packages/secubox-dpi/collector/main.go

@@ -381,21 +381,12 @@ func writeState(aggs map[string]*agg, alerts []alert, now int64) {
 		Device   string         `json:"device"`
 		Flows    int            `json:"flows"`
 		UpBytes  int64          `json:"up_bytes"`
-		DownBytes int64          `json:"down_bytes"`
 		Services []*agg         `json:"services"`        // all classified egress (any category)
 		Clouds   []*agg         `json:"clouds"`          // back-compat: exfil-relevant subset
 		ByCat    map[string]int `json:"by_category"`     // category → flow count
 		Alerts   []alert        `json:"alerts"`
 	}
 	devs := map[string]*devstat{}
-	// global rollups (incl. uncategorised dests) for the dashboard list cards
-	type rollup struct {
-		Name  string `json:"name"`
-		Bytes int64  `json:"bytes"`
-		Flows int    `json:"flows"`
-	}
-	apps := map[string]*rollup{}   // by service||dst
-	protos := map[string]*rollup{} // by nDPI proto
 	for _, a := range aggs {
 		d := devs[a.Device]
 		if d == nil {
@@ -404,7 +395,6 @@ func writeState(aggs map[string]*agg, alerts []alert, now int64) {
 		}
 		d.Flows += a.Flows
 		d.UpBytes += a.Up
-		d.DownBytes += a.Down
 		if a.Category != "" {
 			d.Services = append(d.Services, a)
 			d.ByCat[a.Category] += a.Flows
@@ -412,32 +402,6 @@ func writeState(aggs map[string]*agg, alerts []alert, now int64) {
 		if a.Cloud != "" {
 			d.Clouds = append(d.Clouds, a)
 		}
-		// global app rollup (service name if classified, else the dst host)
-		an := a.Service
-		if an == "" {
-			an = a.Dst
-		}
-		if an != "" {
-			r := apps[an]
-			if r == nil {
-				r = &rollup{Name: an}
-				apps[an] = r
-			}
-			r.Bytes += a.Up + a.Down
-			r.Flows += a.Flows
-		}
-		// global protocol rollup
-		pn := a.Proto
-		if pn == "" {
-			pn = "unknown"
-		}
-		r := protos[pn]
-		if r == nil {
-			r = &rollup{Name: pn}
-			protos[pn] = r
-		}
-		r.Bytes += a.Up + a.Down
-		r.Flows += a.Flows
 	}
 	for _, al := range alerts {
 		if d := devs[al.Device]; d != nil {
@@ -457,37 +421,11 @@ func writeState(aggs map[string]*agg, alerts []alert, now int64) {
 		list = append(list, d)
 	}
 	sort.Slice(list, func(i, j int) bool { return list[i].UpBytes > list[j].UpBytes })
-
-	// rank the global rollups, cap at topN
-	rank := func(m map[string]*rollup) []*rollup {
-		out := make([]*rollup, 0, len(m))
-		for _, r := range m {
-			out = append(out, r)
-		}
-		sort.Slice(out, func(i, j int) bool { return out[i].Bytes > out[j].Bytes })
-		if len(out) > topN {
-			out = out[:topN]
-		}
-		return out
-	}
-	// active flows = the individual aggs (incl. uncategorised), top by total bytes
-	flows := make([]*agg, 0, len(aggs))
-	for _, a := range aggs {
-		flows = append(flows, a)
-	}
-	sort.Slice(flows, func(i, j int) bool { return (flows[i].Up + flows[i].Down) > (flows[j].Up + flows[j].Down) })
-	if len(flows) > 20 {
-		flows = flows[:20]
-	}
-
 	out := map[string]any{
 		"generated_at": now,
 		"devices":      list,
 		"alerts":       alerts,
 		"alert_count":  len(alerts),
-		"top_apps":      rank(apps),
-		"top_protocols": rank(protos),
-		"active_flows":  flows,
 	}
 	writeJSON(statePath, out)
 }

packages/secubox-dpi/debian/changelog

@@ -1,13 +1,3 @@
-secubox-dpi (1.1.2-1~bookworm1) bookworm; urgency=low
-
-  * #695 dashboard: fill the four list cards (Top Applications, Top Protocols,
-    Bandwidth by Device, Active Flows) from the real R3 exfil engine instead of
-    the inactive netifyd backend. Collector now emits global rollups in /exfil
-    (top_apps, top_protocols by nDPI proto, per-device up+down, active_flows
-    incl. uncategorised dests).
-
- -- Gerald KERMA <devel@cybermind.fr>  Mon, 22 Jun 2026 10:45:00 +0000
-
 secubox-dpi (1.1.1-1~bookworm1) bookworm; urgency=low
 
   * #692 collector: beaconing scenario now requires a C2-plausible cadence

packages/secubox-dpi/www/dpi/index.html

@@ -609,31 +609,6 @@
             foot.textContent = data.generated_at
                 ? `Last capture: ${agoStr(data.generated_at)} · ${devices.length} device(s) · ${alerts.length} alert(s)`
                 : (data.note || 'no capture window completed yet');
-
-            // #695 fill the list cards from the same /exfil rollups (real DPI engine)
-            const fillList = (id, rows, render, empty) => {
-                const el = document.getElementById(id); if (!el) return;
-                el.innerHTML = (rows && rows.length) ? rows.map(render).join('')
-                    : `<p style="color: var(--text-dim);">${empty}</p>`;
-            };
-            fillList('top-apps', data.top_apps, a => `
-                <div class="app-item"><span>${a.name}</span>
-                    <span class="bytes">${formatBytes(a.bytes)} · ${a.flows}f</span></div>`,
-                'No data');
-            fillList('top-protocols', data.top_protocols, p => `
-                <div class="app-item"><span>${p.name}</span>
-                    <span class="bytes">${formatBytes(p.bytes)} · ${p.flows}f</span></div>`,
-                'No data');
-            fillList('bandwidth-devices', devices, d => `
-                <div class="app-item"><span style="font-family:monospace;">📟 ${shortDev(d.device)}</span>
-                    <span class="bytes">↑${formatBytes(d.up_bytes)} ↓${formatBytes(d.down_bytes||0)}</span></div>`,
-                'No data');
-            fillList('active-flows', data.active_flows, f => {
-                const m = catMeta(f.category); const name = f.service || f.dst;
-                return `<div class="app-item"><span><span title="${f.category||'other'}">${m.icon}</span> ${name}
-                    <span style="color:var(--text-dim);">${f.proto||''}</span></span>
-                    <span class="bytes">↑${formatBytes(f.up_bytes)} ↓${formatBytes(f.down_bytes)}</span></div>`;
-            }, 'No active flows');
         }
 
         async function setupMirred() { const r = await api('/setup_mirred', 'POST'); alert(r.error ? 'Error: ' + r.error : 'Mirred configured'); loadStatus(); }
@@ -656,7 +631,11 @@
 
         function refreshAll() {
             loadStatus();
-            loadExfil();   // #695: also fills Top Apps/Protocols/Bandwidth/Active-Flows from the exfil engine
+            loadExfil();
+            loadTopApps();
+            loadTopProtocols();
+            loadBandwidthDevices();
+            loadActiveFlows();
             loadBlockRules();
         }
 

packages/secubox-toolbox-ng/cmd/sbxmitm/main.go

@@ -526,58 +526,57 @@ func (px *Proxy) mitmPipeline(tconn *tls.Conn, rawClient net.Conn, host, verdict
 		}
 	}
 
+	body, _ := io.ReadAll(io.LimitReader(resp.Body, 8<<20))
+	// Inject the transparency-banner loader only on 2xx text/html responses
+	// (mirrors the Python addon, which skips non-200). The loader's same-origin
+	// <script src="/__toolbox/loader.js"> is served by the short-circuit above.
+	//
+	// #662 — the body may be compressed in WHATEVER codec the origin chose
+	// (Accept-Encoding is now forwarded verbatim, not pinned to gzip).
+	// injectIntoBody decodes→injects→re-encodes for gzip / br / zstd (encoding
+	// unchanged), injects directly when identity, and fails open (untouched) on a
+	// corrupt/unknown encoding. Only on a successful rewrite do we update the
+	// framing: writeResponse emits Content-Length from len(body), but a stale
+	// resp.ContentLength / Content-Encoding could mislead downstream — so we
+	// keep them consistent with the bytes we actually serve.
+	if resp.StatusCode >= 200 && resp.StatusCode < 300 &&
+		strings.Contains(resp.Header.Get("Content-Type"), "text/html") {
+		// #662 CONSENTED-DEMONSTRATION — ONLY here, on the responses we actually
+		// inject into (2xx text/html, R3/wg gate), and ONLY when the operator
+		// left the demo on, do we relax the page's CSP so the inline banner can
+		// run even on strict-CSP sites. cspBypassed is true iff there was a real
+		// CSP to bypass — it becomes csp=1 on the inline script and the banner
+		// renders a 🔓 as the visible proof. We never strip CSP on non-injected
+		// responses.
+		cspBypassed := false
+		if px.cspDemo {
+			cspBypassed = relaxCSPForLoader(resp.Header)
+		}
+		// #662 — INLINE the banner (supersedes the <script src="/__toolbox/
+		// loader.js"> tag): sites with a SERVICE WORKER (leparisien, cnn…) hijack
+		// the same-origin src + its fetch("/__toolbox/bundle") before they reach
+		// this engine, so the banner never appeared. We fetch the COMPLETE script
+		// body from the portal server-side (mh/wg/csp + bundle baked as JS
+		// literals — no same-origin request for the SW to touch) and bake it into
+		// a self-contained <script>…</script>. Fail-open: a dead/slow portal →
+		// scriptBody=="" → the banner inject is skipped and the page is served
+		// intact (the cosmetic <style>, already inline, is unaffected).
+		scriptBody, _ := fetchInlineBanner(px.portal, clientHash, wg, cspBypassed)
+		if out, ok := injectIntoBody(body, resp.Header.Get("Content-Encoding"), scriptBody, wg); ok {
+			body = out
+			// Keep the response framing consistent with the served bytes. The
+			// encoding is unchanged (gzip stays gzip, identity stays identity);
+			// only the length changed because injection grew the body. A stale
+			// Content-Length would truncate/corrupt the response.
+			resp.Header.Set("Content-Length", strconv.Itoa(len(body)))
+			resp.ContentLength = int64(len(body))
+		}
+	}
 	// #662 — strip Alt-Svc so the browser is never told this origin offers HTTP/3
 	// (h3). With h3 unadvertised it keeps using HTTP/2 over TCP, which we MITM;
 	// otherwise it caches "h3 available" and keeps trying QUIC (UDP 443) — which
 	// bypasses this TCP proxy and is only best-effort blocked by the nft reject.
 	resp.Header.Del("Alt-Svc")
-
-	// We only ever rewrite 2xx text/html (the transparency-banner inject).
-	// EVERYTHING else — JSON/protobuf APIs, images, downloads, mail bodies,
-	// video — must pass through byte-for-byte. Buffering them capped at 8 MiB was
-	// silently TRUNCATING any larger response (#697: Gmail messages/attachments
-	// over the tunnel just stopped rendering). Stream those verbatim.
-	injectEligible := resp.StatusCode >= 200 && resp.StatusCode < 300 &&
-		strings.Contains(resp.Header.Get("Content-Type"), "text/html")
-	if !injectEligible {
-		streamResponse(tconn, resp, nil)
-		return
-	}
-
-	// Inject path: buffer up to the cap (+1 so we DETECT an oversized page instead
-	// of truncating it). The body may be compressed in whatever codec the origin
-	// chose (Accept-Encoding is forwarded verbatim). injectIntoBody
-	// decodes→injects→re-encodes for gzip/br/zstd (encoding unchanged), injects
-	// directly when identity, and fails open (untouched) on a corrupt/unknown
-	// encoding.
-	const injectCap = 8 << 20
-	body, _ := io.ReadAll(io.LimitReader(resp.Body, injectCap+1))
-	if int64(len(body)) > injectCap {
-		// HTML larger than the inject buffer: never serve a truncated inject —
-		// stream the peeked bytes plus the remainder verbatim.
-		streamResponse(tconn, resp, body)
-		return
-	}
-	// #662 CONSENTED-DEMONSTRATION — ONLY here, on the responses we actually inject
-	// into, and ONLY when the operator left the demo on, do we relax the page's CSP
-	// so the inline banner runs even on strict-CSP sites. Never on non-injected
-	// responses. cspBypassed becomes csp=1 on the inline script (banner shows 🔓).
-	cspBypassed := false
-	if px.cspDemo {
-		cspBypassed = relaxCSPForLoader(resp.Header)
-	}
-	// #662 — INLINE the banner (supersedes the <script src="/__toolbox/loader.js">
-	// tag): sites with a SERVICE WORKER hijack the same-origin src before it
-	// reaches this engine. We fetch the COMPLETE script body from the portal
-	// server-side and bake it into a self-contained <script>. Fail-open: a
-	// dead/slow portal → scriptBody=="" → inject skipped, page served intact.
-	scriptBody, _ := fetchInlineBanner(px.portal, clientHash, wg, cspBypassed)
-	if out, ok := injectIntoBody(body, resp.Header.Get("Content-Encoding"), scriptBody, wg); ok {
-		body = out
-		// Keep framing consistent with the served bytes (only the length changed).
-		resp.Header.Set("Content-Length", strconv.Itoa(len(body)))
-		resp.ContentLength = int64(len(body))
-	}
 	writeResponse(tconn, resp, body)
 }
 

packages/secubox-toolbox-ng/cmd/sbxmitm/util.go

@@ -40,37 +40,6 @@ func writeResponse(c io.Writer, resp *http.Response, body []byte) {
 	}
 }
 
-// streamResponse serializes an http.Response by writing its status + headers and
-// then STREAMING resp.Body to the conn (io.Copy) — it never buffers the whole
-// body in memory. Used for every response we do NOT rewrite (anything but
-// 2xx text/html): buffering+capping those was silently truncating large bodies
-// (#697 — Gmail messages/attachments/images over the tunnel just stopped
-// rendering). The upstream Content-Length is preserved when present (the bytes
-// are unchanged); otherwise Connection: close delimits the body. `prefix` holds
-// any bytes already consumed from resp.Body by a caller peek (streamed first).
-func streamResponse(c io.Writer, resp *http.Response, prefix []byte) {
-	status := resp.Status
-	if status == "" {
-		status = fmt.Sprintf("%d", resp.StatusCode)
-	}
-	fmt.Fprintf(c, "HTTP/1.1 %s\r\n", status)
-	for k, vals := range resp.Header {
-		switch http.CanonicalHeaderKey(k) {
-		case "Transfer-Encoding", "Connection":
-			continue // body is de-chunked by ReadResponse; we close the conn ourselves
-		}
-		for _, v := range vals {
-			fmt.Fprintf(c, "%s: %s\r\n", k, v)
-		}
-	}
-	fmt.Fprintf(c, "Connection: close\r\n")
-	io.WriteString(c, "\r\n")
-	if len(prefix) > 0 {
-		c.Write(prefix)
-	}
-	io.Copy(c, resp.Body)
-}
-
 // writeRaw writes a minimal HTTP/1.1 response onto a (TLS) conn.
 func writeRaw(c io.Writer, code int, status string, headers map[string]string, body []byte) {
 	if status == "" {