[{"data":1,"prerenderedAt":2212},["ShallowReactive",2],{"blog-list-en":3,"i-lucide:globe":2179,"i-lucide:menu":2184,"i-lucide:newspaper":2186,"i-lucide:box":2188,"i-lucide:chevron-down":2190,"i-lucide:layout-grid":2192,"i-lucide:pen-line":2194,"i-lucide:book-open":2196,"i-lucide:linkedin":2198,"i-lucide:facebook":2200,"i-lucide:youtube":2202,"i-lucide:cookie":2204,"i-lucide:arrow-up":2206,"i-lucide:arrow-right":2208,"i-lucide:search":2210},[4,352,705,1045,1374,1600,1865,1924,2012,2067],{"id":5,"title":6,"body":7,"category":336,"cover":337,"data_key":338,"date":339,"description":340,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":343,"navigation":344,"order":345,"path":346,"published":344,"seo":347,"slug":348,"stem":349,"subtitle":350,"__hash__":351},"blog\u002Fblog\u002Fen\u002FWhy-VPN-Architecture-Is-Failing.md","Hiding Is the Key: Why VPN Architecture Is Failing",{"type":8,"value":9,"toc":326},"minimark",[10,15,19,22,25,32,38,41,45,48,51,54,60,63,68,72,75,78,81,84,87,90,95,246,250,253,256,262,267,271,299,303],[11,12,14],"h2",{"id":13},"ai-has-turned-discovery-into-a-constant","AI Has Turned Discovery Into a Constant",[16,17,18],"p",{},"VPNs rely on a simple assumption: keep an entry point open so users can connect.",[16,20,21],{},"That assumption no longer holds.",[16,23,24],{},"Today, anything exposed to the internet is continuously scanned. Not occasionally—constantly. And with AI in the loop, discovery is faster, cheaper, and fully automated.",[16,26,27,28],{},"AI-driven attacks grew 89% in 2025. Breakout time dropped to 29 minutes—65% faster than the year before. ",[29,30,31],"strong",{},"Meanwhile, global scanning activity has reached 36,000 scans per second and is still increasing.",[16,33,34,35],{},"This isn’t targeted hacking anymore. ",[29,36,37],{},"It’s continuous enumeration at scale.",[16,39,40],{},"If an entry point exists, it will be found. And once it’s found, it will be tested—again and again.",[11,42,44],{"id":43},"the-problem-with-vpns-isnt-bugs-its-exposure","The Problem With VPNs Isn’t Bugs. It’s Exposure.",[16,46,47],{},"VPN risk is no longer about vulnerabilities. It’s about design.",[16,49,50],{},"A VPN has to expose an IP address and a port. It has to stay online. That makes it a stable, predictable target.",[16,52,53],{},"Attackers don’t need to search for it. They already know where it is.",[16,55,56,57],{},"This is why VPNs keep showing up in breach reports. ",[29,58,59],{},"According to Coalition, 58% of ransomware claims involve VPN or firewall vulnerabilities. At-Bay reports that 80% of ransomware incidents involve remote access tools, and 83% of those involve VPNs.",[16,61,62],{},"You can harden the stack—better encryption, stronger auth, more controls. It doesn’t change the core issue.",[16,64,65],{},[29,66,67],{},"If the entry point is always there, it will always be attacked.",[11,69,71],{"id":70},"orphelink-stop-exposing-start-hiding","OrpheLink: Stop Exposing. Start Hiding.",[16,73,74],{},"OrpheLink removes the need for a persistent entry point.",[16,76,77],{},"Nothing stays open. Nothing waits to be scanned.",[16,79,80],{},"Connections are created only when needed, between verified identities. No public endpoint. No always-on gateway.",[16,82,83],{},"When the session ends, the path disappears.",[16,85,86],{},"There’s nothing left to probe.",[16,88,89],{},"This shifts remote access from a static surface to a transient interaction. If there’s no active session, there’s nothing to find.",[16,91,92],{},[29,93,94],{},"VPN vs. OrpheLink",[96,97,100],"div",{"className":98},[99],"table-scroll",[101,102,108,109,108,130,108],"table",{"className":103},[104,105,106,107],"acts-tb-norm","new-tb","mt-2","mb-2"," ",[110,111,108,112,108],"thead",{},[113,114,108,115,108,122,108,126,108],"tr",{},[116,117,121],"th",{"className":118},[119,120],"fw-bold","text-center"," Category ",[116,123,125],{"className":124},[119,120]," VPN ",[116,127,129],{"className":128},[119,120]," OrpheLink ",[131,132,108,133,108,148,108,162,108,176,108,190,108,204,108,218,108,232,108],"tbody",{},[113,134,108,135,108,140,108,144,108],{},[136,137,139],"td",{"className":138},[119,120]," Access Model ",[136,141,143],{"className":142},[120]," Fixed entry point ",[136,145,147],{"className":146},[120]," On-demand connection ",[113,149,108,150,108,154,108,158,108],{},[136,151,153],{"className":152},[119,120]," Exposure ",[136,155,157],{"className":156},[120]," Always exposed ",[136,159,161],{"className":160},[120]," Not persistently exposed ",[113,163,108,164,108,168,108,172,108],{},[136,165,167],{"className":166},[119,120]," Discoverability ",[136,169,171],{"className":170},[120]," Easily scanned ",[136,173,175],{"className":174},[120]," Not continuously discoverable ",[113,177,108,178,108,182,108,186,108],{},[136,179,181],{"className":180},[119,120]," Attack Surface ",[136,183,185],{"className":184},[120]," Permanent ",[136,187,189],{"className":188},[120]," Ephemeral ",[113,191,108,192,108,196,108,200,108],{},[136,193,195],{"className":194},[119,120]," Connection Basis ",[136,197,199],{"className":198},[120]," IP \u002F Port ",[136,201,203],{"className":202},[120]," Identity \u002F Authorization ",[113,205,108,206,108,210,108,214,108],{},[136,207,209],{"className":208},[119,120]," Architecture ",[136,211,213],{"className":212},[120]," Centralized gateway ",[136,215,217],{"className":216},[120]," Distributed P2P ",[113,219,108,220,108,224,108,228,108],{},[136,221,223],{"className":222},[119,120]," Risk Model ",[136,225,227],{"className":226},[120]," Constantly probed ",[136,229,231],{"className":230},[120]," No stable target ",[113,233,108,234,108,238,108,242,108],{},[136,235,237],{"className":236},[119,120]," Security Approach ",[136,239,241],{"className":240},[120]," Defend the entry ",[136,243,245],{"className":244},[120]," Avoid exposure ",[11,247,249],{"id":248},"conclusion-in-an-ai-driven-world-exposure-is-the-risk","Conclusion: In an AI-Driven World, Exposure Is the Risk",[16,251,252],{},"Attackers don’t need to break in anymore. They just scan, wait, and retry.",[16,254,255],{},"If your system stays exposed, it’s already part of the attack surface.",[16,257,258,259],{},"Security isn’t just about making systems harder to break. ",[29,260,261],{},"It’s about making them harder to find.",[16,263,264],{},[29,265,266],{},"VPNs keep you exposed. OrpheLink makes you harder to find.",[11,268,270],{"id":269},"references","References",[272,273,274,285,292],"ul",{},[275,276,277,284],"li",{},[278,279,283],"a",{"href":280,"rel":281},"https:\u002F\u002Fwww.techradar.com\u002Fpro\u002Fsecurity\u002Fai-powering-a-dramatic-surge-in-cyberthreats-as-automated-scans-hit-36-000-per-second",[282],"nofollow","AI powering a “dramatic surge” in cyberthreats as automated scans hit 36,000 per second",".",[275,286,287,284],{},[278,288,291],{"href":289,"rel":290},"https:\u002F\u002Fwww.insurtechinsights.com\u002Fcompromised-vpns-top-ransomware-entry-point-software-vulnerabilities-expected-to-surge-in-2025-coalition-reports\u002F",[282],"Compromised VPNs Top Ransomware Entry Point, Software Vulnerabilities Expected to Surge in 2025, Coalition Reports",[275,293,294,284],{},[278,295,298],{"href":296,"rel":297},"https:\u002F\u002Fwww.techradar.com\u002Fpro\u002Feven-the-most-complex-and-advanced-business-vpn-tools-could-still-leave-you-at-risk-of-attack",[282],"Even the most complex and advanced business VPN tools could still leave you at risk of attack - here's how to stay safe",[11,300,302],{"id":301},"further-reading","Further Reading",[272,304,305,312,319],{},[275,306,307,284],{},[278,308,311],{"href":309,"rel":310},"https:\u002F\u002Fwww.oprueba.com\u002Fen\u002Fblog\u002FVPN-Security-Risks-Are-Becoming-the-New-Normal",[282],"VPN Security Risks Are Becoming the New Normal",[275,313,314,284],{},[278,315,318],{"href":316,"rel":317},"https:\u002F\u002Fwww.oprueba.com\u002Fen\u002Fblog\u002FWhy-VPN-Gateways-Are-Becoming-High-Value-Targets-for-Attackers",[282],"Why VPN Gateways Are Becoming High-Value Targets for Attackers",[275,320,321,284],{},[278,322,325],{"href":323,"rel":324},"https:\u002F\u002Fwww.oprueba.com\u002Fen\u002Fblog\u002FSecure-Remote-Access-for-Industrial",[282],"Secure Remote Access for Industrial: Why VPNs, Public IPs, and Open Ports Are Now a Major Security Risk",{"title":327,"searchDepth":328,"depth":328,"links":329},"",2,[330,331,332,333,334,335],{"id":13,"depth":328,"text":14},{"id":43,"depth":328,"text":44},{"id":70,"depth":328,"text":71},{"id":248,"depth":328,"text":249},{"id":269,"depth":328,"text":270},{"id":301,"depth":328,"text":302},[],"\u002Fimages\u002Fblog\u002FWhy-VPN-Architecture-Is-Failing\u002FwhyVPNArchitectureIsFailing_tw.webp","Hiding Is the Key: Why VPN Architecture Is Failing, 隱藏才是關鍵：為什麼 VPN 架構正在失效","March 23, 2026","When Exposure Is Constant, Hiding Becomes the Only Viable Model ...","md","en",{},true,10,"\u002Fblog\u002Fen\u002Fwhy-vpn-architecture-is-failing",{"title":6,"description":340},"Why-VPN-Architecture-Is-Failing","blog\u002Fen\u002FWhy-VPN-Architecture-Is-Failing","As AI makes constant scanning the norm, the problem with VPNs is no longer bugs — it's exposure itself. Hiding is more fundamental than defending.","WLbBCN55ZQYsN1_xCX3BoS-McKp7O07gVxDJyPWZy0E",{"id":353,"title":325,"body":354,"category":693,"cover":361,"data_key":694,"date":695,"description":696,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":697,"navigation":344,"order":698,"path":699,"published":344,"seo":700,"slug":701,"stem":702,"subtitle":703,"__hash__":704},"blog\u002Fblog\u002Fen\u002FSecure-Remote-Access-for-Industrial.md",{"type":8,"value":355,"toc":683},[356,362,365,372,379,385,389,395,398,420,426,429,433,436,451,457,461,464,467,478,481,484,488,491,494,508,511,517,521,524,534,540,544,547,552,555,572,575,579,586,592,618,621,630,632],[16,357,358],{},[359,360],"img",{"alt":325,"src":361},"\u002Fimages\u002Fblog\u002FSecure-Remote-Access-for-Industrial\u002FsecureRemoteAccess_1.webp",[16,363,364],{},"As companies deploy more servers, OT systems, machines, IoT devices, and remote sites, remote access has become part of daily operations. Engineers need to log in, troubleshoot, update, and recover systems from anywhere.",[16,366,367,368,371],{},"But most organizations still rely on ",[29,369,370],{},"VPNs, public IP addresses, and port forwarding"," to make that possible.",[16,373,374,375,378],{},"Those methods were never designed for always-on industrial and device networks. In practice, they create ",[29,376,377],{},"fixed, discoverable entry points"," that attackers can scan, probe, and eventually break into.",[16,380,381,382],{},"Remote access didn’t become more dangerous because of one bug. It became dangerous because",[29,383,384],{},"exposed access became permanent.",[11,386,388],{"id":387},"how-attackers-actually-break-in-today","How Attackers Actually Break in Today",[16,390,391,392],{},"When real-world breaches are investigated, the pattern is clear. The majority of attacks start through ",[29,393,394],{},"externally reachable systems.",[16,396,397],{},"Based on large-scale incident response data, the most common initial access methods are:",[272,399,400,405,410,415],{},[275,401,402],{},[29,403,404],{},"Exploited vulnerabilities",[275,406,407],{},[29,408,409],{},"Phishing and stolen credentials",[275,411,412],{},[29,413,414],{},"Previously compromised accounts",[275,416,417],{},[29,418,419],{},"Brute-force attacks",[16,421,422,423],{},"All of them depend on one thing: ",[29,424,425],{},"a system that can be reached from the outside.",[16,427,428],{},"Whether it’s a VPN gateway, a remote management port, or a device with a public IP, if attackers can see it, they can target it.",[11,430,432],{"id":431},"what-a-breach-really-costs","What a Breach Really Costs",[16,434,435],{},"IBM’s 2024 Cost of a Data Breach Report shows how high the stakes have become:",[272,437,438,444],{},[275,439,440,441],{},"The ",[29,442,443],{},"average breach now costs $4.88 million",[275,445,446,447,450],{},"These attacks take ",[29,448,449],{},"nearly 10 months"," on average to detect and contain",[16,452,453,454],{},"That means attackers don’t need to get in quickly. They just need ",[29,455,456],{},"time and a reachable entry point.",[11,458,460],{"id":459},"vpns-are-still-everywhere-even-though-theyre-high-risk","VPNs Are Still Everywhere — Even Though They’re High-Risk",[16,462,463],{},"If VPNs are so risky, why do companies still use them?",[16,465,466],{},"Because industrial systems don’t stop:",[272,468,469,472,475],{},[275,470,471],{},"Machines break and need immediate access",[275,473,474],{},"Engineers are distributed globally",[275,476,477],{},"Most sites don’t have on-site IT staff",[16,479,480],{},"So, organizations leave VPNs and remote access online all the time.",[16,482,483],{},"Unfortunately, that also leaves the door open for attackers all the time.",[11,485,487],{"id":486},"real-companies-are-paying-price","Real Companies Are Paying Price",[16,489,490],{},"Verizon’s 2024 Data Breach Investigations Report shows that VPNs and remote access systems — especially those without MFA — are among the most commonly exploited attack paths.",[16,492,493],{},"Recent incidents include:",[272,495,496,502],{},[275,497,498,499],{},"MGM Resorts, with over ",[29,500,501],{},"$100M in business impact",[275,503,504,505],{},"Caesars Entertainment, which reportedly paid nearly ",[29,506,507],{},"$30M in ransom",[16,509,510],{},"These weren’t small companies with weak IT.",[16,512,513,514],{},"They were enterprises whose ",[29,515,516],{},"remote access became the breach path.",[11,518,520],{"id":519},"secure-remote-access-is-also-an-operational-advantage","Secure Remote Access Is Also an Operational Advantage",[16,522,523],{},"Security is only half of the story.",[16,525,526,527,530,531],{},"In industrial and distributed environments, remote access also drives cost and up time. Research shows that modern remote maintenance models can reduce ",[29,528,529],{},"maintenance costs by 20–30%"," , while maintenance itself often represents ",[29,532,533],{},"20–60% of total operating expenses.",[16,535,536,537],{},"That means secure, fast remote access directly improves both ",[29,538,539],{},"profitability and resilience.",[11,541,543],{"id":542},"what-modern-device-grade-remote-access-looks-like","What Modern Device-Grade Remote Access Looks Like",[16,545,546],{},"For machines, OT, and IoT, secure remote access must deliver three things at once:",[16,548,549],{},[29,550,551],{},"Always reachable. Low-latency. Zero exposure.",[16,553,554],{},"That means:",[272,556,557,560,563,566,569],{},[275,558,559],{},"No public IPs on devices",[275,561,562],{},"No permanently open ports",[275,564,565],{},"No discoverable gateways",[275,567,568],{},"Connections created only when authorized and only for the required system",[275,570,571],{},"Real-time performance for control, monitoring, and troubleshooting",[16,573,574],{},"This is fundamentally different from VPNs.",[11,576,578],{"id":577},"how-orphelink-solves-the-problem","How OrpheLink Solves the Problem",[16,580,581,582,585],{},"OrpheLink is built on a ",[29,583,584],{},"Zero-Trust, Zero-Exposure architecture"," designed specifically for devices and distributed infrastructure.",[16,587,588,589],{},"nstead of placing users into a shared network, OrpheLink creates ",[29,590,591],{},"isolated, on-demand tunnels:",[272,593,594,600,606,612],{},[275,595,596,599],{},[29,597,598],{},"No single entry point"," — nothing attackers can lock onto",[275,601,602,605],{},[29,603,604],{},"Least-privilege access"," — each user, each device, each session isolated",[275,607,608,611],{},[29,609,610],{},"Zero-Trust authentication"," — every connection verified and controlled",[275,613,614,617],{},[29,615,616],{},"Direct paths"," — faster and more stable than VPN gateways",[16,619,620],{},"This allows engineers to work as if they are on-site, without exposing the network to the internet.",[16,622,623,108,626],{},[29,624,625],{},"Learn more about OrpheLink:",[278,627,628],{"href":628,"rel":629},"https:\u002F\u002Fwww.oprueba.com\u002F",[282],[11,631,270],{"id":269},[272,633,634,647,659,671],{},[275,635,636,637,641,642],{},"IBM – Cost of a Data Breach Report 2024 ",[278,638,639],{"href":639,"rel":640},"https:\u002F\u002Fcdn.table.media\u002Fassets\u002Fwp-content\u002Fuploads\u002F2024\u002F07\u002F30132828\u002FCost-of-a-Data-Breach-Report-2024.pdf",[282],". ",[278,643,646],{"href":644,"rel":645},"https:\u002F\u002Fcdn.table.media\u002Fassets\u002Fwp-content\u002Fuploads\u002F2024\u002F07\u002F30132828\u002FCost-of-a-Data-Breach-Report-2024.pdf?utm_source=chatgpt.com",[282],"Table Media",[275,648,649,650,641,654],{},"IBM – Cost of Data Breach 2024 Overview ",[278,651,652],{"href":652,"rel":653},"https:\u002F\u002Fwww.ibm.com\u002Fthink\u002Finsights\u002Fcost-of-data-breaches-business-case-for-security-ai-automation",[282],[278,655,658],{"href":656,"rel":657},"https:\u002F\u002Fwww.ibm.com\u002Fthink\u002Finsights\u002Fcost-of-data-breaches-business-case-for-security-ai-automation?utm_source=chatgpt.com",[282],"IBM",[275,660,661,662,641,666],{},"Verizon – 2024 Data Breach Investigations Report ",[278,663,664],{"href":664,"rel":665},"https:\u002F\u002Fwww.verizon.com\u002Fbusiness\u002Fresources\u002Freports\u002F2024-dbir-data-breach-investigations-report.pdf",[282],[278,667,670],{"href":668,"rel":669},"https:\u002F\u002Fwww.verizon.com\u002Fbusiness\u002Fresources\u002Freports\u002F2024-dbir-data-breach-investigations-report.pdf?utm_source=chatgpt.com",[282],"Verizon",[275,672,673,674,641,678],{},"Google Cloud – M-Trends 2024: Mandiant Frontline Threat Analysis ",[278,675,676],{"href":676,"rel":677},"https:\u002F\u002Fcloud.google.com\u002Fblog\u002Ftopics\u002Fthreat-intelligence\u002Fm-trends-2024",[282],[278,679,682],{"href":680,"rel":681},"https:\u002F\u002Fcloud.google.com\u002Fblog\u002Ftopics\u002Fthreat-intelligence\u002Fm-trends-2024?utm_source=chatgpt.com",[282],"Google Cloud",{"title":327,"searchDepth":328,"depth":328,"links":684},[685,686,687,688,689,690,691,692],{"id":387,"depth":328,"text":388},{"id":431,"depth":328,"text":432},{"id":459,"depth":328,"text":460},{"id":486,"depth":328,"text":487},{"id":519,"depth":328,"text":520},{"id":542,"depth":328,"text":543},{"id":577,"depth":328,"text":578},{"id":269,"depth":328,"text":270},[],"Secure Remote Access for Industrial: Why VPNs, Public IPs, and Open Ports Are Now a Major Security Risk, 設備與系統的安全遠端存取：為什麼 VPN、公開IP與開 Port，正在成為企業最常見的入侵破口？","January 15, 2026","Remote Access Is No Longer ...",{},9,"\u002Fblog\u002Fen\u002Fsecure-remote-access-for-industrial",{"title":325,"description":696},"Secure-Remote-Access-for-Industrial","blog\u002Fen\u002FSecure-Remote-Access-for-Industrial","For distributed devices, OT, and IoT, remote access is now essential — yet VPNs, public IPs, and open ports turn them into fixed, discoverable entry points.","2I8sQ4_o40yW-kTtqMazwcFWkqZjRG6Z8LjOs9Cnxao",{"id":706,"title":707,"body":708,"category":1033,"cover":714,"data_key":1034,"date":1035,"description":1036,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":1037,"navigation":344,"order":1038,"path":1039,"published":344,"seo":1040,"slug":1041,"stem":1042,"subtitle":1043,"__hash__":1044},"blog\u002Fblog\u002Fen\u002FThird-Party-Remote-Access-Security.md","Third-Party Remote Access Security: Managing External Users Without Creating Hidden Risk",{"type":8,"value":709,"toc":1022},[710,715,718,724,727,733,737,744,751,757,761,764,776,782,785,789,795,801,804,808,847,851,858,884,891,895,898,909,919,923,926,933,936,957,963,967,1001,1003],[16,711,712],{},[359,713],{"alt":707,"src":714},"\u002Fimages\u002Fblog\u002FThird-Party-Remote-Access-Security\u002FthirdPartyRemote_1.webp",[16,716,717],{},"Third-party remote access is no longer an edge case—it is part of everyday enterprise operations.",[16,719,720,721],{},"External users such as contractors, service providers, partners, distributors, and even customers are routinely granted remote access to internal systems, applications, or devices. This access enables collaboration and operational efficiency, but it also introduces ",[29,722,723],{},"one of the most consistently exploited attack surfaces in modern enterprise environments.",[16,725,726],{},"The core issue is not whether third-party access should exist.",[16,728,729,730],{},"The real risk lies in ",[29,731,732],{},"how long that access persists, how much it exposes, and how easily it can be revoked.",[11,734,736],{"id":735},"why-third-party-remote-access-has-become-a-primary-attack-surface","Why Third-Party Remote Access Has Become a Primary Attack Surface",[16,738,739,740,743],{},"Recent industry research shows that ",[29,741,742],{},"47% of organizations experienced a breach or cyberattack within a 12-month period that involved third-party access to their network."," In the same study, ****48% of respondents identified third-party remote access as one of the most common attack vectors.",[16,745,746,747,750],{},"Even more concerning, ",[29,748,749],{},"64% of organizations expect third-party access-related incidents to continue increasing or remain at high levels."," This indicates a structural issue—not a temporary spike in attacks.",[16,752,753,754],{},"Third-party access has become risky not because organizations rely on external users, but because ",[29,755,756],{},"access is often granted broadly and left in place long after it is needed.",[11,758,760],{"id":759},"how-attackers-abuse-legitimate-third-party-access","How Attackers Abuse Legitimate Third-Party Access",[16,762,763],{},"According to the Sophos Active Adversary Report 2024, attackers overwhelmingly prefer entry points that already exist:",[272,765,766,771],{},[275,767,768],{},[29,769,770],{},"External Remote Services accounted for 63.16% of initial access techniques",[275,772,773],{},[29,774,775],{},"Valid Accounts were used in 59.47% of cases",[16,777,778,779],{},"Rather than exploiting vulnerabilities, attackers increasingly ",[29,780,781],{},"log in through existing remote access paths using valid credentials.",[16,783,784],{},"Once an external user account, VPN session, or remote management channel exists, it can quietly become an entry point—often without triggering immediate security alerts.",[11,786,788],{"id":787},"the-real-problem-excessive-and-persistent-permissions","The Real Problem: Excessive and Persistent Permissions",[16,790,791,792],{},"Most third-party access incidents are not caused by malicious insiders or compromised vendors. They are caused by ",[29,793,794],{},"permissions that are too powerful and remain active for too long.",[16,796,797,798],{},"Research shows that ",[29,799,800],{},"74% of organizations attribute third-party security incidents to granting excessive privileged access.",[16,802,803],{},"In practice, external users are often given broad system or network access to complete a single task. When that access is not tightly scoped or promptly revoked, it becomes a standing invitation for abuse.",[11,805,807],{"id":806},"three-common-failures-in-third-party-access-management","Three Common Failures in Third-Party Access Management",[272,809,810,820,833],{},[275,811,812,815,816,819],{},[29,813,814],{},"No Clear Inventory of Who Still Has Access"," Only ",[29,817,818],{},"46% of organizations maintain a complete list of third-party users who can access internal systems."," This means many enterprises simply do not know how many external access paths still exist.",[275,821,822,815,825,828,829,832],{},[29,823,824],{},"Over-Privileged Access That Is Hard to Remove",[29,826,827],{},"40% of organizations provide third-party users with least-privilege access,"," and just ",[29,830,831],{},"37% have visibility into privilege levels across both internal and external accounts."," As a result, access granted for a single task often spans entire systems or networks.",[275,834,835,838,839,842,843,846],{},[29,836,837],{},"Limited Monitoring of Third-Party Activity"," A 2025 study in healthcare environments found that ",[29,840,841],{},"60% of organizations do not routinely monitor third-party access to sensitive data."," Even when monitoring exists, ",[29,844,845],{},"53% rely primarily on manual processes."," Manual oversight rarely keeps pace with the frequency and scale of third-party access.",[11,848,850],{"id":849},"what-effective-third-party-remote-access-control-looks-like","What Effective Third-Party Remote Access Control Looks Like",[16,852,853,854,857],{},"Effective third-party access control does not mean blocking external users. It means ",[29,855,856],{},"changing the access model."," A mature approach ensures that:",[272,859,860,866,872,878],{},[275,861,862,863],{},"Access is ",[29,864,865],{},"time-bound",[275,867,868,869],{},"Permissions are ",[29,870,871],{},"task-specific",[275,873,874,875],{},"Activity is ",[29,876,877],{},"visible and auditable",[275,879,880,881],{},"Access can be ",[29,882,883],{},"revoked immediately",[16,885,886,887,890],{},"In this model, third-party users no longer receive permanent accounts. Access is granted ",[29,888,889],{},"per task"," , through dedicated connections that disappear once the work is done.",[11,892,894],{"id":893},"why-time-bound-revocable-access-reduces-risk","Why Time-Bound, Revocable Access Reduces Risk",[16,896,897],{},"Nearly all third-party access incidents share the same characteristics:",[272,899,900,903,906],{},[275,901,902],{},"Access persists longer than necessary",[275,904,905],{},"Permissions exceed actual requirements",[275,907,908],{},"Activity is difficult to observe or revoke",[16,910,911,912,915,916],{},"By designing third-party access to be ",[29,913,914],{},"temporary, precise, and revocable,"," organizations reduce not collaboration—but ",[29,917,918],{},"the long-lived attack surface created by standing access.",[11,920,922],{"id":921},"orphelink-enabling-controlled-third-party-access-without-permanent-exposure","OrpheLink: Enabling Controlled Third-Party Access Without Permanent Exposure",[16,924,925],{},"OrpheLink provides a secure connectivity foundation that allows organizations to establish controlled remote connections without exposing internal systems.",[16,927,928,929,932],{},"On top of this foundation, organizations can structure third-party access—whether for contractors, partners, or customers—into ",[29,930,931],{},"time-limited, auditable, and revocable workflows,"," without issuing permanent credentials or opening fixed network entry points.",[16,934,935],{},"With OrpheLink, organizations can:",[272,937,938,945,951,954],{},[275,939,940,941,944],{},"Create ",[29,942,943],{},"task-based, time-limited access"," for external users",[275,946,947,948],{},"Restrict access to ",[29,949,950],{},"only the required systems and services",[275,952,953],{},"Revoke access immediately when work is complete",[275,955,956],{},"Reduce the risk of third-party access becoming a lateral movement path",[16,958,959,960],{},"This approach does not add another security layer. ",[29,961,962],{},"It eliminates unnecessary long-term access at the architectural level.",[11,964,966],{"id":965},"reference","Reference",[272,968,969,977,985,993],{},[275,970,971,972],{},"Ponemon Institute × Imprivata (2024) ",[278,973,976],{"href":974,"rel":975},"https:\u002F\u002Fwww.oldnational.com\u002Fresources\u002Finsights\u002Fnew-study-nearly-half-of-organizations-suffered-a-third-party-cyberattack-or-data-breach-in-2024\u002F",[282],"The State of Third-Party Access in Cybersecurity",[275,978,979,980],{},"Sophos (2024) ",[278,981,984],{"href":982,"rel":983},"https:\u002F\u002Fwww.sophos.com\u002Fen-us\u002Fblog\u002Factive-adversary-report-2024-12",[282],"Active Adversary Report 2024",[275,986,987,988],{},"Ponemon Institute × Sullivan (2021) ",[278,989,992],{"href":990,"rel":991},"https:\u002F\u002Fponemonsullivanreport.com\u002F2021\u002F06\u002Fsurvey-managing-third-party-permissions-is-overwhelming\u002F",[282],"Managing Third-Party Permissions Is Overwhelming",[275,994,995,996],{},"PMC (2025) ",[278,997,1000],{"href":998,"rel":999},"https:\u002F\u002Fpmc.ncbi.nlm.nih.gov\u002Farticles\u002FPMC12575072\u002F",[282],"Third-party access monitoring study in healthcare organizations",[11,1002,302],{"id":301},[272,1004,1005,1012,1017],{},[275,1006,1007],{},[278,1008,1011],{"href":1009,"rel":1010},"https:\u002F\u002Fwww.oprueba.com\u002Fen\u002Fblog\u002FRemote-Work-Is-Now-a-Global-Standard",[282],"Remote Work Is Now a Global Standard — Are VPNs Still Safe for Modern Remote Access?",[275,1013,1014],{},[278,1015,311],{"href":309,"rel":1016},[282],[275,1018,1019],{},[278,1020,318],{"href":316,"rel":1021},[282],{"title":327,"searchDepth":328,"depth":328,"links":1023},[1024,1025,1026,1027,1028,1029,1030,1031,1032],{"id":735,"depth":328,"text":736},{"id":759,"depth":328,"text":760},{"id":787,"depth":328,"text":788},{"id":806,"depth":328,"text":807},{"id":849,"depth":328,"text":850},{"id":893,"depth":328,"text":894},{"id":921,"depth":328,"text":922},{"id":965,"depth":328,"text":966},{"id":301,"depth":328,"text":302},[],"Third-Party Remote Access Security: Managing External Users Without Creating Hidden Risk, 外部人員遠端存取怎麼管？企業第三方人員連入公司系統的風險與權限控管全解析","January 08, 2026","Third-party remote access ...",{},8,"\u002Fblog\u002Fen\u002Fthird-party-remote-access-security",{"title":707,"description":1036},"Third-Party-Remote-Access-Security","blog\u002Fen\u002FThird-Party-Remote-Access-Security","Third-party remote access is one of the most exploited attack surfaces — and the risk usually isn't the people, but permissions that are too broad and last too long.","u4RU-BW5ly9QJJYBmCa6W9FnmM4eG6Wjf9jdH31Y-Hc",{"id":1046,"title":1011,"body":1047,"category":1362,"cover":1054,"data_key":1363,"date":1364,"description":1365,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":1366,"navigation":344,"order":1367,"path":1368,"published":344,"seo":1369,"slug":1370,"stem":1371,"subtitle":1372,"__hash__":1373},"blog\u002Fblog\u002Fen\u002FRemote-Work-Is-Now-a-Global-Standard.md",{"type":8,"value":1048,"toc":1350},[1049,1055,1062,1073,1084,1088,1095,1102,1108,1112,1119,1130,1133,1139,1143,1146,1157,1160,1167,1173,1176,1181,1184,1195,1202,1205,1216,1222,1226,1231,1238,1245,1259,1266,1270,1276,1283,1289,1293,1296,1303,1307,1310,1313,1325,1327,1339,1341],[16,1050,1051],{},[359,1052],{"alt":1053,"src":1054},"Why Patching VPNs Is Necessary — but Not Sufficient","\u002Fimages\u002Fblog\u002FRemote-Work-Is-Now-a-Global-Standard\u002FRemoteWork_cover.webp",[16,1056,1057,1058,1061],{},"Remote work is no longer a temporary trend driven by the pandemic. It has stabilized as a ",[29,1059,1060],{},"enterprise VPN gateways"," global operating model.",[16,1063,1064,1065,1068,1069,1072],{},"According to large-scale workforce studies, employees worldwide now work remotely ",[29,1066,1067],{},"about one to two days per week,"," accounting for roughly ",[29,1070,1071],{},"25–30% of total workdays,"," and this level has remained stable since 2023 .",[16,1074,1075,1076,1079,1080,1083],{},"As organizations operate across regions, cloud platforms, and time zones, one requirement has become universal: ",[29,1077,1078],{},"secure and continuous remote access."," For many enterprises, that access still relies on ",[29,1081,1082],{},"VPN-based remote access"," — a design choice that is increasingly being questioned as remote work becomes permanent.",[11,1085,1087],{"id":1086},"global-remote-work-has-permanently-expanded-the-remote-access-attack-surface","Global Remote Work Has Permanently Expanded the Remote Access Attack Surface",[16,1089,1090,1091,1094],{},"Remote and hybrid work is now embedded in enterprise operations. Recent surveys show that ",[29,1092,1093],{},"more than half operate under hybrid models"," , reflecting a structural shift rather than a temporary adjustment .",[16,1096,1097,1098,1101],{},"From a security standpoint, this matters because employees now connect from home networks, shared workspaces, hotels, and mobile networks — environments largely outside corporate control. What was once an occasional access path has become ",[29,1099,1100],{},"always-on infrastructure,"," continuously exposed to the public internet.",[16,1103,1104,1105],{},"As a result, ",[29,1106,1107],{},"remote access security has become one of the most persistently exposed layers of enterprise IT.",[11,1109,1111],{"id":1110},"vpn-security-risks-why-vpn-gateways-keep-appearing-in-security-incidents","VPN Security Risks: Why VPN Gateways Keep Appearing in Security Incidents",[16,1113,1114,1115,1118],{},"Threat intelligence and incident response reports consistently point to the same pattern: ",[29,1116,1117],{},"VPN gateways and VPN credentials remain one of the most common initial access vectors"," in modern attacks.",[16,1120,1121,1122,1125,1126,1129],{},"Industry data indicates that ",[29,1123,1124],{},"78% of organizations experienced at least one security incident related to remote work in 2025,"," and ",[29,1127,1128],{},"38% of attacks specifically targeted remote infrastructure"," , including VPNs and other remote access tools .",[16,1131,1132],{},"Once attackers gain access through a VPN — whether via stolen credentials or a vulnerable gateway — they often obtain a foothold that enables deeper movement into internal systems.",[16,1134,1135,1136],{},"This is why security researchers increasingly describe VPNs not just as transport mechanisms, but as ",[29,1137,1138],{},"high-value access chokepoints.",[11,1140,1142],{"id":1141},"the-structural-security-limitations-of-centralized-vpn-architecture","The Structural Security Limitations of Centralized VPN Architecture",[16,1144,1145],{},"Traditional VPN-based remote access relies on a centralized model:",[272,1147,1148,1151,1154],{},[275,1149,1150],{},"A fixed, internet-facing gateway",[275,1152,1153],{},"Authentication performed at connection time",[275,1155,1156],{},"Network-level access granted after login",[16,1158,1159],{},"This architecture creates structural risk. A single gateway is easy to locate, easy to scan repeatedly, and — once compromised — capable of exposing far more than a single application or service.",[16,1161,1162,1163,1166],{},"Security research has shown that the widespread adoption of remote work triggered a ",[29,1164,1165],{},"238% increase in VPN-targeted attacks between 2020 and 2022,"," highlighting how centralized VPN infrastructure scaled risk alongside usage .",[16,1168,1169,1170],{},"The issue is not a specific vendor or vulnerability. It is the ",[29,1171,1172],{},"centralized trust model itself.",[11,1174,1053],{"id":1175},"why-patching-vpns-is-necessary-but-not-sufficient",[16,1177,1178],{},[359,1179],{"alt":1053,"src":1180},"\u002Fimages\u002Fblog\u002FRemote-Work-Is-Now-a-Global-Standard\u002FRemoteWork_1.webp",[16,1182,1183],{},"Organizations typically respond to VPN-related incidents by:",[272,1185,1186,1189,1192],{},[275,1187,1188],{},"Applying security patches",[275,1190,1191],{},"Updating firmware",[275,1193,1194],{},"Increasing monitoring and alerting",[16,1196,1197,1198,1201],{},"These steps are essential, but they address ",[29,1199,1200],{},"known weaknesses"," , not the underlying exposure model.",[16,1203,1204],{},"As long as remote access depends on:",[272,1206,1207,1210,1213],{},[275,1208,1209],{},"Permanently exposed VPN portals",[275,1211,1212],{},"Centralized gateways as primary access points",[275,1214,1215],{},"Broad, network-level trust after authentication",[16,1217,1218,1219],{},"the overall risk profile remains largely unchanged. This is why many security leaders now describe VPN risk as ",[29,1220,1221],{},"systemic rather than episodic.",[11,1223,1225],{"id":1224},"remote-access-security-in-2026-reducing-exposure-and-limiting-blast-radius","Remote Access Security in 2026: Reducing Exposure and Limiting Blast Radius",[16,1227,1228],{},[359,1229],{"alt":1225,"src":1230},"\u002Fimages\u002Fblog\u002FRemote-Work-Is-Now-a-Global-Standard\u002FRemoteWork_2.webp",[16,1232,1233,1234,1237],{},"The cost of remote-access-related breaches underscores why this reassessment is happening. Studies show that ",[29,1235,1236],{},"the average cost of a remote work–related security incident reached approximately USD 4.56 million in 2025,"," reflecting both direct response costs and long-term business impact .",[16,1239,1240,1241,1244],{},"In response, organizations are increasingly shifting focus from “how to secure the VPN” to ",[29,1242,1243],{},"how to reduce the damage when access is abused."," Modern remote access security strategies emphasize:",[272,1246,1247,1250,1253,1256],{},[275,1248,1249],{},"Minimizing exposed entry points",[275,1251,1252],{},"Scoping access to specific users, devices, and services",[275,1254,1255],{},"Enforcing isolation at the session level",[275,1257,1258],{},"Preventing lateral movement by design",[16,1260,1261,1262,1265],{},"These principles align closely with ",[29,1263,1264],{},"zero trust remote access"," , where trust is continuously evaluated and narrowly granted.",[11,1267,1269],{"id":1268},"vpn-vs-zero-trust-remote-access-a-practical-security-tradeoff","VPN vs. Zero Trust Remote Access: A Practical Security Tradeoff",[16,1271,1272,1273],{},"With VPN-based access, authentication often results in broad internal visibility. With zero trust–oriented access models, connectivity is ",[29,1274,1275],{},"explicit, limited, and contextual.",[16,1277,1278,1279,1282],{},"For organizations supporting a distributed workforce, this distinction is critical. One approach concentrates risk at a single gateway; the other ",[29,1280,1281],{},"distributes access and constrains impact,"," even when credentials are compromised.",[16,1284,1285,1286],{},"This is not about abandoning VPNs overnight — but about recognizing that ",[29,1287,1288],{},"VPNs were designed for a world where remote access was occasional, not constant.",[11,1290,1292],{"id":1291},"what-this-means-for-organizations-moving-forward","What This Means for Organizations Moving Forward",[16,1294,1295],{},"Remote work is now global, persistent, and operationally essential. Security architectures built for a different era are under increasing strain.",[16,1297,1298,1299,1302],{},"As enterprises continue to support cross-border teams and cloud-native workflows, evaluating ",[29,1300,1301],{},"device-aware, session-isolated remote access models"," is becoming a logical next step in reducing long-term risk.",[11,1304,1306],{"id":1305},"conclusion","Conclusion",[16,1308,1309],{},"Remote work is now permanent and global. As remote access becomes always-on infrastructure, security models built around centralized VPN gateways are increasingly misaligned with modern threat realities.",[16,1311,1312],{},"Rather than hardening a single entry point, many organizations are shifting toward device-aware, session-isolated access models that reduce exposure and limit blast radius by design.",[16,1314,1315,1316,1125,1320,1324],{},"This architectural approach is also reflected in products like ",[278,1317,1319],{"href":1318},"\u002Fen\u002Fproducts\u002Forphelink","OrpheLink",[278,1321,1323],{"href":1322},"\u002Fen\u002Fproducts\u002Forpheagent","OrpheAgent"," , which enable secure, direct connections without requiring changes to existing network environments.",[11,1326,302],{"id":301},[272,1328,1329,1334],{},[275,1330,1331],{},[278,1332,311],{"href":309,"rel":1333},[282],[275,1335,1336],{},[278,1337,318],{"href":316,"rel":1338},[282],[11,1340,270],{"id":269},[272,1342,1343],{},[275,1344,1345],{},[278,1346,1349],{"href":1347,"rel":1348},"https:\u002F\u002Fwfhresearch.com\u002F",[282],"WFH Research – Global research on remote and hybrid work trends",{"title":327,"searchDepth":328,"depth":328,"links":1351},[1352,1353,1354,1355,1356,1357,1358,1359,1360,1361],{"id":1086,"depth":328,"text":1087},{"id":1110,"depth":328,"text":1111},{"id":1141,"depth":328,"text":1142},{"id":1175,"depth":328,"text":1053},{"id":1224,"depth":328,"text":1225},{"id":1268,"depth":328,"text":1269},{"id":1291,"depth":328,"text":1292},{"id":1305,"depth":328,"text":1306},{"id":301,"depth":328,"text":302},{"id":269,"depth":328,"text":270},[],"Remote Work Is Now a Global Standard — Are VPNs Still Safe for Modern Remote Access?, 遠距工作已是全球趨勢，VPN 還適合作為現代遠端存取的安全基礎嗎？","December 26, 2025","Remote work is no longer...",{},7,"\u002Fblog\u002Fen\u002Fremote-work-is-now-a-global-standard",{"title":1011,"description":1365},"Remote-Work-Is-Now-a-Global-Standard","blog\u002Fen\u002FRemote-Work-Is-Now-a-Global-Standard","Remote work is now permanent and global, making remote access always-on infrastructure — yet VPNs, built for occasional access, are now a top attack surface.","LN4gs11eC5w_LiSyOnLtQ0MEQgwjwMS171enGk6Dkl8",{"id":1375,"title":318,"body":1376,"category":1587,"cover":1588,"data_key":1589,"date":1590,"description":1591,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":1592,"navigation":344,"order":1593,"path":1594,"published":344,"seo":1595,"slug":1596,"stem":1597,"subtitle":1598,"__hash__":1599},"blog\u002Fblog\u002Fen\u002FWhy-VPN-Gateways-Are-Becoming-High-Value-Targets-for-Attackers.md",{"type":8,"value":1377,"toc":1578},[1378,1384,1391,1397,1401,1404,1406,1413,1424,1430,1434,1437,1442,1445,1450,1453,1458,1461,1467,1471,1474,1477,1480,1490,1493,1497,1500,1506,1509,1515,1519,1524,1527,1530,1533,1544,1550,1554,1559,1566,1569,1571],[16,1379,1380,1381,1383],{},"In early December 2025, threat intelligence teams reported a sharp increase in malicious activity targeting ",[29,1382,1060],{}," , particularly SSL VPN login portals exposed to the public internet.",[16,1385,1386,1387,1390],{},"Within days, scanning volume surged to ",[29,1388,1389],{},"over 2.3 million connection attempts against VPN authentication endpoints"," , representing a dramatic escalation compared to normal background noise.",[16,1392,1393,1394],{},"This pattern signals more than a short-lived spike. It reflects a broader shift in how attackers view VPN gateways: ",[29,1395,1396],{},"not as defensive tools, but as strategic entry points into enterprise environments.",[11,1398,1400],{"id":1399},"this-isnt-about-one-vulnerability-its-about-the-role-vpn-gateways-now-play","This Isn’t About One Vulnerability — It’s About the Role VPN Gateways Now Play",[16,1402,1403],{},"VPNs were originally designed to extend secure access beyond the corporate perimeter. As long as the gateway itself remained hardened, the internal network was assumed to be protected.",[16,1405,21],{},[16,1407,1408,1409,1412],{},"Today, VPN gateways are continuously deployed as ",[29,1410,1411],{},"fixed, internet-facing access points."," From an attacker’s perspective, this makes them predictable, observable, and worth sustained attention. Rather than waiting for a single exploit, attackers increasingly rely on:",[272,1414,1415,1418,1421],{},[275,1416,1417],{},"Continuous automated scanning",[275,1419,1420],{},"Long-term reconnaissance of authentication endpoints",[275,1422,1423],{},"Repeated probing for both known and emerging weaknesses",[16,1425,1426,1427],{},"The risk is no longer tied to a specific flaw. ",[29,1428,1429],{},"It is tied to the strategic importance of the product itself.",[11,1431,1433],{"id":1432},"the-structural-security-risks-of-centralized-vpn-gateway-architectures","The Structural Security Risks of Centralized VPN Gateway Architectures",[16,1435,1436],{},"Across multiple incidents, centralized VPN and gateway products tend to share architectural traits that amplify risk under modern threat conditions.",[16,1438,1439],{},[29,1440,1441],{},"Fixed Public Entry Points",[16,1443,1444],{},"VPN login portals are designed to be reachable. Once discovered, they remain exposed indefinitely and are routinely indexed by attacker infrastructure.",[16,1446,1447],{},[29,1448,1449],{},"Single Devices with Disproportionate Trust",[16,1451,1452],{},"Authentication, encryption, session control, and network access often converge on a single gateway. Compromise at this point impacts far more than one session.",[16,1454,1455],{},[29,1456,1457],{},"Broad Access After Authentication",[16,1459,1460],{},"Many VPN deployments still grant network- or subnet-level access after login, enabling rapid lateral movement once a foothold is established.",[16,1462,1463,1464],{},"These risks are not vendor-specific. They stem from ",[29,1465,1466],{},"centralized access models built around a single trusted gateway.",[11,1468,1470],{"id":1469},"why-patching-alone-doesnt-change-the-risk-profile","Why Patching Alone Doesn’t Change the Risk Profile",[16,1472,1473],{},"Security teams respond to incidents by patching, upgrading firmware, and increasing monitoring. These steps are essential, but they only address known weaknesses.",[16,1475,1476],{},"They do not change the underlying exposure model.",[16,1478,1479],{},"As long as organizations rely on:",[272,1481,1482,1484,1487],{},[275,1483,1209],{},[275,1485,1486],{},"Centralized gateways as the primary access control point",[275,1488,1489],{},"Network-level trust after authentication",[16,1491,1492],{},"they remain dependent on a model that concentrates risk rather than distributing it.",[11,1494,1496],{"id":1495},"when-legacy-access-assumptions-collide-with-modern-threat-models","When Legacy Access Assumptions Collide with Modern Threat Models",[16,1498,1499],{},"Traditional VPN architectures were built on a simple premise: secure the perimeter, and the network stays safe.",[16,1501,1502,1503],{},"Modern attack behavior has eroded that premise. In an environment where reconnaissance is constant and automated, ",[29,1504,1505],{},"any always-on, high-privilege access point becomes a long-term target.",[16,1507,1508],{},"This is no longer a debate about performance or feature sets. It is about whether centralized remote access architectures are compatible with today’s threat landscape.",[16,1510,1511,1512],{},"Recent events reinforce a growing conclusion across the industry: ",[29,1513,1514],{},"VPN gateways are increasingly a high-risk component in modern remote access strategies.",[11,1516,1518],{"id":1517},"from-isolated-incidents-to-architectural-reassessment","From Isolated Incidents to Architectural Reassessment",[16,1520,1521],{},[359,1522],{"alt":1518,"src":1523},"\u002Fimages\u002Fblog\u002FWhy-VPN-Gateways-Are-Becoming-High-Value-Targets-for-Attackers\u002FwhyVpn_2.webp",[16,1525,1526],{},"Centralized VPN gateways create a single, high-value attack target, while zero trust connections distribute access and limit lateral movement by design.",[16,1528,1529],{},"As a result, many organizations are re-evaluating whether VPN gateways should remain the default mechanism for remote access.",[16,1531,1532],{},"The discussion is shifting toward architectural principles such as:",[272,1534,1535,1538,1541],{},[275,1536,1537],{},"Eliminating fixed, high-value entry points",[275,1539,1540],{},"Limiting access scope to individual devices and sessions",[275,1542,1543],{},"Enforcing isolation by design, rather than containing breaches after the fact",[16,1545,1546,1547],{},"This shift is not about abandoning tools. It reflects the reality that ",[29,1548,1549],{},"access models must evolve alongside threat models.",[11,1551,1553],{"id":1552},"reducing-risk-by-removing-the-target","Reducing Risk by Removing the Target",[16,1555,1556,1558],{},[278,1557,1319],{"href":1318}," is designed around this architectural shift.",[16,1560,1561,1562,1565],{},"Instead of reinforcing a single gateway, it removes the conditions that make any one component a persistent attack focus. By establishing ",[29,1563,1564],{},"device-level, session-isolated connections,"," access becomes distributed, controlled, and inherently constrained.",[16,1567,1568],{},"In practice, this approach reduces the systemic risk that centralized VPN gateways introduce in real-world environments.",[11,1570,302],{"id":301},[272,1572,1573],{},[275,1574,1575],{},[278,1576,311],{"href":309,"rel":1577},[282],{"title":327,"searchDepth":328,"depth":328,"links":1579},[1580,1581,1582,1583,1584,1585,1586],{"id":1399,"depth":328,"text":1400},{"id":1432,"depth":328,"text":1433},{"id":1469,"depth":328,"text":1470},{"id":1495,"depth":328,"text":1496},{"id":1517,"depth":328,"text":1518},{"id":1552,"depth":328,"text":1553},{"id":301,"depth":328,"text":302},[],"\u002Fimages\u002Fblog\u002FWhy-VPN-Gateways-Are-Becoming-High-Value-Targets-for-Attackers\u002FwhyVpn_1.webp","Why VPN Gateways Are Becoming High-Value Targets for Attackers, 從近期 VPN 資安事件，看集中式 VPN／Gateway 產品為何成為攻擊目標","December 24, 2025","In early December 2025...",{},6,"\u002Fblog\u002Fen\u002Fwhy-vpn-gateways-are-becoming-high-value-targets-for-attackers",{"title":318,"description":1591},"Why-VPN-Gateways-Are-Becoming-High-Value-Targets-for-Attackers","blog\u002Fen\u002FWhy-VPN-Gateways-Are-Becoming-High-Value-Targets-for-Attackers","VPN gateways have shifted from defensive tools to high-value attack targets — not because of one flaw, but because of how centralized access is built.","0jKedbGEvPKYk9t-kuhioUkHPdi3aTcXn8dZS2wUd0Y",{"id":1601,"title":311,"body":1602,"category":1852,"cover":1853,"data_key":1854,"date":1855,"description":1856,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":1857,"navigation":344,"order":1858,"path":1859,"published":344,"seo":1860,"slug":1861,"stem":1862,"subtitle":1863,"__hash__":1864},"blog\u002Fblog\u002Fen\u002FVPN-Security-Risks-Are-Becoming-the-New-Normal.md",{"type":8,"value":1603,"toc":1843},[1604,1608,1611,1621,1625,1628,1635,1638,1649,1652,1656,1663,1666,1677,1684,1688,1693,1696,1699,1713,1719,1722,1733,1736,1740,1743,1757,1764,1768,1771,1785,1791,1798,1802,1808,1811,1822,1828,1831,1838],[11,1605,1607],{"id":1606},"why-traditional-vpn-architectures-are-facing-their-biggest-challenge-in-a-decade","Why Traditional VPN Architectures Are Facing Their Biggest Challenge in a Decade",[16,1609,1610],{},"For years, VPNs have served as the primary gateway for enterprise remote access, encrypting traffic and allowing employees to connect back to internal systems from outside the corporate network.",[16,1612,1613,1614,1617,1618],{},"But today, the very devices designed to protect enterprise networks are increasingly becoming ",[29,1615,1616],{},"high-value attack targets."," Traditional VPN architectures are now facing their most serious ",[29,1619,1620],{},"structural security challenges in over a decade.",[11,1622,1624],{"id":1623},"why-vpn-gateways-are-constantly-scanned-and-exposed-to-the-internet","Why VPN Gateways Are Constantly Scanned and Exposed to the Internet",[16,1626,1627],{},"Following the global shift to hybrid work after COVID-19, enterprise networks have dramatically expanded their external attack surface. Public-facing VPN portals have become easier to identify, easier to scan, and increasingly attractive to attackers.",[16,1629,1630,1631,1634],{},"Recent threat intelligence shows that ",[29,1632,1633],{},"large-scale, systematic scanning of VPN gateways is no longer an anomaly — it is a persistent and intentional activity."," These scans are not random background noise. They are targeted reconnaissance campaigns designed to map exposed VPN endpoints and prepare for future exploitation.",[16,1636,1637],{},"Even when no vulnerability is immediately exploited, continuous scanning often signals:",[272,1639,1640,1643,1646],{},[275,1641,1642],{},"Newly disclosed or emerging vulnerabilities",[275,1644,1645],{},"Pre-exploitation reconnaissance",[275,1647,1648],{},"Inventory collection ahead of weaponization",[16,1650,1651],{},"Once a VPN gateway is identified and monitored, it tends to remain on attackers’ long-term target lists.",[11,1653,1655],{"id":1654},"vpn-gateways-as-a-common-initial-access-point-in-modern-attacks","VPN Gateways as a Common Initial Access Point in Modern Attacks",[16,1657,1658,1659,1662],{},"Multiple security research reports over the past year indicate a clear trend: ",[29,1660,1661],{},"VPNs are now one of the most common initial access points in modern attacks,"," including ransomware campaigns.",[16,1664,1665],{},"Key findings consistently show that:",[272,1667,1668,1671,1674],{},[275,1669,1670],{},"A significant portion of breaches originate from compromised VPN credentials or exposed VPN portals",[275,1672,1673],{},"Many intrusions leverage known but unpatched VPN gateway vulnerabilities",[275,1675,1676],{},"Any VPN portal exposed to the internet and discoverable via scanning is likely to face sustained probing",[16,1678,1679,1680,1683],{},"This marks a shift from opportunistic exploitation toward ",[29,1681,1682],{},"persistent reconnaissance"," , where VPN gateways are treated as reliable, repeatable entry points rather than one-off targets.",[11,1685,1687],{"id":1686},"the-security-risks-of-centralized-vpn-architecture","The Security Risks of Centralized VPN Architecture",[16,1689,1690],{},[359,1691],{"alt":1687,"src":1692},"\u002Fimages\u002Fblog\u002FVPN-Security-Risks-Are-Becoming-the-New-Normal\u002Fvpn_2.webp",[16,1694,1695],{},"VPN-based access introduces a centralized gateway that is continuously exposed to scanning and exploitation. Once compromised, attackers can move laterally across internal systems. Endpoint-centric access eliminates this single entry point by establishing isolated, direct connections.",[16,1697,1698],{},"From an architectural perspective, traditional VPN deployments share several defining characteristics:",[272,1700,1701,1704,1707,1710],{},[275,1702,1703],{},"A single, fixed, and publicly reachable entry point (the VPN gateway)",[275,1705,1706],{},"Authentication primarily based on credentials, certificates, or sessions",[275,1708,1709],{},"Post-authentication access to broad internal network segments",[275,1711,1712],{},"Network-level trust once the tunnel is established",[16,1714,1715,1716],{},"These design choices made sense 15–20 years ago. In today’s threat landscape, however, they create a ",[29,1717,1718],{},"static and highly visible attack surface.",[16,1720,1721],{},"Once compromised, a centralized VPN gateway often enables:",[272,1723,1724,1727,1730],{},[275,1725,1726],{},"Lateral movement across internal networks",[275,1728,1729],{},"Privilege escalation beyond the initial access scope",[275,1731,1732],{},"Rapid expansion of attack impact",[16,1734,1735],{},"Because enterprise VPN deployments are often architecturally similar, attackers can reuse techniques across organizations with high efficiency.",[11,1737,1739],{"id":1738},"why-traditional-vpns-struggle-in-hybrid-and-cloud-environments","Why Traditional VPNs Struggle in Hybrid and Cloud Environments",[16,1741,1742],{},"Between 2020 and 2025, enterprise IT environments have undergone fundamental changes:",[272,1744,1745,1748,1751,1754],{},[275,1746,1747],{},"Users and devices are globally distributed",[275,1749,1750],{},"SaaS, IaaS, and PaaS platforms are now primary work environments",[275,1752,1753],{},"Applications and data are no longer confined to a single internal network",[275,1755,1756],{},"Access requirements span clouds, regions, and endpoints",[16,1758,1759,1760,1763],{},"In this context, ",[29,1761,1762],{},"network-centric VPN models increasingly clash with application-centric and identity-centric workflows."," What was once a secure perimeter has become a bottleneck — and, in many cases, a liability.",[11,1765,1767],{"id":1766},"rethinking-vpn-based-access-for-modern-security-architecture","Rethinking VPN-Based Access for Modern Security Architecture",[16,1769,1770],{},"In security architecture reviews, RFPs, and procurement discussions, organizations are now asking fundamental questions:",[272,1772,1773,1776,1779,1782],{},[275,1774,1775],{},"Can a public VPN portal avoid becoming the next attack surface?",[275,1777,1778],{},"Is lateral movement risk after VPN login acceptable?",[275,1780,1781],{},"Can VPNs scale safely across hybrid and multi-cloud environments?",[275,1783,1784],{},"Do we need more granular authorization than network-level access?",[16,1786,1787,1788],{},"These questions do not suggest that VPNs will disappear overnight. They do indicate, however, that ",[29,1789,1790],{},"the gap between traditional VPN architecture and modern threat models is rapidly widening.",[16,1792,1793,1794,1797],{},"VPNs are increasingly viewed not as a first line of defense, but as ",[29,1795,1796],{},"high-risk boundary devices"," that demand careful reconsideration.",[11,1799,1801],{"id":1800},"rethinking-secure-access-architecture-not-just-replacing-tools","Rethinking Secure Access Architecture — Not Just Replacing Tools",[16,1803,1804,1805],{},"The evolving risk profile of VPNs highlights a broader shift in security thinking. The focus is moving away from strengthening a single gateway and toward ",[29,1806,1807],{},"reducing exposure, minimizing blast radius, and eliminating single points of failure.",[16,1809,1810],{},"As a result, more organizations are exploring secure access models that emphasize:",[272,1812,1813,1816,1819],{},[275,1814,1815],{},"Fine-grained identity and authorization controls",[275,1817,1818],{},"Decentralized, distributed connectivity",[275,1820,1821],{},"Zero-trust access without fixed, public entry points",[16,1823,1824,1825],{},"In an era where continuous scanning and targeted reconnaissance are the norm, ",[29,1826,1827],{},"architectural change — not incremental patching — is becoming unavoidable.",[16,1829,1830],{},"Organizations that reassess their access architecture early will be far better positioned to defend against persistent, well-resourced adversaries in this new security reality.",[16,1832,1833,1834,1837],{},"This shift is driving growing interest in ",[29,1835,1836],{},"device-level, connection-based secure access models"," that move away from centralized VPN gateways and toward more isolated, controllable connectivity.",[16,1839,1840],{},[278,1841,1842],{"href":1322},"Learn how OrpheAgent builds a secure remote access architecture centered on remote endpoints.",{"title":327,"searchDepth":328,"depth":328,"links":1844},[1845,1846,1847,1848,1849,1850,1851],{"id":1606,"depth":328,"text":1607},{"id":1623,"depth":328,"text":1624},{"id":1654,"depth":328,"text":1655},{"id":1686,"depth":328,"text":1687},{"id":1738,"depth":328,"text":1739},{"id":1766,"depth":328,"text":1767},{"id":1800,"depth":328,"text":1801},[],"\u002Fimages\u002Fblog\u002FVPN-Security-Risks-Are-Becoming-the-New-Normal\u002Fvpn_1.webp","VPN Security Risks Are Becoming the New Normal, VPN安全性為何成為企業新風險？從架構角度重新檢視傳統 VPN","December 23, 2025","For years, VPNs have served as the primary gateway for...",{},5,"\u002Fblog\u002Fen\u002Fvpn-security-risks-are-becoming-the-new-normal",{"title":311,"description":1856},"VPN-Security-Risks-Are-Becoming-the-New-Normal","blog\u002Fen\u002FVPN-Security-Risks-Are-Becoming-the-New-Normal","VPN security risks have become the new normal — not from a single flaw, but from a structural gap between centralized VPN architecture and modern threats.","7kSQPj0CcQkK2Qe37FgLlPTyM0wqtSxp6HC6G4fFGys",{"id":1866,"title":1867,"body":1868,"category":1912,"cover":1874,"data_key":1913,"date":1914,"description":1915,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":1916,"navigation":344,"order":1917,"path":1918,"published":344,"seo":1919,"slug":1920,"stem":1921,"subtitle":1922,"__hash__":1923},"blog\u002Fblog\u002Fen\u002FEdge-AI-and-AIoT.md","Edge AI and AIoT: Driving Global Transformation",{"type":8,"value":1869,"toc":1906},[1870,1875,1878,1882,1885,1889,1892,1896,1899,1903],[16,1871,1872],{},[359,1873],{"alt":1867,"src":1874},"\u002Fimages\u002Fblog\u002FEdge-AI-and-AIoT\u002FEdge_AI_and_AIoT_1.webp",[16,1876,1877],{},"In the last decade, Edge AI and AIoT have grown from specific innovations to major drivers of global digital transformation. AI is changing how we work, live, and run industries. At CES, NVIDIA’s \"Project DIGITS\" revealed an exciting future where supercomputing becomes available to everyone, highlighting the endless possibilities of technology.",[11,1879,1881],{"id":1880},"a-future-powered-by-smart-technology","A Future Powered by Smart Technology",[16,1883,1884],{},"In smart cities, public systems share real-time data to ease traffic, speed up emergency responses, and improve safety. Smart hospitals use edge computing and AI to simplify diagnostics, make remote surgeries possible, and deliver top-notch healthcare. In farming, smart sensors track conditions to support precision agriculture, leading to better harvests and higher efficiency. In manufacturing, Edge AI and AIoT power real-time equipment monitoring, predict breakdowns, and automate processes, cutting costs and improving quality. These technologies are changing how we live and work, reshaping industries, and boosting efficiency, savings, and innovation. What once felt like science fiction is now part of everyday life, driving global digital progress.",[11,1886,1888],{"id":1887},"technological-challenges-networking-security-and-deployment","Technological Challenges: Networking, Security, and Deployment",[16,1890,1891],{},"As more people adopt these technologies, new challenges are popping up. The boom in edge devices is straining traditional networks, making it hard to meet the need for fast and reliable connections. Processing data close to where it’s used, edge computing brings up privacy and security worries, especially in areas like healthcare and finance. On top of that, managing and rolling out these systems is tricky, especially when businesses need to quickly update across multiple devices and platforms.",[11,1893,1895],{"id":1894},"oos-solutions-overcoming-barriers-with-comprehensive-tools","OOS Solutions: Overcoming Barriers with Comprehensive Tools",[16,1897,1898],{},"As the founder of O’Prueba, I understand the significant impact of these challenges on businesses and markets. This inspired us to develop OOS—a comprehensive solution tackling network connectivity, security, and deployment hurdles. OOS’s Edge Service Gateway, powered by SD-WAN technology, optimizes data routes for stable, low-latency connections between edge devices. On the security front, OOS employs encryption and a unique P2P mechanism to securely exchange data without relying on public IPs or VPNs, minimizing data leakage risks. Additionally, OOS supports Docker containers and virtual machines, enabling rapid application deployment and reducing time-to-market, helping businesses stay ahead of the competition.",[11,1900,1902],{"id":1901},"looking-ahead-the-infinite-potential-of-edge-ai-and-aiot","Looking Ahead: The Infinite Potential of Edge AI and AIoT",[16,1904,1905],{},"The future of Edge AI and AIoT is all about transforming industries and making life better. From building smarter cities to offering personalized healthcare, these technologies are fueling innovation, boosting efficiency, and promoting sustainability. But this shift also pushes businesses to adapt fast and use cutting-edge tools. The ones who embrace these changes will stay ahead in the game. This is the era of groundbreakers, and OOS is here to help businesses harness technology’s power and create a smarter, better future.",{"title":327,"searchDepth":328,"depth":328,"links":1907},[1908,1909,1910,1911],{"id":1880,"depth":328,"text":1881},{"id":1887,"depth":328,"text":1888},{"id":1894,"depth":328,"text":1895},{"id":1901,"depth":328,"text":1902},[],"Edge AI and AIoT: Driving Global Transformation, Edge AI 與 AIoT：驅動全球轉型","February 03, 2025","How Edge AI and AIoT are driving the next wave of global digital transformation, and how OOS helps businesses overcome connectivity, security, and deployment challenges.",{},4,"\u002Fblog\u002Fen\u002Fedge-ai-and-aiot",{"title":1867,"description":1915},"Edge-AI-and-AIoT","blog\u002Fen\u002FEdge-AI-and-AIoT","Edge AI and AIoT are driving global transformation while raising new connectivity, security, and deployment challenges — OOS offers a comprehensive answer.","jjz4wGlyzinRSwpB4g8gCZ9y6pT-1TILCTS0H7QqEfo",{"id":1925,"title":1926,"body":1927,"category":2000,"cover":1933,"data_key":2001,"date":2002,"description":2003,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":2004,"navigation":344,"order":2005,"path":2006,"published":344,"seo":2007,"slug":2008,"stem":2009,"subtitle":2010,"__hash__":2011},"blog\u002Fblog\u002Fen\u002FSimplifying-Virtualization-and-Containerization-Challenges-with-OOS.md","Simplifying Virtualization and Containerization Challenges with OOS",{"type":8,"value":1928,"toc":1992},[1929,1934,1938,1941,1945,1948,1952,1957,1960,1964,1969,1972,1976,1981,1984,1986,1989],[16,1930,1931],{},[359,1932],{"alt":1926,"src":1933},"\u002Fimages\u002Fblog\u002FSimplifying-Virtualization-and-Containerization-Challenges-with-OOS\u002FSimplifying_1.webp",[11,1935,1937],{"id":1936},"container-vm-and-the-trend-in-application-deployment","Container, VM, and the Trend in Application Deployment",[16,1939,1940],{},"In application deployment, lacking proper isolation often causes conflicts between system and application layers, leading to interference, instability, and security risks. Container and virtualization technologies like virtual machines (VMs) address these issues by providing isolated environments. Containers virtualize at the OS level, sharing the host's kernel to create a secure runtime, while VMs virtualize at the hardware level, simulating full hardware resources to run separate operating systems and isolate applications effectively.",[11,1942,1944],{"id":1943},"barriers-to-container-and-vm-adoption","Barriers to Container and VM Adoption",[16,1946,1947],{},"While containers and VMs bring key benefits, their deployment and management pose challenges, especially for less experienced teams. Effective configuration of images, networking, storage, and security requires deep system knowledge. Docker, for example, is closely tied to the OS kernel, so small setup errors can affect stability. Security is also a concern, as container isolation is often less comprehensive than VM isolation, potentially leaving security gaps. Maintaining these environments further burdens IT teams, who must handle ongoing monitoring, updates, and troubleshooting, which drives up operational costs.",[11,1949,1951],{"id":1950},"simplifying-deployment-with-oos","Simplifying Deployment with OOS",[16,1953,1954],{},[359,1955],{"alt":1951,"src":1956},"\u002Fimages\u002Fblog\u002FSimplifying-Virtualization-and-Containerization-Challenges-with-OOS\u002FSimplifying_2.webp",[16,1958,1959],{},"OOS helps enterprises overcome technical barriers by streamlining configuration, reducing complexity, and enhancing security and resource management. Our feature integrates container and VM deployment with a user-friendly GUI, making Docker and VM setup easy. Users simply follow guided steps to ensure smooth container and VM operation.",[11,1961,1963],{"id":1962},"oos-offers-security-and-isolation","OOS Offers Security and Isolation",[16,1965,1966],{},[359,1967],{"alt":1963,"src":1968},"\u002Fimages\u002Fblog\u002FSimplifying-Virtualization-and-Containerization-Challenges-with-OOS\u002FSimplifying_3.webp",[16,1970,1971],{},"OOS ensures complete separation between system and application layers, enhancing security with strict access controls and data encryption. It also provides real-time monitoring of CPU, memory, and storage to prevent resource overload.",[11,1973,1975],{"id":1974},"efficient-and-streamlined-bulk-management","Efficient and Streamlined Bulk Management",[16,1977,1978],{},[359,1979],{"alt":1975,"src":1980},"\u002Fimages\u002Fblog\u002FSimplifying-Virtualization-and-Containerization-Challenges-with-OOS\u002FSimplifying_4.webp",[16,1982,1983],{},"OOS simplifies edge deployment updates and maintenance with centralized management, enabling bulk actions like updates, restarts, uninstalls, and usage monitoring. This greatly reduces IT workload and operational costs.",[11,1985,1306],{"id":1305},[16,1987,1988],{},"Containers and VMs provide strong resource isolation, flexible deployment, and enhanced security, allowing stable application performance across environments while reducing resource conflicts. However, managing these technologies can be complex.",[16,1990,1991],{},"OOS simplifies Docker and VM deployment, offering efficient resource management and robust security. This empowers enterprises to deploy and manage Docker and VM environments with ease, freeing teams from technical burdens, lowering operational costs, and boosting performance.",{"title":327,"searchDepth":328,"depth":328,"links":1993},[1994,1995,1996,1997,1998,1999],{"id":1936,"depth":328,"text":1937},{"id":1943,"depth":328,"text":1944},{"id":1950,"depth":328,"text":1951},{"id":1962,"depth":328,"text":1963},{"id":1974,"depth":328,"text":1975},{"id":1305,"depth":328,"text":1306},[],"Simplifying Virtualization and Containerization Challenges with OOS, 透過 OOS 簡化虛擬化與容器化的挑戰","November 14, 2024","Containers and VMs bring isolation and flexibility but also technical barriers — see how OOS simplifies Docker and VM deployment, management, and security.",{},3,"\u002Fblog\u002Fen\u002Fsimplifying-virtualization-and-containerization-challenges-with-oos",{"title":1926,"description":2003},"Simplifying-Virtualization-and-Containerization-Challenges-with-OOS","blog\u002Fen\u002FSimplifying-Virtualization-and-Containerization-Challenges-with-OOS","Containers and VMs bring isolation and flexibility but also steep technical barriers — OOS simplifies their deployment, management, and security.","pJuALrS_UpnYZzBSAuLZ7GCCPbN_ws-Xg9aBAcF4eQk",{"id":2013,"title":2014,"body":2015,"category":2056,"cover":2021,"data_key":2057,"date":2058,"description":2059,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":2060,"navigation":344,"order":328,"path":2061,"published":344,"seo":2062,"slug":2063,"stem":2064,"subtitle":2065,"__hash__":2066},"blog\u002Fblog\u002Fen\u002FThe-Key-Challenges-of-Edge-AI-and-How-OOS-Helps.md","The Key Challenges of Edge AI and How OOS Helps",{"type":8,"value":2016,"toc":2050},[2017,2022,2026,2029,2033,2036,2040,2043,2047],[16,2018,2019],{},[359,2020],{"alt":2014,"src":2021},"\u002Fimages\u002Fblog\u002FThe-Key-Challenges-of-Edge-AI-and-How-OOS-Helps\u002FKeyChallenges_1.webp",[11,2023,2025],{"id":2024},"the-key-challenges-of-edge-ai","The Key Challenges of Edge AI",[16,2027,2028],{},"As the founder of O'Prueba, I have observed that with the rapid rise of edge computing and Edge AI, businesses are facing increasingly complex technical demands and management challenges at the edge. First, when deploying large-scale edge computing systems, companies must manage operations across different regions, handling multiple devices and AI applications. Relying on engineers to handle tasks one by one is both time-consuming and costly. Additionally, managing multiple sites adds extra operational challenges due to the need for different strategies for varying environments and network setups. These challenges often trap businesses in complicated system integration and maintenance tasks, preventing them from focusing on creating core value.",[11,2030,2032],{"id":2031},"oos-simplifying-everything-for-edge-ai","OOS: Simplifying Everything for Edge AI",[16,2034,2035],{},"This is why we developed OOS—to simplify everything and enable businesses to quickly deploy and efficiently manage Edge AI. OOS is a solution specifically designed for edge AI, aimed at reducing deployment time, operational costs, and technical barriers. Traditionally, edge computing required a lot of time and technical resources for both hardware setup and application management. However, OOS leverages \"plug-and-play,\" \"remote control,\" and \"multi-function integration\" capabilities, allowing businesses to launch large-scale, multi-site deployments on day one, minimizing preparation time and the risk of errors. For independent software vendors (ISVs), system integrators (SIs), and enterprises looking to swiftly apply AI technology to their production environments, OOS is an essential choice.",[11,2037,2039],{"id":2038},"powerful-yet-easy-to-use","Powerful Yet Easy to Use",[16,2041,2042],{},"Moreover, OOS is so easy to use that even those without a technical background can get started easily. With an intuitive graphical interface, companies no longer need highly skilled professionals for system operations. This speeds up tech adoption and lets businesses focus on their core activities instead of complex tech management.",[11,2044,2046],{"id":2045},"making-us-your-best-partner-for-edge-ai","Making Us Your Best Partner for Edge AI",[16,2048,2049],{},"In conclusion, OOS not only provides businesses with a flexible and efficient Edge AI solution, but it also enables them to focus on value creation while reducing the complexity and costs of technical management. This is why I am confident that, whether for ISVs, SIs, or enterprise users, OOS will become the core technology partner of choice in the Edge AI era.",{"title":327,"searchDepth":328,"depth":328,"links":2051},[2052,2053,2054,2055],{"id":2024,"depth":328,"text":2025},{"id":2031,"depth":328,"text":2032},{"id":2038,"depth":328,"text":2039},{"id":2045,"depth":328,"text":2046},[],"The Key Challenges of Edge AI and How OOS Helps, Edge AI 的關鍵挑戰以及 OOS 的解決之道","September 13, 2024","As edge computing and Edge AI rise, businesses face complex technical and management challenges — see how OOS helps deploy and manage Edge AI quickly and efficiently.",{},"\u002Fblog\u002Fen\u002Fthe-key-challenges-of-edge-ai-and-how-oos-helps",{"title":2014,"description":2059},"The-Key-Challenges-of-Edge-AI-and-How-OOS-Helps","blog\u002Fen\u002FThe-Key-Challenges-of-Edge-AI-and-How-OOS-Helps","Deploying and managing Edge AI at scale is complex and costly — OOS simplifies it so businesses can focus on creating value, not technical overhead.","X7w3b0TAIpUCipE1SiJU4xU_x2VS7zn9SCakCJ_S4Lw",{"id":2068,"title":2069,"body":2070,"category":2167,"cover":2076,"data_key":2168,"date":2169,"description":2170,"excerpt":327,"extension":341,"keywords":327,"locale":342,"meta":2171,"navigation":344,"order":2172,"path":2173,"published":344,"seo":2174,"slug":2175,"stem":2176,"subtitle":2177,"__hash__":2178},"blog\u002Fblog\u002Fen\u002FHow-to-Deploy-Edge-AI.md","How to Deploy Edge AI",{"type":8,"value":2071,"toc":2161},[2072,2077,2080,2083,2087,2090,2110,2113,2117,2124,2144,2146,2149,2151],[16,2073,2074],{},[359,2075],{"alt":2069,"src":2076},"\u002Fimages\u002Fblog\u002FHow-to-Deploy-Edge-AI\u002FHowtoDeployEdgeAI.webp",[16,2078,2079],{},"With the rise of Edge Computing and AI, the demand for Edge AI has grown rapidly. According to market research by Maximize Market Research (1), the Edge AI market size was valued at USD 17.46 billion in 2023, and the total Edge AI revenue is expected to grow at a compound annual growth rate (CAGR) of 20.1% from 2024 to 2030, reaching nearly USD 62.93 billion by 2030.",[16,2081,2082],{},"Deploying Edge AI can be challenging due to the need to manage many devices across multiple regions, leading to high costs in time and labor.",[11,2084,2086],{"id":2085},"the-challenge-of-edge-ai-deploy","The Challenge of Edge AI Deploy",[16,2088,2089],{},"Deploying Edge AI comes with several challenges. We’ve identified the three primary issues that organizations commonly face:",[272,2091,2092,2098,2104],{},[275,2093,2094,2097],{},[29,2095,2096],{},"Managing Devices Across Multiple Locations and Fields"," Deploying Edge AI across different regions can lead to higher travel expenses for employees who need to manage and maintain systems. Additionally, varying infrastructure standards, connectivity options, and environmental conditions in each area contribute to overall operational challenges.",[275,2099,2100,2103],{},[29,2101,2102],{},"Configuration, Maintenance, and Updates One by One"," Each edge device must be individually configured, maintained, and updated. Handling these tasks one by one is time-consuming and labor-intensive. This involves initial setup, ongoing monitoring, and regular updates to ensure effective and secure operation.",[275,2105,2106,2109],{},[29,2107,2108],{},"Different Devices Architectures"," Edge AI deployment must accommodate various devices architectures, such as ARM and x86. Each architecture presents unique challenges in terms of compatibility, optimization, and performance, necessitating tailored solutions for different types of devices.",[16,2111,2112],{},"By addressing these challenges, organizations can better leverage the benefits of edge AI for their operations.",[11,2114,2116],{"id":2115},"scalable-deploy-edge-ai-with-oos","Scalable Deploy Edge AI with OOS",[16,2118,2119,2120,2123],{},"OOS provides a ",[29,2121,2122],{},"One-Click Scalable Deployment"," that supports cross-regional and cross-fields deployment across multiple devices. Users can reduce the need for manpower and time consumption by using OOS set up all edge AI sites at once.",[272,2125,2126,2132,2138],{},[275,2127,2128,2131],{},[29,2129,2130],{},"Across Multiple Locations"," OOS offers One-Click Scalable Deployment, enabling cross-regional implementation where all Edge AI sites can be set up simultaneously. This significantly reduces the manpower and travel expenses required for system management and maintenance.",[275,2133,2134,2137],{},[29,2135,2136],{},"Across Multiple Fields"," OOS excels in deploying Edge AI across diverse industries by offering flexible solutions suited to each field's unique requirements. Whether for applications delivery or network setup, OOS provides customizable deployment options that ensure seamless integration and optimal performance.",[275,2139,2140,2143],{},[29,2141,2142],{},"Across Multiple Devices"," OOS supports various device architectures, such as ARM, x86 Pi, and SoC, by providing tailored solutions that ensure compatibility, optimization, and performance across different device types.",[11,2145,1306],{"id":1305},[16,2147,2148],{},"The rapid growth of the Edge AI and Edge Computing market presents both significant opportunities and challenges. Edge Computing Deployment differs greatly from Cloud Computing Deployment, as the distributed computing significantly increases the complexity of operational management. However, adopting OOS with its One-Click Scalable Deployment simplifies these challenges, offering a streamlined approach for deploying Edge Computing across diverse regions, fields, and devices. With these solutions, businesses can enhance efficiency, reduce costs, and achieve optimal performance, positioning themselves at the forefront of technological advancement.",[11,2150,270],{"id":269},[272,2152,2153],{},[275,2154,2155,2156,284],{},"Maximize Market Research. (2023). \"Edge AI Market: Global Industry Analysis and Forecast (2023-2030).\" Retrieved from ",[278,2157,2160],{"href":2158,"rel":2159},"https:\u002F\u002Fwww.maximizemarketresearch.com\u002Fmarket-report\u002Fedge-ai-market\u002F190417\u002F",[282],"https:\u002F\u002Fwww.maximizemarketresearch.com",{"title":327,"searchDepth":328,"depth":328,"links":2162},[2163,2164,2165,2166],{"id":2085,"depth":328,"text":2086},{"id":2115,"depth":328,"text":2116},{"id":1305,"depth":328,"text":1306},{"id":269,"depth":328,"text":270},[],"How to Deploy Edge AI?, 如何部署 Edge AI","August 9, 2024","Deploying Edge AI brings challenges in managing devices across regions and architectures — see how OOS's One-Click Scalable Deployment cuts time and labor costs.",{},1,"\u002Fblog\u002Fen\u002Fhow-to-deploy-edge-ai",{"title":2069,"description":2170},"How-to-Deploy-Edge-AI","blog\u002Fen\u002FHow-to-Deploy-Edge-AI","Deploying Edge AI across regions and architectures is slow and costly — OOS uses one-click scalable 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