#IBM Security

[olivergisttv]

How to Use AI to Predict and Prevent Cyberattacks

In today’s rapidly evolving digital landscape, cyberattacks are becoming more frequent, sophisticated, and devastating. As businesses and individuals increasingly rely on technology, the need to bolster cybersecurity has never been more critical. One of the most promising solutions to combat this growing threat is Artificial Intelligence (AI). AI can enhance cybersecurity by predicting,…

[iotabetamuterranbotnetcrimes]

IOTA BETA MU TERRAN BOTNET CRIMES

CRIMINAL CONTROLLED BOTNET OPERATING USING IBM OR INTERNATIONAL BUSINESS MACHINES OR IOTA BETA MU COMPUTERS OPERATING FROM THE PLANET TERRA

[butts-bouncing-on-the-beltway]

Oh hey, look at that! Nokia still sells phones (including modern versions of the early flagship phones I love so much)! They've also expanded to smartphones and tablets over the years, and all the prices I'm seeing are insanely affordable compared to most other mobile tech brands.

So it turns out that when my current phone finally beeps it's last text tone, I really *can* just replace it with a basic old Nokia phone and a tidy lil tablet, and all for fractions of what I paid for the current one!

Now all I need to do is find the desktop computer version of Nokia as a company so I can finally replace my desktop for work.

[harrelltut]

I.B.1698 MICHAEL [IBM] harrelltut.com’s Clandestine Black Defense.gov Budget Domain Creator [D.C.] of Apple.com’s International Startup Security [ISS] Utility Settings [U.S.] of quantumharrell.tech’s Hi:teKEMETIComp_TAH [PTAH] Cyberspace [PC] Security... Securely Operating 1968-michaelharrelljr.com's Domain Communication [D.C.] Portal @ The_Octagon_(Egypt) of kingtutdna.com’s Pharaonic MENES EMPIRE [ME] of 1968-michaelharrelljr.com’s quantumharrelltech.ca.gov

WELCOME BACK HOME IMMORTAL [HIM] U.S. MILITARY KING SOLOMON-MICHAEL HARRELL, JR.™

i.b.monk [ibm] mode [i’m] tech [IT] steelecartel.com @ quantumharrelltech.ca.gov

eye kingtutdna.com domain creator [d.c.] of harrelltut.com

i.b.michael [ibm] harrelltut.com quantum [iq] computing in 6G

1968-michaelharrelljr.com @ apple.com!!!

mo' patents mo' patents mo' patents!!!

quantumharrelltech.com’s international startup security [iss] utility domain… deep in:side quantumharrell.tech cyberspace 

Eye MACK [I'M] quantumharrelltech.com's DOD [Defense.gov] Strategy for Operating in quantumharrell.tech Cyberspace

1968-michaelharrelljr.com's domain cyberspace [d.c.] tech skills... expensive af!!!

eye cloaked in international military [i'm] secrecy above earth [qi]

who you callin' a tall black alien from saturn?!?!?!

US SUPERNATURAL ALUHUM [USA] SKY ANUNNAGI [USA] HERE!!!

eye 1st eye official @ The_Octagon_(Egypt) of kingtutdna.com’s Pharaonic MENES EMPIRE [ME] of 1968-michaelharrelljr.com’s quantumharrellufo.tech patent wealth

CUT THOSE 6G CHECKS!!! IMMEDIATELY PAY [I/P] TO THE ORDER OF: QUANTUM HARRELL TECH LLC

1968-michaelharrelljr.com MANSA MUSA?!?!?!... AGAIN?!?!?!

eye see u watchin’ harrelltut.com

© 1698-2223 QUANTUM HARRELL TECH LLC All LOST ANCIENT [L.A.] ATLANTEAN DNA [A.D.] DotCom [A.D.] + DotTech [A.D.] + Pre 1698quantumharrellgov.tech Domain Name Rights Reserved @ quantumharrelltech.ca.gov

[kalasuryaterbit]

SSH atau TELNET?

SSH (Secure Shell) memiliki keunggulan keamanan yang lebih baik dibandingkan Telnet. SSH juga lebih serbaguna dan dapat digunakan untuk mentransfer file secara aman. 

Sisi Keamanan

SSH menyediakan koneksi yang aman dan terenkripsi antara klien dan server. SSH mendukung autentikasi, sehingga Anda perlu memberikan kata sandi atau kunci untuk mengakses komputer jarak jauh. SSH dapat melindungi identitas, kata sandi, dan data pengguna dari serangan pengintaian. 

Fungsi Serbaguna

SSH dapat digunakan untuk mengakses dan mengelola perangkat dari jarak jauh melalui suatu program. SSH dapat digunakan untuk mentransfer file antara perangkat jarak jauh secara aman. SSH dapat menyalurkan protokol lain seperti FTP. 

Perbedaan dengan Telnet

Telnet beroperasi dalam bentuk teks biasa, yang berarti bahwa semua data dikirimkan tanpa enkripsi. Telnet sangat rentan terhadap berbagai serangan keamanan, seperti serangan man-in-the-middle dan penyadapan. SSH adalah pengganti Telnet dan memiliki beberapa fitur yang disempurnakan juga. 

[onetechavenue]

IBM Advances Secure AI, Quantum Safe Technology with IBM Guardium Data Security Center

Manila, Philippines, — As hybrid cloud-, AI-, and quantum-related risks upend the traditional data security paradigm, IBM (NYSE: IBM) is launching IBM Guardium Data Security Center – allowing organizations to protect data in any environment, throughout its full lifecycle, and with unified controls. IBM Guardium Data Security Center is a solution that provides a common view of organizations’ data…

[mehmetyildizmelbourne-blog]

It Looks Like Elon Musk Finally Made Up His Mind About the Block Button

This seems like his next step toward a ‘freer’ X — but it might just invite more weirdos along for the ride. Apparently, this is his next bold step toward a freer X — freedom for everyone, including the people you wanted to block. Elon Musk’s platform X (you might remember it as Twitter, back when things made sense) has gone and reworked the blocking feature.  Now, when you block someone, they…

[pebblegalaxy]

Palo Alto Networks Acquires IBM’s QRadar SaaS Assets: Revolutionizing Cybersecurity with AI-Powered Security Solutions #technology #news

Palo Alto Networks Completes Acquisition of IBM’s QRadar SaaS Assets: A Landmark Move in Cybersecurity In a major strategic move that highlights the shifting dynamics in the global cybersecurity landscape, Palo Alto Networks, the global cybersecurity leader, recently announced the completion of its acquisition of IBM’s QRadar Software as a Service (SaaS) assets. This transaction not only…

[otiskeene]

Top 5 Customer Identity And Access Management Software Of 2024

You see, CIAM or Customer Identity & Access Management, functions much like the Sorting Hat. It examines an individual's identity against their unique credentials stored in a database, ensuring the person is who they claim to be (no Polyjuice Potion here!) and keeping impostors out of the system.

CIAM Software also categorizes users into their appropriate "house" (access level) based on their roles, preferences, and previous interactions. However, unlike the Sorting Hat, CIAM Software continually monitors user journeys, adjusting permissions as needed to ensure the right people access the right resources at the right times, while keeping out impostors.

So, read on for the top 5 Customer Identity And Access Management Software of 2024!

Customer Identity And Access Management (CIAM) is a security strategy that allows organizations to securely manage their customers’ identities to control their access to applications, portals, and services. CIAM solutions offer a digital security layer in customer interactions, empowering users to secure their identities and data while managing their security preferences.

Customer Identity And Access Management (CIAM) Software simplifies this approach by streamlining the sign-up and log-in process for online applications and services. This helps in protecting data privacy, defending against identity theft and other types of fraud, as well as managing account profiles and security settings. Moreover, the solution helps businesses improve the customer experience while complying with data privacy mandates such as the GDPR.

Last year, we covered the top CIAM solutions of 2023. To find out about this year's top options, read on and explore the top 5 Customer Identity And Access Management Software of 2024!

Top 5 Customer Identity And Access Management (CIAM) Software Of 2024

CIAM Software provides businesses with features such as customer registration, self-service account management, consent and preference management, single sign-on (SSO), multi-factor authentication (MFA), access management, data access governance, identity proofing, identity orchestration, fraud mitigation, and more, to deliver seamless and secure customer experiences. Pretty cool, right?

So, here are the top 5 Customer Identity And Access Management Software of 2024 – in no particular order!

Tool 1: WSO2 Identity Server

Founded in August 2005 and headquartered in Mountain View, California, United States, WSO2 began as an open-source middleware company and now offers suites for application development, SaaS, and IAM solutions. With over 900 employees, serving major clients such as Nutanix, Jaguar, Vodafone, Honda, and Cisco, WSO2 has secured over 1 billion identities. The company has also won several awards, including being named a Customers’ Choice in the Gartner Peer Insights Voice of the Customer report in 2023. Pretty cool, WSO2!

WSO2 Identity Server, new to our list, excels in customer identity and access management with its open-source platform that helps secure applications for individuals, enterprise customers, citizens, and more. It offers robust features such as single sign-on (SSO), multifactor authentication (MFA), and identity federation to ensure seamless, secure, and streamlined user experiences. The platform also offers scalable features for passwordless logins, data privacy compliance, enterprise SSO, role-based access management, and contextual authentication.

Moreover, WSO2 Identity Server provides a wide range of APIs and SDKs to help businesses develop custom deployments that easily integrate with existing systems. This solution is compatible with cloud-based IDaaS, on-premises, or private cloud and comes in three variants – B2B, B2C, and G2C – enabling secure identity and access management for diverse customer sets. WSO2 can easily help organizations optimize customer data security, leading to more engaging experiences!

Tool 2: IBM Security Verify

Who hasn’t heard of IBM? Founded in 1911 and headquartered in Armonk, New York, United States, IBM employs roughly 300,000 people globally, serving major clients such as Apple, NASA, Ford, and Cisco. IBM has received numerous industry accolades, including winning 16 awards from Comparably in 2023, ranging from Best Company for Diversity to Happiest Employees. Impressive, IBM!

IBM Security Verify, making its debut on our list, is notable for its advanced security and AI-driven features for customer identity and access management. The CIAM solution offers adaptive authentication, identity analytics, and risk-based access control to ensure customer data is always protected. Moreover, IBM Security Verify creates a consistent, frictionless authentication experience across all business applications, ensuring customers have a smooth experience at every touchpoint.

With robust integration capabilities that support diverse environments, spanning cloud, on-premises, and hybrid infrastructures, IBM Security Verify helps build an enterprise-wide identity fabric that eliminates identity silos. Further, AI-driven analytics provide real-time threat detection based on users’ behaviors and biometrics to help protect from identity-based attacks such as Account Takeover (ATO). IBM Security Verify also enhances the overall security posture, offers a user-friendly interface, and comprehensive reporting tools to efficiently manage and monitor access policies.

Tool 3: Frontegg

Frontegg, an end-to-end user management solutions provider, was founded in 2019. With a modest team of fewer than 100 employees and headquarters in Tel Aviv, Israel, Frontegg serves clients such as Talon, Siemens, Cider, and Vial. It has received several recognitions, including winning the Best Software Award for Security Products category by G2 in 2023. Always at the front, Frontegg!

Frontegg, making its second consecutive appearance on our list, distinguishes itself in the CIAM space with a developer-centric platform featuring comprehensive user management capabilities. Besides seamless integration and rapid deployment, Frontegg offers extensive features such as social login, SSO, MFA, APIs, and open-source SDKs, providing businesses with everything they need to ensure a secure and frictionless user experience.

Frontegg’s user-friendly interface enables developers to quickly customize and integrate identity and access management features into their applications. Its modular architecture allows businesses to tailor, modify, and scale their CIAM capabilities as needed. With real-time monitoring and analytics, Frontegg provides actionable insights for authentication, authorization, security management, and observability, leading to comprehensive IAM coverage. No wonder Frontegg is a popular choice for organizations looking to enhance their customer data management!

Tool 4: Salesforce Platform

Salesforce, a leading cloud software company, was founded in 1999 and is headquartered in San Francisco, California, United States. Employing roughly 80,000 people globally, Salesforce serves major brands such as Amazon, Adidas, Coca-Cola, Walmart Inc., and more. The company has won several accolades, being ranked as the #1 CRM provider by IDC in the 2024 Worldwide Semiannual Software Tracker for the 11th consecutive time. How cool is that!

Salesforce Platform, new to our list, boasts CIAM capabilities integrated into its popular CRM ecosystem, offering a seamless and secure user experience. Key CIAM features include single sign-on, MFA, identity federation, and user lifecycle management, ensuring comprehensive management of user identity and access. Its integration with Salesforce CRM provides a unified view of customer data, access levels, roles, and more, enhancing context-based security capabilities.

The scalable architecture supports large-scale deployments, securing identities for employees, partners, and customers from a unified solution. Its intuitive user interface simplifies managing access policies and integrating third-party applications. Additionally, Salesforce’s advanced analytics and reporting tools provide deep insights into user behavior across the ecosystem, helping organizations optimize their identity management and security strategies.

Tool 5: Okta Customer Identity

Founded in 2009 and headquartered in San Francisco, California, United States, Okta employs over 5,800 people, serving clients such as Apple, Mitsubishi Heavy Industries, MGM Resorts International, and Albertsons. Okta has won several awards and recognitions, most recently being named the Google Cloud Technology Partner of the Year for Productivity and Collaboration in 2024. That’s pretty sweet, Okta!

Okta Customer Identity, making its first appearance on our list, offers extensive cloud-based CIAM features such as SSO, MFA, adaptive authentication, and user security management. Its cloud-native architecture ensures high availability and scalability, supporting millions of customer interactions seamlessly. Okta Customer Identity’s advanced security features, such as threat detection and response, Okta AI, progressive profiling, adaptive MFA, and more, provide robust protection against identity-related threats.

The platform’s intuitive interface and comprehensive APIs simplify third-party integrations and the management of identity services across various applications and ecosystems. Okta Customer Identity also enhances compliance with regulatory requirements and personal data protection laws to ensure customer information remains secure. With its powerful features, Okta Customer Identity can help organizations enhance customer security and user experiences!

Conclusion

There you have it, folks!

Choosing an ideal Customer Identity and Access Management Software is crucial for safeguarding customer data, complying with data security regulations, and enhancing the end-user experience. With the best Customer Identity And Access Software, you can streamline identity management, eliminate identity theft, secure user actions, boost customer loyalty, and foster higher trust in your brand.

However, remember that every business has unique customer management requirements. Make sure you choose a tool that addresses your unique needs. Happy CIAM-ing!

[govindhtech]

Explore Cryptography Applications for Secure Data Exchange

Cryptography applications: Data security and secure communication

In the digital age, cryptography is essential for data security. Cryptography hides our most sensitive data, from government secrets to personal messages. Cryptography provides some privacy when shopping online or storing trade secrets.

Cryptography builds trust in online transactions:

Include these:

Secrecy: Only the intended recipient can access encrypted data.

Integrity: An encrypted message cannot be altered in storage or transit between the sender and receiver without detection.

The sender of encrypted data cannot deny sending it.

Communication authenticity: Sender, receiver, and information origin and destination are verified.

Key management: Safeguarding data encryption and decryption keys and related tasks like key length, distribution, generation, rotation, etc.

Basic cryptography knowledge

Different methods have been used by cryptologists to encrypt messages and private data. Cryptographic algorithms have advanced, but the basics are the same.

Basic cryptography uses a secret key or keys to encode plaintext into ciphertext, which can be decoded back into plaintext.

Codes for cryptography

Encryption and decryption use cryptographic algorithms. These algorithms create secret keys to convert plaintext to ciphertext and vice versa. RSA, AES, and ECC are well-known cryptographic algorithms.

The majority of cryptographic algorithms generate keys by multiplying large prime numbers. Modern computers can multiply, but factoring large numbers back into two large primes is nearly impossible. Lower-key cryptosystems can be reverse-engineered quickly, but even the fastest supercomputers would need hundreds to hundreds of thousands of years to brute-force today’s stronger cryptographic algorithms. Random numbers are used in elliptic curve cryptography to create stronger keys that even next-generation quantum computers cannot break.

Management key

Encryption and decryption require key management in every cryptosystem. Generating, storing, and sharing encryption keys securely is key management. The security of encrypted data depends on proper key management, as weak or stolen keys can compromise any cryptosystem. Key management requires key sizes, randomness, and storage.

Symmetric security

Symmetrical cryptosystems use one key for encryption and decryption. Each user must have the same private key for these systems to work. Share private keys via a trusted communication channel like a private courier or secured line or, more commonly, a secure key exchange method like the Diffie-Hellman key agreement.

This encryption is faster and more efficient than others, despite its single-key vulnerabilities. AES, 3DES, and DES are popular symmetric encryption algorithms.

Unsymmetric encryption

Asymmetric encryption (public-key encryption) uses a public and private key. Public keys encrypt, private keys decrypt, and each user has their own key pair. Public-key cryptography uses two encryption keys to increase security, but it reduces efficiency. Asymmetric cryptography algorithms include RSA, ECC, and SSH.

Uses of cryptography

Communicate securely

Internet security is a common cryptography application. Web browsers and servers use cryptographic protocols like TLS and SSL to establish secure connections. This secure channel keeps browser-website data private and uninterceptable.

Communication apps like email and WhatsApp use cryptography for end-to-end encryption (E2EE) and privacy. E2EE lets only the sender and recipient decrypt and read messages, making third parties including users’ service providers unable to access them.

Digital encryption

Encrypting data on hard drives, smartphones, and cloud storage services is a common cryptographic technique. Strong algorithms like AES convert plaintext into ciphertext, preventing unauthorized parties from decrypting sensitive data without the authorized users’ encryption key.

Authentic data

Cryptography safeguards data. Hash functions generate fixed-size hashes (digests) of data, transforming a set of data into a unique numerical hash number. So unique are these hashes that changing a single character or space in the plaintext changes the numerical value. Receivers, applications, and websites can verify data integrity by comparing the received hash to the expected hash and ensuring data was not altered during transmission.

Hash functions are also used to verify user passwords without creating a vulnerable client-side database. Online banking services will only store password hashes. Despite stealing a database, a malicious actor could not deduce a user’s password from their hash.

Authentication

Cryptography used in all kinds of business uses digital signatures to verify sent and received data. The documents can be verified or amended with digital signatures, which are generated with a private key that is encrypted using asymmetric cryptography to sign documents. In digital form signed paperwork can be verified by consumers using the public key issued by the sender to ensure authenticity and no tampering.

Non-repudiation

Throughout legislation, not being repudiated ensures the genuineness of messages that are received and prevents recipients from denying their validity. Digital signatures can prove that simply the sender authenticated the message as well as document, establishing non-repudiation. Cryptography-enabled non-repudiation, as seen in data integrity protocols and digital signatures, can verify legally binding negotiations, contracts, and other business transactions.

Exchanging keys

Key exchange is crucial to secure communication, especially in asymmetric cryptosystems. This initial step benefits from cryptography. Another publicly available cryptography milestone, the key exchange method known as the Diffie-Hellman algorithm, lets two parties securely exchange encryption keys over an insecure channel. This prevents eavesdroppers from deciphering encryption keys during key exchanges. Cryptography algorithms like the Diffie-Hellman key exchange protocol enable secure public-key encryption connections without a vulnerable alternative key exchange.

API communication security

A hallmark of Web 2.0 (and beyond), cooperative inter-app operability allows applications and web services to pull data from their respected walled virtual ecosystems, enabling massively expanded functionality of all kinds of apps from embedding social media posts into news articles to sharing critical systems analytics into advanced operational dashboards.

Cryptography protects sensitive data in application programming interfaces (APIs) that enable cross-program communication from eavesdropping and tampering, ensuring that only authorized parties can access it. In sensitive fields like public works and infrastructure, API keys and tokens are used with encryption to protect sensitive data exchanged between applications.

The quantum computer cybersecurity

The rise of quantum computing threatens encryption and cybersecurity. Most modern cryptosystems can withstand the computing power of traditional computers, which would take hundreds to hundreds of thousands of years to brute-force attack present cryptographic algorithms. However, quantum computers could boost today’s computers by orders of magnitude and cut the time it takes to crack even the strongest cryptographic keys from thousands to seconds.

Cryptologists are developing quantum-resistant cryptography to counter theoretical quantum computer attacks on most modern cryptographic algorithms. Quantum-resistant and post-quantum cryptography have as many uses as mainstream cryptography. Most computer scientists agree that major breakthroughs within the next 10 to 50 years will make quantum-resistant cryptography as important as quantum computing.

Blockchain security

For secure and immutable on-chain transactions and updates, blockchain technology uses cryptography. Bitcoin uses cryptographic algorithms to mine and mint new coins, while cryptographic hash functions secure chain blocks. Digital signatures are created and verified using public-key cryptography during transactions. Blockchain uses encryption to create a trustless ecosystem where all actions can be authenticated and verified, encompassing most cryptography principles.

Discover how IBM cryptography protects business data

With cutting-edge technology, consulting, systems integration, and managed security services, IBM cryptography solutions ensure crypto-agility, quantum-safety, and solid governance and risk policies. Your business’s end-to-end encryption protects data and mainframes with symmetric, asymmetric, hash, and other cryptography.

Read more on Govindhtceh.com

[benctech]

Explore the world of technology like never before. Dive into a uniquely personalized, collaborative, all-in-one, ever-evolving repository of technology content.

[nisatraining1]

[nisatrainings1997]

[nisatrainings223]

#Nisa trainings online course offer different technologies to update your skills

[onetechavenue]

IBM Report: ASEAN’s Data Breach Costs Hit an All-Time High, with Financial Sector Incurring the Highest Cost

Manila, August 7, 2024— IBM (NYSE: IBM) released its annual Cost of a Data Breach Report revealing the average cost of a data breach in the ASEAN region reached a new high of USD $3.23 million in 2024, representing a 6% increase from the prior year. ASEAN’s critical infrastructure organizations experienced the highest breach costs, with financial services participants saw the costliest breaches…