For certification bodies
Defeat Proxy Rings and AI Cheating Without Moving Exams Back to Test Centers
Graduate admissions, accounting licensure, project management, medical boards, IT certifications: the same organized supply chain is running against all of them: anti-detection VMs, residential-IP relays, and paid expert test-takers driving candidate machines from a second location. Webcam proctoring sees a candidate on camera. It does not see the proxy driving the session from Delhi.
Aiseptor intervenes at the only layer the rings cannot design around: the candidate device itself, without requiring a physical test center.
A public, price-listed, SEO-indexed supply chain for cheating on your exam.
These are not back-channel forums. Publicly indexed proxy-testing marketplaces advertise openly: Google-ranked, Trustpilot reviewed, with pay-after-pass guarantees. A candidate types the name of their target certification followed by "proxy test taker" into a search bar and a qualified supplier is three clicks away.
The economics are straightforward: a credentialed subject-matter expert can earn $2,000–$4,000 for a single sitting, while the candidate gets a credential that compounds in value for the next decade. At that spread, the attacker does not need to win often; they only need to win sometimes.
| Certification | Pay-after-pass price | Note |
|---|---|---|
| Project management professional certifications | ~$200 | Entry-tier cert, high volume |
| Graduate admissions assessments | ~$5,000 | Pay-after-pass; score guarantees offered |
| Accounting and finance licensure exams | ~$10,000 | Multi-part exams; per-section pricing |
| Medical board and technology certifications | Custom quote | Specialist test-takers, session-based pricing |
Pricing observed on publicly indexed proxy-testing marketplaces during Q1 2026 threat monitoring.
Every layer you already buy can be bought around.
Proxy rings are not amateurs. They invest in the same tools your vendor sells you, then build a business around defeating them. Three layers that look complementary on a procurement deck share a single blind spot: they all live above the device.
Lockdown browsers
Respondus LockDown Browser, Safe Exam Browser, and their peers operate at the application layer. They lock a tab, disable copy-paste, and blur the view of the host OS. A hardened virtual machine renders the entire lockdown browser as one guest process, while a full desktop of cheating tools runs untouched on the host. The browser cannot see what it is running inside.
Webcam proctoring
Sophisticated proxy rings do not hide the candidate. The candidate sits on camera and performs the motions of taking the exam while a paid expert drives the session over remote access. The ringer never appears on camera because the ringer is 3,000 miles away, using the candidate's machine as a thin client. The webcam is not lying; it is watching the wrong person.
AI behavioral detection
Behavioural detectors produce a 61% false-positive rate against non-native English speakers (AllAboutAI, 2026) and can be fingerprinted clean by anti-detection VMs that mimic a calm, idle candidate. The result: honest international candidates are accused, while the actual proxy ring, running at a server farm optimized to look human, passes through.
Our working thesis: every layer can be bought around except the one proxy rings cannot design against, the device and network layer itself.
Four capabilities, aimed directly at the proxy-ring stack.
Not a replacement for your exam platform. A security substrate beneath it, sized for million-session annual volume, priced for global rollout, built for the specific attack surface that certification bodies face.
Each capability below is an independent sub-signal (device fingerprinting, network enforcement, deployment, and audit), classified in real time by the IntegrityEngine and composed into one signed Aegis verdict at session end, not four separate reports to reconcile.
AuthentiCheck
Virtual machine detection
Aiseptor fingerprints the candidate device across CPU instruction timing, GPU memory topology, USB and disk geometry, and virtualization artifacts. Nested VMs and anti-detection builds that evade every commercial proctor today fire a VM_DEVICE hard signal in the Aegis result. The session is refused before the first question loads: this is the check that catches the anti-detection VM at the center of most proxy-ring kits.
Remote-access blockade
SecureShield
Remote-access tools used by proxy rings (AnyDesk, TeamViewer, Remcos, dwagent, custom-compiled RAT builds) are starved of internet at the network layer, not killed. They continue to run on the candidate machine, visibly idle, while the proxy operator on the other end watches a frozen screen. IP_BLOCK_EVASION attempts (residential-IP relays, mesh VPNs) are logged as hard signals.
Global deployment, no physical center
DeviceGuard
The Aiseptor agent deploys in 30 seconds on any candidate BYOD device in any country. 10-second destruct at session end. No persistent install, no kernel drivers, no admin rights required. A candidate in São Paulo, one in Lagos, and one in Seoul can sit the same exam the same hour without any one of them leaving home.
Regulatory-grade audit trail
Aegis + IntegrityEngine
Every session ends with a signed Aegis result: a structured object carrying a CLEAN or FLAGGED status and a signals[] array of named hard signals (VM_DEVICE, AI_LOCAL_LLM, IP_BLOCK_EVASION, OVERLAY_CHEAT). Paired with an AI-generated narrative, the audit is both machine-readable for analytics and human-readable for a regulatory review panel.
Send us a link. We'll break your current exam live.
Give us a URL to a live at-home delivery of your current certification, or a sandbox clone of it. We'll spin up the same toolkit a proxy ring would use against you this week: a hardened anti-detection VM, a residential-IP relay, and a remote operator running the session.
The session is run by Sunny Nehra, founder of Secure Your Hacks, cybersecurity consultant to India's Ministry of Home Affairs, and an Aiseptor advisory board member. Thirty minutes, screen-shared, on Zoom. Your team watches the exact bypass path proxy rings are using against you today, and then we flip on the Aiseptor enclave and watch every one of those paths collapse.
No slide deck. No pre-canned demo. Your exam, your domain, your IT stack, with a live adversary on the other side.
- A recorded bypass walkthrough against your current exam
- The specific tools and infrastructure used in the attack
- Which Aegis signals would have blocked each step
- A shortlist of hard signals to prioritize in your SOC dashboard
- A private write-up shareable with your board and regulator
Compliance & regulatory readiness
Your legal, InfoSec, and regulator will all sign off.
Certification integrity is not just a product problem; it is a regulatory one. Aiseptor was built with the review boards of assessment associations in mind, not just the procurement team.
Data posture
Session access logs and device signals only
Aiseptor collects session access logs and device activity signals during the session. No webcam, no microphone, no keystrokes, no file contents, no screen recording. GDPR- and CCPA-compliant by design. SOC 2 Type II targeted for Q3 2026. Standard DPA available for EU, UK, and California candidates.
Audit defensibility
Signed, structured, review-ready
Every session ends with a signed Aegis result: a structured object carrying CLEAN or FLAGGED status plus a named signals[] array (VM_DEVICE, AI_LOCAL_LLM, IP_BLOCK_EVASION, OVERLAY_CHEAT). Machine-readable for analytics, human-readable for regulator review. 24-hour default retention; extended retention available under DPA.
Identity integration
Sits beneath your existing stack
Aiseptor is compatible with ID-verification vendors, biometric live-check systems, and human proctors you already use. We do not replace that layer; we sit underneath it. Candidates are still identified by your trusted flow; Aiseptor simply guarantees that the machine taking the exam is the machine you think it is.
Global operational readiness
Works inside country IT policies
The Aiseptor agent deploys without admin rights, without kernel drivers, and without contacting restricted cloud regions. It tolerates country-specific corporate IT policies, graceful network degradation, and mid-session reconnection. On unrecoverable failure the session pauses with a clear escalation path to your IT desk, with no silent collapse.
Need the DPA or a full data-flow diagram for your security review? See our privacy and data-handling policy →
Trust
Early, but already defending live credentials.
Aiseptor is already running in live academic assessment at an Ivy League research university and under partnership LOI with a leading technical assessment platform. You are not the first certification body putting real candidate throughput on this stack.
Ephemeral network-layer enclave, US provisional filed
Signed paid pilots with assessment platforms
Pilot runs with 100+ candidates at an Ivy League research university
Attack vectors neutralised in production, including proxy-ring tooling
FAQ
Certification security questions.
How do proxy rings pass at-home certifications?
Most rings combine three layers: a hardened anti-detection VM that fingerprints as a clean candidate laptop, a remote-control tool (RustDesk, AnyDesk, custom dwagent builds) piped through residential-IP relays, and a paid expert test-taker driving the session while the real candidate sits on camera reading a script. Webcam proctoring sees the candidate. The proxy takes the exam.
Can Aiseptor detect anti-detection VMs used by proxy rings?
Yes. AuthentiCheck inspects device fingerprints across CPU instruction timing, GPU memory behavior, USB and disk topology, and virtualization artifacts that anti-detection builds cannot fully scrub. Detected virtualization fires a VM_DEVICE signal in the Aegis result, and the session is blocked from joining the enclave.
Does Aiseptor replace my existing proctoring vendor?
No. Aiseptor operates at the device and network layer: the layer where proxy rings actually live. ID verification, webcam proctoring, and human reviewers sit above Aiseptor and complement it. Think of it as a security substrate underneath whatever identity and behavioural layer you already trust.
Is Aiseptor GDPR-compliant for EU candidates?
Yes. Aiseptor collects session access logs and device activity signals only: no webcam, no microphone, no keystrokes, no file contents. Default retention is 24 hours, extended only under a signed DPA. The system is GDPR- and CCPA-compliant by design and a standard Data Processing Agreement is available for certification bodies operating in the EU, UK and California.
How long does certification integration take?
Three to five engineering days for a certification body that already has an at-home delivery platform. Aiseptor sits underneath your existing exam runtime with no rewrite of your authoring, scoring, or identity layer. Sandbox credentials and a dedicated integration engineer are provided at kickoff.
What does a Red Team audit involve?
You send us a link to a live or sample delivery of your current at-home exam. Our advisory board, including Sunny Nehra (founder of Secure Your Hacks and cybersecurity consultant to India's Ministry of Home Affairs), runs a 30-minute private bypass demonstration over Zoom. You watch the exact techniques proxy rings use against you today, and see what Aiseptor stops.
Defend the credential. Three to five engineering days to integrate.
Aiseptor sits underneath your existing at-home delivery platform with no rewrite of your authoring, scoring, or identity layer. Sandbox credentials and a dedicated integration engineer ship at kickoff, so your team is validating results against a live adversary in the same week you sign, not the same quarter.