HabrJuly 30, 2026🇷🇺Translated from Russian

Six Bitrix24 Disk Migration Errors That Force Portal Redesign After Six Months

Bitrix24 Disk migration projects often appear complete after a weekend file transfer, yet six months later companies face missing contracts, unauthorized access to salary folders, and severe performance degradation. The root cause is rarely a failed copy operation; instead, the original network share structure is replicated unchanged into a platform whose storage model relies on three distinct container types: My Disk, group and project disks, and the company-wide common disk.

Ошибка 1 — copying the folder tree verbatim — produces 30–40 top-level folders with names such as “Miscellaneous 2” and eight levels of nesting. Because Bitrix24 search is under-used, employees cannot locate documents efficiently. The recommended approach is to map every top-level folder to an owner, a readership group, and a business process before any files are moved.

Ошибка 2 occurs when My Disk becomes the de-facto working repository. When an employee leaves, signed contracts disappear; when the employee is on vacation, colleagues cannot retrieve needed files. The fix is a written policy that restricts My Disk to personal drafts only, enforced by periodic REST inventory scripts that flag personal storages containing more than three top-level folders.

Ошибка 3 — granting rights to individual users rather than departments — results in access matrices containing dozens of personal entries that quickly become stale. After one reorganization the list is unreadable and auditing is impossible. Rights should be assigned via department codes (DR5) or workgroups so that personnel changes are handled automatically.

Ошибка 4 places every ambiguous document into the common disk with full access for all authenticated users. The Toyota T-Connect, G-Link and G-BOOK breach affecting 2.15 million customers between 2013 and 2023 shows how a single misconfigured open bucket can remain unnoticed for ten years. The correct default is read-only access on the common disk, with write rights granted only to specific sections and no “Miscellaneous” folder allowed.

Ошибка 5 attaches file copies to tasks and CRM records instead of links. Version history is lost, storage quotas are wasted, and the latest approved document is never visible in the deal card. The rule is simple: the authoritative copy lives on Disk; every other entity receives a link.

Ошибка 6 enables desktop synchronization for the entire tree. Offline editing on multiple machines produces conflicting copies that nobody resolves. Only folders actively edited offline should be synchronized; the rest should be accessed via mapped network drives or the online editor.

Successful teams now follow four practices: a thorough pre-migration inventory that discards 40–60 % of untouched files, a two-week pilot on a single department, named owners for every top-level section, and mandatory quarterly rights reviews. These steps convert a one-time migration into a sustainable information-security process.

Related articles

AntiMalwarePrivacy & Surveillance

VPN Encryption Alone Cannot Hide Traffic from Network Detection Systems

A Habr user known as mr_tom detailed why encrypted VPN connections remain detectable despite their encryption. Observers can identify connections through visible metadata such as server IP addresses, ports, transport protocols, handshake patterns, packet sizes, timing intervals, and overall flow behavior. Simple DPI systems block traffic by restricting known IPs or ports, while advanced filters build traffic fingerprints and use active probing to verify suspicious endpoints. The popular combination of VLESS, XHTTP, and REALITY operates across different layers rather than functioning as three equivalent VPN protocols. Even traffic on port 443 can be distinguished from standard HTTPS by analyzing handshake details and subsequent packet behavior. The core conclusion is that no universally unblockable VPN exists, as detection can rely on IP blocking, new signatures, or active verification regardless of encryption strength.

HabrPrivacy & Surveillance

Browser Extension Anonymizes Sensitive Data Before Sending to AI Chatbots

A new browser extension automatically detects and replaces sensitive information such as names, INN numbers, bank cards, and emails with pseudonyms before any text or files reach AI chat services. The tool operates entirely locally in the browser, ensuring original data never leaves the user's device while allowing AI models to process anonymized placeholders. Responses from the AI are decrypted back to readable form only on the user's screen using an in-memory mapping that disappears when the browser closes. The solution supports over 70 file formats including DOCX, XLSX, and PDF, plus offline OCR for scanned documents to handle the most common leakage vectors used by HR, legal, and accounting teams. Multiple validation layers including checksums, Luhn algorithm, entropy checks, and normalization for Russian name declensions reduce false positives that plagued earlier regex-based attempts. The extension is available in a free version on the Chrome Web Store covering 33 data categories, with advanced file and scan features offered on request.

SecuritylabPrivacy & Surveillance

Browser Privacy Ranking 2026: Tor Browser Leads at 9.5 While Chrome and Yandex Rank Lowest

SecurityLab.ru has published a detailed 2026 browser privacy ranking that evaluates major browsers across six criteria including initial network behavior, site isolation, fingerprint resistance, funding model, configurability, and code auditability. Tor Browser scores highest at 9.5 for its comprehensive protections including unified fingerprinting and layered JavaScript controls, followed by Mullvad Browser at 9.0 and LibreWolf at 8.5. Brave earns 7.5 for built-in tracker blocking but faces criticism over default telemetry and cryptocurrency features. Firefox scores 6.0 out of the box yet reaches 8.5 after extensive configuration, while Google Chrome, Microsoft Edge, Opera, and Yandex Browser occupy the bottom positions due to persistent tracking mechanisms and closed-source components. The report also highlights the Local Mess localhost tracking technique used by Meta and Yandex that bypassed browser isolation entirely.

HabrPrivacy & Surveillance

Russian Ministry Certificates Enable Potential State MITM on Foreign Domains

Russian companies facing sanctions have started adopting root certificates issued by the Ministry of Digital Development and Communications to maintain HTTPS access after commercial CAs revoked or refused to renew their certificates. Installing these Ministry certificates allows browsers to trust sites using Russian national CAs but also creates a pathway for man-in-the-middle interception by state-controlled entities. The article details a concrete threat model where a government-linked operator could use the Ministry root to generate on-the-fly certificates for any domain, including foreign services outside Russian jurisdiction. To mitigate this, the author demonstrates how to re-sign the Ministry root with OpenSSL nameConstraints limited to .ru, .su, and .рф domains only. Tests on macOS with Homebrew show that the constrained certificate still validates Russian banking sites such as online.sberbank.ru while correctly rejecting attempts to validate foreign domains like sberbank.com. The technique requires users to maintain their own cross-signed root and never rely on pre-installed Ministry or Yandex Browser roots for full protection.