SUPPORTED-HARDWARE.md

Wifit3 Hardware Testing & Verification

The matrix below captures how well wifit3 drives each card right now. Every blemish is either a documented Wifit3 bug or a hardware limitation; the deep per-card detail and history live in each chip's <CHIP>.md (linked under its table).

✅ works · ⚠️ works, with a caveat · ❌ tried, broken · ⬜ not run yet

• RX (receive): range, reception quality, channel tune. Passive captures rely on RX.
• TX (frame injection): Deauths, WPS, WEP, PMKID extraction, etc all rely on TX.
• ACKs: radio HW-ACKs a forged MAC. WPS relies heavily on Auto-ACKing, PMKID less so, Deauth/WEP not at all.
• Port: performance comparison to the Linux driver port (RX breadth & quality).
• Stress: 30-min channel-hopping soak, only tracks RX degradation over time.
• Grade: summary/rollup of the above metrics as a final letter grade.

Matrix

Chipset	RX	TX	ACKs	Port	Stress	Grade
AR9271	✅	✅	✅	✅	✅	A
MT7612U	✅	✅	✅	✅	✅	A
MT7610U	✅	✅	✅	✅	✅	A
MT7921AU	✅	✅	✅	✅	✅	A
MT7925AU	✅	✅	✅	✅	✅	A
RTL8188EUS	✅	✅	✅	✅	✅	A
RTL8812AU	✅	✅	✅	✅	✅	A
RTL8821AU	✅	✅	✅	✅	✅	A
RTL8922AU	✅	✅	✅	✅	✅	A
RTL8822BU	✅	✅	✅	✅	✅	A
RTL8822CU	✅	✅	✅	✅	⬜	A
RT3070	✅	✅	✅	✅	✅	A
RT5372	✅	✅	✅	✅	✅	A
RT5370	✅	✅	✅	✅	✅	B
RT5572	✅	⚠️	✅	✅	✅	B
RTL8821CU	⚠️	✅	✅	⚠️	✅	B
RTL8187L	✅	✅	⚠️	✅	✅	C
RTL8814AU	❌	✅	✅	⚠️	✅	D
RT2500USB	⚠️	✅	❌	✅	⚠️	D

Atheros Chipset

AR9271

ALFA AWUS036NHA / TP-Link TL-WN722N / D-Link DWA-126 · 2.4 GHz

Capability	Status	Date	Notes
Grade	92% (A)	2026-07-25	Full 2.4 GHz attack suite, kernel-parity RX (now baselined).
RX	✅	2026-07-25	Ref AP 7.1 vs 7.6/s (93%); RSSI accurate; run-to-run variance at weak signal.
Port	✅	2026-07-25	Matches ath9k_htc: Ref AP beacon rate + RSSI parity.
Handshake	✅	2026-07-25	Deauth → 4-way (M1–M4).
PMKID	✅	2026-07-25	Passive + active extract.
WEP	✅	2026-07-25	ChopChop + ARP replay ~200 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (Addr2-keyed).
Stress	✅	2026-07-29	30-min 13-ch soak, flat (trend 0.91).

→ AR9271_V2.md

Realtek Chipsets

RTL8187L

ALFA AWUS036H · 2.4 GHz

Capability	Status	Date	Notes
Grade	71% (C)	2026-07-25	Matches Linux RX + TX, limited 802.11g, hard-MAC (no auto-ACKs), 100 ivs/s WEP.
RX	✅	2026-07-09	ref AP 5.9 vs linux 6.7/s (88%); breadth 59 vs 54 (≥ linux); RSSI −0.9 dB.
TX	✅	2026-07-25	Deauth + WEP inject; live-confirmed.
ACKs	⚠️	2026-07-25	Hard-MAC = fixed-MAC (can't ACK spoofed MACs).
Port	✅	2026-07-09	Matches linux breadth (59/54 APs), RSSI −0.9 dB, worse beacon rate (5.9 vs 6.7/s = 88%).
Handshake	✅	2026-07-25	Deauth → 4-way.
PMKID	✅	2026-07-25	Passive + active.
WEP	✅	2026-07-25	FakeAuth + ARP replay + ChopChop; ~100 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (4/5, via the silicon-MAC path).
Stress	✅	2026-07-29	30-min 13-ch soak, flat (trend 1.06).

→ RTL8187L.md

RTL8188EUS

TP-Link TL-WN722N v2/v3 · 2.4 GHz

Ported from the aircrack-ng/rtl8188eus vendor/DKMS port. There is a separate (weaker) port for the mainline kernel v6.18 driver (opt-in via WIFIT3_RTL8188=mainline), but the default DKMS port out-performs mainline (as expected).

Capability	Status	Date	Notes
Grade	90% (A)	2026-07-25	Kernel-parity RX + full 2.4 attack suite.
RX	✅	2026-07-09	(DKMS) beacon rate matches Linux 7.7 vs 7.29/s, breadth 102 vs 91 (≥ linux); RSSI −0.6 dB.
Port	✅	2026-07-09	(DKMS) Matches Linux 98% total beacons (6570 vs 6693), breadth 102 ≥ 91, RSSI −0.6 dB.
Handshake	✅	2026-07-25	Deauth → 4-way.
PMKID	✅	2026-07-25	Active extract.
WEP	✅	2026-07-25	ChopChop + ARP replay ~170 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5); PBC (~20 EAPOL).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (Addr2-keyed).
Stress	✅	2026-07-30	30-min soak, flat (trend 0.97); mainline degrades/collapses.

→ RTL8188EUS_DKMS.md (default) · RTL8188EUS.md (mainline)

RTL8812AU

ALFA AWUS036ACH · 2.4 / 5 GHz

Default = vendor/DKMS port (table below). WIFIT3_RTL8812=mainline opts back. But mainline wedges on 2.4↔5 GHz hopping (RF synth loses lock; confirmed 2026-07-07, ch153/161 dropped), so it's fixed-channel only. DKMS hops clean. (The DKMS driver won't compile on kernel 6.19, so the same-driver Port baseline couldn't be re-run fresh. Port ✅ is vs the prior linux-DKMS + a clean live dual-band hop.)

Capability	Status	Date	Notes
Grade	91% (A)	2026-07-25	Clean dual-band DKMS default, full attack suite; mainline-wedge is opt-in only.
RX	✅	2026-07-07	DKMS ref2g 6.4/s, ref5g 9.2/s, breadth 91/40; no wedge on the dual-band hop.
Port	✅	2026-07-07	Clean dual-band hop; same-driver baseline stale (6.19 build fails). See note.
TX	✅	2026-07-25	Client drop + reconnect caught.
Handshake	✅	2026-07-25	M2/M4 (ToDS): crackable.
PMKID	✅	2026-07-25	Capture + active extract.
WEP	✅	2026-07-25	Replay + ChopChop.
WPS	✅	2026-07-25	PIN + PBC.
ACKs	✅	2026-07-25	HW-ACK forged MAC (WPS/PMKID).
Stress	✅	2026-07-29	30-min 22-ch dual-band soak, flat (trend 1.08).

→ RTL8812AU_DKMS.md (default) · RTL8812AU.md (mainline)

RTL8814AU

ALFA AWUS1900 · 2.4 / 5 GHz · 4T4R

The maintainer of the DKMS driver says Realtek's support for this driver is subpar, that the driver itself is not good, and advises not using cards that rely on this driver (morrownr/8814au#37).

Default = vendor/DKMS port. WIFIT3_RTL8814=mainline opts back.

Capability	Status	Date	Notes
Grade	60% (D)	2026-07-25	Sometimes wedges after hopping; WEP severely limited (~10-20 IVs/s). Rest of the suite fine.
RX	❌	2026-07-25	Matches Linux when unwedged (6.1/5.8 beacon/s, ref5g 9.8/9.0, RSSI −0.3 dB).
Port	⚠️	2026-07-25	Not a faithful port; Linux does not have the wedge-after-hopping bug.
Handshake	✅	2026-06-05	Deauth → 4-way.
PMKID	✅	2026-07-25	Passive + active (2.4 + 5 GHz).
WEP	⚠️	2026-07-25	Replay + ChopChop, but RX-limited to ~10-20 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (Addr2-keyed).
Stress	✅	2026-07-29	30-min 22-ch flat (trend 1.04). Continuous hopping avoids wedge.

→ RTL8814AU.md (mainline) · RTL8814AU_DKMS.md (default)

RTL8821AU

ALFA AWUS036ACS / Archer T2U+ / Archer T2U · 2.4 / 5 GHz

Default = vendor/DKMS port (table below). WIFIT3_RTL8821=mainline opts back.

Capability	Status	Date	Notes
Grade	91% (A)	2026-07-25	Clean dual-band on both variants, full attack suite, no wedge.
RX	✅	2026-07-07	DKMS ref2g 7.0/7.8 (90%), ref5g 9.3/9.6 (97%), breadth 66/31; mainline 91% too.
Port	✅	2026-07-07	Matches linux both bands, DKMS + mainline.
Handshake	✅	2026-07-25	Deauth → 4-way.
PMKID	✅	2026-07-25	Passive + active.
WEP	✅	2026-07-25	Replay + ChopChop.
WPS	✅	2026-07-25	PIN + PBC.
ACKs	✅	2026-07-25	HW-ACK forged MAC (WPS/PMKID).
Stress	✅	2026-07-30	30-min 22-ch dual-band soak, flat (trend 1.03).

→ RTL8821AU.md (mainline) · RTL8821AU_DKMS.md (default)

RTL8821CU

Auscoumer 600 Mbps · 2.4 / 5 GHz

Capability	Status	Date	Notes
Grade	B	2026-07-25	Full dual-band attack suite; 2.4 GHz can come up silent after a 5→2.4 switch (until switched back).
RX	⚠️	2026-07-25	Matches Linux both bands on a clean connect; 2.4 GHz can go silent after a 5→2.4 switch.
Port	⚠️	2026-07-25	Unfaithful port: the 2.4-after-5 silence is a bug in our port, not Linux.
Handshake	✅	2026-06-24	4-way captured.
PMKID	✅	2026-06-24	Capture + active extract (2.4 + 5).
WEP	✅	2026-07-06	2.4 ChopChop + ARP replay ~225 IVs/s (no 5 GHz WEP target).
WPS	✅	2026-06-24	PBC: ~25 EAPOLs (HW-ACK forged MAC).
ACKs	✅	2026-06-24	HW-ACK forged MAC (WPS + 5 GHz PMKID/deauth).
Stress	✅	2026-07-29	30-min 22-ch soak, flat (trend 0.96, no death-detect).

→ RTL8821CU_DKMS.md

RTL8822BU

TP-Link Archer T3U Plus v1 / Archer T4U v3 / T4U+ · 2.4 / 5 GHz

Default = vendor/DKMS port (table below). WIFIT3_RTL8822=mainline opts back.

Capability	Status	Date	Notes
Grade	90% (A)	2026-07-25	Dual-band kernel-parity RX + full attack suite.
RX	✅	2026-07-08	2G: 6.5 vs 6.4/s (102%), 5G: 9.5 vs 9.7/s (99%); breadth 78/36 (2G+5G); RSSI −0.5 dB.
Port	✅	2026-07-08	Matches linux-DKMS (88x2bu) both bands.
TX	✅	2026-07-25	Deauth & PMKID extraction.
Handshake	✅	2026-06-16	Deauth → full M1–M4.
PMKID	✅	2026-07-25	Passive capture + extract.
WEP	✅	2026-07-25	ChopChop + ARP replay ~140 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (spoofed + silicon).
Stress	✅	2026-07-30	30-min 22-ch soak, flat (trend 0.94, no death-detect).

→ RTL8822BU_DKMS.md (default) · RTL8822BU.md (mainline)

RTL8822CU

D-Link AC13U (rev A1) · 2.4 / 5 GHz

Capability	Status	Date	Notes
Grade	A	2026-09-02	Dual-band kernel-parity RX + full attack suite; spoofable ACKs.
RX	✅	2026-09-02	2G: 6.1 vs 6.8/s (90%), 5G: 9.6/9.6 (match); breadth 35/26 (≥ kernel); RSSI +0.3 dB.
Port	✅	2026-09-02	Matches linux-DKMS (rtl88x2cu) both bands; verify_pcap byte-identical up to TX.
TX	✅	2026-09-02	Deauth + PMKID + WEP inject, 2.4 + 5 GHz.
Handshake	✅	2026-09-02	Deauth → 4-way.
PMKID	✅	2026-09-02	Passive + active, 2.4 + 5 GHz.
WEP	✅	2026-09-02	ChopChop + ARP replay ~220 IVs/s.
WPS	✅	2026-09-02	PIN works.
ACKs	✅	2026-09-02	Auto-ACKs spoofed mac in AM; TX stops-on-ACK AM both on & off (retry 6).
Stress	⬜		30-min soak deferred this pass.

→ RTL8822CU.md

RTL8922AU

ASUS USB-BE93 · 2.4 / 5 GHz · Wi-Fi 7 (rtw89 8922A)

Capability	Status	Date	Notes
Grade	A	2026-07-30	Accurate rtw89 port (verify_pcap PASS ×3); full attack suite works on USB-A. USB-3 starves RX (see RX).
RX	✅	2026-07-30	Dual-band monitor RX; yield tracks USB speed (USB-A ~70-90 APs, USB-3 ~16, 2.4 GHz worst).
TX	✅	2026-07-30	Deauth + WPS + PMKID inject, 2.4 + 5 GHz (probe-req drew 38 responses).
ACKs	✅	2026-07-30	Auto-ACKs a forged MAC via active monitor (SPOOFABLE); WPS-PIN + PMKID confirm it.
Port	✅	N/A	verify_pcap PASS on all 3 cold-boot captures (register + bulk-OUT byte-for-byte), both bands.
Handshake	✅	2026-07-30	Deauth → 4-way, 2.4 + 5 GHz.
PMKID	✅	2026-07-30	Passive + active, 2.4 + 5 GHz.
WEP	✅	2026-07-30	USB-A: ChopChop 32B/15s, ARP ~180 IVs/s. USB-3: ~1min/32B, ~8 IVs/s (RX-starved).
WPS	✅	2026-07-30	PIN works.
Stress	✅	2026-07-29	30-min USB-A soak, flat (93→102 active, trend ~1.0). USB-3 drops RX to ~15 (2.4 GHz hit hardest).

→ RTL8922AU.md

Mediatek Chipsets

MT7610U

ALFA AWUS036ACHM · 2.4 / 5 GHz

Capability	Status	Date	Notes
Grade	93% (A)	2026-07-25	Faithful dual-band port, linux-parity RX, full suite.
RX	✅	2026-07-07	ref2g 7.1/7.3 (97%), ref5g 9.3/9.7 (96%); breadth 132/34 (best 2.4, matches).
Port	✅	2026-07-07	Matches mt76x0u both bands.
Handshake	✅	2026-07-25	Deauth → 4-way capture.
PMKID	✅	2026-07-25	Passive + active (2.4 + 5 GHz).
WEP	✅	2026-07-25	ChopChop + ARP replay ~190 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (spoofed + silicon).
Stress	✅	2026-07-29	30-min 22-ch dual-band soak, flat (trend 1.01).

→ MT76X0U.md

MT7612U

ALFA AWUS036ACM · 2.4 / 5 GHz

Capability	Status	Date	Notes
Grade	93% (A)	2026-07-25	Faithful dual-band port, linux-parity RX, full suite.
RX	✅	2026-07-06	2G: 7.6/8.3 b/s (92%), 5G: 8.9/9.7 (92%); breadth 109/43 (matches); RSSI −1.5 dB.
Port	✅	2026-07-06	Matches mt76x2u both bands.
Handshake	✅	2026-07-25	Deauth → 4-way (M1–M4).
PMKID	✅	2026-07-25	Passive + active (2.4 + 5 GHz).
WEP	✅	2026-07-25	Replay + ChopChop ~160 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (4/5).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (spoofed + silicon).
Stress	✅	2026-07-29	30-min 22-ch dual-band soak, flat (trend 0.98, TSSI-on).

→ MT76X2U.md

MT7921AU

ALFA AWUS036AXML / Panda PAU0F · 2.4 / 5 GHz

Capability	Status	Date	Notes
Grade	A	2026-07-25	Best-in-batch RX + faithful dual-band port, full attack suite.
RX	✅	2026-07-06	2G: 8.6/8.9 b/s (97%), 5G: 9.3/9.6 (97%); breadth 112/52 APs (matches); RSSI −1.4 dB.
Port	✅	2026-07-06	Matches mt76 both bands.
TX	✅	2026-07-25	Inject 2.4 + 5 GHz.
Handshake	✅	2026-07-25	Deauth → 4-way (M1–M4).
PMKID	✅	2026-07-25	Passive capture + active extract.
WEP	✅	2026-07-25	ChopChop + ARP replay ~220 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5, auto-ACK).
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (spoofed MAC).
Stress	✅	2026-07-29	30-min 22-ch dual-band soak, flat (trend 1.08).

→ MT7921AU.md

MT7925AU

Netgear A9000 · 2.4 / 5 GHz · Wi-Fi 7 (connac3)

Capability	Status	Date	Notes
Grade	A	2026-07-27	Kernel-parity dual-band RX and full attack suite; flat 20-min soak.
RX	✅	2026-07-27	2G: 8.9/8.71 (match), 5G: 9.8/9.79 (match); breadth = Linux; RSSI +0.1 dB.
Port	✅	2026-07-27	Matches mt7925u both bands; accurate RSSI.
TX	✅	2026-07-26	Inject 2.4 + 5 GHz; TXWI byte-exact vs 2 TX pcaps.
Handshake	✅	2026-07-26	Deauth → 4-way.
PMKID	✅	2026-07-26	Captured.
ACKs	✅	2026-07-27	Auto-ACKs forged MACs (via Active Monitor); HW ACK-retries.
WPS	✅	2026-07-27	PIN → M7, 5/5 (active monitor).
WEP	✅	2026-07-26	2.4 GHz ChopChop + ARP replay ~300 IVs/s.
Stress	✅	2026-07-29	30-min 22-ch soak, flat (trend 1.01, no death-detect).

→ MT7925AU.md

Ralink Chipsets

RT2500USB

Buffalo Nintendo Wi-Fi / RT2570 · 2.4 GHz

My first wireless card: It gets an "A" in my book simply for still working after 20 years!

Capability	Status	Date	Notes
Grade	D	2026-07-25	RX flakey when "holding it wrong", no ACK-based retries at all (not even fixed-MAC). Beloved.
RX	⚠️	2026-07-25	Good when good: 8.4 vs 8.1/s Linux, RSSI −0.2. Drops to near-dead in bad spells.
TX	✅	2026-07-25	Deauth + PMKID + WEP inject; one copy per frame (no ACK-based retry).
ACKs	❌	2026-07-25	NONE: auto-ACKs nothing, not even its own silicon MAC (no active monitor / autoresponder).
Port	✅	2026-07-25	Matches rt2500usb RX, captured in a good spell; intermittency makes it hard to reproduce.
Handshake	✅	2026-07-25	Deauth → reconnect (M1–M3).
PMKID	✅	2026-07-25	Passive + active extract.
WEP	⚠️	2026-07-25	ARP ~50 IVs/s; ChopChop fails due to no ACK-based delivery.
WPS	✅	2026-07-25	PIN → M7 (5/5) but slow (~4.2 s median, via AP retransmits, no auto-ACK).
Stress	⚠️	2026-07-29	Solo: 30-min soak, mild late taper. Died at 2m in a 4-card soak (bus contention, not the driver).

→ RT2500USB.md

RT3070

ALFA AWUS036NH · 2.4 GHz · 1T1R

Excellent 2.4 GHz front-end (external LNA): strong range, signal, and TX rate.

Capability	Status	Date	Notes
Grade	A	2026-07-25	Full 2.4 GHz attack suite; now with a Linux baseline (kernel-parity RX).
RX	✅	2026-07-25	Ref AP 6.9 vs 6.6/s (matches); RSSI accurate.
TX	✅	2026-07-25	Deauth byte-match w/ aireplay-ng.
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (needs it for stop-on-ACK).
Port	✅	2026-07-25	Matches rt2800usb: Ref AP beacon rate + RSSI parity.
Handshake	✅	2026-07-25	Deauth → 4-way.
PMKID	✅	2026-07-25	Passive + active extract.
WEP	✅	2026-07-25	ChopChop + ARP replay ~136 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5).
Stress	✅	2026-07-29	30-min 14-ch soak, flat (trend 1.01).

→ RT3070.md

RT5370

LOTEKOO 150 Mbps · 2.4 GHz · 1T1R

Capability	Status	Date	Notes
Grade	80% (B)	2026-07-25	Kernel-parity RX, nano 1T1R front-end is limited (1/2 good card); WPS flaky.
RX	✅	2026-07-08	ref AP 8.6 vs 9.1/s (95%); breadth 50 vs 57; RSSI +0.8 dB (accurate).
Port	✅	2026-07-08	Matches rt2800usb: beacon rate + RSSI parity; accurate RSSI (+0.8 dB).
Handshake	✅	2026-07-25	Deauth → 4-way.
PMKID	✅	2026-07-25	Capture + active extract.
WEP	✅	2026-07-25	2.4 GHz ChopChop + ARP replay ~200 IVs/s.
WPS	⚠️	2026-07-25	PIN → M7 but flaky (3-4/5, ~7.6 s median), imperfect stop-on-ACK.
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor (stop-on-ACK imperfect).
Stress	✅	2026-07-30	30-min 14-ch soak, flat (trend 1.02, no death-detect).

→ RT5370.md

RT5372

Panda PAU05 + PAU06 · 2.4 GHz · 2T2R

Capability	Status	Date	Notes
Grade	92% (A)	2026-07-25	Faithful port, linux-parity RX, full attack suite, flat soak.
RX	✅	2026-07-06	2G 6.6 vs 7.1/s (93%); breadth 75/79; RSSI +0.7 dB.
Port	✅	2026-07-06	Matches linux (rt2800usb); accurate RSSI (+0.7 dB).
TX	✅	2026-07-25	Live → reconnect; byte-match w/ aireplay-ng.
Handshake	✅	2026-07-25	Deauth → 4-way (~27 EAPOL/30 s).
PMKID	✅	2026-07-25	Capture + active extract.
WEP	✅	2026-07-25	ARP replay + ChopChop.
WPS	✅	2026-07-25	PIN + PBC.
ACKs	✅	2026-07-25	WPS PIN/PBC → auto-ACK.
Stress	✅	2026-07-30	30-min 14-ch soak, flat (PAU05 1.13, PAU06 0.91).

→ RT5372.md (default) · RT2800USB.md (rt2800usb fallback)

RT5572

Panda PAU09 N600 · 2.4 / 5 GHz · 2T2R

5 GHz injection is flaky on nearby APs: deauth / PMKID / WPS can drop on a strong nearby 5 GHz AP. Distant 5 GHz and all of 2.4 GHz are unaffected.

Capability	Status	Date	Notes
Grade	85% (B)	2026-07-25	Matches Linux RX/TX, auto-ACK; 2GHz TX is fine but 5 GHz TX is flaky on nearby APs.
RX	✅	2026-07-09	2G: 7.7/7.7 (100%), 5G: 8.6/9.7 (89%); breadth 103/109 2G, 38/38 5G; RSSI +0.3 dB.
TX	⚠️	2026-07-25	2G TX good, 5G TX unreliable on nearby strong APs (TX's to distant APs fine).
Port	✅	2026-07-25	Matches linux (rt2800usb) both bands; accurate RSSI.
Handshake	✅	2026-07-25	2.4 deauth → 4-way.
PMKID	✅	2026-07-25	Passive + active 2.4; 5 GHz nearby harvest limited by weak TX (a few retries).
WEP	✅	2026-07-25	2.4 ChopChop + ARP replay ~200 IVs/s.
WPS	✅	2026-07-25	PIN → M7 (5/5); 5 GHz nearby assoc limited by TX.
ACKs	✅	2026-07-25	Auto-ACK forged MAC via active monitor.
Stress	✅	2026-07-29	30-min 22-ch soak, flat (trend 1.04).

→ RT5572.md

Unsupported

RT3572 (ALFA AWUS051NH v2): untested

Our only unit (bought 2015) has a blank EFUSE (no factory RF calibration), so it can't validate the chip.

→ RT2800USB.md

Stress soak

A 30-minute sustained-hop soak: scripts/rx/soak.py --skip-baseline --longrun-min 30, hopping all channels. ✅ = no degradation trend across the 60 s buckets and post-soak attacks pass.

Why 30 min, not an hour: across a dozen cards a 1-hour bar is a full day of hands-on scanning, and 30 min already resolves the degradation curve.

Hardware queue

"Will you support card X?" Maybe. A chipset gets added when we have the adapter in hand and a clean cold-boot USB capture to port against (the process is docs/porting/METHODOLOGY.md). Good candidates are the USB adapters morrownr recommends for Kali: https://github.com/morrownr/USB-WiFi/blob/main/home/Recommended_Adapters_for_Kali_Linux.md

Wishlist (not yet bought):

• TP-Link Archer T2U Plus: RTL8821AU / RTL8811AU.
• Generic MT7601U: cheapest dongle; known for awkward packet injection.