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New vulnerabilities – clearly explained

Every newly published security vulnerability (CVE), continuously from the NVD, with the actively exploited ones from CISA, the probability of exploitation (EPSS) and public exploits – each one researched individually: what is affected, what helps, what to do.

New CVEs in the last 30 days by severity

  • Critical
  • High
  • Medium
  • Low
  • Not rated
01,0002,0003,000Tue, 6 Oct 2026: 1,014 CVE (Critical 105, High 371, Medium 345, Low 38, Not rated 155)6 OctWed, 7 Oct 2026: 340 CVE (Critical 53, High 131, Medium 145, Low 9, Not rated 2)Thu, 8 Oct 2026: 497 CVE (Critical 62, High 194, Medium 220, Low 21)Fri, 9 Oct 2026: 315 CVE (Critical 42, High 152, Medium 105, Low 11, Not rated 5)Sat, 10 Oct 2026: 412 CVE (Critical 78, High 143, Medium 178, Low 13)Sun, 11 Oct 2026: 229 CVE (Critical 16, High 73, Medium 101, Low 39)11 OctMon, 12 Oct 2026: 674 CVE (Critical 48, High 264, Medium 282, Low 80)Tue, 13 Oct 2026: 2,303 CVE (Critical 170, High 1,361, Medium 729, Low 43)Wed, 14 Oct 2026: 824 CVE (Critical 92, High 374, Medium 285, Low 30, Not rated 43)Thu, 15 Oct 2026: 546 CVE (Critical 51, High 232, Medium 244, Low 19)Fri, 16 Oct 2026: 465 CVE (Critical 53, High 179, Medium 219, Low 14)16 OctSat, 17 Oct 2026: 100 CVE (Critical 4, High 42, Medium 50, Low 4)Sun, 18 Oct 2026: 549 CVE (Critical 10, High 55, Medium 65, Low 19, Not rated 400)Mon, 19 Oct 2026: 437 CVE (Critical 32, High 133, Medium 206, Low 66)Tue, 20 Oct 2026: 1,923 CVE (Critical 169, High 815, Medium 812, Low 127)Wed, 21 Oct 2026: 542 CVE (Critical 52, High 218, Medium 225, Low 47)21 OctThu, 22 Oct 2026: 492 CVE (Critical 69, High 161, Medium 208, Low 54)Fri, 23 Oct 2026: 492 CVE (Critical 40, High 170, Medium 91, Low 27, Not rated 164)Sat, 24 Oct 2026: 73 CVE (Critical 12, High 20, Medium 35, Low 6)Sun, 25 Oct 2026: 131 CVE (Critical 4, High 35, Medium 66, Low 26)Mon, 26 Oct 2026: 738 CVE (Critical 29, High 216, Medium 335, Low 65, Not rated 93)26 OctTue, 27 Oct 2026: 648 CVE (Critical 69, High 188, Medium 177, Low 33, Not rated 181)Wed, 28 Oct 2026: 626 CVE (Critical 35, High 224, Medium 214, Low 31, Not rated 122)Thu, 29 Oct 2026: 537 CVE (Critical 82, High 204, Medium 223, Low 22, Not rated 6)Fri, 30 Oct 2026: 668 CVE (Critical 44, High 219, Medium 262, Low 30, Not rated 113)Sat, 31 Oct 2026: 112 CVE (Critical 11, High 44, Medium 51, Low 1, Not rated 5)31 OctSun, 1 Nov 2026: 98 CVE (Critical 8, High 24, Medium 27, Low 15, Not rated 24)Mon, 2 Nov 2026: 476 CVE (Critical 26, High 188, Medium 169, Low 20, Not rated 73)Tue, 3 Nov 2026: 732 CVE (Critical 55, High 227, Medium 235, Low 36, Not rated 179)Wed, 4 Nov 2026: 55 CVE (Critical 5, High 21, Medium 7, Low 2, Not rated 20)4 Nov

Per day (UTC); hover over a bar for the figures.

Show as table
DayCriticalHighMediumLowNot ratedTotal
Wed, 4 Nov 2026521722055
Tue, 3 Nov 20265522723536179732
Mon, 2 Nov 2026261881692073476
Sun, 1 Nov 202682427152498
Sat, 31 Oct 202611445115112
Fri, 30 Oct 20264421926230113668
Thu, 29 Oct 202682204223226537
Wed, 28 Oct 20263522421431122626
Tue, 27 Oct 20266918817733181648
Mon, 26 Oct 2026292163356593738
Sun, 25 Oct 202643566260131
Sat, 24 Oct 20261220356073
Fri, 23 Oct 2026401709127164492
Thu, 22 Oct 202669161208540492
Wed, 21 Oct 202652218225470542
Tue, 20 Oct 202616981581212701,923
Mon, 19 Oct 202632133206660437
Sun, 18 Oct 202610556519400549
Sat, 17 Oct 20264425040100
Fri, 16 Oct 202653179219140465
Thu, 15 Oct 202651232244190546
Wed, 14 Oct 2026923742853043824
Tue, 13 Oct 20261701,3617294302,303
Mon, 12 Oct 202648264282800674
Sun, 11 Oct 20261673101390229
Sat, 10 Oct 202678143178130412
Fri, 9 Oct 202642152105115315
Thu, 8 Oct 202662194220210497
Wed, 7 Oct 20265313114592340
Tue, 6 Oct 2026105371345381551,014

11 vulnerabilities · Vendor: authlib

CVE-2026-119283High 7.5

joserfc: Denial of service via unbounded JWE General JSON recipients array

joserfc is a Python library for JOSE standards. Before version 1.7.5, decrypt_json() processed every entry of a JWE General JSON recipients array without a count limit, performing one RSA private-key decryption per entry. An unauthenticated attacker who can submit JWE General JSON to an endpoint using an RSA key-management algorithm can choose the amount of CPU work per request and exhaust the service's CPU. The verify_all_recipients option does not limit this work, and there is no impact on confidentiality or integrity.

Authlib · joserfc

CVE-2026-116672High 8.8

Authlib: Authorization bypass in RFC 7592 client configuration endpoint

Authlib, a Python library for OAuth and OpenID Connect servers, does not bind the registration access token to the client it was issued for in the documented RFC 7592 reference implementations. A client holding any valid registration access token can read, modify or delete the registration of another client. Changing redirect_uris can enable interception of authorization codes or tokens, and deleting registrations can cause denial of service. Exploitation requires that the application follows these reference implementations and allows a low-privileged client to obtain a registration access token.

Authlib · Authlib

CVE-2026-114616Critical 9.1

Authlib: Forged JWT tokens via empty HMAC key

Authlib, a Python library for OAuth and OpenID Connect, accepts an empty HMAC key for HS256, HS384 and HS512 signatures. If an application loads its verification secret from a source that can return an empty value, an attacker can compute a valid signature for arbitrary token claims without knowing any secret. Authlib then treats the forged token as authentic, which can lead to authentication bypass, for example through elevated scopes or impersonation of other users.

Authlib · Authlib

CVE-2026-114615Critical 9.1

Authlib: Incomplete fix allows HS256 token forgery with prefixed public keys

Authlib, a Python library for OAuth and OpenID Connect, does not fully block the use of asymmetric public keys as HMAC secrets. If a deployment verifies tokens with a PEM or certificate key that starts with whitespace, a comment or a byte-order mark, and uses the module-level jwt object with its mixed algorithm list, an unauthenticated attacker who holds only that public key can forge HS256 tokens with arbitrary identity or authorization claims. This bypasses the fix for CVE-2024-37568.

Authlib · Authlib

CVE-2026-102946Critical 9.1

joserfc: Signature verification bypass via empty signatures array in JWS General JSON

joserfc is a Python library implementing JOSE standards. Before version 1.7.4, the General JSON Serialization path of JWS deserialization treats a message with an empty signatures array as authenticated. An attacker without a signing key can therefore supply an arbitrary payload that the relying application may accept as genuine. The flaw does not affect compact JWS/JWT, Flattened JSON serialization or JWE JSON processing.

authlib · joserfc

CVE-2026-104056Critical 9.8

Authlib: Discovery metadata poisoning via missing issuer-origin binding

Authlib 1.7.2 and earlier cache OpenID Connect discovery metadata without validating it or binding the returned endpoint URLs to the origin of the configured metadata URL. A poisoned or manipulated discovery response can therefore replace the token, userinfo, JWKS and logout endpoints with attacker-controlled URLs. Authlib then sends authorization codes, client secrets and bearer tokens to these endpoints without rejecting them. Exploitation requires the ability to tamper with the discovery response or cache, for example through a compromised CDN, upstream or network position.

Authlib · Authlib

Sources

The tracker combines official, freely usable data sources – updated continuously:

This product uses data from the NVD API but is not endorsed or certified by the NVD. EPSS data © FIRST.org.

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