Gemini 4 Argon review: Blender, knowledge videos, SVG and animation
Eleven creative tasks by Gemini 4 Argon, with inspected final artifacts, editable project downloads, concise observations and attributed Google benchmark figures.
Updated: 2026-11-04
Model and source
Google frontier Gemini 4 model for complex engineering, science and knowledge work, with a unified input/output window and continuation protocol.
Exact requested and returned model alias: gemini-4-argon. A verifiable immutable checkpoint was not published.
Google model card · Google model documentation · Metadata checked: 2026-11-03T23:54:21.091104+00:00
Scope and findings
All 11 tasks were delivered and inspected. SVG constraints and animation attachments are well executed, with checks supporting the shelf bodies, gear counts and sampled ratio; mechanical meshes/UVs, bed dimensions, interior framing and decorative details still have problems. All four knowledge films reach 1080p and 78–89 seconds, with broadly sound explanations, but self-defined scores in a NASA-labeled chart, extra QR claims and missing glyphs affect reliability. Editable projects and source are retained; geometry, sources and fine-text readability still need review before use.
All eleven final deliveries were inspected. Accepted means delivered and checked, not a perfect quality score. The work is presented first, with run conditions and raw usage in the expandable evidence section.
View Gemini 3.8 Flash on the same frozen task suite
Budgets and cumulative SVG elapsed time
No controller caps on turns, cumulative output, retries or creation time. Each response allows up to 65,536 output tokens; individual network requests have a 600-second deadline and outage backoff is at least 60 seconds.
SVG elapsed spans, from first session creation to final completion: clock 586 s, dashboard 298 s, poster 501 s, cycling pelican 962 s. These include rendering, interruptions and waiting, with overlapping sessions; they are not isolated inference-speed measurements.
3D modelling
Parametric bookshelf and parameter revision
Both wood bodies, 18 mm boards and equal clear compartments have the specified dimensions, with matching sampled joints. Protruding hardware slightly exceeds the nominal envelope, and white labels lose contrast on pale wood.
More views and test details
Parametric bookshelf and parameter revision · view 2
Parametric bookshelf and parameter revision · view 3
Parametric bookshelf and parameter revision · view 4
Parametric bookshelf and parameter revision · view 5
Parametric bookshelf and parameter revision · view 6
Not recorded · Requests / complete responses: 51 / 49 · — / — input / output tokens
- The shared generator produces the specified 800/1000 mm wood-body widths, 300 mm depth, 1200 mm height and 18 mm boards. Clear bays measure 376 mm and 277.5 mm, with matching joint sections. Six clear views show both sides and local joinery. Protruding hardware slightly exceeds the nominal envelope, and white labels have limited contrast on pale wood.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
同一参数化书架制作两版：800/1000mm宽、三格/四格，保持深300mm、高1200mm和18mm板厚，交两工程六视图。 Two parametric shelf variants: 800/1000 mm wide, three/four compartments, retaining 300 mm depth, 1200 mm height and 18 mm boards; two projects and six views.
同一参数化书架制作两版：800/1000mm宽、三格/四格，保持深300mm、高1200mm和18mm板厚，交两工程六视图。 Two parametric shelf variants: 800/1000 mm wide, three/four compartments, retaining 300 mm depth, 1200 mm height and 18 mm boards; two projects and six views.
SHA-256: 270cc062940aa2ccbae53be251aa2b04c4d792416913cc6850b3612ed355b53d
Music and sound effects, no narration.
24/18/60-tooth planetary reducer and axial explosion
The tooth counts, millimetre dimensions and sampled 3.5 ratio are correct, with a complete six-second film. Cropped framing, bright highlights, degenerate triangles, collapsed UVs and disconnected carrier shells still weaken asset quality.
More views and test details
24/18/60-tooth planetary reducer and axial explosion · view 2
24/18/60-tooth planetary reducer and axial explosion · view 3
24/18/60-tooth planetary reducer and axial explosion · view 4
24/18/60-tooth planetary reducer and axial explosion · view 5
Not recorded · Requests / complete responses: 26 / 25 · — / — input / output tokens
- Correct tooth counts and millimetre scale, sampled 3.5:1 kinematics, and a complete 6-second 1080p film. The top view clips the ring and bright metal loses contrast. Degenerate triangles, collapsed UV faces and 11 disconnected shells per carrier remain; coherent pin support is not established. Editable native project, four views, two stems and source are delivered.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
制作并展示24/18×3/60齿行星减速器，核查尺寸、啮合与运动，交原生工程、多视图和六秒短片。 Create a 24/18×3/60-tooth planetary reducer with dimensional, mesh and motion review, editable project, multiple views and a six-second film.
制作并展示24/18×3/60齿行星减速器，核查尺寸、啮合与运动，交原生工程、多视图和六秒短片。 Create a 24/18×3/60-tooth planetary reducer with dimensional, mesh and motion review, editable project, multiple views and a six-second film.
SHA-256: 9eef9fc40342aec818be3f9134ebf8b33777765f67f9d1d8a2cfea24c168b231
Music and sound effects, no narration.
12×9m two-bedroom interior, rooms and floor plan
The 12×9 m footprint, main wall openings and room layout are verified, with five views and a six-second partial tour. The 1.8×1.9 m bed base falls short of the requested 2 m length; tight crops, the final doorway obstruction and simplified details also limit presentation.
More views and test details
12×9m two-bedroom interior, rooms and floor plan · view 2
12×9m two-bedroom interior, rooms and floor plan · view 3
12×9m two-bedroom interior, rooms and floor plan · view 4
12×9m two-bedroom interior, rooms and floor plan · view 5
12×9m two-bedroom interior, rooms and floor plan · view 6
Not recorded · Requests / complete responses: 69 / 64 · — / — input / output tokens
- The 12×9m footprint, 2.8m clear height, 240/120mm walls and key door/window voids are verified, with six dining chairs and correctly sized table/rug. Five HD views are readable; the complete six-second film is a partial living-to-corridor tour. Tight crops and pale highlights limit presentation. The bed base/mattress are undersized, and the active TV screen measures about63.8 inches.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
制作12×9m两居室，包含指定房间、门窗和家具，交原生工程、五视图和六秒短片。 Create a 12×9 m two-bedroom interior with specified rooms, openings and furniture; editable project, five views and a six-second film.
制作12×9m两居室，包含指定房间、门窗和家具，交原生工程、五视图和六秒短片。 Create a 12×9 m two-bedroom interior with specified rooms, openings and furniture; editable project, five views and a six-second film.
SHA-256: 07131c050f24bd5db4ac8a755d58aae1e708c9cd5e7db41a071cc7632899c7fc
Knowledge videos
Why does water float after it freezes?
The 89-second film explains floating ice through mass conservation, hydrogen bonds and volume expansion, with a basically correct scientific narrative. Dense cards, a molecular count that differs from the storyboard and absent promised camera zooms reduce clarity.
Test details
Not recorded · Requests / complete responses: 49 / 46 · — / — input / output tokens
- A complete 89 s film, required documents/source and three audio stems are delivered; full decode, 24 SRT cues and 12 TTS segment boundaries pass. The 18/18 molecular comparison, liquid-water hydrogen bonds, about 9% volume expansion and freshwater/seawater boundary are basically consistent with the sources. Dense cards weaken fine-text readability on small screens; promised camera zooms are absent; the equal-volume ice panel has 12 molecules versus about 16 in the storyboard. The pronunciation guide contains a tone error for molecule; actual listening is unknown. Both TTS WAV/text/receipt versions are preserved as read-only snapshots. The author deleted the intermediate mix WAV; its bytes were not archived. Supplied source and stems can rebuild it; the coordinator did not regenerate it.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
围绕冻结主题“水结成冰，为什么反而浮起来？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why does water float after it freezes?”, with captions, storyboard and project.
围绕冻结主题“水结成冰，为什么反而浮起来？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why does water float after it freezes?”, with captions, storyboard and project.
SHA-256: f1832d017344e1dea2392d2a6edcfb1e3caf43b9e021590f1393d1a81c99e810
Why can a damaged QR code still be read?
The 78-second film correctly explains 8-bit codewords, correction levels and the Q-level 50/200 example, including the 100+100 split. Extra fixed redundancy ratios, inevitable finder failure and mandatory size growth lack source support, and fine text is dense.
Test details
Not recorded · Requests / complete responses: 32 / 32 · — / — input / output tokens
- A complete 78 s film, required documents/source and three WAV stems are delivered; full decode, 12 TTS/SRT boundaries and the burned caption table pass. The main 8-bit, approximate levels and Q-level 50/200 explanation is correct; 200 cells, the 100+100 split, 50-cell recovery and D2/D6 values were verified. Dense cards weaken small-screen labels; extra fixed redundancy ratios lack source support, and finder failure/mandatory size growth are overstated. Promised smooth chapter transitions are absent; listening and word-level speech alignment remain unknown. All five TTS WAV/text/receipt versions and the first complete MP4/source are preserved. The author-deleted master WAV was captured in QA; the coordinator did not remix it.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
围绕冻结主题“二维码缺了一块，为什么还能扫？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why can a damaged QR code still be read?”, with captions, storyboard and project.
围绕冻结主题“二维码缺了一块，为什么还能扫？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why can a damaged QR code still be read?”, with captions, storyboard and project.
SHA-256: 498ad3d8a8e94410c03bf0209a7b7084ca6c8cace51f026643b3151ec57cfa67
Why does Webb use five thin sunshield layers?
The 81.5-second film clearly separates the five-layer shield, lateral heat escape and coatings, with prominent captions. Its final chart presents self-defined cooling/complexity scores as NASA modeling and adds unsupported threshold claims, while fine annotations are dense.
Test details
Not recorded · Requests / complete responses: 39 / 39 · — / — input / output tokens
- Blue-and-orange diagrams clearly separate slab conduction, five-layer lateral heat escape and coatings, with prominent captions, consistent hot/cold directions and a complete81.5-second film plus three audio stems. The final chart presents author-defined cooling/complexity bar heights as NASA modeling and adds unsupported claims such as a four-layer threshold; dense small annotations need enlargement on a portrait phone.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
围绕冻结主题“韦布为什么用五层薄膜，而不是一块厚板？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why does Webb use five thin sunshield layers?”, with captions, storyboard and project.
围绕冻结主题“韦布为什么用五层薄膜，而不是一块厚板？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why does Webb use five thin sunshield layers?”, with captions, storyboard and project.
SHA-256: 7f9ba6dce5297cc9f1c3d730df41fc19b49e9ed11c929e9170d8aab50a8d3e81
Why does noise cancellation work without music?
The 84.8-second film clearly connects passive sealing, the microphone–processor–speaker chain and residual pressure, with explicit idealization labels. Some checkmarks are missing, fine text has low contrast, and planned gains differ from the actual mix.
Test details
Not recorded · Requests / complete responses: 25 / 24 · — / — input / output tokens
- The 84.8-second, eight-scene film clearly connects passive sealing, microphone–processor–speaker flow and residual sound pressure, with explicit idealized/non-measurement labels. Some checkmark glyphs render as boxes and fine, low-contrast annotations need enlargement; the audio plan lists gains of 1/1/1 while the actual mixer uses 1/0.85/0.90.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
围绕冻结主题“降噪耳机没放音乐，为什么也能安静？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why does noise cancellation work without music?”, with captions, storyboard and project.
围绕冻结主题“降噪耳机没放音乐，为什么也能安静？”制作60–90秒中文口播知识片，交字幕、分镜和工程。 Create a 60–90 second Chinese-narrated film about the frozen topic “Why does noise cancellation work without music?”, with captions, storyboard and project.
SHA-256: 3a44b93d63a27e3e5bc8e4214b99b50ec28cd087f421ca341afbe63b8c8f98bc
SVG and animation
An analog clock at 9:41
The twelve numerals, 9:41 hand positions and lower 09:41 label are correct. Dark, gold and ivory layers are clear, with two well-defined hands and intact text margins.
Test details
Not recorded · Requests / complete responses: 11 / 11 · — / — input / output tokens
- A dark background, gold bezel and ivory dial give clear contrast. All twelve numerals and the lower 09:41 badge are readable. The shorter hour hand lies between 9 and 10, and the longer minute hand points to minute 41. Gold centerlines align with the two hands, with no extra second hand; the final image is fully framed without obvious text occlusion.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
800×600静态SVG钟表，十二数字齐全，正确显示9:41及盘下09:41标签。 An 800×600 static SVG clock with all twelve numerals, correct 9:41 hands and a 09:41 label.
800×600静态SVG钟表，十二数字齐全，正确显示9:41及盘下09:41标签。 An 800×600 static SVG clock with all twelve numerals, correct 9:41 hands and a 09:41 label.
SHA-256: 16c341b8e1ccdc5b989b67d99e71126f5cbad90011c8a3862e4babbbfb085811
Data chart and proportional bars
Bar proportions, the common zero and required summary labels are correct, with Q4 clearly emphasized. Values, axes and added percentage labels are readable in an intact layout.
Test details
Not recorded · Requests / complete responses: 6 / 6 · — / — input / output tokens
- The light dashboard has clear title, summary cards and four bars. Values and axis labels are readable; actual heights of 108/216/162/270 px exactly represent 12/24/18/30 with a shared y=480 zero. Purple highlights Q4, Total: 84 and Best: Q4 are intact, and added percentage labels match the values. No obvious overlap or clipping was observed.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
800×600静态收入图表，Q1–Q4为12/24/18/30，柱高成比例、共用零基线，包含指定汇总标签。 An 800×600 revenue dashboard with Q1–Q4 values 12/24/18/30, proportional bars, shared zero and required summary labels.
800×600静态收入图表，Q1–Q4为12/24/18/30，柱高成比例、共用零基线，包含指定汇总标签。 An 800×600 revenue dashboard with Q1–Q4 values 12/24/18/30, proportional bars, shared zero and required summary labels.
SHA-256: 14b87b19d87ca5b57ef00922aeb60106f4e163b0c8b38e3ad0471e9335351fa3
Chinese poster and layout constraints
The six required Chinese lines are intact, with the required title, time/location and note hierarchy. Orange-and-green styling clearly separates the bicycle/city scene from the text, with generous spacing.
Test details
Not recorded · Requests / complete responses: 10 / 10 · — / — input / output tokens
- Warm cream with orange and green separates the event information on the left from a city-river bicycle illustration on the right. Each of the six required lines appears once with intact Chinese glyphs; the 52 px title, 24 px time/location and 15 px note create the required hierarchy. Wheels, frame, saddle, handlebar and basket are recognizable, with generous spacing and no observed text overlap or clipping.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
800×600浅色中文骑行活动海报，准确包含指定六段文字及自行车图标，检查字号层级与边界。 An 800×600 light Chinese cycling poster with exactly six required text lines, a bicycle, readable hierarchy and margins.
800×600浅色中文骑行活动海报，准确包含指定六段文字及自行车图标，检查字号层级与边界。 An 800×600 light Chinese cycling poster with exactly six required text lines, a bicycle, readable hierarchy and margins.
SHA-256: 1d835e8150ebe2eeff7688d7a4b4907751b2296b27b98601f22e70a83a6ce0ce
Animated cycling pelican
The white pelican, long orange bill and bicycle are recognizable, with moving legs, spokes and crank. Attachments hold at forty sampled times, the subject stays on canvas and the four-second loop is continuous.
Test details
Not recorded · Requests / complete responses: 21 / 21 · — / — input / output tokens
- Against a light coastal background, the white pelican's long orange bill and throat pouch are clear; a sailor hat, red scarf, teal bicycle and fish basket add character. Both wheels, frame, saddle and handlebar are present. Spokes, chainring, visible crank and both legs move; hip, knee, ankle and pedal attachment checks pass at all forty sampled times, with the subject remaining on canvas. Moving clouds, road and scarf convey travel. The last-to-first transition is comparable to ordinary adjacent frames and the loop looks continuous.
Itemized verification
- Delivery and independent inspection · pass
- Delivered and inspected; accepted does not mean perfect quality.
- Independent from-zero rebuild · not-tested
- Editable projects and reviewed source are retained; complete from-zero reconstruction was not independently verified. See the package notes for source gaps.
The frozen suite is retained. Only a brief and original prompt SHA-256 are public; full inputs are excluded. Historical task-source links are not Google model documentation.
Source brief and prompt
800×600纯SMIL鹈鹕骑车SVG，四秒循环，轮辐、曲柄和连接身体与脚踏的双腿实际运动。 An 800×600 SMIL pelican cycling SVG with a four-second loop, moving spokes/crank and legs attached to body and pedals.
800×600纯SMIL鹈鹕骑车SVG，四秒循环，轮辐、曲柄和连接身体与脚踏的双腿实际运动。 An 800×600 SMIL pelican cycling SVG with a four-second loop, moving spokes/crank and legs attached to body and pedals.
SHA-256: b74a9f0ac32effa9c722fbf3ca12b24b62eb4058fd01a9ee6adf50d022116575
Download all creative results and source index
Run settings, usage and full notes
Gemini 4 Argon · 2026-11-04
creative-suite-v4: three Blender tasks, four date-locked knowledge videos, three static SVGs and one SMIL animation. The model independently authors source through the Google Developer API-compatible tool loop; local renderers generate media. The coordinator orchestrates, inspects and packages. No thinkingLevel was forced; the documented default is MEDIUM, without per-request independent measurement. Knowledge narration uses the fixed local Kokoro zf_xiaobei voice (lang z); Gemini-native speech generation was not evaluated. Blender films use procedural music and effects, without narration. The bookshelf and first knowledge-film sessions encountered colliding indices in streamed parallel tool calls: the adapter merged image-view calls, which were not executed. Errors and usage were retained; technical feedback requested one tool call per response in the original sessions, which then resumed. Subsequent Argon cases receive the same transport instruction. Frozen runtime code, tasks and model are unchanged. Serial calls and resource interruptions affect request counts and elapsed time, which are not used for cross-model speed or cost rankings. Work was queued one case at a time under disk pressure. After free space recovered to about 6 GiB, at most one Blender case and one knowledge film ran together. Existing sessions and artwork were retained; resource and queue time are not model inference speed. Long interior-source responses repeatedly disconnected without usable content. The original session resumed with technical feedback to persist source in smaller pieces; source writing then continued. The underlying disconnect cause remains undetermined.
The API did not return actual charges or credit deductions. Actual monetary cost is unknown; no price estimate substitutes for billing.
Visual observations are by AI; dimensions, media and audio checks use scripts. No human scoring or actual listening is claimed. Accepted means delivery and inspection; quality defects remain in the case notes.
Native P/C/T, cache and explicitly returned reasoning are retained per request in the public ledger. C is not guaranteed to include all hidden thinking; missing is not zero and T−P−C is not inferred as reasoning. Complete input/output totals are unknown and shown as —; known subtotals are not a full bill.
Visual commentary by AI; dimensions and media checks use scripts.
Requests / complete responses: 339 / 327 · Errors / interruptions: — / —
— / — input / output tokens, including cache and thinking
- Full task inputs, private continuations, event logs and hidden thinking are excluded.
- Source ZIPs are reviewed public derivatives: TTS metadata sanitization and optional helper exclusions are listed. Artwork, audio and other author member bytes are retained.
- Native projects retain author-embedded scripts. Complete from-zero reproducibility and human listening are not certified.
- Model identity is the exact returned provider alias, without a published verifiable immutable checkpoint.
Original Google benchmark figures
Two original Google figures show a multi-benchmark overview and DeepSWE V1.1. The GIF files contain one frame each. TOKRACE did not independently reproduce these results. Original image bytes, dimensions, axes, footnotes and attribution are retained.
Google uses the highest thinking setting unless noted, with mostly pass@1 results. Harnesses and source leaderboards differ. OSWorld is a partial score on an offline subset, taking the maximum of three runs.
Gemini 4 Argon · Google benchmark overview
Google source page · Original image · 2026-11-03
© Google / Google DeepMind
Gemini 4 Argon · DeepSWE V1.1
Google source page · Original image · 2026-11-03
© Google / Google DeepMind