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Encryption: A Foundation for Organizational Security Against Threats
Encryption is often taken as last line of defense and organizations are using encryption to secure their data. Understanding and adopting the latest encryption technologies is crucial for keeping data secure. In current scenario when attackers are equally lazed with latest technologies, companies can strengthen their cybersecurity strategies and continue to adapt encryption as last line of their defense. When organizations enhance their encryption practices today, they can protect their digital assets for the future.
As cyber attacks are evolving so as encryption advances. Now numerous key developments will shape the future of cybersecurity. Once inside the network, cyber criminals can easily view and steal sensitive data. If that data is encrypted, they have no way of accessing it without a decryption key, saving the data from being compromised.
For example, the continuous evolution of quantum computing presents challenges and opportunities for encryption. Quantum-resistant algorithms must increase in speed to enhance security against quantum attacks.
The FinWise Data Breach a Stark Example
On May 31, 2024, the ex-employee accessed FinWise Bank’s systems after leaving the company and leaked sensitive personal information belonging to 689,000 customers of American First Finance (AFF). Even more alarming, this unauthorized access went undetected for more than a year before being discovered by the bank on June 18, 2025.
The FinWise Data breach revealed lapses like time gap between the initial breach and its discovery. The Bank came to understand about the incident and notified affected customers in June 2025 which was over a year after the breach occurred. This was a huge time gap and lawsuits allege that the stolen data may not have been adequately encrypted and secured, causing public criticism and concern.
Security experts emphasize that a well-designed information protection framework must not only encrypt critical financial data but also proactively detect and prevent abnormal access attempts.
Quantum computing & Encryption
Organizations who relies on encryption to keep its critical business communications and data safe are secure now. But as per RAND, experts expect quantum computers capable of breaking today’s encryption standards to arrive by the 2030sOpens a new window .
In the latest updates The Federal Trade Commission (FTC) has sent letters to major tech companies in the United States, urging them to resist foreign governments’ demands to weaken encryption.
The letters were sent by FTC Chairman Andrew Ferguson to Akamai, Alphabet (Google), Amazon, Apple, Cloudflare, Discord, GoDaddy, Meta, Microsoft, Signal, Snap, Slack, and X.
Traditional encryption relies on math problems that would take classical computers centuries to solve. RSA encryption, which protects much of today’s internet traffic, works because factoring massive numbers is impossibly hard for regular computers. But tomorrow’s computers will make quick work of it. According to the MIT Technology Review, researchers have shown that a quantum computer with 20 million noisy qubits could crack RSA-2048 in just 8 hoursOpens a new window .
The question is Encryption alone is sufficient to protect data
As per researchers Encryption alone is no longer sufficient to protect privacy in LLM interactions, as metadata patterns can be exploited to infer sensitive subjects and corporate intent. Researchers at Microsoft have revealed a new side channel attack named Whisper Leak that can reveal the topic of encrypted conversations between users and language models, even without access to the underlying text.
The discovery highlights a growing blind spot in AI security where encryption alone no longer guarantees privacy in model interactions.
What we must know about Whisper Leak the side channel attack
Whisper Leak exploits often exploits a side channel in network communication rather than a flaw in encryption itself. LLM services generate responses step by step, by producing one token at a time instead of the entire response at once. Also, the communications with AI-powered chatbots are often encrypted with HPPS over TLS (HTTPS), ensuring the authenticity of the server and security through encryption.
A side channel attack breaks cryptography by using information leaked by cryptography, such as monitoring the electromagnetic field (EMF) radiation emitted by a computer screen to view information before it’s encrypted in a van Eck phreaking attack, aka Transient Electromagnetic Pulse Emanation STandard (TEMPEST).
Encryption the last line in defense & Helps Orgs Embrace GDPR
If sensitive information is no longer required, the best way to protect it is to delete it. However, when files are deleted from a hard drive they leave traces that can be reconstructed by thieves and hackers. By encrypting the files before deletion, the remnants that remain on the drive will remain encrypted and remain inaccessible should they be reconstructed. In this way, encryption protects your privacy, even when the files are gone.
Companies should, therefore, ensure that all devices leaving the workplace are encrypted. Most phones have a native encryption option that can be easily activated, while laptops can have either their hard drives or sensitive data encrypted depending on the tools an organization wants to use.
Nowadays data protection is no longer an option. Companies can’t ignore the problem and hope they won’t be targeted by malicious threat actors.
GDPR itself recommends encryption as an effective tool for data protection as do data protection standards such as the CIS Controls which advocate a data security strategy based on a combination of encryption, integrity protection and data loss prevention techniques.
At the end Encryption ensures that, whether these devices are lost, stolen or forgotten, the data on them is useless to anyone who tries to access it without a decryption key.
(Source: https://www.bleepingcomputer.com/news/security/finwise-data-breach-shows-why-encryption-is-your-last-defense/)
Sources: https://www.csoonline.com/
Microsoft Teams Access Token Vulnerability Allows Attack Vector for Data Exfiltration
Summary: Microsoft Teams Access Token Vulnerability: New Attack Vector for Data Exfiltration
A recently uncovered vulnerability in Microsoft Teams for Windows allows attackers with local access to extract encrypted authentication tokens, granting unauthorized access to chats, emails and SharePoint files.
This technique, detailed by researcher Brahim El Fikhi on October 23, 2025, leverages the Windows Data Protection API (DPAPI) to decrypt tokens stored in a Chromium-like Cookies database.
Attackers can use these tokens for impersonation, lateral movement, or social engineering, bypassing recent security enhancements and posing significant risks to enterprise environments.
Vulnerability Details
The vulnerability, identified in Microsoft Teams desktop applications, involves the extraction of encrypted access tokens stored in the SQLite Cookies database at %AppData%\Local\Packages\MSTeams_8wekyb3d8bbwe\LocalCache\Microsoft\MSTeams\EBWebView\Cookies. Unlike earlier versions that stored tokens in plaintext (a flaw exposed by Vectra AI in 2022), current versions use AES-256-GCM encryption protected by DPAPI, tied to user or machine credentials. However, attackers with local access can decrypt these tokens using tools like ProcMon and Mimikatz, exploiting the embedded msedgewebview2.exe process that handles authentication via login.microsoftonline.com.
Source: blog.randorisec.fr, cybersecuritynews
Attack Flow
| Step | Description |
| Craft | Attackers use ProcMon to monitor msedgewebview2.exe and identify the Cookies database write operations. |
| Access | The ms-teams.exe process is terminated to unlock the Cookies file, which is locked during operation. |
| Extract | The encrypted token is retrieved from the Cookies database, with fields like host_key (e.g., teams.microsoft.com), name, and encrypted_value (prefixed with “v10”). |
| Decrypt | The DPAPI-protected master key is extracted from %AppData%\Local\Packages\MSTeams_8wekyb3d8bbwe\LocalCache\Microsoft\MSTeams\EBWebView\Local State and decrypted using Windows APIs or tools like Mimikatz. |
| Exploit | Decrypted tokens are used with tools like GraphSpy to access Teams chats, send messages, read emails, or interact with SharePoint via Microsoft Graph API |
Why It’s Effective
- Local Access Exploitation: The attack requires only local access, achievable via malware or compromised endpoints, bypassing MFA and remote defenses.
- Stealthy Execution: The use of standard Windows APIs (DPAPI) and embedded browser processes evades traditional monitoring.
- Authority Abuse: Tokens enable impersonation through trusted APIs, amplifying risks of phishing or data theft via Teams, Outlook, or SharePoint.
Recommendations:
- Monitor Processes – Deploy EDR rules to detect abnormal ms-teams.exe terminations or msedgewebview2.exe file writes.
- Enforce Encryption – Use app-bound encryption and prefer web-based Teams to avoid local token storage.
- Token Rotation – Implement Entra ID policies to rotate access tokens regularly and audit Graph API logs for anomalies.
- Limit Privileges – Restrict local admin access to prevent DPAPI key extraction.
- User Awareness – Train users to recognize phishing attempts via Teams or email, especially those leveraging impersonation
Conclusion:
This vulnerability underscores the evolving threat landscape for collaboration platforms like Microsoft Teams. As attackers refine techniques to exploit trusted systems, organizations must enhance endpoint monitoring and adopt stricter access controls. By implementing the outlined mitigations, security teams can reduce the risk of token-based attacks and safeguard sensitive data.
References:
Deep Dive into AI Ransomware ‘PromptLock’ Malware
AI Ransomware ‘PromptLock’ uses OpenAI gpt-oss-20b Model for Encryption has been identified by ESET research team, is believed to be the first-ever ransomware strain that leverages a local AI model to generate its malicious components. As we Deep dive into AI Ransomware we discover the intricacies and challenges organizations face dure to AI ransomware.
The malware uses OpenAI’s gpt-oss:20b model via the Ollama API to create custom, cross-platform Lua scripts for its attack.
PromptLock is written in Golang and has been identified in both Windows and Linux variants on the VirusTotal repository and uses the gpt-oss:20b model from OpenAI locally via the Ollama API to generate malicious Lua scripts in real-time.
ESET researchers have discovered the first known AI-powered ransomware. The malware, which ESET has named PromptLock, has the ability to exfiltrate, encrypt and possibly even destroy data, though this last functionality appears not to have been implemented in the malware yet.
PromptLock was not spotted in actual attacks and is instead thought to be a proof-of-concept (PoC) or a work in progress, ESET’s discovery shows how malicious use of publicly-available AI tools could supercharge ransomware and other pervasive cyberthreats.
“The PromptLock malware uses the gpt-oss-20b model from OpenAI locally via the Ollama API to generate malicious Lua scripts on the fly, which it then executes. PromptLock leverages Lua scripts generated from hard-coded prompts to enumerate the local filesystem, inspect target files, exfiltrate selected data, and perform encryption,” said ESET researchers.
New Era of AI Generated Ransomware
A tool can be used to automate various stages of ransomware attacks and the same can be said as AI-powered malware are able to adapt to the environment and change its tactics on the fly and warns of a new frontier in cyberattacks.
Its core functionality is different then traditional ransomware, which typically contains pre-compiled malicious logic. Instead, PromptLock carries hard-coded prompts that it feeds to a locally running gpt-oss:20b model.
As per researchers for its encryption payload, PromptLock utilizes the SPECK 128-bit block cipher, a lightweight algorithm suitable for this flexible attack model.
ESET researchers emphasize that multiple indicators suggest PromptLock is still in a developmental stage. For instance, a function intended for data destruction appears to be defined but not yet implemented.
Indicators of Compromise (IoCs)
Malware Family: Filecoder.PromptLock.A
SHA1 Hashes:
24BF7B72F54AA5B93C6681B4F69E579A47D7C102AD223FE2BB4563446AEE5227357BBFDC8ADA3797BB8FB75285BCD151132A3287F2786D4D91DA58B8F3F4C40C344695388E10CBF29DDB18EF3B61F7EF639DBC9B365096D6347142FCAE64725BD9F73270161CDCDB46FB8A348AEC609A86FF5823752065D2
Given LLMs’ success, many companies and academic groups are currently creating all kinds of models and constantly developing variants and improvements to LLM. In the context of LLMs, a “prompt” is an input text given to the model to generate a response.
The success rate is high so threat actors are leveraging these models for illicit purposes, making it easier to create sophisticated attacks like ransomware and evade traditional defenses. sale of models Now
By automating the creation of phishing emails, ransomware scripts, and malware payloads, LLMs allow less skilled attackers to conduct sophisticated campaigns.
For AI-powered ransomware
AI-powered ransomware is a challenging threat to organizations far and above older attack tactics adopted by cyber criminals. If organization’s basic defensive methods such as ensuring critical vulnerabilities are patched as soon as possible, network traffic is monitored and implementing offline backups applied on time.
How Intrucept helps Defend Against AI-Powered Ransomware
Analyzing threat by behavior allows for early detection and response to malware threats and alert generation,. This reduces the risk of data exfiltration.
Intru360
Intru360 gives security analysts and SOC managers a clear view across the organization, helping them fully understand the extent and context of an attack. It also simplifies workflows by automatically handling alerts, allowing for faster detection of both known and unknown threats.
Identify latest threats without having to purchase, implement, and oversee several solutions or find, hire, and manage a team security analyst.
Unify latest threat intelligence and security technologies to prioritize the threats that pose the greatest risk to your company.
Here are some features we offer:
- Over 400 third-party and cloud integrations.
- More than 1,100 preconfigured correlation rules.
- Ready-to-use threat analytics, threat intelligence service feeds, and prioritization based on risk.
- Prebuilt playbooks and automated response capabilities.
Source of above graphics : Courtesy: First AI Ransomware ‘PromptLock’ Uses OpenAI gpt-oss-20b Model for Encryption
WhatsApp Privacy Advisory: Protect Your Conversations
Overview Security Advisory:
WhatsApp provides end-to-end encryption by default, ensuring that only you and your intended recipient can read messages. However, encryption alone does not guarantee complete privacy. Misconfigured or disabled privacy settings may still expose user information, media or allow unauthorized access.
These advisory highlights the most important privacy features that should be enabled, along with a checklist for additional protections.
Critical Privacy Features to Enable
- Advanced Chat Privacy
This feature strengthens the security of your conversations by limiting how chats and media can be shared outside WhatsApp.
Benefits:
- Prevents chat exports that could expose sensitive data.
- Restricts unauthorized forwarding or third-party use of your conversations.
- Protects against data mining and AI-driven scanning, ensuring personal and business chats remain confidential.
- Gives you greater control over how your messages are handled beyond WhatsApp.
- Enabling this feature is highly recommended, especially for users discussing sensitive financial, personal, or corporate information.
- End-to-End Encrypted Backups
While chats are encrypted in transit, backups stored on Google Drive or iCloud are not encrypted by default. Activating encrypted backups ensures:
- Only you can access backup data, using your chosen password or encryption key.
- Neither WhatsApp, Google, nor Apple can read your chat history.
- Added protection if your cloud account is compromised.
- Disappearing Messages
This feature allows messages to auto-delete after 24 hours, 7 days, or 90 days.
Benefits:
- Reduces digital footprint and limits data exposure over time.
- Ensure sensitive conversations do not remain accessible indefinitely.
- Useful for both personal privacy and business confidentiality.
Quick Setup Checklist
| Step | Action |
| 1 | Enable Advanced Chat Privacy in all important chats |
| 2 | Turn on End-to-End Encrypted Backup |
| 3 | Run Privacy Checkup: review visibility and group settings |
| 4 | Activate Disappearing Messages where appropriate |
| 5 | Enable App/Chat Locks (biometric/PIN) |
| 6 | Set up Two-Factor Authentication |
| 7 | Disable Media Auto-Saving |
| 8 | Check Linked Devices and log out extras |
| 9 | Restrict visibility of Last Seen, Profile Photo, About, and disable Read Receipts if desired |
Recommendations
- Enable Advanced Chat Privacy immediately to prevent misuse of conversations.
- Activate encrypted backups for long-term data security.
- Use disappearing messages for sensitive discussions.
- Regularly review privacy settings and update WhatsApp to the latest version.
Conclusion:
Strengthening WhatsApp privacy settings is critical for protecting both personal and professional communication. Enabling key features like Advanced Chat Privacy, Encrypted Backups, and Disappearing Messages provides stronger control over data security and reduces risks of unauthorized access or misuse.
Codefinger Ransomware attack encrypts Amazon S3 buckets
- Ransomware crew dubbed Codefinger targets AWS S3 buckets
- Sets data-destruct timer for 7 days
- Threat actors demand for Ransom payment made for the symmetric AES-256 keys required to decrypt it
Amazon S3 buckets encrypted using AWS’s Server-Side Encryption with Customer Provided Keys (SSE-C) and somehow the threat actors knew details of the keys. And this made them demand ransoms to demand the decryption key.
The campaign was discovered by Halcyon , and according to them the threat actors after exploiting the compromised keys, they called the “x-amz-server-side-encryption-customer-algorithm” header and use a locally stored AES-256 encryption key they generate to lock up the victims’ files. There is great chance that more cyber criminal groups can adopt the tactic and use.
The threat actor looks for keys with permissions to write and read S3 objects (s3:GetObject and s3:PutObject requests), and then launches the encryption process by calling the SSE-C algorithm, utilizing a locally generated and stored AES-256 encryption key.
“It is important to note that this attack does not require the exploitation of any AWS vulnerability but instead relies on the threat actor first obtaining an AWS customer’s account credentials,” Halcyon notes.
According to Halcyon, because the attack relies on AWS’s infrastructure for encryption, it is impossible to recover the encrypted data without the symmetric AES-256 keys required to decrypt it. Halcyon reported its findings to Amazon, and the cloud services provider told them that they do their best to promptly notify customers who have had their keys exposed so they can take immediate action.
In recent month hackers and cyber criminal have gained traction In recent months and have begun targeting their product gateways and find ways to extort customers using it.
Unlike traditional ransomware that encrypts files locally, this attack operates directly within the AWS environment, exploiting the inherent security of SSE-C to render data irretrievable without the attacker’s decryption keys says Halcyon team.
Ransomware capabilities gain new tactics where the threat actor first obtains an AWS customer’s account credentials and there is no know method that data can be recovered without paying the ransom.
As per AWS they encourage customers to utilize their security tools, such as IAM roles, Identity Center and Secrets Manager, to minimize credential exposure and improve defense postures.
Sources:
https://www.theregister.com/2025/01/13/ransomware_crew_abuses_compromised_aws/
www.Bleeping computers.com
Banshee Stealer: A Growing Threat to macOS Users
Overview
Cybersecurity researchers at Check Point Research (CPR) have discovered a sophisticated macOS malware called Banshee Stealer, putting over 100 million macOS users globally at risk. The malware, designed to exfiltrate sensitive user data, demonstrates advanced evasion techniques, posing a significant threat to users and organizations relying on macOS.
Key Threat Details:
Malware Capabilities:
- Data Theft: Banshee Stealer targets browser credentials, cryptocurrency wallets, and sensitive files, compromising user security.
- User Deception: It displays fake system pop-ups to trick users into revealing their macOS passwords, facilitating unauthorized access.
- Encryption and Exfiltration: Stolen data is compressed, encrypted, and transmitted to command-and-control (C&C) servers through stealthy channels, making detection challenging.
C&C decryption Source: Cybersecurity News
Evasion Tactics:
- Advanced Encryption: The malware utilizes encryption techniques similar to Apple’s XProtect, camouflaging itself to evade detection by traditional antivirus systems.
- Stealth Operations: It operates seamlessly within system processes, avoiding scrutiny from debugging tools and remaining undetected for extended periods.
Distribution Mechanisms:
- Phishing Websites: Banshee Stealer impersonates trusted software downloads, including Telegram and Chrome, to deceive users into downloading malicious files.
- Fake GitHub Repositories: It distributes DMG files with deceptive reviews and stars to gain user trust, facilitating the spread of the malware.
Repository releases source: Cybersecurity News
Recent Developments:
- Expanded Targeting: The latest version of Banshee Stealer has removed geographic restrictions, such as the Russian language check, broadening its target audience globally.
- Source Code Leak: Following a source code leak, there has been increased activity, enabling other threat actors to develop variants and intensify the threat landscape.
Impact:
- Users: Compromised browser data, cryptocurrency wallets, and personal files can lead to identity theft and financial losses.
- Organizations: Potential data breaches can result in reputational damage, financial losses, and legal implications.
- Global Threat: The malware’s expanded targeting underscores the need for enhanced vigilance among macOS users worldwide.
Indicators of Compromise (IOCs):
The IOCs listed below are associated with the threat. For the full list of IOCs, please refer to the link .
| IP Address and Domain | File Hash |
| 41.216.183[.]49 | 00c68fb8bcb44581f15cb4f888b4dec8cd6d528cacb287dc1bdeeb34299b8c93 |
| Alden[.]io | 1dcf3b607d2c9e181643dd6bf1fd85e39d3dc4f95b6992e5a435d0d900333416 |
| api7[.]cfd | 3bcd41e8da4cf68bb38d9ef97789ec069d393306a5d1ea5846f0c4dc0d5beaab |
| Authorisev[.]site | b978c70331fc81804dea11bf0b334aa324d94a2540a285ba266dd5bbfbcbc114 |
Recommendations:
To mitigate the risks associated with Banshee Stealer, consider implementing the following proactive measures:
- Avoid Untrusted Downloads:
- Refrain from downloading software from unverified sources, particularly free or “cracked” versions.
- Verify the authenticity of GitHub repositories before downloading any files.
- Strengthening System Defenses:
- Regularly update macOS and all installed applications to patch known vulnerabilities.
- Deploy advanced security solutions with real-time threat detection and proactive intelligence.
- Enhance Awareness and Training:
- Educate users on identifying phishing websites and suspicious downloads.
- Encourage caution when responding to system prompts or entering credentials.
- Enable Two-Factor Authentication (2FA):
- Secure accounts with 2FA to minimize the impact of stolen credentials.
- Monitor System Activity:
- Regularly review system logs for unauthorized changes or suspicious activity.
- Use tools to monitor unexpected outgoing data transmissions.
- Utilize threat intelligence feeds to detect and block IOCs like malicious IPs, domains, and file hashes.
- Continuously monitor network traffic, emails, and file uploads to identify and mitigate threats early.
Conclusion:
The rise of the Banshee malware exemplifies the increasing sophistication of threats targeting macOS. Users and organizations must adopt layered security defenses, maintain vigilance, and prioritize awareness to mitigate the risks of advanced malware like Banshee. By leveraging updated tools and practices, you can safeguard critical systems and data from evolving cyber threats.
References:
Cybersecurity Trends for 2025; Responsible AI to gain Importance
Cyber security trends as per research and data available shows that responsible AI will gain importance with more public scrutiny of risks growing along with remediation practices. Organizations will now require to balance taking risks with AI and having rapid remediation strategies available.
As per experts the areas that will get attention will be cloud security and data location. In 2025, new laws may require that sensitive data stay within national borders, affecting how companies manage and store data across regions. As businesses and critical services become increasingly dependent on cloud services, some countries may prioritize cloud availability in national emergency plans, recognizing that stable cloud access is mandatory for crisis management. This shift could lead towards the establishment of a new program like Cloud Service Priority (CSP), treating cloud infrastructure as important as utilities like electricity and telecoms.
How organization need to prepare themselves as big and small businesses and brands will see dramatically increased risks, as bad actors using AI will launch convincing impersonation attacks. This will make it easier with higher accuracy than ever to fool customers and clients.
Key Cyber Security Trends of 2025
- As organization navigate through 2025 we will witness that threat actors will increasingly use AI for sophisticated phishing, vishing, and social engineering attacks.
Gen-AI
- Generative AI is driving an unprecedented surge in cyber fraud, with nearly 47% of organisations identifying adversarial AI-powered attacks as their primary concern, according to the World Economic Forum’s Global Cybersecurity Outlook 2025.
- Due to technological advancements the Cyberspace is growing more complex due to technological advancements as they are interconnected to supply chains. Collaboration between public and private sectors is essential to secure the benefits of digitalization at all levels.
Digitalization
- 76% of cybersecurity leaders report difficulties navigating a patchwork of global policies and 66% of organizations expect AI to transform cybersecurity, only 37% have implemented safeguards to secure these tools before deployment.
IoT Devices Vulnerable
- Hackers will grow attacks on IoT devices as per research by Analytics insights report 2025 as over 30 billion devices across the globe will be connected through the Internet of Things. IoT enhance productivity offering convenience but due to their low-security backgrounds hackers may utilize opportunity to obtain sensitive information, or form massive botnets to execute Distributed Denial-of-Service (DDoS) attacks. (Analytics insight)
Ransomware
- Attackers have resorted to different methods of extortion, involving ransom demands along with DDoS attacks. Encryption and fileless ransomware are being developed in an attempt to evade detection. RaaS makes it increasingly easy for non-technical users to carry out advanced attacks and the trend is growing. Experts predict that, by 2025, ransomware attacks will occur globally every two seconds prime targets remain in the healthcare, education, and government sectors.
AI /ML
- To survive in highly competitive environment hackers will continue using AI so as organization will continue with previous theme of 2024 application of artificial intelligence and this will expand along with machine learning (ML) as these tools are the game changer in in a cybersecurity strategy.
Quantum Computing
- The year 2025 will witness the rise and development of Quantum Computing and computers.An exciting technological development; however, it also generates grave challenges for cybersecurity. Quantum computers solve complex problems much faster than classical computers, making traditional cryptography algorithms vulnerable to quantum attacks is equally necessary to be proactive, with an immediate focus on quantum-safe encryption that would last to provide safety to the digital security systems in the years to follow. McKinsey poll says, 72% of tech executives, investors and quantum computing academics believe that “a fully fault-tolerant quantum computer” will be here by 2035, while 28% think this won’t happen until at least 2040. With Quantum computing business can protect their data and stay ahead of quantum threats with the right tools and strategies in place.
Regulations
- Regulatory changes and compliance will evolve in 2025 as government across the European countries are gearing up with regulation being prepared to protect against surge of ransomware attacks, introducing stringent measures to combat the growing menace of cyber extortion. The EU emerged as a frontrunner in cybersecurity regulation, with the Network and Information Security (NIS2) Directive coming into full force.
- BISO Analytics: In 2025 we will witness rise of virtual CISO (vCISO) or CSO consultant roles over full-time in-house roles. Also Shifting CISO responsibilities have brought about an increasing role for BISOs. The cybersecurity team has a lot to handle as companies face more cyber threats, compliance requirements, growing remote workforces, and rapid adoption of new cloud-based technologies. With such a large scope of duty, the CISO is often over stretched and in this complex cybersecurity environment having a BISO will bring in support to entire cyber security strategy.
- BISO ‘s may also be called upon to interact with marketing and corporate communications, bringing their research into potential attack vectors, typical points of vulnerability, and unique understanding of the hackers mindset and guide organizations that are increasingly battening cybersecurity strategy to deal with various attack vectors.
- Intrucept offers BISO Analytics as a services. BISOs are crucial for strategies requiring technical cybersecurity and strategic business input.
Organizations need bespoke solutions to defend against attacks across email, social, and other channels as we witness evolving nature of attacks demands continuous weekly innovation to stay ahead. The use of Multifactor authentication reduces the danger in identity and access management EDR solutions with feeds of threat intelligence will gain prominence. Intrucept is dedicated in helping organizations to run fast and be secure. We will always find that being easy and slowing down is a tendency but we as organization try to enable our customers to maintain speed (and even accelerate).
References:
- McKinsey Lock Down! Top Cybersecurity Threats We May Witness in 2025 Healthcare Trends Shaping 2025 And Insights For Industry LeadersLock Down! Top Cybersecurity Threats We May Witness in 2025
- Healthcare Trends Shaping 2025 And Insights For Industry Leaders
- https://www.cisecurity.org/insights/blog/12-cis-experts-cybersecurity-predictions-2025
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