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Akamai introduced more granular controls for managing AI bot traffic within its bot management platform.
Akamai announced the introduction of more granular controls for handling AI bot traffic in its bot management offering. Detailed feature specifications were not available in the provided source text, which included only the title.
Schneier on Security highlights a printed vehicle-camouflage pattern tested to defeat Flock surveillance cameras and Axon body cameras.
The post discusses covering cars with printed patterns designed to fool Flock automated license-plate recognition software, with testing reportedly done against Flock and Axon body cameras. Reader comments question effectiveness against other ALPR vendors, Flock's RF MAC-address upgrade, and whether such camouflage might become regulated. The page also contains off-topic comment threads about anti-bot over-blocking and privacy.
Akamai launched an AI Assistant for Web Security Analytics, giving SOC and AppSec teams natural-language event investigation and guided response actions.
Akamai introduced an AI Assistant integrated with its Web Security Analytics offering, designed to let SOC and AppSec teams investigate security events faster. The assistant supports natural-language queries and guided action recommendations for analysts. The announcement is a vendor product launch with no incident details.
Akamai launched Valkey Managed Database, a low-latency in-memory data layer aimed at cutting AI inference costs and accelerating RAG.
Akamai introduced Valkey Managed Database, a managed in-memory data service based on the open-source Valkey project. The company positions it as real-time memory for enterprise AI, optimizing inference costs, accelerating retrieval-augmented generation, and powering real-time AI agents.
Akamai details behavioral telemetry signals for identifying agentic automation traffic in the second part of its research series.
Akamai published part two of its series on identifying agentic automation using behavioral telemetry. The post appears on Akamai's security research blog and focuses on detecting AI-agent-driven traffic. Full article text was unavailable at classification time, so classification relies on the title and source.
Akamai describes detecting autonomous AI browser agents like Comet using Masked Autoencoder Transformer models on sparse behavioral telemetry.
Akamai researchers present a behavioral telemetry approach for identifying agentic automation in web traffic. Masked Autoencoder Transformer models are used to detect the sparse behavioral signals produced by autonomous AI browser agents such as Comet. The work targets traffic classification and bot detection rather than a specific vulnerability, and becomes more relevant as agentic browsing adoption grows.
Akamai describes using AI-assisted custom rules to close the gap between threat detection and active protection in security operations.
Akamai published a blog post on AI-assisted custom rules intended to close the gap between detecting threats and enforcing protections. The post appears to be a vendor capability discussion for security operations teams. No article text was available beyond the title, so further technical details are limited.
Akamai published a technical breakdown of the architecture and safety controls behind its AI-powered WAF detections.
Akamai published a technical blog post examining the architecture of its AI-powered web application firewall detections. Per the title, the piece covers the design and safety controls applied to machine-learning-based WAF detections.
Akamai outlines an approach to streamlining application and API discovery and governance to reduce application and API risk.
An Akamai blog post addresses streamlining application and API discovery and governance as a way to manage application and API risk. Article body was not available, so specific product details, findings, and recommendations could not be extracted. The piece appears oriented toward Akamai's application and API security capabilities for inventorying and governing APIs.
Akamai named a Strong Performer in the 2026 Gartner Peer Insights report for Secure Email Boundary solutions.
Akamai announced it was recognized as a Strong Performer in the 2026 Gartner Peer Insights report for Secure Email Boundary (SEB). No additional article details were available beyond the announcement title.
Akamai analyzes the architecture of AI-orchestrated web attacks, examining how AI-driven automation is reshaping offensive web operations.
Akamai published an analysis deconstructing the architecture of web attacks orchestrated with AI, based on the available title. The piece examines how AI-driven automation changes the structure of offensive web operations. No article text was provided, so specific findings are limited.
Akamai researchers published an analysis of a Go-based, self-propagating IoT botnet used for DDoS attacks.
Akamai's security research team published an analysis of a self-propagating DDoS botnet written in Go that targets IoT devices. Detailed technical findings were not available in the provided source text, which included only the title.
Forrester named Akamai a Leader in The Forrester Wave: Microsegmentation Solutions, Q3 2026 evaluation.
Akamai announced it was named a Leader in The Forrester Wave: Microsegmentation Solutions, Q3 2026. The designation is an analyst ranking of microsegmentation vendors and carries no direct threat or incident impact. No additional article text was available.
FortiGuard Labs disclosed Evooo1Bot, a Mirai-based Linux botnet active since July 2026 that hijacks routers and IoT devices for DDoS, credential theft, and SOCKS5 proxying.
Fortinet's FortiGuard Labs disclosed Evooo1Bot, a previously undocumented Linux botnet active since July 2026 that reuses Mirai's DDoS engine while adding encrypted C2, SSH brute-force scanning, credential sniffing, and SOCKS5 proxy modules. The bot exploits 18 known CVEs across Alcatel, NETGEAR, Tenda, D-Link, Telesquare, and Mitsubishi devices, some dating back to 2007, and communicates exclusively over port 443 to blend with HTTPS traffic. Compromised hosts can be turned into SOCKS5 relays for anonymous traffic forwarding or monetization via proxy services. The malware uses AES-256-CTR, ChaCha20, and XOR obfuscation with a 28-command administration interface.
Akamai honeypots reveal attackers brute-forcing RDP credentials to download and execute a previously undetected malware family named Trojan.sysscan.
Akamai's deception technology rerouted intruders into honeypots, revealing attacks that brute-force passwords for RDP credentials to access victims. Once connected, the attackers download and execute a previously undetected malware family that Akamai named Trojan.sysscan. The intrusions target exposed RDP services through opportunistic credential guessing.
Akamai analyzes the OWASP Top 10 for LLM Applications 2026, which shifts focus from model-level risks to agentic AI security.
The OWASP Top 10 for LLM Applications has been updated for 2026, and Akamai published an analysis of the revised list. Per the title, the 2026 edition shifts emphasis from model-level risks toward the security of agentic AI systems, framed as a realistic security model. No article body was available, so the specific ranked risk entries cannot be enumerated.
Cloudflare launched Bot Preference Sync, which automatically syncs robots.txt files with AI bot policies covering search, agent, and training crawlers.
Cloudflare's new Bot Preference Sync feature automatically aligns a site's robots.txt with its configured AI bot policies for Search, Agent, and Training bot categories. The goal is to let site owners manage which automated and AI crawlers access their content without manually maintaining static robots.txt files.
Cloudflare launched BotBase for Operators, a dashboard for bot and agent operators to manage directory submissions, track status, and declare content usage.
Cloudflare rolled out BotBase for Operators, giving bot operators a dashboard to manage their listings in Cloudflare's directory of bots and agents. The update adds submission status tracking, submission editing, and a behavior model for declaring how bots use site content. It is aimed at operators of crawlers and automated agents seeking placement in the directory.
Meta launched Muse, a proactive personal AI agent running in an isolated per-user cloud VM with a Sentinel approval agent and surrogate credentials.
Meta introduced Muse, a consumer agent that performs long-horizon tasks like email, travel booking, and bill negotiation, rolling out in the US on iOS, Android, muse.ai, and WhatsApp with free and paid tiers. Each user gets a dedicated Muse Secure VM where the agent runs in a systemd-nspawn cell, while a separate Sentinel agent approves every network request at layer 4/7 and injects real credentials only at the network boundary. The underlying Muse Spark 1.3 model, which Meta says cuts tool calls by ~20% and tokens by ~25% versus 1.2 and is near state-of-the-art on prompt-injection resistance, is available via Meta Model API, with open weights on the roadmap.
Akamai outlines a customer-first pricing approach for its application protection and web application security offerings.
Akamai published a vendor piece describing its customer-first approach to application protection costs. The article concerns pricing for its web application and API security offerings rather than a security incident. No technical details were available in the source text.
Cloudflare launches Adaptive Intelligence, an engine that autonomously learns live-traffic meta-signals and deploys disposable rules to raise bot attack costs.
Cloudflare introduced Adaptive Intelligence, a bot-management engine that autonomously learns meta-signals from live traffic and deploys disposable detection rules. The company says static, deterministic rules historically let bot operators keep attacks cheap by using cheap proxies and rapid retooling. The new approach aims to make automated bot attacks economically unsustainable to sustain.
Akamai announces PacketFence Cloud, delivering PacketFence enterprise network access control as a managed service.
Akamai published a blog post introducing PacketFence Cloud, an offering that delivers enterprise network access control (NAC) as a managed service. No further article text was available, so additional technical details are limited.
Hands-on review finds Meta's Muse AI agent completes shopping and email tasks but surfaces personal Instagram API data beyond user-visible ad-topic settings.
Meta launched Muse, its first agentic AI productivity assistant, which performs tasks like shopping, email management, trip planning, media generation, and creating webpages or documents via a cloud-based virtual computer. The Verge's hands-on found it successfully deleted thousands of promotional emails and completed an Amazon purchase, but it also revealed detailed personal interests inferred from Instagram and Facebook account API data that is not visible in the apps' ad-topic settings. Meta says Muse only exchanges data needed for third-party integrations and does not share information with advertisers; the reviewer frames privacy unease as the main adoption hurdle.
A newly observed Mirai-based Linux botnet dubbed Evooo1Bot compromises edge devices and turns them into persistent proxies for threat actors.
Evooo1Bot is a newly identified Linux botnet built on the Mirai framework but enhanced with additional advanced capabilities. The malware compromises edge devices and converts them into persistent proxies, likely for relay or resale use. The botnet's evolution beyond stock Mirai highlights continued targeting of poorly secured IoT and edge systems.
Akamai argues autonomous AI attacks succeed through relentless, low-technique automation rather than novel super-weapons, which defeats traditional human-paced defenses.
Akamai's analysis contends that autonomous AI-driven attacks are not sophisticated new weapons but persistent, low-technique attacks that run continuously without human limits. The piece argues traditional defenses fail because they assume human-paced adversaries. It frames machine-speed, always-on attack cycles as the defining challenge for defenders.
AWS open-sourced Pizza Bot, a self-hosted inbox app for background AI agents with approval gating and multi-provider model support.
AWS released Pizza Bot under Apache 2.0 after earlier versions served over 2,000 Amazon employees for meeting prep, email drafting, and research. The app provides macOS, Windows, and Linux desktop builds plus browser and terminal clients talking to a Hono API server, with LangGraph/DeepAgents checkpoints preserving thread state and approval pauses. It supports Amazon Bedrock, Anthropic, Google Gemini, OpenAI, OpenRouter, and Ollama, exposes external tools via MCP servers, and lets skill authors gate actions behind approve/edit/reject flows.
Akamai published vendor marketing on how its platform defends customers against zero-day exploits before industry-wide disclosure.
Akamai published a blog post titled 'Zero-Day Dominance: How Akamai Defends Before the Industry Discloses'; no article body text was available. Based on the title, the piece promotes Akamai's capabilities for protecting customers from zero-day exploits ahead of public disclosure. No specific vulnerabilities, CVEs, incidents, or customers are identified.
Meta launched Muse, a consumer AI agent powered by Muse Spark that connects to users' apps to execute tasks like emailing, booking travel, and payments.
Meta introduced Muse, a personal AI agent for US users that connects to email, calendars, payments, shopping, and other services to execute tasks such as booking travel, lowering bills, and completing purchases via Link by Stripe. The agent runs in a dedicated Muse Secure VM with a separate Sentinel agent kept apart at the system level, and Meta claims it cannot see passwords or payment data and does not share conversations with ad systems. Muse is free to start, with Power ($20/month) and Maximum ($100/month) subscription tiers, and is available on the web, iOS, Android, and WhatsApp, with Meta AI glasses support planned. The launch follows Meta's $18 billion multistate consumer-harms settlement and comes as rivals like Gemini Spark and Claude Cowork push agentic AI.
CrowdSec 1.8.0 adds WAF bot detection via challenges and fingerprinting and fixes denial-of-service flaws in HTTP and Kubernetes audit datasources.
CrowdSec 1.8.0, released August 31, introduces bot detection in its WAF using client challenges and fingerprinting, plus fixes for two denial-of-service vulnerabilities in the HTTP acquisition datasource (unbounded decompressed body size, trusted Content-Length) and the Kubernetes audit webhook datasource (unbounded request body reads). The release also adds a dedicated Kubernetes datasource pulling logs directly from the apiserver, new HTTP helpers for external queries in the expression language, and performance work on the decisions stream endpoint. The challenge requires SSE4.1 and writable-executable memory, so some legitimate visitors may be blocked.
F5 enhances Distributed Cloud Bot Defense with persistent device identification, real-time risk scoring, and agent-aware policies to manage AI agent traffic.
F5 announced enhancements to Distributed Cloud Bot Defense adding persistent device identification, real-time device risk scoring, risk-based workflow enforcement, and an agent-aware policy framework integrated with the F5 Application Delivery and Security Platform. The features aim to expose multi-account abuse, credential stuffing, and account takeover while allowing trusted AI agents to transact at machine speed. It targets fraud and abuse detection as agentic AI becomes a key interaction channel for sites, apps, and APIs.
Synology released ActiveProtect Manager 2.0, expanding backup coverage to EC2, Azure, Proxmox and Google Workspace, with AI anomaly detection and malware scanning coming in 2.1.
Synology launched ActiveProtect Manager 2.0 for its DP Series data protection appliances, adding platform coverage for Amazon EC2, Azure VM, Proxmox VE, Nutanix AHV and Google Workspace. The release introduces cross-platform recovery, expanded backup destinations including Azure Blob Storage, and volume-level software storage encryption. The upcoming 2.1 update will add AI/ML anomaly detection tracking change rates, mass deletions and entropy, plus pre-restore malware scanning using Microsoft Defender, Bitdefender and ESET with Auto Fallback to the last clean version.
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