Warm waters from the North Atlantic Drift parallel the idea of a “coding drift” that can be more dangerous and global. Developers increasingly use AI coding agents to speed development, but agents can diverge from declared intent in ways that are often hard to detect. This divergence, called code drift, can be worsened by self-improving agents and can be caused by organic changes inside the agent or by attacker-poisoned assets. Poisoning can trigger immediate divergence and lead to exfiltration of tokens, SSH keys, CI secrets, source code, or wallet material through seemingly valid local processes. Drift occurs because agents run in rich, mutable context that can change from the developer’s understanding, while high trust and traditional security tools may accept results. A runtime security system from Edamame provides host-side runtime evidence layer verification and attack-pattern detection for coding agents, using six cooperating layers.
"Developers are using AI coding agents en masse to increase the speed of code development. This is a good intention - but one that may hide a bad outcome. Coding agents tend to diverge from the developer's initial declared intent into doing something different but often undetectable. This divergence is generally known as code drift. It can occur with any agent but can be worsened by self-improving agents. A major cause can be organic within the agent or force-feeding by attacker-poisoned assets. The latter creates the more dangerous and immediate divergence, and can lead to the exfiltration of tokens, SSH keys, CI secrets, source code, or developer wallet material as part of a valid local process."
"Drift, including unassisted organic drift, occurs because the agent operates inside a rich and mutable context. The context may change and diverge from the developer's understanding; and code drift results. The level of trust endowed to agents enables the drift to continue unnoticed and traditional security tools to trust the result. Other causes of drift are explained in detail in France-based Edamame's announcement of its solution to counter the effect and/or damage that may be caused."
"The solution is a runtime security system described as a host‑side runtime evidence layer performing runtime verification and attack‑pattern detection for coding agents. It is composed of six major modules, or layers, that operate together to implement runtime verification and attack‑pattern detection. The six layers are: Advertisement. Scroll to continue reading. Edamame Security: "Workstation trust anchor for developers and local devices. Monitors posture drift, divergence, and attack findings during local agent workloads.""
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