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**BOSTON, USA, March 11th, 2025/CyberNewsWire/--**GitGuardian, the security leader behind GitHub's most installed application, today released its comprehensive "2025 State of Secrets Sprawl Report," revealing a widespread and persistent security crisis that threatens organizations of all sizes. The report exposes a 25% increase in leaked secrets year-over-year, with 23.8 million new credentials detected on public GitHub in 2024 alone. Most concerning for enterprise security leaders: 70% of secrets leaked in 2022 remain active today, creating an expanding attack surface that grows more dangerous with each passing day. "The explosion of leaked secrets represents one of the most significant yet underestimated threats in cybersecurity," said Eric Fourrier, CEO of GitGuardian. "Unlike sophisticated zero-day exploits, attackers don't need advanced skills to exploit these vulnerabilities—just one exposed credential can provide unrestricted access to critical systems and sensitive data."Eric Fourrier points to the 2024 U.S. Treasury Department breach as a warning: "A single leaked API key from BeyondTrust allowed attackers to infiltrate government systems. This wasn't a sophisticated attack—it was a simple case of an exposed credential that bypassed millions in security investments." "The explosion of leaked secrets represents one of the most significant yet underestimated threats in cybersecurity," said Eric Fourrier, CEO of GitGuardian. "Unlike sophisticated zero-day exploits, attackers don't need advanced skills to exploit these vulnerabilities—just one exposed credential can provide unrestricted access to critical systems and sensitive data."Eric Fourrier points to the 2024 U.S. Treasury Department breach as a warning: "A single leaked API key from BeyondTrust allowed attackers to infiltrate government systems. This wasn't a sophisticated attack—it was a simple case of an exposed credential that bypassed millions in security investments." Key Findings for Security Leaders The report identifies several critical trends that demand immediate attention: The Blind Spot: Generic Secrets Despite GitHub's Push Protection helping developers detect known secret patterns, generic secrets—including hardcoded passwords, database credentials, and custom authentication tokens—now represent more than half of all detected leaks. These credentials lack standardized patterns, making them nearly impossible to detect with conventional tools. Private Repositories: A False Sense of Security The analysis reveals a startling truth: a full 35% of all private repositories scanned contained at least one plaintext secret, shattering the common assumption that private repositories are secure: AWS IAM keys appeared in plaintext in 8.17% of private repositories—over 5× more frequently than in public ones (1.45%)
Generic passwords appeared nearly 3× more often in private repositories (24.1%) compared to public ones (8.94%)
MongoDB credentials were the most frequently leaked secret type in public repositories (18.84%) AWS IAM keys appeared in plaintext in 8.17% of private repositories—over 5× more frequently than in public ones (1.45%) Generic passwords appeared nearly 3× more often in private repositories (24.1%) compared to public ones (8.94%) MongoDB credentials were the most frequently leaked secret type in public repositories (18.84%) "Leaked secrets in private code repositories must be treated as compromised," emphasized Eric Fourrier. "Security teams must recognize that secrets should be treated as sensitive data regardless of where they reside." "Leaked secrets in private code repositories must be treated as compromised," emphasized Eric Fourrier. "Security teams must recognize that secrets should be treated as sensitive data regardless of where they reside." Beyond Code: Secrets Sprawl Across the SDLC Hardcoded secrets are everywhere, but especially in security blind spots like collaboration platforms and containers environments where security controls are typically weaker: Slack: 2.4% of channels within analyzed workspaces contained leaked secrets
Jira: 6.1% of tickets exposed credentials, making it the most vulnerable collaboration tool
DockerHub: 98% of detected secrets were embedded exclusively in image layers, with over 7,000 valid AWS keys currently exposed Slack: 2.4% of channels within analyzed workspaces contained leaked secrets Jira: 6.1% of tickets exposed credentials, making it the most vulnerable collaboration tool DockerHub: 98% of detected secrets were embedded exclusively in image layers, with over 7,000 valid AWS keys currently exposed The Non-Human Identity Crisis Non-human identities (NHIs)—including API keys, service accounts, and automation tokens—now vastly outnumber human identities in most organizations. However, these credentials often lack proper lifecycle management and rotation, creating persistent vulnerabilities. A security leader at a Fortune 500 company acknowledged this challenge: "We aim to rotate secrets annually, but enforcement is difficult across our environment. Some credentials have remained unchanged for years." A security leader at a Fortune 500 company acknowledged this challenge: "We aim to rotate secrets annually, but enforcement is difficult across our environment. Some credentials have remained unchanged for years." Secrets Managers: Not a Complete Answer Even organizations using secrets management solutions remain vulnerable. A study of 2,584 repositories leveraging secrets managers revealed a 5.1% secret leakage rate —far from the near-zero we anticipate. This surpasses the overall GitHub average of 4.6%. Common issues include: Secrets extracted from secrets managers and hardcoded elsewhere
Insecure authentication to secrets managers exposing access credentials
Fragmented governance due to secrets sprawl across multiple secrets managers Secrets extracted from secrets managers and hardcoded elsewhere Insecure authentication to secrets managers exposing access credentials Fragmented governance due to secrets sprawl across multiple secrets managers The Path Forward: Comprehensive Secrets Security As AI-generated code, automation, and cloud-native development accelerate, the report forecasts that secrets sprawl will only intensify. While GitHub's Push Protection has reduced some leaks, it leaves significant gaps—particularly with generic secrets, private repositories, and collaboration tools. "For CISOs and security leaders, the goal isn't just detection—it's the remediation of these vulnerabilities before they're exploited," said Eric Fourrier. "This requires a comprehensive approach that includes automated discovery, detection, remediation, and stronger secrets governance across all enterprise platforms." "For CISOs and security leaders, the goal isn't just detection—it's the remediation of these vulnerabilities before they're exploited," said Eric Fourrier. "This requires a comprehensive approach that includes automated discovery, detection, remediation, and stronger secrets governance across all enterprise platforms." The report concludes with a strategic framework for organizations to address secrets sprawl through: Deploying monitoring for exposed credentials across all environments
Implementing centralized secrets detection and remediation
Establishing semi-automated rotation policies for all credentials
Creating clear developer guidelines for secure vault usage Deploying monitoring for exposed credentials across all environments Implementing centralized secrets detection and remediation Establishing semi-automated rotation policies for all credentials Creating clear developer guidelines for secure vault usage To read the full 2025 State of Secrets Sprawl Report, users can visit GitGuardian.com. GitGuardian.com GitGuardian.com Additional resources GitGuardian - Website GitGuardian - Website GitGuardian - Website The State of Secrets Sprawl 2025 The State of Secrets Sprawl 2025 The State of Secrets Sprawl 2025 About GitGuardian GitGuardian is an end-to-end NHI security platform that empowers software-driven organizations to enhance their Non-Human Identity (NHI) security and comply with industry standards. With attackers increasingly targeting NHIs, such as service accounts and applications, GitGuardian integrates Secrets Security and NHI Governance. GitGuardian GitGuardian This dual approach enables the detection of compromised secrets across your dev environments while also managing non-human identities and their secrets' lifecycles. The platform is the world's most installed GitHub application and supports over 450+ types of secrets, offers public monitoring for leaked data, and deploys honeytokens for added defense. Trusted by over 600,000 developers, GitGuardian is the choice of leading organizations like Snowflake, ING, BASF, and Bouygues Telecom for robust secrets protection. Contact Media Contact Holly Hagerman Connect Marketing hollyh@connectmarketing.com +1(801) 373-7888 This story was distributed as a release by Cybernewswire under HackerNoon’s Business Blogging Program. Learn more about the program here This story was distributed as a release by Cybernewswire under HackerNoon’s Business Blogging Program. Learn more about the program here here here

GitGuardian Report: 70% Of Leaked Secrets Remain Active For Two Years, Urging Immediate Remediation

Доклад на GitGuardian: 70% от изтеклите тайни остават активни в продължение на две години, настоявайки за незабавно отстраняване

Informe de GitGuardian: El 70 % de los secretos filtrados permanecen activos durante dos años, lo que insta a una solución inmediata.

דוח GitGuardian: 70% מהסודות שדלפו נשארים פעילים במשך שנתיים, ודוחקים לתיקון מיידי

GitGuardian jelentés: A kiszivárgott titkok 70%-a két évig aktív marad, azonnali orvoslást sürget

GitGuardian レポート: 漏洩した機密情報の 70% が 2 年間有効のまま、即時の修復が必要

GitGuardian Willakuy: 70% Pakakuna filtrado kaqmanta Iskay Watakama llamk'achkan, chaylla allichayta kallpachaspa

Raport GitGuardian: 70% dintre secretele scurse rămân active timp de doi ani, solicitând remedierea imediată

GitGuardian Chirevo: 70% Yezvakavanzika Zvakaburitswa Zvirambe Zvichishanda KweMakore Maviri, Kukurudzira Kugadziriswa Kwekare

Извештај ГитГуардиана: 70% процурелих тајни остаје активно две године, позивајући се на хитну санацију

Ripoti ya GitGuardian: Asilimia 70 ya Siri Zilizovuja Husalia Hai kwa Miaka Miwili, Ikihimiza Marekebisho ya Haraka

GitGuardian Raporu: Sızdırılan Sırların %70'i İki Yıl Aktif Kalıyor, Acil Düzeltme Çağrısı Yapılıyor

Звіт GitGuardian: 70% витоку секретів залишаються активними протягом двох років, закликаючи до негайного виправлення

If you think trust is an important concept applicable only to interpersonal relationships and is only nominally important in business, it’s time to think again. In the crypto industry, it may be the deciding factor for the success of your startup. Users need to believe that you have their best interest in mind, and you need to show in every aspect the user has contact with. Plus, crypto enthusiasts are highly knowledgeable: they can dig into the tech, analyze security, and assess the platform’s reliability all on their own. On one hand, they will scrutinize your product inside and out. They’ll be skeptical — fake it until you make it and flashy marketing won’t fly here. That’s a straight ticket to being labeled a scam. On the other hand, this is an opportunity for founders who aren’t just building yet another Tier 1 trading tool but are actually bringing real value to the market — doing it safely, transparently, and with respect for their users. But let’s be real — startups need an MVP, and MVPs rarely come with full licenses, audits, and all the shiny badges of legitimacy. Unless, of course, you’ve raised massive funding from day one (but let’s get back to reality real quick). In this article, we’ll break down what a crypto startup founder CAN do to build trust from day one — without massive budgets or overpromising things you can’t deliver. 1. Transparent communication Transparency is not just a nice thing to have — it’s a practical way to enter the market and define your positioning. Especially in crypto. The Build in Public approach is well-known: developers share their progress to gain industry attention. Something similar works for trust-building in crypto, but the focus is different. It’s about clearly communicating how the product works, where it provides value, and where it doesn’t. Spoiler: if you can’t explain this to yourself, you won’t be able to convince anyone else. For example, if an exchange tries to compete with Binance or Bybit but has higher fees, worse liquidity, and no real advantages, users won’t switch. That’s why every crypto project needs to define its niche early and make it explicit. We figured this out quickly and focused on Tier 3 tokens instead of trying to compete on Tier 1 assets. Transparency is also about clarifying risks. If an exchange is non-custodial and a licensed custodian holds funds, it’s not enough to mention this in the docs — you have to explain why it matters. Experienced users know the difference between custodians, which ones are reliable and which ones might disappear along with their funds. If this isn’t addressed clearly, it raises red flags. In crypto, people don’t trust brands as much as they trust technical implementations. The more precisely you explain how things work, the more likely users are to take your project seriously. 2. Security and Regulation Cryptocurrency security isn’t just about protecting user funds — it’s about making sure users believe you won’t disappear with their money. How this is achieved depends on whether the project is DeFi-based or centralized, as each operates under different security models and user expectations. DeFi: Code as the Only Guarantee In DeFi, code is law, and security relies on open-source transparency and smart contract audits. Major protocols have their contracts audited by specialized firms like CertiK. It’s expensive, but users won’t trust a project without an audit. If the team is unknown and lacks a track record, an audit is often the only way to prove that the code isn’t riddled with vulnerabilities. However, even audits aren’t foolproof. Exploits still happen because once a contract is deployed, it can’t be patched, and attackers get more sophisticated over time. DeFi projects must go beyond audits and build security measures into their architecture. For example, they can implement withdrawal limits or emergency shutdown mechanisms to reduce damage in case of an exploit. Centralized Platforms: Licenses or Trust? DeFi projects rely on code for security – сentralized platforms rely on legal and institutional protections. Ideally, they should be licensed. But here’s the catch: licensed exchanges typically only cover spot trading and normally don’t offer the full range of features that users are seeking out. As a result, many centralized exchanges partner with third-party custodians for fund storage. Doing this allows them to minimize risks since user funds aren’t controlled directly by the exchange but are held by regulated custodial services. A centralized platform not having a license or a trusted custodian is a major red flag for users. In Short: DeFi projects rely on audits and transparent code for security.
Centralized platforms need licenses or trusted custodians to gain user trust.
If a project doesn’t clearly explain its security measures, users will assume it’s unsafe. 3. Real People Behind the Business The crypto industry remains one of the most anonymous spaces. Many projects operate without known teams or public leaders, which might be convenient for founders but doesn’t help build trust. When a project has no recognizable face, users are left with more questions than answers: — Who is behind this?— Will it still exist a year from now?— Can it be trusted? Anyone with crypto as the main occupation doesn’t rely on flashy websites or big promises. They look for people who stand behind the product and take responsibility for the results. Being open creates trust. A visible founder makes the project seem more credible. Engaging in podcasts, answering community questions, and explaining key decisions fosters confidence. People see a real person behind it — not just another anonymous, faceless operation. Building a personal brand doesn’t mean running a YouTube channel or aggressively marketing yourself. Sometimes, staying active in the community, participating in open AMA (Ask Me Anything) sessions, and speaking at industry events is more than enough. A simple rule: if you’re not afraid to show yourself, you have something tangible to share. 4. Technical Implementation In crypto, security is not just a feature. It’s a fundamental requirement for a project's survival. Users don’t take platforms at their word; they analyze how their funds are stored and how well the underlying mechanisms are protected. One of the key questions is: **Where are the funds stored? \ If a platform is centralized but non-custodial, users need to know exactly who holds their assets. For example, mentioning the name won't be enough if an exchange relies on a licensed custodian. It’s essential to explain what this means, including what licenses the custodian holds, its track record, and who operates it. Technical aspects also matter. Users closely examine how the platform's infrastructure is set up:— What risk management mechanisms are in place?— How reliable and user-friendly is the exchange API?— Does the platform have access to liquidity from major exchanges? The more transparent the technical implementation, the fewer doubts users have. When they see that a platform does not have direct access to their funds, that a licensed custodian manages assets, and that the project focuses purely on the technology — this builds trust. Remember, transparency in technical implementation is not a marketing buzzword; it’s a necessity. Crypto projects with closed, opaque storage and operational schemes inevitably raise red flags, and users vote against them with their wallets. Trust in crypto isn’t built on bold promises — it’s earned through real actions, transparency, and technological reliability. Unlike traditional fintech products, crypto users analyze risks themselves, assess the technical side, and deeply understand how platforms work. This sets a high bar for startups but also creates an opportunity to stand out through marketing and a thoughtful approach to building trust. The formula is: Transparent communication + Security and regulation + Real people behind the project + Technical implementation. If all variables align, you win. I've tested all of this in my own products, and the key takeaway is simple: you can’t “sell” a crypto product if it doesn’t pass users’ scrutiny for honesty, security, and real value. If users see nothing but a sleek landing page and marketing buzzwords, they’ll vote with their wallets and move on to something that works. If you think trust is an important concept applicable only to interpersonal relationships and is only nominally important in business, it’s time to think again. In the crypto industry, it may be the deciding factor for the success of your startup. Users need to believe that you have their best interest in mind, and you need to show in every aspect the user has contact with. Plus, crypto enthusiasts are highly knowledgeable: they can dig into the tech, analyze security, and assess the platform’s reliability all on their own. On one hand, they will scrutinize your product inside and out. They’ll be skeptical — fake it until you make it and flashy marketing won’t fly here. That’s a straight ticket to being labeled a scam. On the other hand, this is an opportunity for founders who aren’t just building yet another Tier 1 trading tool but are actually bringing real value to the market — doing it safely, transparently, and with respect for their users. fake it until you make it yet another But let’s be real — startups need an MVP, and MVPs rarely come with full licenses, audits, and all the shiny badges of legitimacy. Unless, of course, you’ve raised massive funding from day one (but let’s get back to reality real quick). In this article, we’ll break down what a crypto startup founder CAN do to build trust from day one — without massive budgets or overpromising things you can’t deliver. 1. Transparent communication 1. Transparent communication Transparency is not just a nice thing to have — it’s a practical way to enter the market and define your positioning. Especially in crypto. The Build in Public approach is well-known: developers share their progress to gain industry attention. Something similar works for trust-building in crypto, but the focus is different. It’s about clearly communicating how the product works, where it provides value, and where it doesn’t. Especially Build in Public Spoiler: if you can’t explain this to yourself, you won’t be able to convince anyone else. you won’t be able to convince anyone else. For example, if an exchange tries to compete with Binance or Bybit but has higher fees, worse liquidity, and no real advantages, users won’t switch. That’s why every crypto project needs to define its niche early and make it explicit. We figured this out quickly and focused on Tier 3 tokens instead of trying to compete on Tier 1 assets. Transparency is also about clarifying risks. If an exchange is non-custodial and a licensed custodian holds funds, it’s not enough to mention this in the docs — you have to explain why it matters. Experienced users know the difference between custodians, which ones are reliable and which ones might disappear along with their funds. If this isn’t addressed clearly, it raises red flags. In crypto, people don’t trust brands as much as they trust technical implementations. The more precisely you explain how things work, the more likely users are to take your project seriously. 2. Security and Regulation 2. Security and Regulation Cryptocurrency security isn’t just about protecting user funds — it’s about making sure users believe you won’t disappear with their money. How this is achieved depends on whether the project is DeFi-based or centralized, as each operates under different security models and user expectations. DeFi: Code as the Only Guarantee DeFi: Code as the Only Guarantee DeFi: Code as the Only Guarantee In DeFi, code is law, and security relies on open-source transparency and smart contract audits. Major protocols have their contracts audited by specialized firms like CertiK. It’s expensive, but users won’t trust a project without an audit. If the team is unknown and lacks a track record, an audit is often the only way to prove that the code isn’t riddled with vulnerabilities. However, even audits aren’t foolproof. Exploits still happen because once a contract is deployed, it can’t be patched, and attackers get more sophisticated over time. DeFi projects must go beyond audits and build security measures into their architecture. For example, they can implement withdrawal limits or emergency shutdown mechanisms to reduce damage in case of an exploit. Centralized Platforms: Licenses or Trust? Centralized Platforms: Licenses or Trust? DeFi projects rely on code for security – сentralized platforms rely on legal and institutional protections. Ideally, they should be licensed. But here’s the catch: licensed exchanges typically only cover spot trading and normally don’t offer the full range of features that users are seeking out. As a result, many centralized exchanges partner with third-party custodians for fund storage. Doing this allows them to minimize risks since user funds aren’t controlled directly by the exchange but are held by regulated custodial services. A centralized platform not having a license or a trusted custodian is a major red flag for users. In Short: In Short: In Short: DeFi projects rely on audits and transparent code for security. Centralized platforms need licenses or trusted custodians to gain user trust. If a project doesn’t clearly explain its security measures, users will assume it’s unsafe. DeFi projects rely on audits and transparent code for security. DeFi projects rely on audits and transparent code for security. DeFi projects rely on audits and transparent code for security. Centralized platforms need licenses or trusted custodians to gain user trust. Centralized platforms need licenses or trusted custodians to gain user trust. Centralized platforms need licenses or trusted custodians to gain user trust. If a project doesn’t clearly explain its security measures, users will assume it’s unsafe. If a project doesn’t clearly explain its security measures, users will assume it’s unsafe. If a project doesn’t clearly explain its security measures, users will assume it’s unsafe. 3. Real People Behind the Business 3. Real People Behind the Business The crypto industry remains one of the most anonymous spaces. Many projects operate without known teams or public leaders, which might be convenient for founders but doesn’t help build trust. When a project has no recognizable face, users are left with more questions than answers: — Who is behind this? — Will it still exist a year from now? — Can it be trusted? Anyone with crypto as the main occupation doesn’t rely on flashy websites or big promises. They look for people who stand behind the product and take responsibility for the results. Being open creates trust. A visible founder makes the project seem more credible. Engaging in podcasts, answering community questions, and explaining key decisions fosters confidence. People see a real person behind it — not just another anonymous, faceless operation. Building a personal brand doesn’t mean running a YouTube channel or aggressively marketing yourself. Sometimes, staying active in the community, participating in open AMA (Ask Me Anything) sessions, and speaking at industry events is more than enough. A simple rule: if you’re not afraid to show yourself, you have something tangible to share. 4. Technical Implementation 4. Technical Implementation In crypto, security is not just a feature. It’s a fundamental requirement for a project's survival. Users don’t take platforms at their word; they analyze how their funds are stored and how well the underlying mechanisms are protected. One of the key questions is: **Where are the funds stored? \ If a platform is centralized but non-custodial, users need to know exactly who holds their assets. For example, mentioning the name won't be enough if an exchange relies on a licensed custodian. It’s essential to explain what this means, including what licenses the custodian holds, its track record, and who operates it. Technical aspects also matter. Users closely examine how the platform's infrastructure is set up: — What risk management mechanisms are in place? — How reliable and user-friendly is the exchange API? — Does the platform have access to liquidity from major exchanges? The more transparent the technical implementation, the fewer doubts users have. When they see that a platform does not have direct access to their funds, that a licensed custodian manages assets, and that the project focuses purely on the technology — this builds trust. Remember, transparency in technical implementation is not a marketing buzzword; it’s a necessity. Crypto projects with closed, opaque storage and operational schemes inevitably raise red flags, and users vote against them with their wallets. Trust in crypto isn’t built on bold promises — it’s earned through real actions, transparency, and technological reliability. Unlike traditional fintech products, crypto users analyze risks themselves, assess the technical side, and deeply understand how platforms work. This sets a high bar for startups but also creates an opportunity to stand out through marketing and a thoughtful approach to building trust. The formula is: Transparent communication + Security and regulation + Real people behind the project + Technical implementation. The formula is: Transparent communication + Security and regulation + Real people behind the project + Technical implementation. The formula is: Transparent communication + Security and regulation + Real people behind the project + Technical implementation. If all variables align, you win. I've tested all of this in my own products, and the key takeaway is simple: you can’t “sell” a crypto product if it doesn’t pass users’ scrutiny for honesty, security, and real value. If users see nothing but a sleek landing page and marketing buzzwords, they’ll vote with their wallets and move on to something that works.

Here's What No One Tells You About Launching a Crypto Startup

AI Automated Investing: Friend Or Foe?

Remote support software allows system administrators to remotely control computers, view the user’s screen, interact with it, and provide technical support when needed. Some companies use desktops remotely to perform administrative tasks, such as system management, or to monitor and troubleshoot problems without physical presence. It is important to note that software for remote support has one big advantage over traditional support requests, which are usually made by phone or email. Remote support software allows you to view your entire computer desktop in real-time, allowing you to better solve problems with your operating system or software installation, often without even asking for any information from the user. The most popular remote access programs are and . They have their advantages and disadvantages, but I will not write about these programs, because everyone who provides remote assistance has probably come across them. In this article, I will describe the best Teamviewer alternatives which are worthy of attention for any technician. Teamviewer Anydesk Сustomer service management tools Getscreen.me Cloud software provides remote access via a browser. To connect to the client, just send him an invitation link and as soon as he clicks on it — the session starts. Quick Support lets you both connect to other users and open access to your own computer. Branding can be set up so that the user can identify which company they are connecting from. According to system administrators, Getscreen.me is the best remote access and support software. If your company has several system administrators, you can create a team and distribute tasks among employees. The service also has the ability to connect permanently — just add computers to your office and you can connect to them at any time. If necessary, you can record a remote session and communicate with the client during the connection, both in chat and voice. Getscreen benefits: high connection speed ready-made plugins for integration, as well as HTTP API load balancing between team members storage of logs and session records in the cloud secure access, firewall compatibility, privacy sandboxing, encryption, antivirus scanning HTTP API for creating custom integrations with any services and platforms If you’re looking for free remote desktop software and support, to connect to two devices for free. If you have more computers — you can pick up a suitable tariff, the prices are quite affordable. download Getscreen.me $0. Entry Level Price: Zoho Assist Zoho Assist service requires an authorization code to access or control another computer. This software provides control and remote access to other devices, the operator can work in several sessions simultaneously: provide remote assistance and manage their own devices. The connection is also made directly from the browser. To access the remote troubleshooting client screen, all you have to do is specify its email address. Many users complain about live chat client during a session — it has an awkward interface and does not always display the full text. $0. Entry Level Price: FixMe.IT A fast and easy-to-use client support manager designed to provide on-demand and unattended technical assistance to customers located anywhere in the world. FixMe.IT allows you to provide unlimited on-demand support and manage up to 150 unattended machines. Connection to a remote user is made without installing any software. All your customer has to do is open the web page and give you their 6-digit customer ID number. Of the disadvantages — unstable file transfer and work only on Windows. So if you are looking for the best remote desktop for Mac (best remote desktop for mac) or Android, this service will not suit you. $30. Entry Level Price: Atera Versatile remote management and monitoring solution (RMM) Includes built-in PSA, remote access, patch management, automation, alerts, help desk, customer ticketing system, chat reports, billing and more. Users praise the ticketing system the most. It allows users to report problems directly from their email and allows technicians to track any problems. But the mobile app leaves a lot to be desired. It lacks performance, you have to constantly log in. It is much more difficult to manage devices on Mac than on Windows. $79 Entry Level Price: ConnectWise Control A quality solution for remote support, access and meetings. With ConnectWise Control, users can use remote support and access to repair computers, provide updates, and manage machines. Users can also conduct online seminars and presentations via remote meetings. Ability to execute commands from the management console, remote management sessions start instantly. During the session, you can communicate with the user, and there is also the possibility of transferring files. The service is quite complicated to manage, with a complicated interface and functionality, so it is suitable only for experienced support operators. : $24 Entry Level Price Remote PC A fast and secure remote access solution that allows consumers, businesses and IT professionals to access and manage remote desktop Mac and Windows, from any device, including iOS/Android. Remote access can be set up by sending the user an email with a link or dictating a code. The operator can then connect to the client’s computer and make all the necessary settings himself. There is practical all the functionality that the best remote desktop needs: file transfer remote printing chat with operator technical support cross-platform Rescue PC users do not note any significant disadvantages. : $20 Entry Level Price Splashtop SOS Splashtop SOS is designed for on-demand support of a licensed number of technicians. It is one of the products of the popular Splashtop brand with which you can provide fast remote support. Each technician needs an individual license, which allows you to serve up to 10 clients. The cost of such a license starts at $170 per year. Both supervised and unsupervised access is available. The client support manager works with Windows, Mac and Linux. The functionality of the service is standard, with everything you need for remote support clients. But the limited individual licenses are not to everyone’s liking. $170 Entry Level Price: BeyondTrust Remote Support (ex-Bomgar) Remote support tool helps support teams of all sizes improve business efficiency by providing secure, controlled remote support for virtually any device or system, anywhere in the world. Specialists can support remote computers running Windows, Mac and Linux or mobile devices running Android, iOS and even BlackBerry! Easy to use for the end-user (especially on Windows). Provides centralized management and remote access protection for service providers, IT administrators and vendors. BeyondTrust Remote Support allows technical support teams to securely access and troubleshoot any remote device on any platform, located anywhere in the world. And all from the same solution. Features such as remote support chat, skill-based routing, canned scripts, and escalation protocols simplify technician workflows and reduce the number of manual connections and support requests your team has to handle. on request. Entry Level Price: Rescue (ex-LogMeIn) One of the best remote support software is Rescue. An easy-to-use service for remote support of PCs, Macs, and mobile devices. Allows you to serve teams of any size, from small technical support departments to the largest global companies. The service does not work on Linux, and works intermittently on mobile devices. Also, administrators in the reviews complain that they regularly get thrown out of their personal account and have to log in, and there are many complaints about the admin control center. There were also complaints about the support service, but perhaps they have already adjusted the process. $108 Entry Level Price: ISL Light A remote support tool with a large set of all the features you need. Allows the operator to invite a customer to join a support session by entering a unique session code, or start a remote support session directly from the live chat program. The software has been translated into 28 languages and is used in a wide variety of industries, including banking, government, insurance and healthcare. Key features include screen sharing, unescorted access to remote computers, permission management, chat messaging, session recording, file transfer, Wake-On-LAN, and RDP routing. The service can be deployed as a cloud service or as an on-premises solution. The license does not limit the number of users, installations, or the number of clients to which users connect. The only disadvantage noted by users is that remote connection is quite complicated for people with little knowledge of IT. Therefore, if there are a lot of such people among your clients, it is better to choose a service with a more accessible interface and connection method. $145 Entry Level Price: Also Published here

Provide Tech Support by Remotely Control Controlling Computers Using these 10 Tools

Malware is one of the biggest security threats facing organizations and is often distributed by hackers with the intent of disrupting, damaging, or gaining unauthorized access to computer devices and networks. To make matters worse, cybercriminals are constantly finding better ways to deliver malicious code to exploit system vulnerabilities. A recent study from Insights for Professionals, which surveyed 1,500 senior leaders across the UK and USA, identified that malware was the greatest challenge reported by 37% of Heads of Departments compared to just 12% of Directors. How has malware evolved over the years? shows that there’s been an 800% rise in malware attacks, from 12.4 million in 2009 to 812.67 million in 2018. Additionally, reported a 29% increase from 1001.52 million in 2019 to 1290.89 million in 2021. Research from PurpleSec AV-TEST When COVID-19 impacted everyone worldwide in 2020, businesses were forced to adopt the cloud and implement remote systems and networks to support employees working from home. Although most companies were able to run remotely, threat actors were able to exploit their security vulnerabilities, . leaving more businesses open to cyberattacks identified that 1 in 4 (25%) workers had noticed an uptick in fraudulent emails, spam and phishing attempts since the COVID-19 crisis. detected around 907,000 spam messages, 737 malware incidents and 48,000 malicious URLs between January and April 2020. What’s more, discovered that 85% of breaches involved human interaction and 36% of breaches involved phishing, which is 11% higher than 2020. Deloitte Interpol Verizon’s 2021 report Six common types of malware From encrypting, stealing or deleting sensitive data to hijacking or changing core system functions, it’s essential to keep a close eye on the different types of malware. – Among one of the most profitable malware types, hackers typically employ ransomware to encrypt sensitive files – preventing users from accessing them – and often demand a ransom payment in exchange for the decryption key. For example, the in May 2017 affected around a quarter of a million computers worldwide. Hackers initially demanded around $300 in bitcoins and then increased the ransom to $600. Ransomware WannaCry ransomware attack – Adware presents unwanted ads on your computer or mobile device. Not only are they very intrusive, but this form of malware does have the potential to become malicious. Adware – Once executed by a user, a virus can duplicate itself and spread quickly from one device to another, causing significant damage. Virus – Arguably one of the most dangerous types of malware, worms can duplicate themselves and spread to other devices without being attached to software or executed by a user. Worms – A Trojan horse often disguises itself as a legitimate file or program and tricks users into downloading it. Once installed, it can give hackers the ability to launch more attacks, alter files, steal sensitive information and more. Trojan Horse – Cybercriminals use spyware to monitor and record users’ keystrokes without their knowledge to seize things like passwords, payment details and more. Spyware How to prevent malware attacks from hurting your organization Not knowing how to protect your company against malware can have severe consequences. On average, data breaches cost companies . $4.24 million per incident Here are some best practices and tips you can adopt right now. 1. Back up your data frequently Data loss is a massive concern for many organizations, with one study highlighting that believe that ransomware brings the most risk. 42% of IT professionals Should your devices ever become infected, the likelihood of you getting your data back in one piece is very slim unless you pay the ransom. Although backups don’t provide that much protection, getting into the habit of regularly backing up your critical files locally and in the cloud will help you restore your systems after an attack and minimize downtime costs. 2. Install modern antivirus software Not having antivirus protection on your work devices puts your users and the business at risk of being targeted by malicious actors. A modern antivirus solution secures your endpoints by detecting, blocking and removing malicious files. They also operate discreetly in the background and update themselves, offering real-time protection against the latest threats. But with offering similar products and features, which one should you choose? Here are some questions to help with that: so many vendors What does the antivirus cover include and does it provide comprehensive protection? Does the software offer additional features such as anti-spyware, next-gen firewalls and email gateways? Will it operate on our operating system? Is it compatible across all devices? Does it come with 24/7 technical support? Asking these questions won’t only help you choose the right software, but it’ll also protect the business against the most sophisticated malware attacks. 3. Regularly update your software Not updating your operating system, software, browser and plugins can pose a serious security risk. For example, a highlighted that a record high of 1,268 Microsoft vulnerabilities was identified in 2020, which is 48% higher than the previous year. Meanwhile, found that Google products, like Chrome, recorded the most vulnerabilities (547) in the first half of 2021. report from BeyondTrust another study While software doesn’t guarantee complete protection against malware, most vendors regularly release updates and patches to fix existing security vulnerabilities or bugs. For example, in September 2021 across its devices to block zero-click spyware. Apple released an emergency security update To reduce the likelihood of your systems becoming infected with malware, don’t ignore new software update notifications – act immediately. 4. Use network segmentation Failure to secure your defenses and malware has the potential to spread rapidly across your network and disrupt the day-to-day running of the business. Consider network segmentation, which basically divides your network into smaller parts. Although it doesn’t prevent security attacks from taking place, segmentation will contain malware in one part of your network and stop it from impacting other systems. 5. Deploy secure authentication methods Yes – employees still use weak and straightforward passwords according to the ‘ ’ report from NordPass. Some examples include: Top 200 most common passwords 123456 123456789 12345 qwerty password To stop cybercriminals from breaking into your devices or apps, there are a few methods you can adopt to strengthen your defenses and curb the risk of malware attacks. Encourage stronger passwords or consider a password manager Get your employees into the habit of creating strong passwords and changing them regularly. A password that contains more than 12 characters – and uses a combination of lowercase and uppercase letters, special symbols and numbers – will make it more difficult for cybercriminals to crack. Also, refrain your workforce from reusing passwords across multiple accounts. Despite the benefits of creating complex passwords for each account, most users will struggle to remember each one, so consider investing in a to help users store and manage their credentials in a single encrypted location. secure password manager Implement multifactor authentication (MFA) shows that COVID-19 and the virtual workplace has driven most security professionals and businesses to multifactor authentication (MFA), with nearly three-quarters (74%) planning to increase their spending. Indeed, research from Microsoft suggests that MFA can and prevent cybercriminals from gaining unauthorized access by asking users to provide two or more verification factors to prove who they say they are. Research from Yubico block 99.9% of attacks 6. Educate your employees People are without a doubt the weakest link when it comes to cybersecurity, and this is often due to the lack of training. A found that only 1 in 9 companies (11%) have provided cybersecurity training to their employees. 2020 report from the Department for Digital, Culture Media & Sport Hackers utilize a range of social engineering tactics such as phishing to psychologically trick end-users into clicking on suspicious website links or giving away sensitive information. To reduce the risk of an attack, consider providing regular security awareness training. For instance, equipping your people with the knowledge and skills to recognize the tell-tale and running regular phishing tests will help them retain everything, which, in turn, will significantly reduce the chances of a costly data breach. signs of phishing emails As hybrid working becomes more common, employees will have far more flexibility on which days they visit the workplace and which they work elsewhere. But should people choose to work in a café with free public Wi-Fi, this could pose a security risk to the business as malicious actors can monitor what employees send/receive and even distribute malware. To maintain high levels of security and privacy, consider setting up a VPN and highlighting the benefits of this technology to your users. In doing so, you’ll make it harder for hackers to access and steal sensitive business data. 7. Adopt the least privilege model Phishing emails are constantly being sent to employees, and all it takes is one click on a link or an attachment, and the malicious code is on your system. To make it more difficult for malicious actors to infiltrate your devices, consider implementing the principle of least privilege (PoLP), which addresses access control and limits the access rights of users to the bare minimum they require to do their job. By restricting a user’s ability to install software on work devices, PoLP can significantly help to prevent malware attacks. Final thoughts As long as cybercriminals continue to find new and innovative ways to infiltrate your networks and devices, malware will always pose a threat. To avoid falling victim to malware attacks or mitigate those that are already on your devices or network, adopting some of the tips above will put you in a far stronger position. This article was originally published . here

7 Ways to Prevent and Mitigate Malware Attacks

Given the face of rising technological trends, the digital industry has witnessed a massive shift in app usage. , the total number of app downloads in 2018 was 205.4 billion and this number is expected to cross 258.2 billion by the end of 2022. Enticed by the figures, startup geeks are now focusing on app development ideas to kick start their business. According to statistica Well, the idea in itself is promising enough to be vested in. However, just the idea alone is incapable of turning illusions to reality. In order to build an efficient revenue generating app, it is important to embed the right resources. From platform to technology, features to functions, your app must be quirky to outstand in the crowd of other apps. And for this, you would need not the best but nerdy Android developers who own the skills to give your idealistic app a physical appearance. Though this may sound exciting but to hire android app developers is a bit cumbersome. You would need one who is proficient both in coding and helps you walk through the process of submission and app approval. Having said that, it is better to go for a company where you would have a team instead of a single developer. Whether it’s the quantity or quality, an android app development company is always one step ahead of a standalone developer. Well, this depends on your requirements plus the priorities and hence, we leave it up to you to decide. For now, let’s move to the best ways to hire a developer for your Android app. Guide To Hiring An Android Developer Define Your Project Requirements The first place to start with is your project itself. Before you assess the qualities, it is desirable that you outline details of your project and it’s requirements alongside. Summarizing the vital elements of your project helps you streamline the job of hiring based on technological skills. Choose The Type Of Employment When you decide to hire someone to have an android app built, you have three different options. Hire a freelancer Hire an individual in house developer Hire a company You need to analyze your requirements to determine which of the above three is the best fit. The prime aspects include the budget of the app, kind of quality you seek in the app to be developed and the deadline of the app. In case you need to get your app developed in the shortest possible time, hiring a team of developers from the Android app, the development company would be the optimal solution. Also, if you want to deploy high quality, function-rich app, working with an android app development company is ideal. However, if you are restricted on budget and the quality is expected to be above average, you can rely on freelancers. It would be wrong to state that freelancers cannot deliver high-quality apps but quality rendered by them would not map the standard set by app development companies. Lastly, if you want someone to work right under your nose, then the best option would be to hire someone as an individual developer. While everyone has their pros and cons, all you can do is keep track of the progress of the app to be sure that things work as expected. However, this again has a bundle of speculations. Scan Through The Portfolio Having hands-on experience is always preferred. While freshers should be given a chance, but hiring someone experienced is always a better deal. And here is where an android app development company surpasses your expectations. Though, the right one, if chosen would not disappoint you, yet, to double check quality, you should ideally ask for their portfolio to see through the projects the company has worked with. However, do not count on the quantity but the quality. One with four basic projects would get dominated by the company that has developed a single app but with extraordinary features and modern functionalities. Developers rather the development company should be capable of developing stable apps of considerable sizes. If a company has experience of an app which is unstable, it is likely that they are not aware of time and size complexity. Conduct Interviews The best way to asses the skills is by interviewing. You should be careful enough about the entire process. If you aren’t from a technical background, seek someone proficient to conduct a technical interview. It is important that during the interview, the technical aspects and the prior undertakings are efficiently judged and only the ones with extensive experience are proceeded with further during the hiring process. Additional Areas To Be Considered… While you are all set to conduct interviews for the hiring process, you need set your criteria for the selection. The grounds on which you would be assessing all the submitted proposals for the post, can be as follows- Professionalism The first impression is the last and hence the manner in which the companies present themselves is equally important. See through all the proposals to find the one who has best understood the project and appears to know amongst better. Technical Skills Now when you are midway in the process of hiring someone who would deploy an Android app for you, the technical background emerges as a crucial element. While dealing with a team, you need to be well aware of their technology stack. What all technologies do they employ? Is the list subject to modifications based on the app requirements? Do they have a prior experience in building apps that are similar to the one you require? Having knowledge of all these helps take a better decision. Experience An experienced team of developers would be well versed in the project complexities, the target market and things to be avoided when developing an app. Also, they would be aware of the method of app submission and approvals. One who has earlier worked on a similar project has the capacity to go beyond the extra mile to deliver better results. Feedback While you look at the past projects, do not forget to see what the clients have to say about the developers. Positive feedbacks always infuse a sense of trust, enhancing the chances of a developer being hired. The history and reviews of the team is an excellent way to judge. Instead of involving in an array of speculations, it is effective if you hear about the team from a past customer. Scanning through the earlier projects and it’s market value, your evaluation job just turns easier. The developer who has a right blend of skills, expertise, and knowledge is no doubt the one who would do justice to your app. Where hiring an individual brings with itself tremendous overheads, choosing an app development company eliminates the need to continuously monitor the process of app development. True that the success of a mobile app depends partially on the developer as he is responsible for giving an idea, the cutting edge and transforming it into a powerful app. Hiring a company would employ all of them under a single roof. So, choose wisely! Want to discuss your project with our team? Visit Engineerbabu

Best Way To Hire An Android Developer

Mining bitcoins? We have been hearing quite a lot about it everywhere recently. This cryptocurrency is based on a decentralized blockchain technology. The system needs computing power: when you put a high-performance computer at the disposal of the cryptocurrency, you can get a small income. The income is proportional to the part of this system in the overall calculation. Moreover, there are machines specifically designed to mine Bitcoins. In this new file around Bitcoin, we will talk about Bitcoin mining. As the name indicates, it is to obtain Bitcoins whose value becomes more and more interesting even if it remains very volatile. In this case, by providing the network with sufficient computing power. They are miners of greater or lesser importance that operate the blockchain system. Also, who approve and do the calculations necessary for transactions. Bitcoin miners may be individuals with one or more machines dedicated to this purpose. They might also be professionals with real computer farms, which of course pushes the initial cost up. However, in recent years, we can find individual machines optimized to mine Bitcoins. To Understand What Bitcoin Is, You Have to Understand What Currency Is Historically, money has emerged as a cure for barter. It is still more convenient to exchange a good for the money than to put in the balance for another good or service. Currency, therefore, standardizes trade. However, that’s not the only thing the currency does. For a long time, the value of money has been based on the price of precious materials, such as gold and silver. Then we invented paper money, called fiduciary money. Making a banknote does not cost, as you can imagine, the value displayed on it. On the other hand, the fact that you cannot make it yourself and that it is difficult to falsify introduces the notion of trust. You have 10 euros in hand: you know that you can buy once everything that has a value less than or equal to 10 euros. If you give 10 euros to someone, he knows instantly that he can do the same with your ticket. This question of trust is a fundamental property of the currency. Beyond trust, and since the value of the euro, for example, is not modeled on a standard (a precious commodity), the relative price of one currency vis-a-vis another, depends among other things on the amount of money in circulation and volume of trade. In such a way that one can provoke inflation or curb it by injecting money into the economy, or on the contrary by limiting the quantity in circulation available. It is also necessary, as a bonus, that savers decide to consume. Bitcoin modernizes a monetary and banking system that has changed little since the Renaissance. Bitcoin reproduces these properties in an automated way, without banks, without intermediaries. Each Bitcoin is represented in the order by a block. There are exactly 21 million Bitcoin blocks in the chain that serve the currency. Its relative value, therefore, depends on the scarcity of available blocks. So as with money, the number of blocks but also the volume of trade. Owning Bitcoins means having an address in the system under which you can accumulate blocks of Bitcoins. This address does not mean anything particular, and it does not say anything about your identity or address for example. Namely, the encryption keys associated with your Bitcoins wallet can, also, be transferred or stolen if they are not adequately protected. It is advisable, for example, to keep your bitcoins in computers that are not connected to the internet when you have a lot of them. The other aspect to be very careful: during crises, like the Greek crisis, people are referring massively to this kind of cryptocurrency. This causes substantial fluctuations in its value. With a prospect of big profits and also significant losses. Buy and Keep Bitcoins In A Wallet To start using Bitcoins, you must have a wallet. For this, there are several solutions. First, there are wallets online. They greatly simplify the management of your Bitcoins and take care of their security. Moreover, that’s a bit of a problem: there have already been several cases of suspicious hacking of some sites. As you can imagine, the customers have finished naked. It is therefore rather advisable to manage the aspect of wallet yourself. What can be done through applications for your computer and smartphone? On the Bitcoin.org site, you will find many resources to secure your money. It is also advisable not to put your eggs in one basket, and to make backups. Now, let’s discuss Bitcoin mining and how you can have good profit from it and what you need to . know about bitcoin mining What Materials Are Required to Mine Bitcoins? At the beginning of Bitcoin, the mathematical problems that had to be solved were relatively simple. A desktop computer was enough to carry out operations and to provide income to its owner. However, as the network grew, mathematical problems became more and more complicated. Mining actors with more and more computing power were required. Moreover, so, the profitability has decreased significantly. However, technology has made progress, and miners have started to use graphics cards, much more efficient in parallel computing (which is perfect for mining). Moreover, now, some machines do nothing but mine Bitcoins. These contain application-specific integrated circuit (ASIC) chips that consume less power and perform better. It’s getting harder and harder to generate revenue, at least when you’re mining alone because you have to solve a block to get the reward completely. The miners, therefore, tend to regroup to stay competitive (we speak of the pool). Revenues are shared according to the effort spent. It is also possible to outsource hardware and subscribe to mining services in the cloud. In cloud services, the necessary investment can be high, and the risk is necessarily essential. Once you have invested, you will not be able to leave with your machine under your arm … To summarize, we have three techniques: only with your equipment, in the Cloud, or in the pool. Which Technique for Which Income? In fact, the Bitcoins you receive in exchange for your mining do not come from anywhere. As we have seen above, it is by solving mathematical problems that new Bitcoins are created. Since it is the miner who solves these problems, an algorithm pays him for his effort. However, as new entrants arrive, the number of Bitcoins spent on mining decreases and the difficulty increases. A block is generated in the world (thus calculated) approximately every 10 minutes. Today, every time a miner manages to , he gains about 12.5 Bitcoins. A few months ago, you could win 25 BTC per block. What happens is that to limit inflation, adjustments are made every 210,000 blocks. The income per block is then suddenly halved. This happens about every four years. create a block So today, you can expect to earn 12.5 BTC per block. That gives about 101,665 euros at the time these lines are being written (1 February 2018). Of course, solving a block is not as easy as it sounds. Moreover, as a rule, a minor can only solve a block fraction a month. Additionally, until he finishes the block, he gets nothing. That’s why the pools are so successful, since joining them can start making money immediately. For A Sufficient Return, The Initial Investment Required Is High Where it gets tough is that the more miners there are, the more adjustments the system has to make to stay afloat. So, we have a difficulty coefficient, which allows us to estimate the number of hashes needed to solve a block. Currently, the entire network uses between 15 and 20 million tera hashes per second. Imagine what it will take to power for a single miner. The most powerful machines found on the market allow a return of +/- 13TH / s. This is the case of the Antminer S9 whose purchase price is around € 2,300 each. The efficiency of the machines fluctuates according to the coefficient of difficulty and any changes in the yield per block. Because with the time, the yield decreases, and it is necessary to deduce from your income the next machines of a miner that you will have to buy and not to mention electricity. This problem makes cloud mining services interesting. You will necessarily save money. For example, at Genesis Mining, an essential investment of $ 4,940, you can reach 40 TH / s. It also means electricity included. On the downside, the service also takes a percentage of your BTC revenue to perform system maintenance. Bitcoin Is Not the Only Cryptocurrency So, you see, to start in 2018 in the mining of Bitcoins requires being able to invest a reasonable sum of money, and to consider everything: electricity, maintenance, depreciation … Making profits today is still possible at the condition to have enough money under the mattress, and to calculate everything as accurately as possible. That said, Bitcoin is not the only cryptocurrency. In the future articles, I will discuss competing, and especially new, currencies that also need miners, with sometimes better returns.

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