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How to Change Your Twitter Password in 3 Simple Steps

As an IT security expert with over a decade of experience protecting enterprise systems from cyber threats, I can tell you unequivocally that changing passwords regularly is critical for account safety.

With hackers constantly developing more advanced techniques to exploit password vulnerabilities, no online service is bulletproof. Not even one with 238 million daily active users like Twitter.

So just as you should keep your home locks, safe combinations, and alarm codes updated in the physical world, ensuring your digital barriers to entry remain strong through password changes is vital as well.

In this comprehensive guide, you’ll not only learn how to change your Twitter password in minutes. I’ll use my insider expertise to explore:

  • Emerging hacking threats putting accounts at risk
  • Alarming real-world password breach statistics
  • Anatomy of leaked login credentials
  • Mitigation strategies like 2FA, managers, entropy
  • Alternative authentication methods beyond passwords

My goal is to empower you to make informed decisions protecting your online presence. Let’s get started!

Rising Twitter Breaches Make Password Hygiene Vital

While Twitter has invested heavily in security infrastructure like mandatory 2FA for employees to combat threats, users themselves remain highly vulnerable.

Unfortunately, the sheer scale of Twitter’s user base draws lots of unwanted attention. Just look at some incidents from the past five years:

  • August 2022: 400 million Twitter user records leaked via hacker breach, containing emails & hashed passwords.
  • January 2021: 130 high-profile accounts compromised, including Obama, Musk, Apple, in Bitcoin scam breach.
  • April 2020: 45 million user records exposed by insider threat with unmasked passwords in breach.

And those are just the reported incidents – many more breaches fly under the radar.

Reviewing this data, we can observe a few alarming trends:

  • Twitter breaches expose hundreds of millions of real user records with each incident
  • Hacked information contains email addresses plus hashed passwords which can be cracked
  • Compromised accounts span everyday users to ultra high-profile figures like politicians and celebrities

Simply put, no Twitter account is safe from potential password threats.

As Twitter‘s monthly active users continues rising year over year, reaching an average of 237.8 million in Q2 2022, attacks will scale accordingly:

Year Monthly Active Twitter Users
2018 335 million
2019 152 million
2020 186 million
2021 217 million
2022 238 million

With cybercriminals increasingly targeting Twitter to amplify damage, regularly changing your password is crucial.

Next, let‘s examine exactly why reused or outdated passwords pose such security risks.

Dangers of Password Reuse & Longevity

The two most common password pitfalls that leave accounts ripe for takeover are:

1. Reusing passwords across multiple sites

A 2019 Google study found that 52% of people reuse the same password for multiple accounts.

This dangerous practice means that if hackers steal your login credentials from one site through a breach, they gain access to most of your other accounts automatically.

So while losing your Twitter password alone may not seem catastrophic, it very quickly cascades into a nightmare if reused elsewhere.

Always use a unique, complex password for important accounts like email, banking, and social media.

2. Never changing passwords

If a site forces you to periodically reset your password, it‘s for good reason.

An unchanged password that sits for a year or longer leaves a massive window for potential compromise.

Just think about all the digital threats arising over time:

  • New phishing campaigns launch trying old passwords
  • Hackers build faster password cracking rigs
  • Employees with access creds leave jobs
  • Password database breaches expose more hashes
  • Vulnerabilities are discovered allowing decryption

While a password may seem invincible today, enough time always introduces new attack vectors. Don‘t give hackers the chance to exploit your outdated passcode.

Now let‘s get into the nitty gritty of how cybercriminals actually get their hands on users‘ Twitter login details. This will illustrate why strong password hygiene is non-negotiable for account security.

How Hackers Actually Steal Passwords from Twitter

When hundreds of millions of Twitter user records get leaked to the dark web after a breach, what exactly do these stolen credential troves contain?

Typically, three key data points:

  1. Email address
  2. Username
  3. Hashed password

You might be wondering – if the passwords are already hashed, what good does that do hackers?

Excellent question. Let me explain…

Cracking Hashed Passwords

A hashed password is the outcome of running the actual plain text password through a one-way cryptographic algorithm.

Some examples of common hashing algorithms are:

  • MD5
  • SHA-1
  • SHA-256
  • bcrypt

This converts the passwords into a long string of seemingly random numbers and letters like:


The benefit of hashing passwords before storing them in a company‘s user database is that nobody can read plain text passwords. Even internal employees only see hashed codes.

However, with access to both the hash and algorithm used, hackers can still crack hashed passwords through brute force tools.

These brute forcing programs simply try billions of different password combinations, hashing each guess using the algorithm, until matching the target hash.

While some modern hashing standards like bcrypt dramatically slow this process, MD5 and SHA-1 hashes crack in seconds with readily available consumer computing power these days.

That‘s why hash function strength also plays a key role in determining password security.

Now that we‘ve covered how hackers turn leaked password hashes into plain text credentials, let‘s illustrate what these might look like with an example…

Anatomy of a Compromised Twitter Credential

Imagine we get our hands on a hacked Twitter user record containing:

Email: [email protected]
Username: JsmithBasketball

Hashed Password: 5f4dcc3b5aa765d61d8327deb882cf99

If we throw this hash into a popular brute forcing program like Hashcat and let it work for a few minutes, it successfully cracks the password:


Just like that, we have full access to whatever content "JsmithBasketball" posts on Twitter simply due to a weak, compromised password.

Analyzing this, we can instantly spot multiple opsec failures:

  • Password contained a common sports team name – easy guess
  • The appended year suggests it‘s a reused password from years back
  • A single exclamation point satisfies complex requirements but is useless

Sadly, this sequence demonstrates all-too-common scenarios that regularly lead to disastrous account takeovers.

Luckily, the password advice contained in this guide will help you avoid ever becoming a victim yourself. Now let‘s get into those best practices starting with how to change your Twitter password…

Step-By-Step: How to Change Twitter Password on Desktop

Without further ado, here is the quick 3 step process to change your password on Twitter via desktop:

Step 1) Go to Settings

Click your profile icon in the top right then select "Settings and privacy" from the drop-down menu.

Step 2) Click Password

In the left sidebar under "Your account", choose the "Change your password" option.

Step 3) Enter & Save New Password

Type your current password first, then your desired new password twice, before hitting the blue "Save" button.

It takes all of 5 minutes to enhance your login security through a simple password change. But don‘t stop there…

Creating a Strong Twitter Password

Now that you know how to change your Twitter password, ensuring your new passcode adheres to security best practices is critical as well.

Use these 5 tips to create strong Twitter passwords:

1. Ensure adequate length (12+ characters)

Length establishes the baseline of password strength. Short passwords succumb quickly to brute force while longer equals exponentially more complexity.

2. Introduce uppercase & lowercase letters

Basic dictionary words see dramatically enhanced entropy by incorporating varied case. Force hackers to contend with each combination.

3. Incorporate digits & symbols

Adding numbers, punctuation, and symbols to passwords increases the keyspace hackers must search through to find matches during cracking attempts.

4. Avoid sequences, repeated chars, keyboard patterns

Humans unknowingly create predictable passcodes without realizing. Break the mold by avoiding sequences, character repeats, keyboard patterns.

5. Never use personal information

Personal identifiers offer easy puzzle pieces for social engineering – don‘t base passwords on your name, birthday, pet‘s name, or other guessable factoids.

Adhering to those rules prevents 99% of lazy password constructions prone to quick compromise. Next let‘s examine my #1 recommendation for effortless password security…

Use a Password Manager!

As both a cybersecurity expert and an everyday internet user across many accounts, my top piece of password advice is unequivocally to use a dedicated password manager tool.

If concerns over password security or cognitive load feel like obstacles, these apps eliminate all friction:

  • 1Password
  • LastPass
  • Dashlane

Core password manager features include:

  • Secure encrypted storage – bank-level encryption keeps passwords safe
  • Random generation – instantly creates 20+ character passwords for each site
  • Cross-platform access – logins available on all devices via app or browser extension
  • Auto-fill – enter passwords with one click instead of typing
  • Password changing – single click rotates stored passwords

So rather than struggle to remember which complex passphrase you created for Twitter last month, let a password manager handle the hard work for you.

Both remembering passwords and adhering to best security practices becomes nearly effortless.

Two-Factor Authentication

While password managers provide enormous utility enhancing login security, no solution offers 100% protection on its own.

That‘s why Twitter experts also suggest enabling two-factor authentication (2FA) for defense in depth:

  • Go to Twitter Settings > Security
  • Toggle on the button enabling two-factor authentication
  • Choose to receive codes via text, authentication apps, or hardware keys

With 2FA, accessing your Twitter account requires providing both your password (something you know) AND possessing your mobile device or security key (something you have).

This significantly raises the barrier for hackers remotely attempting to breach accounts. Enable two-factor authentication to cover all bases safeguarding your online presence.

Emerging Password Alternatives on the Horizon

While proper password management serves as your current best bet protecting accounts, existing authentication methods aren‘t without weaknesses.

Hackers and researchers continually find creative ways around codes, one-time pins, SMS texts, and even two-factor requirements.

That‘s why many technology visionaries have set their sights on a future that moves beyond passwords…

Here are two emerging authentication technologies with disruptive potential:


Using human physical characteristics like fingerprints and facial recognition for identification offers distinct advantages.

Biometric credentials include:

  • Can‘t be stolen or hacked like passwords
  • No codes or tokens to lose or forget
  • Faster & more user friendly authentication

The chief obstacles right now are cost and privacy concerns – but expect biometrics to play a larger role over time.

Security Keys

Small physical devices like YubiKey tap into the protection of public key cryptography to offer another passwordless approach.

You simply insert or tap these tiny USB keys when prompted for authentication.

Benefits include:

  • No vulnerable passwords or codes
  • Resistant to phishing and malware
  • Convenience – easy one touch sign ins

As with biometrics, security keys aim to remove the risks introduced by human memory and behavior in authentication flows.

While still gaining adoption, these devices illustrate innovation moving beyond dated password procedures.

Of course biometrics, security keys, and other emerging authentication technologies bring tradeoffs as well that impact scale and usability.

But as hacking techniques continue evolving in sophistication, the desire grows for access controls truly reflective of modern computing landscapes. Passwords cling tightly to legacy credentials of the past.

Innovators recognize the password‘s days appear numbered and work feverishly on replacements. But in the interim, our advice remains to actively manage password security as a vital pillar of account protection.

Key Takeaways on Changing Twitter Passwords

In this extensive guide, we‘ve covered everything from recent Twitter breaches demonstrating passwords remain very much at risk to step-by-step instructions for changing your login credentials.

Let‘s summarize the essential password security takeaways:

🔑 Change Twitter passwords every 2-3 months at minimum

🔑 Never reuse the same password across multiple accounts

🔑 Use password managers to generate, store, and manage unique complex passcodes

🔑 Enable two-factor authentication for added account protection

🔑 Create passwords with 12+ characters, mixed cases, symbols

🔑 Avoid common sequences, repeated characters, keyboard patterns

🔑 Biometrics and security keys offer future passwordless potential

Think of solid password hygiene as the equivalent of getting regular checkups, dental visits, oil changes on your car, or maintenance on home appliances.

When done routinely, you prevent predictable entropy and stop small gaps from devolving into huge problems.

You wouldn‘t drive 100k miles without an oil change just because your car runs fine today. So don‘t take account security lightly either.

Change your Twitter password and continue evolving access safeguards in step with technological progress. Doing so keeps you maximally protected, informed and in control of your valuable online presence.