Cosori Dual Blaze 6.8-Quart Smart Air Fryer CAF-P583S

[webdjoe]

Discussed in #249

^{Originally posted by webdjoe August 6, 2024}
Discussion for Cosori Dual Blaze 6.8-Quart Smart Air Fryer CAF-P583S

#55

[webdjoe]

#55 (comment)

POST /cloud/v2/deviceManaged/configurationsV2 HTTP/2

{
  "traceId": "1698336540120",
  "code": 0,
  "msg": "request success",
  "module": null,
  "stacktrace": null,
  "result": {
    "ownerShip": true,
    "hygrometerInfo": null,
    "switchInfo": null,
    "macID": "4c:75:25:11:11:11",
    "btMacID": "4c:75:25:11:11:11",
    "airPurifierInfo": null,
    "deviceRegion": "US",
    "deviceName": "Air Fryer",
    "deviceImg": "https://image.vesync.com/defaultImages/deviceDefaultImages/wfon_afr_caf-p583s-kus_us_240.png",
    "uuid": "47012820-3541-48e0-b4d4-1111111",
    "connectionType": "WiFi+BTOnboarding+BTNotify",
    "deviceStatus": "off",
    "ovenInfo": null,
    "configModule": "WFON_AFR_CAF-P583S-KUS_US",
    "meatThermometerInfo": null,
    "sousVideCookerInfo": null,
    "wifiName": "Down_IoT",
    "subDevices": null,
    "latestFirmVersion": "1.0.15",
    "deviceProp": null,
    "airFryerInfo": {
      "tempUnit": 1,
      "workTempUnit": "f"
    },
    "deviceType": "CAF-P583S-KUS",
    "rssi": -49,
    "allowNotify": "on",
    "wifiMacID": "4c:75:25:11:11:11",
    "firmwareUrl": "http://fw.vesync.com/WFON_AFR_CAF-P583S-KUS_US/mcuFirmware/v1.0.15/CAF-P583S-KUS_MCU_C1_ota_v1.0.15.bin",
    "currentFirmVersion": "1.0.15",
    "connectionStatus": "online",
    "defaultDeviceImg": "https://image.vesync.com/defaultImages/deviceDefaultImages/wfon_afr_caf-p583s-kus_us_240.png",
    "humidifierInfo": null,
    "outletInfo": null,
    "cid": "vsskf5a9079c41eca7592f65c4111111"
  }
}

-----------
POST /cloud/v2/deviceManaged/bypassV2 HTTP/2

{
  "traceId": "1698336538629",
  "code": 0,
  "msg": "request success",
  "module": null,
  "stacktrace": null,
  "result": {
    "traceId": "1698336538629",
    "code": 0,
    "result": {
      "stepArray": [
        {
          "cookSetTime": 60,
          "cookTemp": 175,
          "mode": "AirFry",
          "cookLastTime": 60,
          "shakeTime": 0,
          "cookEndTime": 0,
          "recipeName": "Air Fry",
          "recipeId": 14,
          "recipeType": 3
        }
      ],
      "stepIndex": 0,
      "cookMode": "normal",
      "cookStatus": "ready",
      "tempUnit": "f",
      "preheatSetTime": 0,
      "preheatLastTime": 0,
      "preheatEndTime": 0,
      "preheatTemp": 0,
      "startTime": 1698336533,
      "totalTimeRemaining": 60,
      "currentTemp": 24,
      "appointLastTime": 0,
      "shakeStatus": 0
    }
  }
}

[webdjoe]

This needs to be added to the pyvesync library before it can be integrated with HA. In order to do that, I'll need comprehensive packet captures. Follow the directions https://webdjoe.github.io/pyvesync/latest/development/capturing/ or you can share the device with me temporarily and I will capture the packets.

[mikealanni]

Would this help?

`POST /cloud/v2/deviceManaged/bypassV2 HTTP/2
host: smartapi.vesync.com
user-agent: VeSync/VeSync 5.6.60(CPH2655;Android 16)
_signosinfo: Android
_packfilesignature: v0001-ae2f6d63d00ae9f5d4b866dd472b54d1c66d98fe159801adb494785d84f3bb2e
content-type: application/json; charset=UTF-8
content-length: 1104
accept-encoding: gzip

{"acceptLanguage":"en","accountID":"20xxx776","appVersion":"VeSync 5.6.60","cid":"vssk90b73c6401aba3646b45465cbf","configModule":"WFON_AFR_CAF-P583S-KUS_US","debugMode":false,"method":"bypassV2","phoneBrand":"CPH2655","phoneOS":"Android 16","subDeviceNo":0,"subDeviceType":"","timeZone":"America/Chicago","token":"10010111eyJhbGciOiJIUzI1NiJ9..UNFzFxNFK3fA7fjIq3L7YKGcjYQvXscGxuOwlbVzv_8","traceId":"1765251913564","userCountryCode":"US","deviceId":"vssk90b73c6401aba913646b45465cbf","configModel":"WFON_AFR_CAF-P583S-KUS_US","payload":{"data":{"accountId":"20xxx776","hasLinkage":false,"hasPreheat":0,"hasWarm":false,"mode":"French fries","readyStart":true,"recipeId":6,"recipeName":"French Fries","recipeType":3,"startAct":{"cookSetTime":1200,"cookTemp":385,"preheatTemp":0,"shakeTime":0},"tempUnit":"f"},"method":"startCook","subDeviceType":"","subDeviceNo":0,"source":"APP"}}'

Request
'POST /cloud/v2/deviceManaged/bypassV2 HTTP/2
host: smartapi.vesync.com
user-agent: VeSync/VeSync 5.6.60(CPH2655;Android 16)
_signosinfo: Android
_packfilesignature: v0001-a2af15ba8943e8edf16d1680eed70f57d19ba0026d6a9233ea76e25e3c310c70
content-type: application/json; charset=UTF-8
content-length: 852
accept-encoding: gzip

{"acceptLanguage":"en","accountID":"20xxx776","appVersion":"VeSync 5.6.60","cid":"vssk90b73c6401ab13646b45465cbf","configModule":"WFON_AFR_CAF-P583S-KUS_US","debugMode":false,"method":"bypassV2","phoneBrand":"CPH2655","phoneOS":"Android 16","subDeviceNo":0,"subDeviceType":"","timeZone":"America/Chicago","token":"10010111eyJhbGciOiJIUzI1NiJ9..UNFzFxNFK3fA7fjIq3L7YKGcjYQvXscGxuOwlbVzv_8","traceId":"1765251914109","userCountryCode":"US","deviceId":"vssk90b73c6401aba913646b45465cbf","configModel":"WFON_AFR_CAF-P583S-KUS_US","payload":{"data":{},"method":"getAirfryerStatus","subDeviceType":"","subDeviceNo":0,"source":"APP"}}'

Respond
'HTTP/2 200
date: Tue, 09 Dec 2025 03:45:14 GMT
content-type: application/json;charset=UTF-8
content-encoding: gzip

{"traceId":"1765251914109","code":0,"msg":"request success","module":null,"stacktrace":null,"result":{"traceId":"1765251914109","code":0,"result":{"stepArray":[{"cookSetTime":1200,"cookTemp":385,"mode":"French fries","cookLastTime":1200,"shakeTime":0,"cookEndTime":0,"recipeName":"French Fries","recipeId":6,"recipeType":3}],"stepIndex":0,"cookMode":"normal","cookStatus":"ready","tempUnit":"f","preheatSetTime":0,"preheatLastTime":0,"preheatEndTime":0,"preheatTemp":0,"startTime":1765251913,"totalTimeRemaining":1200,"currentTemp":51,"appointLastTime":0,"shakeStatus":0,"linkageStatus":0}}}'

[mikealanni]

@webdjoe
After capturing data I have a working python script to start, status and stop and the 11 presets

#!/usr/bin/env python3
"""
VeSync Air Fryer Control – FINAL VERSION
Works perfectly with Cosori Dual Blaze CAF-P583S-KUS (and similar 2025 models)
"""

import asyncio
import json
import os
import sys
import traceback
from pyvesync import VeSync

# Exact recipe map from official app + your model
RECIPE_MAP = {
    "air fry":        {"id": 14, "type": 3, "name": "Air Fry",        "mode": "AirFry"},
    "broil":          {"id": 17, "type": 3, "name": "Broil",         "mode": "Broil"},
    "roast":          {"id": 13, "type": 3, "name": "Roast",         "mode": "Roast"},
    "bake":           {"id": 9,  "type": 3, "name": "Bake",          "mode": "Bake"},
    "reheat":         {"id": 16, "type": 3, "name": "Reheat",        "mode": "Reheat"},
    "steak":          {"id": 1,  "type": 3, "name": "Steak",         "mode": "Steak"},
    "seafood":        {"id": 3,  "type": 3, "name": "Seafood",       "mode": "Seafood"},
    "veggies":        {"id": 15, "type": 3, "name": "Veggies",       "mode": "Veggies"},
    "french fries":   {"id": 6,  "type": 3, "name": "French Fries",  "mode": "FrenchFries"},
    "frozen":         {"id": 5,  "type": 3, "name": "Frozen",        "mode": "Frozen"},
    "chicken":        {"id": 2,  "type": 3, "name": "Chicken",       "mode": "Chicken"},
}

API_URL = "/cloud/v2/deviceManaged/bypassV2"


async def main() -> None:
    action = sys.argv[1].lower() if len(sys.argv) > 1 else "status"

    email = os.getenv("VESYNC_EMAIL")
    password = os.getenv("VESYNC_PASSWORD")
    if not email or not password:
        print(json.dumps({"error": "Missing VESYNC_EMAIL/VESYNC_PASSWORD"}))
        return

    manager = VeSync(email, password, "America/Chicago")

    try:
        if not await manager.login():
            print(json.dumps({"error": "Login failed"}))
            return

        await manager.get_devices()
        device = manager.devices.air_fryers[0] if manager.devices.air_fryers else None
        if not device:
            print(json.dumps({"error": "Air fryer not found"}))
            return

        # ──────────────────────────────────────
        # START
        # ──────────────────────────────────────
        if action == "start":
            temp = int(sys.argv[2]) if len(sys.argv) > 2 else 375
            time_mins = int(sys.argv[3]) if len(sys.argv) > 3 else 10
            mode_input = sys.argv[4] if len(sys.argv) > 4 else "Air Fry"

            recipe = RECIPE_MAP.get(mode_input.lower())
            if not recipe:
                print(json.dumps({
                    "action": "start", "success": False,
                    "error": f"Unknown mode: {mode_input}",
                    "available_modes": [k.title() for k in RECIPE_MAP]
                }))
                return

            # 1. startCook – preset configuration
            config_body = device._build_request()
            config_body.update({
                "method": "bypassV2",
                "payload": {
                    "data": {
                        "accountId": manager.account_id,
                        "hasLinkage": False,
                        "hasPreheat": 0,
                        "hasWarm": False,
                        "mode": recipe["mode"],
                        "readyStart": False,
                        "recipeId": recipe["id"],
                        "recipeName": recipe["name"],
                        "recipeType": recipe["type"],
                        "startAct": {
                            "cookSetTime": time_mins * 60,
                            "cookTemp": temp,
                            "preheatTemp": 0,
                            "shakeTime": 0
                        },
                        "tempUnit": "f"
                    },
                    "method": "startCook",
                    "source": "APP"
                }
            })

            resp, _ = await manager.async_call_api(API_URL, "post", json_object=config_body)
            if not (resp and resp.get("code") == 0 and resp.get("result", {}).get("code") == 0):
                print(json.dumps({
                    "action": "start", "success": False,
                    "error": "Failed to configure device", "api_response": resp
                }))
                return

            await asyncio.sleep(1)

            # 2. setSwitch start
            start_body = device._build_request()
            start_body.update({
                "method": "bypassV2",
                "payload": {"data": {"startStop": "start"}, "method": "setSwitch", "source": "APP"}
            })
            start_resp, _ = await manager.async_call_api(API_URL, "post", json_object=start_body)

            # 3. readyStart = true
            ready_body = device._build_request()
            ready_body.update({
                "method": "bypassV2",
                "payload": {"data": {"readyStart": True}, "method": "updateDeviceStatus", "source": "APP"}
            })
            await manager.async_call_api(API_URL, "post", json_object=ready_body)

            print(json.dumps({
                "action": "start", "success": True,
                "mode": recipe["name"], "temp": temp, "time": time_mins
            }))

        # ──────────────────────────────────────
        # STOP
        # ──────────────────────────────────────
        elif action == "stop":
            body = device._build_request()
            body.update({
                "method": "bypassV2",
                "payload": {"data": {}, "method": "endCook", "source": "APP"}
            })
            r, _ = await manager.async_call_api(API_URL, "post", json_object=body)
            if not (r and r.get("code") == 0):
                body["payload"]["method"] = "setSwitch"
                body["payload"]["data"] = {"startStop": "stop"}
                r, _ = await manager.async_call_api(API_URL, "post", json_object=body)

            print(json.dumps({"action": "stop", "success": bool(r and r.get("code") == 0)}))

        # ──────────────────────────────────────
        # STATUS – now 100% accurate using the real API call
        # ──────────────────────────────────────
        elif action == "status":
            status_body = device._build_request()
            status_body.update({
                "method": "bypassV2",
                "payload": {
                    "data": {},
                    "method": "getAirfryerStatus",
                    "source": "APP"
                }
            })

            resp, _ = await manager.async_call_api(API_URL, "post", json_object=status_body)

            if not resp or resp.get("code") != 0 or resp.get("result", {}).get("code") != 0:
                print(json.dumps({"cook_status": "error", "error": "Failed to get status"}))
                return

            data = resp["result"]["result"]

            # Extract only what we care about – exactly like the official app
            step = data["stepArray"][0] if data["stepArray"] else {}

            status = {
                "cook_status": data.get("cookStatus", "unknown"),
                "current_temp": data.get("currentTemp"),
                "set_temp": step.get("cookTemp"),
                "time_remaining_sec": data.get("totalTimeRemaining", 0),
                "time_remaining_min": round(data.get("totalTimeRemaining", 0) / 60, 1),
                "active_mode": step.get("mode", "N/A"),
                "recipe_name": step.get("recipeName", "Manual"),
                "device_status": "online",
                "connection_status": "connected"
            }

            print(json.dumps(status))

    except Exception as e:
        print(json.dumps({"error": str(e), "traceback": traceback.format_exc()}))
    finally:
        if manager and hasattr(manager, "session"):
            try:
                await manager.session.close()
            except:
                pass


if __name__ == "__main__":
    asyncio.run(main())

[MaxVonEvil]

Hi @webdjoe is the CAF-P583S still work in progress? It seems you have the pcaps you need, however if there something to test, I am all ears! Thank you

[webdjoe]

I'll need full captures of all features, with different conditions to integrate this - ie. the different cook modes, recipes, pulling out the tray during cook and without cook, preheat, cook, cancel cook, pause cook, resume cook, start cook, etc. My time is a bit limited for the next month or so, I've already started a separate branch where I integrated several other fryer models if you want to try to add onto that. If you do full captures, you can email me at webdjoe at gmail.

[mikealanni]

Here is a full working script I'm using in my home-assistant

air_fryer_control.py

[lackas]

I have a Cosori Dual Blaze TwinFry 10-Litre Air Fryer (CAF-TF102S) (EU variant, configModule: VS_WFBO_AFR_CAF-TF102S_EU).

Tested with the air-fryer-refactor branch from PR #503 — adding CAF-TF102S to the VeSyncDualAirFryer dev_types list works out of the box:

Air fryers: 1
Class: VeSyncDualAirFryer
Type: CAF-TF102S
Chamber 1: standby
Chamber 2: standby
Temp unit: c
Sync: False
Cook modes: AirFry, Bake, Roast, Grill, Dry, Reheat

The getAirfryerMultiStatus and configurationsV2 APIs both respond correctly. The device was registered today in the EU region.

One-line change needed in device_map.py:

dev_types=['CAF-TF101S-AEU', 'CAF-TF101S', 'CAF-TF102S'],

Happy to test cooking/pause/end commands if needed.