Release v202611-00020

- AgentConfig.reverse_tools (Settings -> Agents & commands) gives any mode
  binary_info and decompile; the clean-room check of the tools applies to
  craft only (ToolCtx.clean_room = clean room && craft).
- decompile: optional processor (Ghidra language id) and base_address for raw
  images (BinaryLoader); separate cache per processor/address.
- Skill "reverse-engineering": identify, convert HEX, processor table for
  common chips, decompile, explore, notes in analysis/.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>

CHANGELOG.md

@@ -3,6 +3,17 @@
 All notable changes to CodeCraft. Versions follow [Semantic Versioning](https://semver.org/);
 until 1.0, minor versions may contain breaking changes.
 
+## [v202611-00020] – 2026-11-11
+
+### Added
+
+- **Reverse engineering outside craft:** *Settings → Agents & commands* can give any mode the
+  `binary_info` and `decompile` (Ghidra) tools; the clean-room rule stays a craft rule.
+- **Raw firmware in `decompile`:** optional `processor` (Ghidra language id, e.g.
+  `ARM:LE:32:Cortex`) and `base_address` for images without a file format (.bin, converted .hex).
+- **Skill "reverse-engineering":** how to identify, decompile and explore programs and firmware
+  (processor table for common chips, HEX conversion, notes in `analysis/`).
+
 ## [v202611-00019] – 2026-11-11
 
 ### Added

README.md

@@ -11,7 +11,7 @@
 </p>
 
 <p align="center">
-  <img alt="Version v202611-00019" src="https://img.shields.io/badge/version-v202611--00019-d69e2e?style=flat-square">
+  <img alt="Version v202611-00020" src="https://img.shields.io/badge/version-v202611--00020-d69e2e?style=flat-square">
   <img alt="License: MIT" src="https://img.shields.io/badge/license-MIT-689d6a?style=flat-square">
   <img alt="Rust backend" src="https://img.shields.io/badge/backend-Rust-b7410e?style=flat-square&logo=rust">
   <img alt="React PWA" src="https://img.shields.io/badge/frontend-React%20PWA-2d81ff?style=flat-square&logo=react">

server/resources/skills/reverse-engineering/SKILL.md

@@ -0,0 +1,64 @@
+---
+name: reverse-engineering
+description: Analyse programs and firmware – identify the format, inspect with binary_info, decompile with Ghidra (decompile tool, also raw firmware with processor/base address), explore the output and write down findings. For file formats, protocols, bugs and interoperability.
+---
+# Reverse engineering of programs and firmware
+
+You analyse a binary to understand how it works – a file format, a protocol, an algorithm,
+a bug, or how to talk to a device. Work from cheap to expensive and write down what you learn.
+
+Only analyse binaries the user owns or may analyse (their own builds, their devices, programs
+for interoperability). Decompiled code is third-party material: never commit it and never paste
+it into the user's source – describe behaviour in your own words.
+
+## 1. Identify
+- `file <path>` – format, architecture, stripped or not.
+- Executables and libraries (PE .exe/.dll, ELF, Mach-O): `binary_info` – sections, imports,
+  exports, strings. Imports and strings tell a lot (file names, error messages, protocol
+  keywords, library names) before any decompiling.
+- Archives and update packages: unpack first (`unzip`, `7z x`), then identify the parts.
+- Intel HEX / S-record firmware: convert to a raw image –
+  `objcopy -I ihex -O binary fw.hex fw.bin` (the lowest address in the HEX file is the base
+  address). An ELF from the firmware's build (e.g. `zephyr.elf`, `firmware.elf`) is far better
+  than a raw image: symbols and addresses are included – look for it first.
+- Raw images: look for clues with `strings -n 6 fw.bin | head -200` and
+  `python3 -c` one-liners (vector table, magic numbers, embedded file systems).
+
+## 2. Raw firmware: processor and load address
+`decompile` needs both for images without a file format:
+
+| Chip family | `processor` | typical `base_address` |
+|---|---|---|
+| ARM Cortex-M (STM32, nRF52, RP2040, SAMD) | `ARM:LE:32:Cortex` | STM32 `0x08000000`, nRF52 `0x00000000`, RP2040 `0x10000000` |
+| ARM Cortex-A / ARMv7 | `ARM:LE:32:v7` | from the bootloader / datasheet |
+| AArch64 | `AARCH64:LE:64:v8A` | |
+| ESP32 (Xtensa) | `Xtensa:LE:32:default` | per segment (use the ELF if possible) |
+| AVR (Arduino) | `AVR8:LE:16:atmega256` or `AVR8:LE:16:default` | `0x0` |
+| MIPS (routers) | `MIPS:BE:32:default` or `MIPS:LE:32:default` | e.g. `0x80000000` |
+
+Cortex-M check: the first word of the image is the initial stack pointer (0x2000xxxx = RAM),
+the second the reset vector – it points just behind the base address. If the decompiled output
+is mostly garbage, the processor or base address is wrong: fix it and run again (results are
+cached per file *and* processor/address).
+
+## 3. Decompile
+- `decompile` with the path (plus `processor`/`base_address` for raw images). Large programs:
+  start with `max_functions` (e.g. 2000), widen when needed.
+- Output in `.codecraft/decompiled/<name>/`: `functions.tsv` (address, name, size, file,
+  signature), `functions/*.c`, `strings.tsv`, `imports.tsv`, `exports.tsv`.
+
+## 4. Explore
+- Start from what you know: a string, an import or an export.
+  `grep -l "SetCommState" .codecraft/decompiled/<name>/functions` finds the functions that use it.
+- Follow the calls by reading the functions; note addresses (`FUN_00401a30`) as you go.
+- Broad searches through thousands of functions: delegate them to an `explore` subagent with a
+  precise question and let it report file:line.
+- File formats: compare the reading/writing code with a sample file (`python3` to dump the bytes)
+  until every field is explained.
+
+## 5. Write it down
+Keep findings in `analysis/notes.md` (create it; it is not committed): structure of the
+program, important functions with addresses, data structures, file formats and protocols with
+field tables, open questions. Make sure `.gitignore` excludes `analysis/`, `original/` and
+`.codecraft/decompiled/`. At the end, report what you found and how sure you are – mark guesses
+as guesses.

server/src/config.rs

@@ -398,6 +398,10 @@ pub struct AgentConfig {
     /// Review loop after each turn of this mode.
     #[serde(default, skip_serializing_if = "Option::is_none")]
     pub refine: Option<RefineConfig>,
+    /// Reverse engineering tools (binary_info, decompile with Ghidra) in this mode;
+    /// craft has them anyway (deep mode).
+    #[serde(default, skip_serializing_if = "Option::is_none")]
+    pub reverse_tools: Option<bool>,
 }
 
 /// Refinement loop: after the agent finishes, a reviewer checks the result

server/src/prompts.rs

@@ -32,6 +32,8 @@ pub struct Agent {
     pub max_parallel: Option<usize>,
     /// Review loop after each turn (None/0 rounds = off).
     pub refine: Option<crate::config::RefineConfig>,
+    /// binary_info and decompile available (besides craft).
+    pub reverse: bool,
     /// Source file of Markdown agents.
     #[serde(skip_serializing_if = "Option::is_none")]
     pub path: Option<String>,
@@ -43,12 +45,12 @@ pub use codecraft_core::prompts::*;
 pub fn builtin_agents(clean_room: bool) -> Vec<Agent> {
     let craft = craft_prompt(clean_room);
     vec![
-        Agent { name: "build".into(), description: "Full access: implement, edit, run".into(), mode: "primary".into(), prompt: BUILD_PROMPT.into(), tools: None, read_only: false, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, path: None },
+        Agent { name: "build".into(), description: "Full access: implement, edit, run".into(), mode: "primary".into(), prompt: BUILD_PROMPT.into(), tools: None, read_only: false, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, reverse: false, path: None },
-        Agent { name: "plan".into(), description: "Read-only: analyse and propose a plan".into(), mode: "primary".into(), prompt: PLAN_PROMPT.into(), tools: None, read_only: true, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, path: None },
+        Agent { name: "plan".into(), description: "Read-only: analyse and propose a plan".into(), mode: "primary".into(), prompt: PLAN_PROMPT.into(), tools: None, read_only: true, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, reverse: false, path: None },
-        Agent { name: "chat".into(), description: "Just talk: answers, explanations, web search – no files or shell".into(), mode: "primary".into(), prompt: CHAT_PROMPT.into(), tools: Some(vec!["web_search".into(), "web_fetch".into()]), read_only: true, style: "chat".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, path: None },
+        Agent { name: "chat".into(), description: "Just talk: answers, explanations, web search – no files or shell".into(), mode: "primary".into(), prompt: CHAT_PROMPT.into(), tools: Some(vec!["web_search".into(), "web_fetch".into()]), read_only: true, style: "chat".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, reverse: false, path: None },
-        Agent { name: "craft".into(), description: "Study a target, build your own version, check and refine".into(), mode: "primary".into(), prompt: craft, tools: None, read_only: false, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, path: None },
+        Agent { name: "craft".into(), description: "Study a target, build your own version, check and refine".into(), mode: "primary".into(), prompt: craft, tools: None, read_only: false, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, reverse: false, path: None },
-        Agent { name: "general".into(), description: "General-purpose subagent for multi-step tasks".into(), mode: "subagent".into(), prompt: GENERAL_PROMPT.into(), tools: None, read_only: false, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, path: None },
+        Agent { name: "general".into(), description: "General-purpose subagent for multi-step tasks".into(), mode: "subagent".into(), prompt: GENERAL_PROMPT.into(), tools: None, read_only: false, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, reverse: false, path: None },
-        Agent { name: "explore".into(), description: "Read-only subagent for fast codebase searches".into(), mode: "subagent".into(), prompt: EXPLORE_PROMPT.into(), tools: None, read_only: true, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, path: None },
+        Agent { name: "explore".into(), description: "Read-only subagent for fast codebase searches".into(), mode: "subagent".into(), prompt: EXPLORE_PROMPT.into(), tools: None, read_only: true, style: "coding".into(), model: None, source: "builtin".into(), max_parallel: None, refine: None, reverse: false, path: None },
     ]
 }
 
@@ -122,6 +124,7 @@ pub fn agents(app: &App, root: &Path, cwd: &Path) -> Vec<Agent> {
                 source: "file".into(),
                 max_parallel: meta.get("max_parallel").and_then(|v| v.parse().ok()),
                 refine: meta.get("refine_rounds").and_then(|v| v.parse().ok()).map(|rounds| crate::config::RefineConfig { rounds, model: meta.get("refine_model").cloned(), criteria: None, after_todos: meta.get("refine_after_todos").is_none_or(|v| v != "false") }),
+                reverse: meta.get("reverse_tools").is_some_and(|v| v == "true"),
                 path: Some(p.display().to_string()),
             });
         }
@@ -141,6 +144,7 @@ pub fn agents(app: &App, root: &Path, cwd: &Path) -> Vec<Agent> {
             source: "config".into(),
             max_parallel: a.max_parallel.or(base.as_ref().and_then(|b| b.max_parallel)),
             refine: a.refine.clone().or(base.as_ref().and_then(|b| b.refine.clone())),
+            reverse: a.reverse_tools.unwrap_or_else(|| base.as_ref().is_some_and(|b| b.reverse)),
             path: None,
         });
     }
@@ -173,6 +177,7 @@ pub fn agents_for(app: &App, root: &Path, cwd: &Path, user_id: Option<&str>) ->
             source: "personal".into(),
             max_parallel: None,
             refine: a.refine,
+            reverse: a.reverse_tools.unwrap_or(false),
             path: None,
         });
     }

server/src/reverse.rs

@@ -142,7 +142,10 @@ impl Tool for Decompile {
         "Decompile an executable or library with Ghidra (x86/x64/ARM/MIPS/PowerPC/68k …, PE, ELF, \
          Mach-O, raw DOS). Writes pseudo-C for every function plus strings, imports and exports \
          into .codecraft/decompiled/<name>/ and returns an overview. Can take several minutes for \
-         large programs; results are cached per file."
+         large programs; results are cached per file. Raw firmware images (.bin without a file \
+         format) need `processor` (Ghidra language id, e.g. \"ARM:LE:32:Cortex\" for Cortex-M, \
+         \"ARM:LE:32:v8\", \"AVR8:LE:16:atmega256\", \"Xtensa:LE:32:default\" for ESP32) and usually \
+         `base_address` (load address, e.g. \"0x08000000\" for STM32 flash)."
             .into()
     }
     fn schema(&self) -> Value {
@@ -151,7 +154,9 @@ impl Tool for Decompile {
             "properties": {
                 "path": {"type": "string"},
                 "max_functions": {"type": "integer", "description": "Limit for very large binaries (default: all)"},
-                "force": {"type": "boolean", "description": "Re-run even if cached"}
+                "force": {"type": "boolean", "description": "Re-run even if cached"},
+                "processor": {"type": "string", "description": "Ghidra language id for raw images, e.g. ARM:LE:32:Cortex (default: detected from the file format)"},
+                "base_address": {"type": "string", "description": "Load address of a raw image, e.g. 0x08000000"}
             },
             "required": ["path"]
         })
@@ -171,7 +176,20 @@ impl Tool for Decompile {
             bail!("{} is not a file", path.display());
         }
         let name = path.file_name().and_then(|n| n.to_str()).unwrap_or("binary").replace(|c: char| !c.is_ascii_alphanumeric() && c != '.' && c != '-', "_");
-        let out_dir = ctx.cwd.join(".codecraft/decompiled").join(format!("{name}-{}", file_hash(&path)?));
+        let processor = input["processor"].as_str().map(str::trim).filter(|s| !s.is_empty()).map(String::from);
+        let base = input["base_address"].as_str().map(str::trim).filter(|s| !s.is_empty()).map(String::from);
+        if processor.as_deref().is_some_and(|p| !p.chars().all(|c| c.is_ascii_alphanumeric() || ":_-.".contains(c))) {
+            bail!("invalid processor id (expected e.g. ARM:LE:32:Cortex)");
+        }
+        if base.as_deref().is_some_and(|b| !b.trim_start_matches("0x").chars().all(|c| c.is_ascii_hexdigit())) {
+            bail!("invalid base_address (expected e.g. 0x08000000)");
+        }
+        // Another processor or load address is another analysis.
+        let variant = match (&processor, &base) {
+            (None, None) => String::new(),
+            (p, b) => format!("-{}", crate::blobs::hash(format!("{p:?}{b:?}").as_bytes()).get(..8).unwrap_or("")),
+        };
+        let out_dir = ctx.cwd.join(".codecraft/decompiled").join(format!("{name}-{}{variant}", file_hash(&path)?));
         if out_dir.join(".done").exists() && !input["force"].as_bool().unwrap_or(false) {
             return Ok(ToolOutput::text(format!("(cached)\n{}", summarize(&out_dir, &ctx.cwd)?)));
         }
@@ -183,7 +201,15 @@ impl Tool for Decompile {
         let scripts = scripts_dir().display().to_string();
         let max = input["max_functions"].as_u64().map(|n| n.to_string()).unwrap_or_else(|| "2147483647".into());
         let (p, proj, out) = (path.display().to_string(), project.display().to_string(), out_dir.display().to_string());
-        let args = vec![proj.as_str(), "cc", "-import", p.as_str(), "-scriptPath", scripts.as_str(), "-postScript", "CodeCraftExport.java", out.as_str(), max.as_str(), "-deleteProject", "-max-cpu", "2"];
+        let mut args = vec![proj.as_str(), "cc", "-import", p.as_str()];
+        // Raw firmware: the binary loader with the given processor and load address.
+        if let Some(proc_id) = processor.as_deref() {
+            args.extend(["-processor", proc_id]);
+        }
+        if let Some(addr) = base.as_deref() {
+            args.extend(["-loader", "BinaryLoader", "-loader-baseAddr", addr]);
+        }
+        args.extend(["-scriptPath", scripts.as_str(), "-postScript", "CodeCraftExport.java", out.as_str(), max.as_str(), "-deleteProject", "-max-cpu", "2"]);
         let java = tools.join("jdk").display().to_string();
         let mut cmd = match &ctx.sandbox {
             Some(spec) => {

server/src/runner.rs

@@ -226,7 +226,12 @@ pub fn available_tools(app: &App, agent: &Agent, owner: Option<&crate::store::Us
     all.into_iter()
         .filter(|t| !agent.read_only || t.read_only())
         // Craft tools only where they are useful.
-        .filter(|t| agent.name == "craft" || !matches!(t.name(), "browser_snapshot" | "image_compare" | "binary_info" | "decompile" | "craft_phase") || agent.tools.is_some())
+        .filter(|t| {
+            agent.name == "craft"
+                || agent.tools.is_some()
+                || (agent.reverse && matches!(t.name(), "binary_info" | "decompile"))
+                || !matches!(t.name(), "browser_snapshot" | "image_compare" | "binary_info" | "decompile" | "craft_phase")
+        })
         .filter(|t| match &agent.tools {
             None => true,
             Some(list) => {
@@ -456,7 +461,8 @@ pub async fn run_session(app: Arc<App>, session_id: &str, cancel: CancellationTo
             agent: agent.name.clone(),
             roots: roots.clone(),
             sandbox: crate::sandbox::spec_for(&app, session.owner_id.as_deref()),
-            clean_room,
+            // Clean room is a craft rule; other modes with reverse tools may analyse binaries.
+            clean_room: clean_room && agent.name == "craft",
             owner_id: None,
         };
         let by_name = |n: &str| tools.iter().find(|t| t.name() == n).cloned();

web/src/components/settings/AgentsEditor.tsx

@@ -62,6 +62,7 @@ function AgentRow({ a, raw, tools, onSaved }: { a: AgentInfo; raw: any; tools: T
     refine_model: raw?.refine?.model ?? "",
     refine_criteria: raw?.refine?.criteria ?? "",
     refine_after_todos: (raw?.refine?.after_todos ?? a.refine?.after_todos ?? true) as boolean,
+    reverse_tools: !!(raw?.reverse_tools ?? a.reverse),
   });
   const builtin = a.source === "builtin" || (a.source === "config" && !raw?.prompt && ["build", "plan", "craft", "chat", "general", "explore"].includes(a.name));
 
@@ -78,6 +79,7 @@ function AgentRow({ a, raw, tools, onSaved }: { a: AgentInfo; raw: any; tools: T
         value: rounds || form.refine_model || form.refine_criteria ? { rounds, model: form.refine_model || null, criteria: form.refine_criteria || null, after_todos: form.refine_after_todos } : null,
       });
     }
+    if (a.name !== "craft") patches.push({ path: [...base, "reverse_tools"], value: form.reverse_tools || null });
     if (!builtin || form.description) patches.push({ path: [...base, "description"], value: form.description || null });
     if (!builtin) {
       patches.push({ path: [...base, "mode"], value: form.mode });
@@ -166,6 +168,15 @@ function AgentRow({ a, raw, tools, onSaved }: { a: AgentInfo; raw: any; tools: T
                 <div className="hint">{t("agents.refineAfterTodosHint")}</div>
               </>
             )}
+            {a.name !== "craft" && (
+              <>
+                <label className="check">
+                  <input type="checkbox" checked={form.reverse_tools} onChange={(e) => setForm({ ...form, reverse_tools: e.target.checked })} />
+                  {t("agents.reverseTools")}
+                </label>
+                <div className="hint">{t("agents.reverseToolsHint")}</div>
+              </>
+            )}
             <label>{t("agents.description")}</label>
             <input value={form.description} placeholder={a.description} onChange={(e) => setForm({ ...form, description: e.target.value })} />
             {a.mode !== "primary" && <div className="hint">{t("agents.descriptionHint")}</div>}

web/src/i18n/de.ts

@@ -189,7 +189,7 @@ export const de: Messages = {
   "tools.install": "Ghidra installieren",
   "tools.reinstall": "Installation prüfen / reparieren",
   "tools.installing": "Installiere (Download ca. 800 MB, auf ARM wird der Dekompiler kompiliert – das dauert einige Minuten)…",
-  "tools.ghidraHint": "Mit Ghidra können Agenten im Craft-Deep-Modus Programme dekompilieren (Windows .exe/.dll, Linux, DOS …), um zu verstehen, wie sie funktionieren. Wird samt eigenem JDK ins Daten-Volume installiert.",
+  "tools.ghidraHint": "Mit Ghidra können Agenten Programme und Firmware dekompilieren (Windows .exe/.dll, Linux, DOS …), um zu verstehen, wie sie funktionieren – im Craft-Deep-Modus und in Modi mit Reverse-Engineering-Werkzeugen (Einstellungen → Agenten & Befehle). Wird samt eigenem JDK ins Daten-Volume installiert.",
   "rewind.intro": "Die Unterhaltung wird auf den Stand vor dieser Nachricht zurückgesetzt; du kannst sie bearbeiten und neu senden.",
   "rewind.noFiles": "Der Agent hat seitdem keine Dateien geändert.",
   "rewind.restore": "Auch die {n} vom Agenten geänderte(n) Datei(en) zurücksetzen",
@@ -336,6 +336,8 @@ export const de: Messages = {
   "activity.reviewing": "Ergebnis wird geprüft (Runde {round})…",
   "chat.reviewPassed": "Review bestanden:",
   "chat.todoReminder": "Weiterarbeiten – {n} offene Todos:",
+  "agents.reverseTools": "Reverse-Engineering-Werkzeuge (binary_info, decompile mit Ghidra)",
+  "agents.reverseToolsHint": "Der Agent kann in diesem Modus Programme und Firmware untersuchen und dekompilieren (Ghidra muss unter Einstellungen → Werkzeuge installiert sein). Craft hat sie im Deep-Modus ohnehin.",
   "agents.refineAfterTodos": "Jedes erledigte Todo prüfen und bis zum Ende der Liste arbeiten",
   "agents.refineAfterTodosHint": "Jedes Todo, das der Agent als erledigt markiert, wird geprüft; bei Befunden wird es wieder geöffnet. Beendet er den Turn mit offenen Todos, arbeitet er weiter (für unbeaufsichtigte Läufe, z. B. über Nacht). Aus: nur ein Review am Ende des Turns.",
   "chat.workSteps": "{n} Schritte",

web/src/i18n/en.ts

@@ -188,7 +188,7 @@ export const en = {
   "tools.install": "Install Ghidra",
   "tools.reinstall": "Check / repair installation",
   "tools.installing": "Installing (download ~800 MB, on ARM the decompiler is compiled – this takes several minutes)…",
-  "tools.ghidraHint": "Ghidra lets agents in craft Deep mode decompile programs (Windows .exe/.dll, Linux, DOS, …) to study how they work. Installed into the data volume together with its own JDK.",
+  "tools.ghidraHint": "Ghidra lets agents decompile programs and firmware (Windows .exe/.dll, Linux, DOS, …) to study how they work – in craft Deep mode and in modes with reverse engineering tools (Settings → Agents & commands). Installed into the data volume together with its own JDK.",
   "rewind.intro": "The conversation is reset to before this message; you can edit and resend it.",
   "rewind.noFiles": "The agent did not change files since then.",
   "rewind.restore": "Also restore the {n} file(s) the agent changed",
@@ -335,6 +335,8 @@ export const en = {
   "activity.reviewing": "Reviewing the result (round {round})…",
   "chat.reviewPassed": "Review passed:",
   "chat.todoReminder": "Back to work – {n} open todos:",
+  "agents.reverseTools": "Reverse engineering tools (binary_info, decompile with Ghidra)",
+  "agents.reverseToolsHint": "The agent can inspect and decompile programs and firmware in this mode (Ghidra must be installed under Settings → Tools). Craft has them anyway in deep mode.",
   "agents.refineAfterTodos": "Review every completed todo and work until the list is done",
   "agents.refineAfterTodosHint": "Each todo the agent marks completed is reviewed; with findings it is reopened. Ending the turn with open todos sends the agent back to work (for unattended runs, e.g. overnight). Off: only one review at the end of the turn.",
   "chat.workSteps": "{n} steps",

web/src/types.ts

@@ -168,6 +168,8 @@ export interface AgentInfo {
   source: "builtin" | "config" | "file" | "personal";
   max_parallel?: number | null;
   refine?: { rounds: number; model?: string | null; criteria?: string | null; after_todos?: boolean } | null;
+  /** binary_info and decompile (Ghidra) available in this mode. */
+  reverse?: boolean;
   /** Source file of Markdown agents. */
   path?: string | null;
 }

web/src/whatsnew.ts

@@ -3,6 +3,10 @@
  * under "unreleased"; scripts/release.sh renames the key to the release version.
  */
 export const WHATS_NEW: Record<string, { en: string[]; de: string[] }> = {
+  "202611-00020": {
+    en: ["Reverse engineering: decompile with Ghidra can be enabled for any mode (Settings → Agents & commands), now also for raw firmware"],
+    de: ["Reverse Engineering: Dekompilieren mit Ghidra lässt sich für jeden Modus einschalten (Einstellungen → Agenten & Befehle), jetzt auch für rohe Firmware"],
+  },
   "202611-00019": {
     en: ["Long chats open and react much faster: older messages load when you scroll up, finished turns fold into one line", "Search in a chat (magnifier in the top bar) and ⋯ → Media: all images, videos and audio of a chat"],
     de: ["Lange Chats öffnen und reagieren viel schneller: ältere Nachrichten laden beim Hochscrollen, abgeschlossene Turns sind eingeklappt", "Suche im Chat (Lupe oben) und ⋯ → Medien: alle Bilder, Videos und Audiodateien eines Chats"],