Agentic AI raises attack surface
Gartner and Forrester flag a surge in multi-agent AI systems—specialized agents collaborating across workflows—but security tooling is lagging and the distributed nature increases new attack surfaces. TechRadar warns the threat model is shifting from spikes to persistent, patient attacks, meaning resilience must be baked into low-level infra as agentic AI slides into pre-trade analytics and automation. ( ) (techradar.com)
Gartner projects 40% of enterprise applications will embed task-specific AI agents by the end of 2026, up from under 5% the prior year, signaling rapid production deployments across workflows. (gartner.com) Forrester has publicly predicted that an agentic-AI deployment will cause a disclosed data breach in 2026, flagging operational controls and governance as likely failure points. (infosecurity-magazine.com) Forrester also advised enterprises to defer roughly 25% of planned AI spend into 2027 as part of a market recalibration driven by security and value-delivery gaps. (forrester.com) TechRadar’s March 30, 2026 analysis says the industry threat model is shifting from short “spike” incidents to sustained, multi-layered campaigns that exploit brittle infrastructure and governance holes. (techradar.com) Computer Weekly’s March 30, 2026 opinion piece warns current security tooling and practices are not scaled for non‑deterministic, autonomous agent workflows and calls for re‑architecting controls for distributed decision systems. (computerweekly.com) Capital‑markets vendors and trade desks are already piloting agentic systems in pre‑trade analytics and execution: the agentic‑AI market was estimated at $7.55 billion in 2025 and some surveys show 15% of buy‑side desks already using AI in execution workflows with another ~25% expecting deployment within a year. (tradersmagazine.com) Meeting sub‑millisecond SLAs while running distributed agentic workflows will push firms toward kernel‑bypass networking (DPDK/AF_XDP/RDMA) and FPGA acceleration; kernel‑bypass stacks and tuned NICs are documented paths to single‑digit microsecond or sub‑microsecond round‑trip times, while FPGA HFT implementations report event→order latencies in the 700–800 ns range. (quantvps.com) Security analyses of low‑latency financial networks highlight that speed-first infrastructures complicate detection and response, and analysts and industry bodies now recommend embedding resilience into NIC/OS/FPGA layers and orchestration runtimes to mitigate patient, cross‑agent adversaries. (technologycounter.com)
