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#ot — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #ot, aggregated by home.social.

  1. #OT #Advisory VDE-2026-059
    Helmholz: Multiple vulnerabilities in REX100/REX200/REX250

    Two command injection vulnerabilities have been discovered in Helmholz REX100/REX200/REX250.
    #CVE CVE-2026-40851, CVE-2026-40852

    certvde.com/en/advisories/vde-

    #CSAF helmholz.csaf-tp.certvde.com/.

  2. #OT #Advisory VDE-2026-059
    Helmholz: Multiple vulnerabilities in REX100/REX200/REX250

    Two command injection vulnerabilities have been discovered in Helmholz REX100/REX200/REX250.
    #CVE CVE-2026-40851, CVE-2026-40852

    certvde.com/en/advisories/vde-

    #CSAF helmholz.csaf-tp.certvde.com/.

  3. #OT #Advisory VDE-2026-059
    Helmholz: Multiple vulnerabilities in REX100/REX200/REX250

    Two command injection vulnerabilities have been discovered in Helmholz REX100/REX200/REX250.
    #CVE CVE-2026-40851, CVE-2026-40852

    certvde.com/en/advisories/vde-

    #CSAF helmholz.csaf-tp.certvde.com/.

  4. #OT #Advisory VDE-2026-054
    MB connect line: Multiple vulnerabilities in mbNET/mbNET.rokey/mbNET.mini

    Two command injection vulnerabilities have been discovered in MB connect line mbNET/mbNET.rokey/mbNET.mini.
    #CVE CVE-2026-40851, CVE-2026-40852

    certvde.com/en/advisories/vde-

    #CSAF mbconnectline.csaf-tp.certvde.

  5. #OT #Advisory VDE-2026-054
    MB connect line: Multiple vulnerabilities in mbNET/mbNET.rokey/mbNET.mini

    Two command injection vulnerabilities have been discovered in MB connect line mbNET/mbNET.rokey/mbNET.mini.
    #CVE CVE-2026-40851, CVE-2026-40852

    certvde.com/en/advisories/vde-

    #CSAF mbconnectline.csaf-tp.certvde.

  6. #OT #Advisory VDE-2026-054
    MB connect line: Multiple vulnerabilities in mbNET/mbNET.rokey/mbNET.mini

    Two command injection vulnerabilities have been discovered in MB connect line mbNET/mbNET.rokey/mbNET.mini.
    #CVE CVE-2026-40851, CVE-2026-40852

    certvde.com/en/advisories/vde-

    #CSAF mbconnectline.csaf-tp.certvde.

  7. #OT #Advisory VDE-2026-058
    Helmholz: Multiple SQLi vulnerabilities in myREX24V2/myREX24V2.virtual

    Multiple SQLi vulnerabilities have been discovered in Helmholz myREX24V2/myREX24V2.virtual
    #CVE CVE-2026-40850, CVE-2026-40819, CVE-2026-40818, CVE-2026-40817, CVE-2026-40816, CVE-2026-40815, CVE-2026-40814, CVE-2026-40813, CVE-2026-40812, CVE-2026-40811, CVE-2026-40810, CVE-2026-40836, CVE-2026-40834, CVE-2026-40833, CVE-2026-40849, CVE-2026-40848, CVE-2026-40847, CVE-2026-40846, CVE-2026-40845, CVE-2026-40844, CVE-2026-40843, CVE-2026-40842, CVE-2026-40841, CVE-2026-40840, CVE-2026-40839, CVE-2026-40838, CVE-2026-40837, CVE-2026-40835, CVE-2026-40832, CVE-2026-40831, CVE-2026-40830, CVE-2026-40829, CVE-2026-40828, CVE-2026-40827, CVE-2026-40825, CVE-2026-40824, CVE-2026-40823, CVE-2026-40826, CVE-2026-40822, CVE-2026-40821, CVE-2026-40820

    certvde.com/en/advisories/vde-

    #CSAF helmholz.csaf-tp.certvde.com/.

  8. #OT #Advisory VDE-2026-058
    Helmholz: Multiple SQLi vulnerabilities in myREX24V2/myREX24V2.virtual

    Multiple SQLi vulnerabilities have been discovered in Helmholz myREX24V2/myREX24V2.virtual
    #CVE CVE-2026-40850, CVE-2026-40819, CVE-2026-40818, CVE-2026-40817, CVE-2026-40816, CVE-2026-40815, CVE-2026-40814, CVE-2026-40813, CVE-2026-40812, CVE-2026-40811, CVE-2026-40810, CVE-2026-40836, CVE-2026-40834, CVE-2026-40833, CVE-2026-40849, CVE-2026-40848, CVE-2026-40847, CVE-2026-40846, CVE-2026-40845, CVE-2026-40844, CVE-2026-40843, CVE-2026-40842, CVE-2026-40841, CVE-2026-40840, CVE-2026-40839, CVE-2026-40838, CVE-2026-40837, CVE-2026-40835, CVE-2026-40832, CVE-2026-40831, CVE-2026-40830, CVE-2026-40829, CVE-2026-40828, CVE-2026-40827, CVE-2026-40825, CVE-2026-40824, CVE-2026-40823, CVE-2026-40826, CVE-2026-40822, CVE-2026-40821, CVE-2026-40820

    certvde.com/en/advisories/vde-

    #CSAF helmholz.csaf-tp.certvde.com/.

  9. #OT #Advisory VDE-2026-058
    Helmholz: Multiple SQLi vulnerabilities in myREX24V2/myREX24V2.virtual

    Multiple SQLi vulnerabilities have been discovered in Helmholz myREX24V2/myREX24V2.virtual
    #CVE CVE-2026-40850, CVE-2026-40819, CVE-2026-40818, CVE-2026-40817, CVE-2026-40816, CVE-2026-40815, CVE-2026-40814, CVE-2026-40813, CVE-2026-40812, CVE-2026-40811, CVE-2026-40810, CVE-2026-40836, CVE-2026-40834, CVE-2026-40833, CVE-2026-40849, CVE-2026-40848, CVE-2026-40847, CVE-2026-40846, CVE-2026-40845, CVE-2026-40844, CVE-2026-40843, CVE-2026-40842, CVE-2026-40841, CVE-2026-40840, CVE-2026-40839, CVE-2026-40838, CVE-2026-40837, CVE-2026-40835, CVE-2026-40832, CVE-2026-40831, CVE-2026-40830, CVE-2026-40829, CVE-2026-40828, CVE-2026-40827, CVE-2026-40825, CVE-2026-40824, CVE-2026-40823, CVE-2026-40826, CVE-2026-40822, CVE-2026-40821, CVE-2026-40820

    certvde.com/en/advisories/vde-

    #CSAF helmholz.csaf-tp.certvde.com/.

  10. #OT #Advisory VDE-2026-044
    MB connect line: Multiple SQLi vulnerabilities in mbCONNECT24/mymbCONNECT24

    Multiple SQLi vulnerabilities have been discovered in MB connect line mbCONNECT24/mymbCONNECT24.
    #CVE CVE-2026-40850, CVE-2026-40819, CVE-2026-40818, CVE-2026-40817, CVE-2026-40816, CVE-2026-40815, CVE-2026-40814, CVE-2026-40813, CVE-2026-40812, CVE-2026-40811, CVE-2026-40810, CVE-2026-40836, CVE-2026-40834, CVE-2026-40833, CVE-2026-40849, CVE-2026-40848, CVE-2026-40847, CVE-2026-40846, CVE-2026-40845, CVE-2026-40844, CVE-2026-40843, CVE-2026-40842, CVE-2026-40841, CVE-2026-40840, CVE-2026-40839, CVE-2026-40838, CVE-2026-40837, CVE-2026-40835, CVE-2026-40832, CVE-2026-40831, CVE-2026-40830, CVE-2026-40829, CVE-2026-40828, CVE-2026-40827, CVE-2026-40825, CVE-2026-40824, CVE-2026-40823, CVE-2026-40826, CVE-2026-40822, CVE-2026-40821, CVE-2026-40820

    certvde.com/en/advisories/vde-

    #CSAF mbconnectline.csaf-tp.certvde.

  11. #OT #Advisory VDE-2026-044
    MB connect line: Multiple SQLi vulnerabilities in mbCONNECT24/mymbCONNECT24

    Multiple SQLi vulnerabilities have been discovered in MB connect line mbCONNECT24/mymbCONNECT24.
    #CVE CVE-2026-40850, CVE-2026-40819, CVE-2026-40818, CVE-2026-40817, CVE-2026-40816, CVE-2026-40815, CVE-2026-40814, CVE-2026-40813, CVE-2026-40812, CVE-2026-40811, CVE-2026-40810, CVE-2026-40836, CVE-2026-40834, CVE-2026-40833, CVE-2026-40849, CVE-2026-40848, CVE-2026-40847, CVE-2026-40846, CVE-2026-40845, CVE-2026-40844, CVE-2026-40843, CVE-2026-40842, CVE-2026-40841, CVE-2026-40840, CVE-2026-40839, CVE-2026-40838, CVE-2026-40837, CVE-2026-40835, CVE-2026-40832, CVE-2026-40831, CVE-2026-40830, CVE-2026-40829, CVE-2026-40828, CVE-2026-40827, CVE-2026-40825, CVE-2026-40824, CVE-2026-40823, CVE-2026-40826, CVE-2026-40822, CVE-2026-40821, CVE-2026-40820

    certvde.com/en/advisories/vde-

    #CSAF mbconnectline.csaf-tp.certvde.

  12. #OT #Advisory VDE-2026-044
    MB connect line: Multiple SQLi vulnerabilities in mbCONNECT24/mymbCONNECT24

    Multiple SQLi vulnerabilities have been discovered in MB connect line mbCONNECT24/mymbCONNECT24.
    #CVE CVE-2026-40850, CVE-2026-40819, CVE-2026-40818, CVE-2026-40817, CVE-2026-40816, CVE-2026-40815, CVE-2026-40814, CVE-2026-40813, CVE-2026-40812, CVE-2026-40811, CVE-2026-40810, CVE-2026-40836, CVE-2026-40834, CVE-2026-40833, CVE-2026-40849, CVE-2026-40848, CVE-2026-40847, CVE-2026-40846, CVE-2026-40845, CVE-2026-40844, CVE-2026-40843, CVE-2026-40842, CVE-2026-40841, CVE-2026-40840, CVE-2026-40839, CVE-2026-40838, CVE-2026-40837, CVE-2026-40835, CVE-2026-40832, CVE-2026-40831, CVE-2026-40830, CVE-2026-40829, CVE-2026-40828, CVE-2026-40827, CVE-2026-40825, CVE-2026-40824, CVE-2026-40823, CVE-2026-40826, CVE-2026-40822, CVE-2026-40821, CVE-2026-40820

    certvde.com/en/advisories/vde-

    #CSAF mbconnectline.csaf-tp.certvde.

  13. #OT #Advisory VDE-2026-050
    Phoenix Contact: PLCnext Firmware Security Issues Related to APPs and Configuration Files

    This advisory addresses security issues in PLCnext firmware versions prior to 2026.0.3 that are related to APP handling and the processing of configuration files. The identified vulnerabilities affect APP installation authenticity as well as the handling of configuration data in writable directories. Successful exploitation may allow authenticated attackers with different privilege levels to compromise integrity, availability, and system security of affected PLCnext Control. Both issues are resolved starting with PLCnext firmware version 2026.0.3.
    #CVE CVE-2025-41669, CVE-2025-41670

    certvde.com/en/advisories/vde-

    #CSAF phoenixcontact.csaf-tp.certvde

  14. #OT #Advisory VDE-2026-050
    Phoenix Contact: PLCnext Firmware Security Issues Related to APPs and Configuration Files

    This advisory addresses security issues in PLCnext firmware versions prior to 2026.0.3 that are related to APP handling and the processing of configuration files. The identified vulnerabilities affect APP installation authenticity as well as the handling of configuration data in writable directories. Successful exploitation may allow authenticated attackers with different privilege levels to compromise integrity, availability, and system security of affected PLCnext Control. Both issues are resolved starting with PLCnext firmware version 2026.0.3.
    #CVE CVE-2025-41669, CVE-2025-41670

    certvde.com/en/advisories/vde-

    #CSAF phoenixcontact.csaf-tp.certvde

  15. #OT #Advisory VDE-2026-050
    Phoenix Contact: PLCnext Firmware Security Issues Related to APPs and Configuration Files

    This advisory addresses security issues in PLCnext firmware versions prior to 2026.0.3 that are related to APP handling and the processing of configuration files. The identified vulnerabilities affect APP installation authenticity as well as the handling of configuration data in writable directories. Successful exploitation may allow authenticated attackers with different privilege levels to compromise integrity, availability, and system security of affected PLCnext Control. Both issues are resolved starting with PLCnext firmware version 2026.0.3.
    #CVE CVE-2025-41669, CVE-2025-41670

    certvde.com/en/advisories/vde-

    #CSAF phoenixcontact.csaf-tp.certvde

  16. #OT #Advisory VDE-2026-053
    METTLER TOLEDO: EVA Karl Fischer titrators affected by libpng vulnerabilities

    Titration software versions prior to 2.0.2.6 are affected by libpng vulnerabilities CVE-2026-33416 and CVE-2026-33636.
    #CVE CVE-2026-33636, CVE-2026-33416

    certvde.com/en/advisories/vde-

    #CSAF mettler-toledo.csaf-tp.certvde

  17. #OT #Advisory VDE-2026-053
    METTLER TOLEDO: EVA Karl Fischer titrators affected by libpng vulnerabilities

    Titration software versions prior to 2.0.2.6 are affected by libpng vulnerabilities CVE-2026-33416 and CVE-2026-33636.
    #CVE CVE-2026-33636, CVE-2026-33416

    certvde.com/en/advisories/vde-

    #CSAF mettler-toledo.csaf-tp.certvde

  18. #OT #Advisory VDE-2026-053
    METTLER TOLEDO: EVA Karl Fischer titrators affected by libpng vulnerabilities

    Titration software versions prior to 2.0.2.6 are affected by libpng vulnerabilities CVE-2026-33416 and CVE-2026-33636.
    #CVE CVE-2026-33636, CVE-2026-33416

    certvde.com/en/advisories/vde-

    #CSAF mettler-toledo.csaf-tp.certvde

  19. #OT #Advisory VDE-2026-009
    JUMO: Multiple products affected by nodejs vulnerability

    A vulnerability in the REST API of the JUMO device allows an attacker to trigger a denial‑of‑service (DoS) condition. Due to an incorrect implementation of the arrayLimit option in the Node.js qs module, limits for incoming request parameters are not properly enforced. As a result, an attacker can send specially crafted requests containing excessively large or deeply nested arrays, causing the web server to become unresponsive. This condition leads to a crash of the web server, followed by an automatic restart of the device.
    #CVE CVE-2025-15284

    certvde.com/en/advisories/vde-

    #CSAF jumo.csaf-tp.certvde.com/.well

  20. #OT #Advisory VDE-2026-009
    JUMO: Multiple products affected by nodejs vulnerability

    A vulnerability in the REST API of the JUMO device allows an attacker to trigger a denial‑of‑service (DoS) condition. Due to an incorrect implementation of the arrayLimit option in the Node.js qs module, limits for incoming request parameters are not properly enforced. As a result, an attacker can send specially crafted requests containing excessively large or deeply nested arrays, causing the web server to become unresponsive. This condition leads to a crash of the web server, followed by an automatic restart of the device.
    #CVE CVE-2025-15284

    certvde.com/en/advisories/vde-

    #CSAF jumo.csaf-tp.certvde.com/.well

  21. #OT #Advisory VDE-2026-009
    JUMO: Multiple products affected by nodejs vulnerability

    A vulnerability in the REST API of the JUMO device allows an attacker to trigger a denial‑of‑service (DoS) condition. Due to an incorrect implementation of the arrayLimit option in the Node.js qs module, limits for incoming request parameters are not properly enforced. As a result, an attacker can send specially crafted requests containing excessively large or deeply nested arrays, causing the web server to become unresponsive. This condition leads to a crash of the web server, followed by an automatic restart of the device.
    #CVE CVE-2025-15284

    certvde.com/en/advisories/vde-

    #CSAF jumo.csaf-tp.certvde.com/.well

  22. #OT #Advisory VDE-2026-057
    CODESYS Control - Out-of-bounds Write

    Successful exploitation allows an unauthenticated remote attacker to trigger an out-of-bounds write, causing the CODESYS Control Runtime to crash and resulting in a denial of service on the affected device.
    #CVE CVE-2026-8047

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  23. #OT #Advisory VDE-2026-057
    CODESYS Control - Out-of-bounds Write

    Successful exploitation allows an unauthenticated remote attacker to trigger an out-of-bounds write, causing the CODESYS Control Runtime to crash and resulting in a denial of service on the affected device.
    #CVE CVE-2026-8047

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  24. #OT #Advisory VDE-2026-057
    CODESYS Control - Out-of-bounds Write

    Successful exploitation allows an unauthenticated remote attacker to trigger an out-of-bounds write, causing the CODESYS Control Runtime to crash and resulting in a denial of service on the affected device.
    #CVE CVE-2026-8047

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  25. #OT #Advisory VDE-2026-056
    CODESYS Control - Incorrect Authorization

    The CODESYS Control runtime system provides a user management mechanism with multiple privilege groups including the visualization administrators group, which is intended solely to manage visualization users.
    #CVE CVE-2026-8046

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  26. #OT #Advisory VDE-2026-056
    CODESYS Control - Incorrect Authorization

    The CODESYS Control runtime system provides a user management mechanism with multiple privilege groups including the visualization administrators group, which is intended solely to manage visualization users.
    #CVE CVE-2026-8046

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  27. #OT #Advisory VDE-2026-056
    CODESYS Control - Incorrect Authorization

    The CODESYS Control runtime system provides a user management mechanism with multiple privilege groups including the visualization administrators group, which is intended solely to manage visualization users.
    #CVE CVE-2026-8046

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  28. #OT #Advisory VDE-2026-055
    CODESYS Development System - Incorrect Default Permissions

    Two local privilege escalation vulnerabilities were identified in the CODESYS Development System. Specifically, the PackageManager and the IPM create temporary directories with insecure default permissions when executed with administrative privileges. This allows low-privileged local users to modify a temporary bootstrap file to force the deployment of arbitrary components, or to exploit a Time-of-Check to Time-of-Use (TOCTOU) race condition to replace digitally verified installation files with malicious ones prior to installation. Both flaws bypass intended security boundaries during the installation of packages or add-ons.
    #CVE CVE-2026-44469, CVE-2026-44468

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  29. #OT #Advisory VDE-2026-055
    CODESYS Development System - Incorrect Default Permissions

    Two local privilege escalation vulnerabilities were identified in the CODESYS Development System. Specifically, the PackageManager and the IPM create temporary directories with insecure default permissions when executed with administrative privileges. This allows low-privileged local users to modify a temporary bootstrap file to force the deployment of arbitrary components, or to exploit a Time-of-Check to Time-of-Use (TOCTOU) race condition to replace digitally verified installation files with malicious ones prior to installation. Both flaws bypass intended security boundaries during the installation of packages or add-ons.
    #CVE CVE-2026-44469, CVE-2026-44468

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  30. #OT #Advisory VDE-2026-055
    CODESYS Development System - Incorrect Default Permissions

    Two local privilege escalation vulnerabilities were identified in the CODESYS Development System. Specifically, the PackageManager and the IPM create temporary directories with insecure default permissions when executed with administrative privileges. This allows low-privileged local users to modify a temporary bootstrap file to force the deployment of arbitrary components, or to exploit a Time-of-Check to Time-of-Use (TOCTOU) race condition to replace digitally verified installation files with malicious ones prior to installation. Both flaws bypass intended security boundaries during the installation of packages or add-ons.
    #CVE CVE-2026-44469, CVE-2026-44468

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  31. #ot #ai #research #humanity

    Research suggests that Assumed Intelligence is making human interaction significantly worse while leaving participants feeling heard and understood.

    arxiv.org/abs/2510.01395

  32. #ot #ai #research #humanity

    Research suggests that Assumed Intelligence is making human interaction significantly worse while leaving participants feeling heard and understood.

    arxiv.org/abs/2510.01395

  33. #ot #ai #research #humanity

    Research suggests that Assumed Intelligence is making human interaction significantly worse while leaving participants feeling heard and understood.

    arxiv.org/abs/2510.01395

  34. #ot #ai #research #humanity

    Research suggests that Assumed Intelligence is making human interaction significantly worse while leaving participants feeling heard and understood.

    arxiv.org/abs/2510.01395

  35. #ot #ai #research #humanity

    Research suggests that Assumed Intelligence is making human interaction significantly worse while leaving participants feeling heard and understood.

    arxiv.org/abs/2510.01395

  36. #OT #Advisory VDE-2026-052
    CODESYS Visualization - Insufficiently Protected Credentials

    A vulnerability in the CODESYS Visualization login dialog has been identified. During logins within the CODESYS Visualization, authentication data may not be sufficiently isolated when multiple users perform login operations concurrently.
    #CVE CVE-2026-0393

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  37. #OT #Advisory VDE-2026-052
    CODESYS Visualization - Insufficiently Protected Credentials

    A vulnerability in the CODESYS Visualization login dialog has been identified. During logins within the CODESYS Visualization, authentication data may not be sufficiently isolated when multiple users perform login operations concurrently.
    #CVE CVE-2026-0393

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  38. #OT #Advisory VDE-2026-052
    CODESYS Visualization - Insufficiently Protected Credentials

    A vulnerability in the CODESYS Visualization login dialog has been identified. During logins within the CODESYS Visualization, authentication data may not be sufficiently isolated when multiple users perform login operations concurrently.
    #CVE CVE-2026-0393

    certvde.com/en/advisories/vde-

    #CSAF codesys.csaf-tp.certvde.com/.w

  39. CW: release notes for Malcolm v26.05.2, a network traffic analysis tool suite for network security monitoring

    Malcolm v26.05.2 is out?!? What, already? Déjà vu? We bumped up to the timetable on this release as a critical vulnerability found in NGINX made it expedient for us to do so.

    Malcolm v26.05.2 focuses heavily on security updates, most notably upgrading OpenResty to address a critical NGINX remote code execution heap buffer overflow vulnerability. It also adds new Suricata OT detections for D-Link HNAP abuse, improves alerting webhook support, introduces the File Tree dashboard, and includes Suricata parsing/mapping fixes and documentation updates. Several other components received version bumps as well.

    If you are upgrading from an existing Malcolm installation, run ./scripts/status for Malcolm to migrate some settings prior to running ./scripts/configure, ./scripts/start, or other Malcolm control scripts.

    github.com/idaholab/Malcolm/co

    • ✨ Features and enhancements
    • ✅ Component version updates
    • 🐛 Bug fixes
      • Reference Counting (Use-After-Free) Bug for PyList_SetItem in filescan's python-statfs (#960 #962)
      • Added a few missing Suricata fields (suricata.tc_progress, suricata.ts_progress, suricata.tunnel.pcap_cnt, suricata.tunnel.pkt_src) to the index mapping template
      • When suricata.app_proto_ts and/or suricata.app_proto_tc reported that protocol parsing had failed (due to malformed input data), invalid data could be stored in HTTP, DNS, and/or TLS fields. This is now detected and those invalid values are dropped, and some combination of proto_parse_failed, client_stream_failed, or server_stream_failed are added to tags.
      • Suricata's HTTP version was not being normalized to network.protocol_version.
    • 🧹 Code and project maintenance

    Malcolm is a powerful, easily deployable network 🖧 traffic analysis tool suite for network security monitoring 🕵🏻‍♀️.

    Malcolm operates as a cluster of containers 📦, isolated sandboxes which each serve a dedicated function of the system. This makes Malcolm deployable with frameworks like Docker 🐋, Podman 🦭, and Kubernetes ⎈. Check out the Quick Start guide for examples on how to get up and running.

    Alternatively, dedicated official ISO installer images 💿 for Malcolm and Hedgehog Linux 🦔 can be downloaded from Malcolm's releases page on GitHub. Due to limits on individual files in GitHub releases, these ISO files have been split 🪓 into 2GB chunks and can be reassembled with scripts provided for both Bash 🐧 (release_cleaver.sh) and PowerShell 🪟 (release_cleaver.ps1). See Downloading Malcolm - Installer ISOs for instructions.

    As always, join us on the Malcolm discussions board 💬 to engage with the community, or pop some corn 🍿 and watch a video 📼.

    #Malcolm #HedgehogLinux #Zeek #Arkime #Strelka #NetBox #OpenSearch #Elasticsearch #Suricata #PCAP #NetworkTrafficAnalysis #networksecuritymonitoring #OT #ICS #icssecurity #CyberSecurity #Cyber #Infosec #INL

  40. CW: release notes for Malcolm v26.05.2, a network traffic analysis tool suite for network security monitoring

    Malcolm v26.05.2 is out?!? What, already? Déjà vu? We bumped up to the timetable on this release as a critical vulnerability found in NGINX made it expedient for us to do so.

    Malcolm v26.05.2 focuses heavily on security updates, most notably upgrading OpenResty to address a critical NGINX remote code execution heap buffer overflow vulnerability. It also adds new Suricata OT detections for D-Link HNAP abuse, improves alerting webhook support, introduces the File Tree dashboard, and includes Suricata parsing/mapping fixes and documentation updates. Several other components received version bumps as well.

    If you are upgrading from an existing Malcolm installation, run ./scripts/status for Malcolm to migrate some settings prior to running ./scripts/configure, ./scripts/start, or other Malcolm control scripts.

    github.com/idaholab/Malcolm/co

    • ✨ Features and enhancements
    • ✅ Component version updates
    • 🐛 Bug fixes
      • Reference Counting (Use-After-Free) Bug for PyList_SetItem in filescan's python-statfs (#960 #962)
      • Added a few missing Suricata fields (suricata.tc_progress, suricata.ts_progress, suricata.tunnel.pcap_cnt, suricata.tunnel.pkt_src) to the index mapping template
      • When suricata.app_proto_ts and/or suricata.app_proto_tc reported that protocol parsing had failed (due to malformed input data), invalid data could be stored in HTTP, DNS, and/or TLS fields. This is now detected and those invalid values are dropped, and some combination of proto_parse_failed, client_stream_failed, or server_stream_failed are added to tags.
      • Suricata's HTTP version was not being normalized to network.protocol_version.
    • 🧹 Code and project maintenance

    Malcolm is a powerful, easily deployable network 🖧 traffic analysis tool suite for network security monitoring 🕵🏻‍♀️.

    Malcolm operates as a cluster of containers 📦, isolated sandboxes which each serve a dedicated function of the system. This makes Malcolm deployable with frameworks like Docker 🐋, Podman 🦭, and Kubernetes ⎈. Check out the Quick Start guide for examples on how to get up and running.

    Alternatively, dedicated official ISO installer images 💿 for Malcolm and Hedgehog Linux 🦔 can be downloaded from Malcolm's releases page on GitHub. Due to limits on individual files in GitHub releases, these ISO files have been split 🪓 into 2GB chunks and can be reassembled with scripts provided for both Bash 🐧 (release_cleaver.sh) and PowerShell 🪟 (release_cleaver.ps1). See Downloading Malcolm - Installer ISOs for instructions.

    As always, join us on the Malcolm discussions board 💬 to engage with the community, or pop some corn 🍿 and watch a video 📼.

    #Malcolm #HedgehogLinux #Zeek #Arkime #Strelka #NetBox #OpenSearch #Elasticsearch #Suricata #PCAP #NetworkTrafficAnalysis #networksecuritymonitoring #OT #ICS #icssecurity #CyberSecurity #Cyber #Infosec #INL

  41. CW: release notes for Malcolm v26.05.2, a network traffic analysis tool suite for network security monitoring

    Malcolm v26.05.2 is out?!? What, already? Déjà vu? We bumped up to the timetable on this release as a critical vulnerability found in NGINX made it expedient for us to do so.

    Malcolm v26.05.2 focuses heavily on security updates, most notably upgrading OpenResty to address a critical NGINX remote code execution heap buffer overflow vulnerability. It also adds new Suricata OT detections for D-Link HNAP abuse, improves alerting webhook support, introduces the File Tree dashboard, and includes Suricata parsing/mapping fixes and documentation updates. Several other components received version bumps as well.

    If you are upgrading from an existing Malcolm installation, run ./scripts/status for Malcolm to migrate some settings prior to running ./scripts/configure, ./scripts/start, or other Malcolm control scripts.

    github.com/idaholab/Malcolm/co

    • ✨ Features and enhancements
    • ✅ Component version updates
    • 🐛 Bug fixes
      • Reference Counting (Use-After-Free) Bug for PyList_SetItem in filescan's python-statfs (#960 #962)
      • Added a few missing Suricata fields (suricata.tc_progress, suricata.ts_progress, suricata.tunnel.pcap_cnt, suricata.tunnel.pkt_src) to the index mapping template
      • When suricata.app_proto_ts and/or suricata.app_proto_tc reported that protocol parsing had failed (due to malformed input data), invalid data could be stored in HTTP, DNS, and/or TLS fields. This is now detected and those invalid values are dropped, and some combination of proto_parse_failed, client_stream_failed, or server_stream_failed are added to tags.
      • Suricata's HTTP version was not being normalized to network.protocol_version.
    • 🧹 Code and project maintenance

    Malcolm is a powerful, easily deployable network 🖧 traffic analysis tool suite for network security monitoring 🕵🏻‍♀️.

    Malcolm operates as a cluster of containers 📦, isolated sandboxes which each serve a dedicated function of the system. This makes Malcolm deployable with frameworks like Docker 🐋, Podman 🦭, and Kubernetes ⎈. Check out the Quick Start guide for examples on how to get up and running.

    Alternatively, dedicated official ISO installer images 💿 for Malcolm and Hedgehog Linux 🦔 can be downloaded from Malcolm's releases page on GitHub. Due to limits on individual files in GitHub releases, these ISO files have been split 🪓 into 2GB chunks and can be reassembled with scripts provided for both Bash 🐧 (release_cleaver.sh) and PowerShell 🪟 (release_cleaver.ps1). See Downloading Malcolm - Installer ISOs for instructions.

    As always, join us on the Malcolm discussions board 💬 to engage with the community, or pop some corn 🍿 and watch a video 📼.

    #Malcolm #HedgehogLinux #Zeek #Arkime #Strelka #NetBox #OpenSearch #Elasticsearch #Suricata #PCAP #NetworkTrafficAnalysis #networksecuritymonitoring #OT #ICS #icssecurity #CyberSecurity #Cyber #Infosec #INL

  42. CW: release notes for Malcolm v26.05.2, a network traffic analysis tool suite for network security monitoring

    Malcolm v26.05.2 is out?!? What, already? Déjà vu? We bumped up to the timetable on this release as a critical vulnerability found in NGINX made it expedient for us to do so.

    Malcolm v26.05.2 focuses heavily on security updates, most notably upgrading OpenResty to address a critical NGINX remote code execution heap buffer overflow vulnerability. It also adds new Suricata OT detections for D-Link HNAP abuse, improves alerting webhook support, introduces the File Tree dashboard, and includes Suricata parsing/mapping fixes and documentation updates. Several other components received version bumps as well.

    If you are upgrading from an existing Malcolm installation, run ./scripts/status for Malcolm to migrate some settings prior to running ./scripts/configure, ./scripts/start, or other Malcolm control scripts.

    github.com/idaholab/Malcolm/co

    • ✨ Features and enhancements
    • ✅ Component version updates
    • 🐛 Bug fixes
      • Reference Counting (Use-After-Free) Bug for PyList_SetItem in filescan's python-statfs (#960 #962)
      • Added a few missing Suricata fields (suricata.tc_progress, suricata.ts_progress, suricata.tunnel.pcap_cnt, suricata.tunnel.pkt_src) to the index mapping template
      • When suricata.app_proto_ts and/or suricata.app_proto_tc reported that protocol parsing had failed (due to malformed input data), invalid data could be stored in HTTP, DNS, and/or TLS fields. This is now detected and those invalid values are dropped, and some combination of proto_parse_failed, client_stream_failed, or server_stream_failed are added to tags.
      • Suricata's HTTP version was not being normalized to network.protocol_version.
    • 🧹 Code and project maintenance

    Malcolm is a powerful, easily deployable network 🖧 traffic analysis tool suite for network security monitoring 🕵🏻‍♀️.

    Malcolm operates as a cluster of containers 📦, isolated sandboxes which each serve a dedicated function of the system. This makes Malcolm deployable with frameworks like Docker 🐋, Podman 🦭, and Kubernetes ⎈. Check out the Quick Start guide for examples on how to get up and running.

    Alternatively, dedicated official ISO installer images 💿 for Malcolm and Hedgehog Linux 🦔 can be downloaded from Malcolm's releases page on GitHub. Due to limits on individual files in GitHub releases, these ISO files have been split 🪓 into 2GB chunks and can be reassembled with scripts provided for both Bash 🐧 (release_cleaver.sh) and PowerShell 🪟 (release_cleaver.ps1). See Downloading Malcolm - Installer ISOs for instructions.

    As always, join us on the Malcolm discussions board 💬 to engage with the community, or pop some corn 🍿 and watch a video 📼.

    #Malcolm #HedgehogLinux #Zeek #Arkime #Strelka #NetBox #OpenSearch #Elasticsearch #Suricata #PCAP #NetworkTrafficAnalysis #networksecuritymonitoring #OT #ICS #icssecurity #CyberSecurity #Cyber #Infosec #INL

  43. CW: release notes for Malcolm v26.05.2, a network traffic analysis tool suite for network security monitoring

    Malcolm v26.05.2 is out?!? What, already? Déjà vu? We bumped up to the timetable on this release as a critical vulnerability found in NGINX made it expedient for us to do so.

    Malcolm v26.05.2 focuses heavily on security updates, most notably upgrading OpenResty to address a critical NGINX remote code execution heap buffer overflow vulnerability. It also adds new Suricata OT detections for D-Link HNAP abuse, improves alerting webhook support, introduces the File Tree dashboard, and includes Suricata parsing/mapping fixes and documentation updates. Several other components received version bumps as well.

    If you are upgrading from an existing Malcolm installation, run ./scripts/status for Malcolm to migrate some settings prior to running ./scripts/configure, ./scripts/start, or other Malcolm control scripts.

    github.com/idaholab/Malcolm/co

    • ✨ Features and enhancements
    • ✅ Component version updates
    • 🐛 Bug fixes
      • Reference Counting (Use-After-Free) Bug for PyList_SetItem in filescan's python-statfs (#960 #962)
      • Added a few missing Suricata fields (suricata.tc_progress, suricata.ts_progress, suricata.tunnel.pcap_cnt, suricata.tunnel.pkt_src) to the index mapping template
      • When suricata.app_proto_ts and/or suricata.app_proto_tc reported that protocol parsing had failed (due to malformed input data), invalid data could be stored in HTTP, DNS, and/or TLS fields. This is now detected and those invalid values are dropped, and some combination of proto_parse_failed, client_stream_failed, or server_stream_failed are added to tags.
      • Suricata's HTTP version was not being normalized to network.protocol_version.
    • 🧹 Code and project maintenance

    Malcolm is a powerful, easily deployable network 🖧 traffic analysis tool suite for network security monitoring 🕵🏻‍♀️.

    Malcolm operates as a cluster of containers 📦, isolated sandboxes which each serve a dedicated function of the system. This makes Malcolm deployable with frameworks like Docker 🐋, Podman 🦭, and Kubernetes ⎈. Check out the Quick Start guide for examples on how to get up and running.

    Alternatively, dedicated official ISO installer images 💿 for Malcolm and Hedgehog Linux 🦔 can be downloaded from Malcolm's releases page on GitHub. Due to limits on individual files in GitHub releases, these ISO files have been split 🪓 into 2GB chunks and can be reassembled with scripts provided for both Bash 🐧 (release_cleaver.sh) and PowerShell 🪟 (release_cleaver.ps1). See Downloading Malcolm - Installer ISOs for instructions.

    As always, join us on the Malcolm discussions board 💬 to engage with the community, or pop some corn 🍿 and watch a video 📼.

    #Malcolm #HedgehogLinux #Zeek #Arkime #Strelka #NetBox #OpenSearch #Elasticsearch #Suricata #PCAP #NetworkTrafficAnalysis #networksecuritymonitoring #OT #ICS #icssecurity #CyberSecurity #Cyber #Infosec #INL