#A cybersecurity company

[asalescommunity]

Can a cybersecurity service verify who does a fraud?

Yes, 30 people a day.

For a verification in a correct manner go to SEO.

[chitin-crusader]

......oh wow

[1o1percentmilk]

This poll is mostly targeted at USAmericans, but i guess other people can vote too. Relocation here means a move anywhere from where you currently reside, even if it's just the city over.

Please put your assumptions abt the job (e.g. location, industry, position, benefits, etc.) in the tags, and rb because i'm actually trying to gather information about this

[lightningst0rm]

[crustacean-crew]

pen testing @ the stationery store

I am bad at using pens apparently, I like the splash of color on senku though

[yakourinka]

(irl shit)

this place I interned at one time, elevator repair and r&d, led by two EE guys and several technicians/repairs people who probably knew way more about engineering than both the EEngineers and myself combined (definitely more than me!), had this strange issue where, basically, the elevator software wasn't properly being installed into the elevator (the bootloader was throwing an error) when the computer running the bootloader also had an internet browser running and this internet browser was streaming music.

yeah seriously.

so digging around I found that when the browser was running the bootloader would fail to map the first byte to the correct address, but fixing that was beyond me, I had only the vaguest understanding of how shit worked, so my suggestion was "just turn the music off for a second man". obviously they didn't like that, they were like "yeah we figured that out already did you go to school for this" lmao hhgjfhg

[glitchypsi]

i think more dumb unnecessarily internet connected devices getting hacked to become botnet zombies that deliver devastating attacks is a good thing actually. maybe then so-called "innovators" will realize not every single damn thing HAS to be internet-connected

[jcmarchi]

6 Digital Privacy Myths Debunked: How to Really Stay Safe Online - Technology Org

New Post has been published on https://thedigitalinsider.com/6-digital-privacy-myths-debunked-how-to-really-stay-safe-online-technology-org/

6 Digital Privacy Myths Debunked: How to Really Stay Safe Online - Technology Org

The internet is evolving every day, even in ways that we can’t see. This is because global communities of hackers are making greater advancements in the world of malware. International cybersecurity firms and government agencies do their best to detect and respond to cyberattacks, but it’s up to individuals to protect themselves as well.

Image credit: Fábio Lucas via Unsplash, free license

The best place to start is by ensuring you’re operating with all the right information. But there are a lot of dangerous myths and misconceptions out there about cybersecurity. If you’re building your digital privacy strategy on a foundation of fallacies, then you could be vulnerable to hacking activity without even knowing it. 

That’s why we’ll be debunking six of the most common digital privacy myths today. 

1. Using a private browser provides a private connection

Just because you’re using incognito mode doesn’t mean you’re really incognito. Contrary to popular belief, private browsers can still maintain details of your browsing history. How so? Although a private browser doesn’t save cookies or your browser history, it does maintain DNS data storage. This means that hackers may still be able to tap into your DNS storage to see what sites you visited. Yes, even on a private browser.

The most secure way to ensure you’re not being tracked is to use a tracker blocker. This is a nifty digital tool that helps prevent third-party web trackers from following you from page session to page session. Alongside bolstering your digital security, tracker blockers can also reduce the number of targeted ads you see online. This is ideal for anybody looking to browse with zero distractions and greater peace of mind.

2. Investing in just one cybersecurity measure will keep you safe

Does your front door have one or two locks? Chances are that many of us have both a key-access lock as well as a deadlock. Yes, that deadlock may not be necessary 99% of the time, but it sure does provide peace of mind. Cybersecurity measures work the same way.

Only relying on one cybersecurity measure is the same as putting all your hopes into one lock. But with enough determination, any lockpicker can surpass one security measure. So make sure there’s another barrier or two in place to ensure they don’t get to experience that instant gratification.

It’s recommended that you invest in at least 2-3 of the following digital security measures:

Antivirus software

VPN

Firewall (for your home/office network)

Password manager

Alongside these cybersecurity measures, it’s also imperative that you set up multi-factor authentication (MFA) on all your digital accounts. This ensures that hackers will need more than just your password to access your accounts. They will also need access to your email address or mobile phone number. And they’re less likely to have access to your inbox or SMS text messages.

3. Public WiFi networks are secure if they’re password-protected

Accessing the web while you’re travelling can always feel tricky. Even if you’ve invested in an international or local SIM, it’s still not ideal to rely on hotspotting everywhere you go. You just won’t have enough mobile battery to last you across the day. And whilst it may be tempting to connect to your hotel WiFi, sadly, there’s still no guarantee that it’s safe to do so, even if it is password-protected.

This is because hackers can do clever things like set up duplicate networks with the same credentials nearby. If you log into the wrong network, you could risk all of your user and device data falling into the wrong hands.

Similarly, some hackers may even be monitoring genuine hotel or restaurant/cafe WiFi networks. All they need is to have booked a room or a table once to gain access to the network password. Simply put, the network may be password-protected, but you don’t know who can access those credentials.

When in doubt, just rely on your hotspot connection. Or better still – use a VPN to make sure that your network connection stays encrypted and secure. That way, you can access the internet while on the go without sacrificing your digital safety or your phone’s battery life.

4. Only IT professionals are responsible for maintaining cybersecurity measures

Did you ever hear the story of a corporation brought to its knees by an administrative worker bringing in a USB she found in a car park? The simple act of plugging in this USB (which turned out to be a rubber ducky) allowed hackers to gain front-door access to that company’s data. It’s much harder to stop a cyberattack when you’ve welcomed it into the building.

Because of this, IT professionals have been encouraged to spearhead cybersecurity education initiatives in businesses. Yes, your IT team is responsible in that they have information to share. But once that information is shared and you’re well aware of your company’s cybersecurity policies, it’s up to you to do your part. Cybersecurity is a shared effort, and without every user and device on board, there will be cracks in your home or office network that opportunistic hackers can take advantage of.

5. Devices are safe from cyberattacks when they’re offline

As we mentioned above, even plugging in connected hardware can invite malware onto your devices. So, do away with this myth entirely because it’s been busted long ago! Hackers can upload malicious software and spyware onto a range of connected devices. This includes external storage drives (i.e. USB sticks and hard drives) and CDs. 

Even if your device is offline, hackers can still find ways to expose your devices to spyware that allows for remote monitoring. If their monitoring systems don’t work online, they can lay in wait until your device does connect to the web again. At that point, your hacker can take total remote control over your device.

So keep an eye out for any suspicious hardware or even software packages that look like they may be plagiarised or pirated. These hardware and software offerings can mask viruses like Trojan Horses, which can wreak havoc on your devices, whether they’re online or offline. It all depends on what code they’re programmed to run.

6. Hackers only target big companies

Lastly, if you believe that cybercriminals only go after whales, then you’re sorely mistaken. Although there are hackers out there who focus on hunting ‘whales,’ there are still tens of thousands more out there who go after little fish. Think about it – by widening your net, you can ensnare more victims. Securing financial or other valuable personal data from 200 people could likely provide a similar profit to securing data from a big company.

This is especially true if those 200 people haven’t invested in their cybersecurity measures. So don’t make yourself an easy target! With just a few dynamic security measures in place (i.e. a VPN and 2FA or MFA), you can make your accounts ‘not worth the hassle’ and prompt hackers to look for lower-hanging fruit.

A Few Final Words

How many of these digital privacy myths have you known to be debunked yourself? And are there any that took you by surprise? If so, then now is the perfect time to assess your cybersecurity measures and see how you can improve your digital safety.

[hubstarinfosys]

BitDefender Endpoint Security Partner in Dubai

Excited to announce our partnership with BitDefender Endpoint Security in Dubai! As we join forces to enhance cybersecurity, we're committed to delivering top-notch protection and peace of mind to businesses in the region. Together, we're building a safer digital future!

[exeggcute]

the devs at the company we acquired refusing to give me access to random shit because it's "sensitive" as if I don't have access to literally everything else anyway

[1o1percentmilk]

webdev is full of advertising, hardware engineering cant get u smaller chips anymore, software engineering is unoptimized, data science steals people's data and privacy, AI and ML steal jobs, systems engineering is too difficult, database architecture is boring, cloud engineering is dominated by AWS and Azure which are evil, UX/UI design is a form of torture for software engineers, people dont hire software and quality assurance testers anymore bc we have a/b testing and overnight patches now, computer graphics gets you the same visual effect as stuff from 2010, game development pays peanuts, mobile development is oversaturated, robots are being used for the military, project management isn't a real job, crypto is a fucking joke, and dont even look at theoretical computer science or you'll lose 6 years to a phD and alcoholism. do cybersecurity instead.

[weirdmageddon]

soooo y2k fears just happened but 24 years and a half too late. a faulty software update by CrowdStrike, an american cybersecurity company, is causing global computer outages on windows computers. looks like aviation and 911 services are hit hardest. theres a workaround but it needs to be done on every individual pc

[widiru]

Keamanan Siber: Panduan Lengkap Melindungi Aset Digital Perusahaan

Dalam era digital yang serba canggih ini, keamanan siber menjadi salah satu prioritas utama bagi setiap organisasi dan perusahaan. Keamanan siber mencakup berbagai aspek yang dirancang untuk melindungi data, aset, dan sistem perusahaan dari berbagai ancaman. Berdasarkan diagram yang ditampilkan, terdapat dua belas elemen penting dalam keamanan siber, mulai dari autentikasi hingga pemulihan bencana. Berikut adalah penjelasan mendalam beserta contoh kasus untuk tiap elemen:

Authentication

Contoh Kasus: Perusahaan A mengalami serangan phishing, di mana penyerang mencoba mencuri kredensial login karyawan.

Pembahasan: Dengan menerapkan multi-factor authentication (MFA), perusahaan dapat memastikan bahwa hanya pengguna sah yang dapat mengakses sistem. Misalnya, setelah login dengan password, karyawan perlu memasukkan kode yang dikirim ke perangkat pribadi mereka untuk verifikasi tambahan.

Authorization

Contoh Kasus: Seorang karyawan di bagian pemasaran secara tidak sengaja mendapatkan akses ke data keuangan perusahaan.

Pembahasan: Dengan menggunakan prinsip akses berbasis peran (role-based access control), perusahaan bisa membatasi akses hanya kepada mereka yang memerlukan akses dalam menjalankan tugasnya. Ini akan mengurangi risiko akses data oleh individu yang tidak berwenang.

Encryption

Contoh Kasus: Data sensitif pelanggan dikirim melalui email tanpa enkripsi, menyebabkan informasi ini berpotensi bocor.

Pembahasan: Dengan menerapkan enkripsi end-to-end, perusahaan dapat melindungi data dari pihak ketiga saat data dikirimkan. TLS untuk data transit memastikan bahwa data yang dikirim dan diterima dalam kondisi terenkripsi.

Vulnerability

Contoh Kasus: Sebuah aplikasi perusahaan mengalami serangan siber karena adanya kerentanan yang belum ditangani.

Pembahasan: Dengan melakukan penilaian kerentanan dan pemindaian secara berkala, perusahaan dapat mendeteksi kerentanan sebelum penyerang menemukannya. Patch keamanan yang proaktif sangat penting dalam mencegah potensi serangan.

Audit & Compliance

Contoh Kasus: Perusahaan B didenda karena tidak memenuhi peraturan GDPR terkait perlindungan data pengguna.

Pembahasan: Melakukan audit reguler dan memastikan kepatuhan terhadap standar seperti GDPR dan HIPAA dapat mengurangi risiko denda serta meningkatkan reputasi perusahaan dalam hal perlindungan data.

Network Security

Contoh Kasus: Serangan man-in-the-middle pada jaringan internal menyebabkan pencurian data penting perusahaan.

Pembahasan: Dengan menerapkan firewall dan DNS aman, perusahaan dapat memastikan bahwa lalu lintas jaringan terlindungi. Segmentasi jaringan dan deteksi intrusi sangat penting untuk melindungi jaringan dari ancaman internal maupun eksternal.

Terminal Security

Contoh Kasus: Laptop karyawan yang berisi data penting hilang, dan data tersebut tidak terenkripsi.

Pembahasan: Dengan mengenkripsi hard drive dan menerapkan device management, perusahaan dapat memastikan bahwa data pada perangkat yang hilang tidak bisa diakses oleh pihak yang tidak berwenang. Antivirus dan software keamanan lainnya juga penting untuk melindungi perangkat.

Emergency Responses

Contoh Kasus: Perusahaan mengalami serangan DDoS, yang menyebabkan server mereka down selama beberapa jam.

Pembahasan: Rencana respons insiden sangat penting dalam menangani serangan ini. Dengan menyiapkan pusat respons insiden dan melakukan simulasi berkala, perusahaan dapat merespons dengan cepat dan meminimalkan dampak dari serangan tersebut.

Container Security

Contoh Kasus: Perusahaan yang menggunakan aplikasi berbasis microservices mengalami serangan pada container mereka karena gambar yang tidak aman.

Pembahasan: Menggunakan gambar terpercaya dan melakukan keamanan runtime container dapat membantu mengurangi risiko serangan. Keamanan container yang tepat juga penting untuk menjaga aplikasi tetap berjalan aman di lingkungan berbasis container.

API Security

Contoh Kasus: API terbuka yang digunakan oleh perusahaan diakses oleh pihak tidak berwenang dan menyebabkan kebocoran data.

Pembahasan: Dengan menerapkan OAuth2, validasi input, dan rate limiting, perusahaan dapat melindungi API dari penyalahgunaan dan akses tidak sah. Keamanan API sangat penting dalam era digital yang terhubung saat ini.

3rd-Party Management

Contoh Kasus: Vendor pihak ketiga yang bekerja dengan perusahaan terkena serangan, dan data perusahaan ikut terpengaruh.

Pembahasan: Melakukan penilaian risiko vendor dan memonitor akses pihak ketiga secara ketat sangat penting. Hal ini untuk memastikan bahwa pihak ketiga tidak menjadi titik lemah dalam sistem keamanan perusahaan.

Disaster Recovery

Contoh Kasus: Perusahaan mengalami kerusakan data akibat kebakaran di pusat data mereka.

Pembahasan: Memiliki rencana pemulihan bencana (Disaster Recovery Plan) dan melakukan backup data secara rutin sangat penting. Redundansi sistem dapat membantu perusahaan untuk pulih lebih cepat setelah insiden dan mengurangi dampak operasional.

Dengan memahami setiap elemen ini dan mengambil langkah yang tepat, perusahaan dapat melindungi aset digital mereka secara efektif dari ancaman siber. Keamanan siber bukan hanya tentang melindungi sistem dari serangan, tetapi juga memastikan keberlanjutan operasi dan membangun kepercayaan pengguna terhadap organisasi.

[viiridiangreen]

Also: multi account containers will change your life if you regularly use diff accounts for the same sites- you can have em in their own tab in the same window w/o logging out & back in :3

hello google chrome refugees

don't use any of these browsers, they're also chrome

Here are my favorite firefox plugins for security/anti-tracking/anti-ad that I recommend you get

please get off chrome google is currently being investigated for being an Illegal Monopoly so get outta there okay love you bye

[glaxit]

Future of Game Development: Emerging Tech & Trends

The future of developing games is more promising than ever due to the rise of emerging technology and the significant evolution of Playing habits over the previous several decades. Game developers are poised to transform the way we play and perceive playing with innovations in artificial intelligence (AI). We will examine the leading technologies and trends influencing Virtual Playing creation in the future in this blog.

1. Artificial Intelligence (AI) in Game Development

AI is transforming game development by improving environments, enhancing non-playable characters, and customizing player exploits. Formulators improve processes like position design and testing by utilizing AI to build adaptive knowledge systems. AI-driven strategy gives players countless possibilities and challenges while freeing up developers to concentrate on more imaginative elements.

2. Augmented reality (AR) and virtual reality (VR)

In the Developing industry, virtual reality and augmented reality hold great promise. Immersion gaming is made possible by reasonably priced VR headsets and smartphones with AR capabilities. As sensory exploits improve, VR games will offer more interactive and realistic environments.

Pokémon GO and other (AR) have paved the way. In the future, Augmented reality will grow beyond smartphones. It may even include 4D-6D-9D glasses or other wearable tech.

3. Cloud Gaming

It changes the way people play and disseminate them. Players can now enjoy graphically demanding Sports without needing expensive consoles or PCs. This is possible because of these platforms like Google Stadia, NVIDIA GeForce Now, and Xbox Cloud. Rather, broadcasters send playing platforms straight to players’ devices, and distant servers manage the processing power.

The future of this will likely must have faster internet connections and less lag. This will help players around the world enjoy high-quality Interface game studios on any device, from smartphones to smart TVs.

4. Blockchain and NFTs

Blockchain technology and NFTs give players more ways to own, trade, and earn money from in-these items. This enables safe transactions and helps gamers produce unique collectibles.

Players may be able to fully manage their rewards and assets in future blockchain-based games. They might even offer cross- interoperability, enabling gamers to utilize objects or characters from one another.

5. Generation of Procedural Content

Detailed worlds are growing in demand. Procedural content generation (PCG) generates extensive virtual worlds, quests, and characters through the use of algorithms. AI and PCG together could produce original, dynamic playing area virtually exploits for exploration and trade.

Is game developer in high demand?

Game developers are widely searched for worldwide due to their high compensation. In this way Glaxit is a Top Notch Software Company Provides Game development services World Wide.

Will AI replace game developers?

No, coders are not anticipated to be replaced by AI. AI can make the development process easier and improve some tasks. However, human contact is still needed. People are essential to understand and solve complex problems. They also help create and implement solutions and make ethical decisions.

 Conclusion

In conclusion, game creation has a ton of interesting prospects ahead of it. Cloud gaming, blockchain, AI, AR, VR, and procedural generation are some of the emerging technologies that will completely change the game industry. Players should anticipate richer, more immersive experiences that serve a varied and constantly expanding audience as developers keep coming up with new ideas and pushing the envelope of what is feasible. Game creation is an adventure that never ends, and the future looks to be much more exciting.

[jcmarchi]

Anthropic urges AI regulation to avoid catastrophes

New Post has been published on https://thedigitalinsider.com/anthropic-urges-ai-regulation-to-avoid-catastrophes/

Anthropic urges AI regulation to avoid catastrophes

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Anthropic has flagged the potential risks of AI systems and calls for well-structured regulation to avoid potential catastrophes. The organisation argues that targeted regulation is essential to harness AI’s benefits while mitigating its dangers.

As AI systems evolve in capabilities such as mathematics, reasoning, and coding, their potential misuse in areas like cybersecurity or even biological and chemical disciplines significantly increases.

Anthropic warns the next 18 months are critical for policymakers to act, as the window for proactive prevention is narrowing. Notably, Anthropic’s Frontier Red Team highlights how current models can already contribute to various cyber offense-related tasks and expects future models to be even more effective.

Of particular concern is the potential for AI systems to exacerbate chemical, biological, radiological, and nuclear (CBRN) misuse. The UK AI Safety Institute found that several AI models can now match PhD-level human expertise in providing responses to science-related inquiries.

In addressing these risks, Anthropic has detailed its Responsible Scaling Policy (RSP) that was released in September 2023 as a robust countermeasure. RSP mandates an increase in safety and security measures corresponding to the sophistication of AI capabilities.

The RSP framework is designed to be adaptive and iterative, with regular assessments of AI models allowing for timely refinement of safety protocols. Anthropic says that it’s committed to maintaining and enhancing safety spans various team expansions, particularly in security, interpretability, and trust sectors, ensuring readiness for the rigorous safety standards set by its RSP.

Anthropic believes the widespread adoption of RSPs across the AI industry, while primarily voluntary, is essential for addressing AI risks.

Transparent, effective regulation is crucial to reassure society of AI companies’ adherence to promises of safety. Regulatory frameworks, however, must be strategic, incentivising sound safety practices without imposing unnecessary burdens.

Anthropic envisions regulations that are clear, focused, and adaptive to evolving technological landscapes, arguing that these are vital in achieving a balance between risk mitigation and fostering innovation.

In the US, Anthropic suggests that federal legislation could be the ultimate answer to AI risk regulation—though state-driven initiatives might need to step in if federal action lags. Legislative frameworks developed by countries worldwide should allow for standardisation and mutual recognition to support a global AI safety agenda, minimising the cost of regulatory adherence across different regions.

Furthermore, Anthropic addresses scepticism towards imposing regulations—highlighting that overly broad use-case-focused regulations would be inefficient for general AI systems, which have diverse applications. Instead, regulations should target fundamental properties and safety measures of AI models. 

While covering broad risks, Anthropic acknowledges that some immediate threats – like deepfakes – aren’t the focus of their current proposals since other initiatives are tackling these nearer-term issues.

Ultimately, Anthropic stresses the importance of instituting regulations that spur innovation rather than stifle it. The initial compliance burden, though inevitable, can be minimised through flexible and carefully-designed safety tests. Proper regulation can even help safeguard both national interests and private sector innovation by securing intellectual property against threats internally and externally.

By focusing on empirically measured risks, Anthropic plans for a regulatory landscape that neither biases against nor favours open or closed-source models. The objective remains clear: to manage the significant risks of frontier AI models with rigorous but adaptable regulation.

(Image Credit: Anthropic)

See also: President Biden issues first National Security Memorandum on AI

Want to learn more about AI and big data from industry leaders? Check out AI & Big Data Expo taking place in Amsterdam, California, and London. The comprehensive event is co-located with other leading events including Intelligent Automation Conference, BlockX, Digital Transformation Week, and Cyber Security & Cloud Expo.

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Tags: ai, anthropic, artificial intelligence, government, law, legal, Legislation, policy, Politics, regulation, risks, rsp, safety, Society