,"type":"///","numPages":161,"pinned":"ee8a4479-3471-53b1-bf62-d0d8dc3faaeb"}},"staticQueryHashes":["1171199041","1384082988","2100481360","23180105","528864852"]}